Every Canon Powershot SX740 camera needs power to take all those amazing photos and videos, but if you don’t learn proper battery maintenance, your camera will quickly lose its charge. In this guide, we’ll explore exactly how to keep your SX740 battery healthy so that you can keep taking amazing photos and videos for years to come.
Introduction to Canon Powershot SX740
As one of Canon’s most popular camera models, the Powershot SX740 is beloved by amateur and professional photographers alike for its easy-to-use controls and powerful 40x optical zoom lens. If you’re the proud owner of a Powershot SX740, you know that keeping the battery in top condition is essential to getting the most out of your camera.
In this guide, we’ll show you how to properly care for your Canon Powershot SX740 battery, from charging to storage. By following these simple steps, you can extend the life of your battery and ensure that it’s always ready to power up your camera when you need it.
How to Properly Charge and Store a Canon Powershot SX740 Battery
We all know that batteries are an essential part of any electronic device. Without them, our devices wouldn’t be able to function. This is especially true for digital cameras. A lot of people don’t realize how important it is to take care of their camera batteries.
If you have a Canon Powershot SX740, then you need to make sure that you’re properly charging and storing the battery. Here’s a step-by-step guide:
1. When you first get your Canon Powershot SX740, make sure to read the instruction manual. This will give you all the information you need about the camera and its battery.
2. It’s important to fully charge the battery before using it for the first time. To do this, simply connect the provided charger to the battery and plug it into an outlet. Leave it connected until the LED light turns green, which means it’s fully charged.
3. Once the battery is charged, you can insert it into your camera and start using it right away!
4. When you’re not using your Canon Powershot SX740, be sure to store the battery in a cool and dry place. Avoid extreme temperatures, as this can damage the battery over time.
5. Before storing the battery for extended periods of time, it’s best to discharge it completely. This will help prolong its lifespan. To discharge the battery, simply use your camera until it shuts
Tips for Getting the Most Out of Your Battery Life
1. Tips for Getting the Most Out of Your Battery Life
Here are a few tips to help you get the most out of your Canon Powershot SX battery life:
1) Be sure to fully charge the battery before using it for the first time.
2) Store the battery in a cool and dry place when not in use.
3) Avoid exposing the battery to extreme temperatures, both hot and cold.
4) Do not allow the battery to become completely discharged before recharging it.
Determining when it’s Time to Replace Your Canon Powershot SX740 Battery
It’s important to know when it’s time to replace your Canon Powershot SX740 battery in order to keep your camera running smoothly. Here are a few things to look out for that will indicate it’s time for a new battery:
-If the battery is no longer holding a charge for as long as it used to, it’s probably time for a replacement.
-If the camera is taking longer to power on or shutting off prematurely, this could also be a sign that the battery needs to be replaced.
-If you notice any leaking or bulging from the battery, it’s definitely time for a new one as this could damage your camera.
If you’re unsure whether or not it’s time to replace your Canon Powershot SX740 battery, consult your camera’s manual or reach out to Canon customer support for assistance.
Troubleshooting Issues with Your Battery
If you’re having trouble with your Canon Powershot SX battery, there are a few things you can do to troubleshoot the issue. First, make sure that the battery is properly installed in the camera. If the battery is loose, it may not make proper contact and will need to be replaced.
If the battery is properly installed and you’re still having issues, try charging the battery for at least 8 hours before using it. If the battery still doesn’t hold a charge after being charged, it may need to be replaced.
If you’re having trouble with your camera’s batteries, follow these steps to troubleshoot the issue:
1. Make sure that the batteries are properly installed in the camera.
2. Try charging the batteries for at least 8 hours before using them.
3. If the batteries still don’t hold a charge after being charged, they may need to be replaced.
Taking care of your Canon Powershot SX740 battery is an essential part of extending its life. With the right maintenance, you can make sure that it always delivers peak performance and extends its longevity for many years to come. From using the correct charger to keeping track of the charge level and temperature, following regular maintenance steps can help prolong your camera’s battery life significantly. Keeping your Canon Powershot SX740 battery in good shape will ensure it’s ready when you are to capture those precious memories with ease!
FAQs: “Canon Powershot SX740 Battery”
If you’re like most people, you probably don’t think much about your camera battery until it stops working. Then, you’re scrambling to find a replacement or trying to figure out how to care for it properly so that it lasts as long as possible.
Here are answers to some frequently asked questions about Canon Powershot SX740 batteries:
How long will the battery last?
This depends on a number of factors, including the age of the battery, how often it’s used, and what temperature it’s stored at. However, in general, a freshly charged battery should last for around 300 shots. If you find that your battery is draining faster than this, it may be time for a replacement.
What temperature should I store my Canon Powershot SX740 battery at?
It’s best to store your camera and batteries in a cool, dry place. Extreme temperatures can shorten the lifespan of your battery.
Can I leave my Canon Powershot SX740 battery charging overnight?
It’s not generally recommended to leave your camera plugged in for extended periods of time. If you’re planning on using your camera the next day, it’s fine to leave it plugged in overnight. Otherwise, unplug it once the charge is complete.


After downloading it, simply run the "PL2303_Prolific_DriverInstaller_v*" file to install the driver. We recommend doing the driver installation BEFORE plugging the adapter into the USB port.
2) Plug the adapter into the USB port, Windows will now load the pre-installed drivers automatically. When it is ready, Windows will show a prompt like this:
Remember the port number. In this case it is COM4. Disconnect the adapter from the computer, but remember which USB port you used.
If you did not see the prompt, or close it too early, then you can either simply plug the device into another USB port and wait for the prompt again, or go to Control Panel -> Hardware and Sound -> Device Manager. The adapter is listed under "Ports (COM & LPT)", write down the port number for the Prolific port.


The ultimate network-connected Arduino-compatible board: combining an ATmega2560 MCU, onboardWiznet-based Ethernet, an ATmega16u2 USB-serial converter, a microSD card slot, and Power-over-Ethernet support, and even an onboardswitchmode voltage regulator so it can run on up to 28V without overheating!
The EtherMega is a 100% Arduino Mega 2560 compatible board that can talk to the world. Do Twitter updates automatically, serve web pages, connect to web services, display sensor data online, and control devices using a web browser. The FreetronicsEtherMega uses the same ATmega2560 as the Arduino Mega 2560 so it has masses of RAM, flash memory, and I/O pins, and also includes the same Wiznet W5100 chip used by the official Arduino Ethernet Shield, so it's 100% compatible with the Ethernet library and sketches. Any project you would previously have built with an Arduino Mega 2560 and an Ethernet shield stacked together, you can now do all in a single, integrated board.
It has an added a micro SD card slot, so you can store web content on the card, or log data to it.
But it gets even better: we found space to squeeze in a small prototyping area, so now it's possible to build a complete, Internet-enabled Arduino device including your own custom parts all on a single board! You don't even need to use a prototyping shield for many projects.
Note that just like our Ethernet Shield with PoE support, the EtherMega provides a number of options for different Power over Ethernet methods. You can use the supplied jumpers and feed 7-28Vdc down the wire for cheap DIY version, or you can use our PoE Regulator 802.3AF along with a proper commercial PoE injector or switch that supplies 48Vdc. It's up to you.


You are here
The Award database is continually updated throughout the year. As a result, data for FY23 is not expected to be complete until September, 2024.
Download all SBIR.gov award data either with award abstracts (290MB)
or without award abstracts (65MB).
A data dictionary and additional information is located on the Data Resource Page. Files are refreshed monthly.
The SBIR.gov award data files now contain the required fields to calculate award timeliness for individual awards or for an agency or branch. Additional information on calculating award timeliness is available on the Data Resource Page.
SBC: Integrated Solutions for Systems, Inc. Topic: A17AT017
Integrated Solutions for Systems, Inc. (IS4S) and teammate Auburn University (AU) propose to develop a PNT initialization system for dismounted soldiers. The proposed system will enhance warfighters’ ability to operate immediately in a GPS denied environments once their mission begins and has wide commercialization potential outside of DoD. In Phase I, the feasibility and expected benefits of in ...STTR Phase II 2018 Department of DefenseArmy
SBC: LONGWAVE PHOTONICS LLC Topic: A17AT007
The Tunable Active HEterodyne Terahertz Imager (TAHETI) system will use Terahertz Quantum-Cascade Lasers (QCL) combined with a Schottky diode detector for ultra-high dynamic range heterodyne imaging. Distributed feedback (DFB) QCLs with milliwatt power levels are engineered to emit at slightly offset frequencies, and are used as local oscillator and illumination for imaging. The QCLs will be down ...STTR Phase II 2018 Department of DefenseArmy
SBC: BAYSPEC, INC. Topic: A16AT012
BaySpec Inc., in collaboration with Pacific Northwest National Laboratory, proposes to develop a new portable multi-order mass spectrometry system that can sequence peptides derived from biological agents including bacteria, viruses, and toxins. During Phase I stage, a fully functional prototype instrument, based on an innovative design concept, was successfully built and the performance evaluatio ...STTR Phase II 2018 Department of DefenseArmy
SBC: Cognionics, Inc. Topic: A16AT014
This STTR project will develop a wearable sensor suite for accurate assessment of circadian and sleep rhythms with the goal to identify abnormalities in PTSD patients and enable personalized therapy to help restore their normal functional and quality of life. Phase I has already demonstrated proof-of-principle hardware. The primary Phase II objective is to successfully carry out a human subjects s ...STTR Phase II 2018 Department of DefenseArmy
SBC: Pixelligent Technologies, LLC Topic: A15AT018
Improving vehicle fuel efficiency for the military can significantly reduce costs and reduce risk to solider safety. One way to improve vehicle efficiency for new and legacy vehicles is to reduce frictional loses in the drivetrain through use of lower viscosity lubricants. However, this comes with the risk of reducing durability of drivetrain components through increased wear, pitting and scuffing ...STTR Phase II 2018 Department of DefenseArmy
SBC: Digital Analog Integration, Inc. Topic: A15AT005
There is an unmet demand for ultra-low-power, ultra-compact and low-cost radios to address emerging sensing and communication needs for military and commercial applications such as IoT/IoE. To overcome the limitations in existing bulky and power hungry radios, we propose a disruptive solution by integration of a nano-scaled THz transceiver, on-chip antenna, and energy harvesting circuits in a form ...STTR Phase II 2016 Department of DefenseArmy
SBC: Cognionics, Inc. Topic: A16AT014
This Phase I STTR project will develop a platform to demonstrate high-quality, multi-modal acquisition of neurophysiological signals, including EEG, heart rate/blood oxygenation via photoplethysmography (PPG), electrodermal (EDA) activity, temperature plus environmental factors such as ambient light and sound in a simple, wearable headband. The hardware will be coupled with the development of a cl ...STTR Phase I 2016 Department of DefenseArmy
SBC: ADA TECHNOLOGIES, INC. Topic: A15AT010
ADA Technologies, Inc. (ADA) and Dr. Massoud Pedram at the University of Southern California (USC) have successfully completed a Phase I STTR effort for the development of a lithium ion (Li-ion)/ supercapacitor hybrid electrical energy storage system (HEESS) to afford pulse power characteristics (projected ~10 kW/kg) in a high energy system (100-150 Wh/kg). The system is enabled via a constant cur ...STTR Phase II 2016 Department of DefenseArmy
SBC: NESS ENGINEERING, INC. Topic: A14AT004
The objective of this Phase II proposal is to continue the development of a Photoconductive Semiconductor Switch (PCSS) with an integrated optical trigger that can switch at least 30 kV, 1 kA, 20 ns pulses with jitter 108 shots. Ness Engineering, Inc. (NEI) and Texas Tech University (TTU) propose to utilize wide bandgap materials to demonstrate lock-on switching and allow much less optical trigger ...STTR Phase II 2016 Department of DefenseArmy
SBC: Pranalytica, Inc. Topic: A14AT015
In response to the Army STTR Topic A14A-T015 solicitation for tunable high-power LWIR lasers for standoff detection applications, Pranalytica proposed to develop a compact, rugged and highly reliable wavelength tunable quantum cascade laser (QCL) module delivering over 5W of peak power and over 0.5W of average power in the spectral region spanning from 7 to 11m. The proposed approach is based on a ...STTR Phase II 2016 Department of DefenseArmy


DUBLIN--(BUSINESS WIRE)--Research and Markets has announced the addition of the "Electronic Security System Market: Global industry analysis By types (Closed Circuit Television, Access Control and Intruder Alarms), By application (Commercial Offices, Retail, Public Sector, Infrastructure & By region -forecast (2014-2021)" report to their offering.
The electronic security system market is driven by the rising incidents of security concerns. Also improvement in network infrastructure, broadband and internet penetration along with consumer's acceptation for wireless and technologically advanced products is driving the market for electronic security system.
This report identifies the Global Electronic Security System Market size for the year 2014-2016, and forecast for the year 2021. It also highlights the potential growth opportunities in the coming years, while also reviewing the market drivers, restraints, growth indicators, challenges, market dynamics, competitive landscape, and other key aspects with respect to Electronic Security System Market.
Geographically Asia Pacific dominated global Electronic Security System Market, and is projected to have fastest growth, owing to increased surveillance and is expected to grow at a highest CAGR between 2016 and 2022.
- ASSA Abloy AB.
- AMAG Technology, Inc.
- Gemalto N.V.
- Gallagher Group Ltd.
- Honeywell Security Group
- Crossmatch Technologies, Inc
- Morpho Sa
- 3M Company
- NEC Corp
Key Topics Covered:
1. Market Overview
2. Executive Summary
3. Market Landscape
4. Market Forces
5. Electronic Security System Market, By Type
6. Electronic Security System Market, Application
7. Global Electronic Security System Market, By Geography
8. Electronic Security System - Market Entropy
9. Company Profiles
For more information about this report visit http://www.researchandmarkets.com/research/7btfkx/electronic


As an Amazon Associate I earn from qualifying purchases.
1. BIOXO #ad
Waterproof Onvif IP Camera, 1080P High Speed 30X Zoom PoE Ptz Camera, 328ft Night Vision Auto Tracking Camera, Bioxo PoE Camera Outdoor #adBIOXO #ad
- 2mp incredible image quality: 1080p at 25fps and 1/2. 8" sony imx 307 cmos image sensor brings real 1080p fluent video experience, with 8 high-quality infrared lamps to support low-light or backlighting and see human Intelligent auto WDR corrects dark faces under heavy light to ensure a clear image in every lighting environment.
Zoom to capture details of Distant Objects. High speed ptz control: support motion detection alarm push and record video, and 360-degree rotation, no blind angle monitoring, sensitive response, H.264/h. 265 video compression, precision motor drive, accuracy deviation less than 01 degrees, smooth operation, and no jitter at any speed.
After locking the target, the camera will adjust the pan/tilt rotation and lens focal length automatically, capturing clear monitoring targets and auto-tracking moving human. This means that it can transmit video and power through one network cable, eliminating the need for power adapters.
Wired ip cameras with ethernet cable ensures stable and fast data transmission, no signal loss and less disruption & interference. Motion detection & alarm message push :automatically recognize and track moving people, flexible motion detection set detection zone, schedule detection time and adjust sensibility, real-time and accurate movement alert via app push notification, email. Supports onvif protocol Hikvision Dahua XM nvr protocol and mmanagement platform. Intelligent auto switch icr device, night vision ranges up to 328ft which enables you to recognize human clearly during the night.
2. BIOXO #ad
PoE Ptz Camera, 328ft Night Vision Auto Tracking Camera, Waterproof Onvif IP Camera, Bioxo 1080P High Speed 20X Optical Zoom PoE IP Camera Outdoor #adBIOXO #ad
- High speed ptz control: support motion detection alarm push and record video, H. 264/h. 265 video compression, smooth operation, and 360-degree rotation, sensitive response, accuracy deviation less than 0.1 degrees, precision motor drive, no blind angle monitoring, and no jitter at any speed. Built-in innovative aI algorithm CPU, to capture the target accurately and quickly people-oriented.
2mp incredible image quality: 1080p at 25fps and 1/2. 8" sony imx 307 cmos image sensor brings real 1080p fluent video experience, with 8 high-quality infrared lamps to support low-light or backlighting and see human Intelligent auto WDR corrects dark faces under heavy light to ensure a clear image in every lighting environment.
After locking the target, capturing clear monitoring targets and auto-tracking moving human. 20x optical zoom & auto tracking：20x super optical zoom and 10x digital zoom, the camera will adjust the pan/tilt rotation and lens focal length automatically, 2.
0 megapixel 1080P HD. Poe function & d/n vision: this outdoor ptz ip security camera features poe power over ethernet function. Zoom to capture Details of Distant Objects. Image distortion Correction tech will fix common image distortion flaws. Motion detection & alarm message push :automatically recognize and track moving people, flexible motion detection set detection zone, schedule detection time and adjust sensibility, real-time and accurate movement alert via app push notification, email.
3. PTZOptics #ad
PTZOptics Live Streaming Cameras, PTZ Cameras with SDI, White, HDMI and IP Control + PoE 30X-SDI #adPTZOptics #ad
- Up to 1080p60 Resolution. Simultaneous 3g-sdi, HDMI, IP Streaming. Audio line in for HDMI and IP Streaming. Composite Output. Long-distance 30x Optical Zoom.
4. PTZOptics #ad
PTZOptics 20x-USB Gen2 Full HD Broadcast and Conference Indoor PTZ Camera Gray #adPTZOptics #ad
- Wide field of view: the 20x zoom lens offers a wide 607-degree fov with the ability to zoom into narrow a 6. 9-degree. Full 1920x1080p hd resolutions: crystal clear high-definition 1080p video with lossless 20x optical zoom letting you get up close to see and interact with your team.
Open source camera control: the ptzOptics 20x-USB Camera includes open source control software which allows users to create a custom controller.
Plug-and-play usb connectivity: easily connect the camera to your pc to use with cloud based video conferencing services such as: Skype for Business, GoToMeeting and WebEX. This camera is backwards compatible with USB 2. 0 1920x1080p 30 fps. Three simultaneous video outputs: this usb camera can simultaneously send out 1080p video from HDMI, USB 3. 0 and H. 264 or H. 265 ip streaming for maximum flexibility.
5. PTZOptics #ad
Gray, PTZOptics-20X-SDI GEN-2 PTZ IP Streaming Camera with Simultaneous HDMI and 3G-SDI Outputs #adPTZOptics #ad
- Low light: 05 lux with noise cancellation via the latest 2D and 3D noise reduction. Simultaneous 3g-sdi, ip and hdmi video outputs for connection flexibility and std VISCA RS232 control.
Ip streaming with rj45 input - dual streaming with H. 264, h. 265 & mjpeg simultaneous high and low bit rate streams. 20x optical zoom for properly targeting your subject. Full 1920x1080 video resolution and 10 IR / 255 RS232 PTZ presets.
6. AVKANS #ad
AVKANS NDI Camera, NDI HX 4.0Black, 20X Broadcast Live Streaming Camera for Church and Live Production in New Design #adAVKANS #ad
- Any question or need any helps, we have a group of customer services team to reply you within 12 hours. There are many useful videos guides, RTSP, H. 264, rtmp, h. 265 video compression, SRT, if you serach, helping you to use it easily. If you need to order this camera without NDI, pls serach B08R5ZD1N3, accurate, don't miss it.
We offer free software to help you set up NDI camera network easily. Ndi | hx 4. 5 ndi license included, obs, officially approved by newtek inc ~ Compatiable with vMix, zoom, Skype and other software which supports NDI HX.
Advanced features for live production: poe802. 3af, cgi/http protocol, visca/pelco-d/pelco-p/onvif control via rs485 or rs232 or ip, Compatible with Ptzoptics App.
Quick, it is in promote, and stable focus. Full glass full hd 20x zoom lens: 607degree wide-angle optics auto focus lens for properly targeting your subject. Low light: high snr cmos combined with 2d &3d noise reduction, pls feel free to contact us by email or whatsapp, the video is clean even under low light conditions. We also offer free software to help you setting NDI camera. Full hd video quality: 1920 x 1080p hd resolutions up to 60 frames per second.
7. ONWOTE #ad
Starlight Color Night Vision, Add on Camera to ONWOTE PoE NVR, 5 Megapixels 2592x 1944P Super HD Camera, 110° Angle, 100ft IR, ONWOTE 5MP HD IP POE Camera Outdoor Dome, IP66 #adONWOTE #ad
- Power-over-ethernet, video and audio transmission, Plug n Play-a single network cable provides both power, allowing position cameras anywhere without a power outlet nearby. Video & audio, 5mp ultrahd-view in stunning clarity and sharper details with 5 Megapixels; Built-in microphone to capture audio within 10ft.
Starlight color night vision-color night vision image in starlight environment；black and white image in 100% darkness. Add on camera to onwote poe nvrwork with onwote 5mp/ 4k poe nvr, can be plug n play; work with standard PoE switch with 48V-54V power supply.
8. PTZOptics #ad
PTZOptics ZCam-4X 2.7MP 1080p Full HD Box Camera #adPTZOptics #ad
- Field of view: the camera has a wide field of view from 28 to 122 and the ability to zoom in to a narrow 28 degrees. Motion detection: the camera has built-in motion detection, a great feature for including the video stream into a security system.
The ethernet port can be used for power, control and video streaming.
Live stream: the camera has the ability to live stream directly from the camera to your favorite CDN. Ethernet: ptzoptics hd-sdi camera models also include PoE. Sensor: a built in 1/2. 7 inch hd cmos sensor captures crystal clear High Definition 1080p video with lossless 4x optical zoom.
|Manufacturer||PTZ Optics #ad|
9. AVIPAS #ad
AViPAS AV-1081G 10x HDMI PTZ Camera with IP Live Streaming, Dark Grey #adAVIPAS #ad
- Elegant, compact design; super quiet and smooth pan/tilt mechanism. High snr of cmos sensor combined with 2D&3D noise reduction algorithm.
H. 264/h. 265 video compression. 1920 x 1080 high resolution output with a frame rate up to 60fps. Rs-232 visca/ pelco-d/ pelco-p, visca over IP and IR remote control. 609° wide-angle high-quality lens.


Spire Introduces BlueStar LED Series Case Fans
Spire Corp introduced today their new line of BlueStar DC Fan LED Series. The BlueStar LED fans are high quality, LED colored and silent cooling fans for the PC gamer and PC enthusiast. Based on the original BlueStar fan blade design these new LED series are destined to be a big hit. Top of the line components and features are applied to build these powerful LED fans.
Included is a PWM auto fan speed control and for the ones who like to keep control in their own hands we have also included PCI manual fan speed control unit. To make the BlueStar fan series extra silent we have included 4 rubber anti-vibe mounts to install the fan and stop any fan vibration. Trust the brand with the industry leading experience and 3-year warranty, Spire.
Special fan blade shape and spokes design, ultra silent operation
4 Crystal blue LED's installed
Superior airflow and High air pressure
PWM fan auto fan control included
PCI slot manual fan speed control included
Sleeved wires for better airflow, and neat appearance
3pin + 4 pin PWM connectors
UV-Reactant, great addition to any PC system
For more information, visit the product page.
Latest News Posts
- Microsoft's Nokia 230 is here and it's $55
- Law student caught trying to hack and change his marks for the better
- Black Friday, $500 off Eurocom laptop with Desktop i7 CPU and GTX 980
- ESPN subscribers diminish at an alarming rate, streaming is to blame
- Someone has hacked Street Fighter 5 Beta for the PC
- ID-Cooling Frostflow 240L CPU Liquid Cooler Review
- Lexar JumpDrive M20i 32GB OTG iOS Flash Drive Review
- Gibabyte GA-Z170X- Gaming 7 Supported RAM (2 x16Gb or 4 x 8GB) ?
- heya! PC-A10 case parts?
- Enermax ETS-T40fit CPU Coolers Review
- Team Group Announces Neptune Gaming SO-DIMM Memory
- Cooltek Announces the Skall Series ATX Mid-tower Chassis
- Eurocom offers $500 USD off Black Friday & Cyber Monday deal for EUROCOM Sky X9 Desktop Laptop with Intel Skylake desktop class CPUs and NVIDIA GeForce GTX 980 Desktop GPU and 64 GB DDR4 memory
- MSI @ DREAMHACK WINTER 2015
- ADATA Releases the Lightning Card Reader


来源：http://www.kazinobg.com/ 发布时间：2021-11-11 浏览次数：
Welding is a very important process in the winding processing of motor products. Welding is a very important link whether it is formed winding or embedded winding, whether it is the connection between winding and lead wire, or the connection between this line in winding. It can be found in the process of fault motor analysis and treatment that there are many electrical faults caused by poor welding quality.
Different motor manufacturers have different treatment processes for this link, but the treatment principle is roughly the same, that is, clean the insulation layer of the electromagnetic wire first. Whether it is enamelled wire or wrapped wire, this link is more troublesome, especially for the case of multiple turns and winding, the cleaning of the electromagnetic insulation is particularly difficult. Some manufacturers use scrapers, Some manufacturers use chemical methods, but no matter which kind, the efficiency is very low. What's more serious is that when the insulation layer of electromagnetic wire is not completely treated, the welding effect is poor, the problems may not be exposed during semi-finished product inspection and motor factory test, and the motor is prone to failure during operation.
To solve this problem, professional welding equipment came into being. In the welding process of the equipment, the insulating layer on the electromagnetic line is cleaned by high-temperature heating, and the hot melting method is adopted to melt the welded object into one. It is a very efficient and reliable welding method. Most automatic welding equipment applies inverter technology and microelectronic control technology, which has many advantages, such as accurate control, wide process adaptability, energy saving, high efficiency, stability, simple operation and so on.
The above content is about Shandong automatic welding equipment http://www.kazinobg.com/ I hope these contents will be helpful to you. If you have any questions or want more information, please consult our official website. We will serve you wholeheartedly.


June 22, 2018
One of the easily overlooked features of our nBox-Tool is the ability to display not only smaller PLC packets but the larger aggregate of application protocol PDUs that they comprise together. The feature has its roots in some first hand experience on its usability.
There was this one instance when an engineer at a partner company, working on one of Metering application protocols (DLMS) running over PLC was not happy with debug tools they had at that time. They were using a PLC sniffer that could show them all PLC packets. Versatile as it was to capture all PLC packets, application (DLMS) PDUs were nowhere to be seen. The feature-rich GUI showed bits and bytes and protocol headers and footers and CRC and signal quality etc etc ... but the one thing that was most important to the application engineer ... visibility of DLMS PDUs ... was missing. So our colleague was left with no option but to pick HEX streams of PLC packet payloads and try to construct DLMS PDUs from them
It is universal among all contemporary PLC technologies to segment application PDUs into smaller chunks at the transmission end while the receiving end would put them together before delivering to higher level application. This is done because smaller the chunk size, higher is the reliability of data reaching the other end to receiver.
While the PLC protocol at the two ends do this splicing and re-joining of application data, the transmitter and receiver (DLMS) applications at the two end-points would stay oblivious of all action happening underneath. In technical jargon, this would be called segmentation-and-reassembly or more simply, just SAR
A PLC modem cannot facilitate data communication if it does not implement the SAR. It is a mandatory component of the PLC stack and therefore (DLMS) application engineers do not need to deal with it. The story is however different when someone implements a sniffer because a sniffer is a passive element and may choose to only show captured traffic on the wire ... which is the split and spliced version of application PDU.
When starting to design the nBox-Tool, we took a holistic view of developing a product that can not only show PLC activities but can also be of productive use to application engineers. The device therefore not only shows bits-and-bytes at PLC layers, it also aggregates the various PLC segments of an application PDU to show a composite whole to make it meaningful for application protocol engineers to see the larger picture.
Trying to support all perspectives, we took the analysis information one step further into the application protocol domain where DLMS uses various COSEM objects for identifying various actions. The COSEM objects, with their numbering convention for efficient representaiton need DLMS engineers to keep a cross-reference document handy in order to map the numbers to meaningful physical entities. For some of the common object models, we included the object names within the displayed data.
All in all, we see that providing useful features like these, went a long way in making the nBox-Tool a success story that it is today !


- Experience unmatched sound quality with the Dynacord L3600FD Live Series DSP Amplifier, delivering a powerful 2x1700W @ 4Ω and 2x3000W @ 2Ω output for crystal-clear audio in live music applications.
- Benefit from the advanced FIR Drive technology and integrated professional speaker processing, ensuring market-leading acoustic performance and reliability that will elevate your live performances to new heights.
- Enjoy peace of mind with the true 2 ohm stability, intuitive system control software, and robust protection circuit, making setup and control easy while guaranteeing safe and flawless operation even in the most demanding environments.
Elevate your live music performances to professional levels with the Dynacord L3600FD Live Series DSP Amplifier. Engineered for demanding live music applications, this amplifier is the perfect companion for performing musicians and production companies seeking exceptional sound reinforcement.
Featuring a powerful output of 2x1700W @ 4Ω and 2x3000W @ 2Ω, this amplifier ensures unmatched sound quality with plenty of headroom for dynamic performances. The integrated FIR Drive technology and professional speaker processing deliver market-leading acoustic performance and rock-solid reliability, setting a new standard in sound reinforcement.
Designed for true 2 ohm stability, the L3600FD amplifier is equipped with intuitive system control software, making setup and control a breeze. With a robust protection circuit, you can trust this amplifier to deliver flawless operation in any environment. Experience the best-in-class features of the Dynacord L Series amplifiers at a more accessible price point, and take your live performances to the next level with exceptional sound quality and professional performance characteristics.


Weighted Finite-State Transducers in Speech Recognition
Electrical and Computer Engineering
We survey the use of weighted finite-state transducers (WFSTs) in speech recognition. We show that WFSTs provide a common and natural representation for hidden Markov models (HMMs), context-dependency, pronunciation dictionaries, grammars, and alternative recognition outputs. Furthermore, general transducer operations combine these representations flexibly and efficiently. Weighted determinization and minimization algorithms optimize their time and space requirements, and a weight pushing algorithm distributes the weights along the paths of a weighted transducer optimally for speech recognition. As an example, we describe a North American Business News (NAB) recognition system built using these techniques that combines the HMMs, full cross-word triphones, a lexicon of 40 000 words, and a large trigram grammar into a single weighted transducer that is only somewhat larger than the trigram word grammar and that runs NAB in real-time on a very simple decoder. In another example, we show that the same techniques can be used to optimize lattices for second-pass recognition. In a third example, we show how general automata operations can be used to assemble lattices from different recognizers to improve recognition performance.


|Publication number||US3719827 A|
|Publication date||Mar 6, 1973|
|Filing date||Jan 29, 1971|
|Priority date||Jan 29, 1971|
|Also published as||CA946078A, CA946078A1|
|Publication number||US 3719827 A, US 3719827A, US-A-3719827, US3719827 A, US3719827A|
|Original Assignee||Mobil Oil Corp|
|Export Citation||BiBTeX, EndNote, RefMan|
|Referenced by (11), Classifications (10)|
|External Links: USPTO, USPTO Assignment, Espacenet|
United States Patent 91 Dennis 1 March 6, 1973 REGULATING CIRCUIT FOR A PULSED NEUTRON SOURCE  Inventor: Charles L. Dennis, Desoto, Tex.
 Assignee: Mobile OilCorporation, New York,
 Filed: Jan. 29, 1971  Appl. No.: 110,934
 US. Cl ..250/84.5, 313/61 S  Int. Cl. ..G2lg 3/00  Field of Search ..250/84.5, 83.1; 313/61 S [5 6] References Cited UNITED STATES PATENTS 3,034,008 5/1962 Soloway ..250/83.l X
Primary Examiner-James W. Lawrence Assistant ExaminerDavis L. Willis Attorney-William J. Scherback and Frederick E. Dumoulin [5 7] ABSTRACT A pulsed neutron system has an accelerator tube having a target, an ionizing section and a replenisher for supplying accelerator gas. The power supplied to the replenisher is controlled to maintain a constant ionizing pulse time duration. A comparator compares the ionization pulse time duration to the time duration of a reference pulse which is produced each time the accelerator tube is pulsed. The comparator produces a pulse output if the ionization pulse is shorter than the reference pulse. This pulse output is applied to an operational amplifier. Also applied to the operational amplifier is a pulse produced each time the accelerator tube is ionized. The operational amplifier produces a control signal which operates a stepping motor in either a forward or reverse direction. The stepping motor positions a variable autotransformer which increments the voltage applied to the replenisher. The voltage (power) applied to the replenisher is continuously adjusted to maintain a constant ionization pulse width.
6 Claims, 4 Drawing Figures TRIGGER PULSE GEN.
END OF SHORT ION PULSE PATENTEU 51973 3. 7 1 9 82 7 SHEET 10F 2 TRIGGER PULSE GEN.
END OF SHORT I} ION PULSE 28 29 1% A 0L a v 32 H 3&5 6 1-- 3115 PATENTEB 61915 3,719,827
SHEET 2 BF 2 TTE. 2'A
REGULATING CIRCUIT FOR A PULSED I NEUTRON SOURCE BACKGROUND OF THE INVENTION neutron detector are operated in a borehole which 1 passes through formations of interest. This formation is periodically irradiated with bursts of fast neutrons. The neutrons resulting from the irradiation are detected and the quantity detected is recorded. Copending application Ser. No. 45,458 filed June ll, 1970, Givens, Caldwell, and Mills, Jr. describes such a system. I
A pulsed neutron generator for such a system commonly takes the form of a three-element linear accelerator tube. It includes a replenisher element which is electrically heated to boil off deuterium gas adsorbed by the filament. The deuterium molecules are ionized by an ionizing section which commonly includes plates to which a positive ionization pulse is applied. The deuterium ions are then accelerated and bombard a target which includes tritium molecules. The bombardment of the deuterium ions on the tritium molecules yields helium plus a supply of neutrons This reaction Commonly, such a tube can be operated to produce neutrons per pulse at two pulses per second. The neutrons commonly have an energy of approximately 14 m.e.v. One commercially available tube which is capable of such operation is the Kaman Nuclear Model A-80l Neutron Generator.
In operating such a tube it is important that the power supplied to the replenisher be correctly adjusted so that the proper amount of accelerator gas, deuterium as described above, boils off the replenisher element. If the replenisher is overheated, too much accelerator gas boils off. In this case, ion recombination takes place in the tube. Also, arcing in the tube shortens the tube life and neutron output falls off. If too little power is supplied to the replenisher, there is not enough accelerator gas available in the tube to provide a good neutron output.
The adjustment of the power supplied to the replenisher is complicated by the fact that the characteristics of the tube change as the tube ages. That is, after the tube has been in use, a greater amount of power must be supplied to the replenisher to boil off the same amount of accelerator gas. In tubes such as the aforementioned Kaman tube, a semiautomatic adjustment is provided for the replenisher supplyvoltage.
While semi-automatic control of the replenisher is acceptable for use in a laboratory, for example, it is not suitable for field use. In particular, it is not suitable for use in a well logging system wherein (a) the tube is encased in a logging tool and is inaccessible to the operator during the time that it is in use, and (b) it must always provide optimum neutron output during the normal lifespan of the tube.
SUMMARY OF THE INVENTION In accordance with an important aspect of this invention, the power supply to the replenisher element in a linear accelerator tube is automatically controlled. Further, in accordance with this invention the operating parameter which is monitored is the time duration of the ionization pulse. If too much accelerator gas is boiled off the replenisher, the time duration of the ionization pulse is shorter than normal. If too little accelerator gas is boiled off, the time duration is longer than normal. By comparing the time duration of the ionization pulse to a reference pulse, a control signal is generated which continuously adjusts the power supplied to the replenisher to maintain the ionization time substantially constant.
In one specific embodiment of the invention, the regulator includes a comparator to which the ionization 'pulse is applied. Each time an ionization" pulse is generated, a reference pulse of constant time duration is generated and applied to the comparator. If the ionization pulse is shorter in duration than the reference pulse, a pulse output is produced. This pulse output is applied to an operational amplifier. The other input to this operational amplifier is a pulse produced each time the accelerator tube is ionized. If both pulses are present at the inputs of the operational amplifier, a control signal is applied to a motor which steps the motor in one direction. If only one pulse is present, the motor is stepped in the other direction. Each time the accelerator tube is ionized, the motor is advanced in one direction or the other. This motor increments a variable auto-transformer which supplies power to the replenisher. In this manner, the replenisher power is continuously adjusted to supply the correct amount of accelerator gas to the tube.
In accordance with another aspect of this invention, the regulator circuit produces accurately timed high voltage pulses for the ionizing section and the target of the tube.
The foregoing and other objects, features and advantagesof the invention will be better understood from the following more detailed description, appended claims and drawings.
DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of the regulator system of this invention;
FIG. 2A shows an ionization pulse which is of too short duration;
FIG. 2B shows an ionization pulse of normal duration; and
FIG. 2C shows an ionization pulse having a time duration which is too long.
DESCRIPTION OF A PARTICULAR EMBODIMENT Referring to FIG. 1, the pulsed neutron system includes an accelerator tube 11 having a target 12, an ionization section including plates 13 and 14, and a replenisher 15 for supplying accelerator gas.
Deuterium ions emitted by the replenisher are ionized by a +5 kv ionization pulse applied across the plates 13 and 14. The deuterium ions are accelerated toward the target 12 by a l20 kv pulse applied to the target. The generation of the +5 kv ionization pulse and the generation of the -l20 kv pulse applied to the target 12 will first be described.
Energy for the production of these pulses is stored in the storage capacitor 16. This energy is generated by a 110-volt, 400-cycle source which is connected to the primary of the transformer 17. The secondary winding of transformer 17 produces a voltage of approximately three to 5 kilovolts. This voltage is rectified as indicated by the halfwave rectifying diode 18. The rectified voltage is applied to the storage capacitor 16 which is periodically discharged by a switch. The switch includes the xenon-filled triggerable spark gap 19. A trigger pulse generator 20 generates the trigger pulses which fire the spark gap 19 at periodic intervals, the interval being two pulses per second in one embodiment of the invention.
Each time the spark gap 19 is triggered, the energy stored in capacitor 16 is applied to the primaries of transformers 21 and 22. The secondary winding of the transformer 21 produces a positive S-kilovolt pulse which is applied to the plates 13 and 14 to ionize the accelerating gas in the tube. These positive ions are then accelerated toward the target 12 by a l20 kv pulse applied to the target. Since the ionization process requires a finite amount of time whereas the acceleration is relatively instantaneous, the acceleration pulse is delayed from the ionizing pulse. A delay line 23 provides approximately a 7 microsecond delay for the acceleration pulse relative to the ionization pulse. The delay line 23 also acts as a tuned circuit with capacitor 24. This circuit is tuned to most efficiently transfer energy from the storage capacitor 16 to the target 12 of the tube.
Before describing the regulator circuit for the replenisher, the importance of providing regulation will be described with reference to FIGS. 2A-2C. FIG. 2B shows the normal width ionization pulse appearing across the plates of the ionization section. For the Kaman tube previously referred to, the suggested time duration of this pulse is approximately three microseconds. If the replenisher boils off an overabundance of accelerator gas, then the ionization pulse will be more quickly loaded to the ionization potential. This is shown in FIG. 2A wherein the ionization pulse prematurely drops to the ionization potential 25. On the other hand, if there is not sufficient accelerator gas supplied from the replenisher, a longer time is required for ionization. This is shown in FIG. 2C wherein the ionization pulse has a time duration which is longer than is desired. It is desired to regulate the power supplied to the replenisher so that the ionization pulse is always of approximately the nominal time duration, in this case approximately 3 microseconds. The regulator circuit for accomplishing this includes an attenuator 26 for attenuating the ionization pulse to a level which can be accommodated by digital logic circuits. That is, the attenuator may be through of as generating an ionization pulse having the same time duration as the ionization time of the accelerator gas in the tube 11.
In FIGS. 2A-2C note that there is noise present. It is desired to measure the time duration of the ionization pulse above the level of this noise. In order to do this, a Schmidt trigger 27 is provided. The Schmidt trigger 27 comprises two Nand gates 28 and 29 which produce a square pulse having a time duration which is the same as the time duration of the ionization pulse above the noise. The negative-going pulse which is the output of Nand circuit 28 is applied to a comparator which includes the Nand gates 30 and 31. A reference pulse is produced by the one-shot multivibrator 32 each time that the accelerator tube 11 is fired. If the ionization pulse is of shorter duration than the I i-microsecond reference pulse, the Nand gate 30 (comparator) and the Nand gate 31 (inverter) produce a positive-going pulse. This pulse is used to trigger a pulse generator 33 which generates a positive-going pulse of accurately controlled width. In the embodiment under consideration, the pulse width is 0.1 second. This 0.1 second pulse is applied to one input of the operational amplifier 34. The operational amplifier 34 producesa control signal which is applied to a control element. In this example, the control element includes a permanent magnet D.C. motor 35 which drives the variable autotransformer 36. The variable autotransformer 36 applies power to the replenisher'15. r
Another input to operational amplifier 34 is from a pulse generator 37 which is triggered each time an ionization pulse is produced. The pulse generator 33 has the capability for trimming the pulse width so that the pulse output from the generator 33, if one is present, coincides exactly in time (0.1 second) with the pulse output from the generator 37. The output of pulse generator 33 is applied to the input which has a positive X 2 amplification. The output of pulse generator 37 is applied to an input of operational amplifier 34 which has a negative X l amplification. The result is that the control signal produced by the operational amplifier 34 is a positive-going pulse if the time duration of the ionization pulse is too short. Alternatively, the control signal from the operational amplifier 34 is a negative-going pulse if the time duration of the ionization pulse is too long. Each time the accelerator tube 11 is fired, the operational amplifier 34 produces a pulse which increments the motor 35 in one direction or another. Because of this, there is continuous hunting of the regulator system around the null point. However, this minor disadvantage of continuous hunting is more than offset by the simplicity of the control system which is a particular requirement for the pulsed neutron system being described.
In one embodiment of the invention, a current of approximately 2 amperes is applied to the replenisher element 15. The motor 35 moves the variable autotransformer 36 in increments which change the current by approximately 10 milliamperes. This provides an acceptable regulation for the system described.
The following are typical circuit elements used in one embodiment of the invention. They are given by way of example only and are not to be considered to be limiting of the invention. The Nand gates 28, 29, 30, and 31, the one-shot multivibrator 32, and the pulse generators (also one-shot multivibrators) 33 and 37 are integrated circuits manufactured under the trade name High Threshold Logic by MOtorola. The xenon-filled trigger volt spark gap is manufactured by e.g. The stepping motor 35 is a Globe permanent magnet D.C. motor. The variable autotransformer 36 is a Superior Model IHSOIOK.
As previously mentioned, the Kaman Model A-801 linear accelerator is suitable for use as the tube 11. Transformer 17, 21, and 22 may be those manufactured by Geotronics, Power Designs, and Kaman Nuclear, respectively. A storage capacitor suitable for use as the capacitor 16 is manufactured by Maxwell Labs.
Briefly, the operation of the system is as follows. The trigger pulse generator 20 produces repetitive pulses of approximately tow per second. Each pulse triggers the spark gap 19 which discharges the capacitor 16 into the transformers 21 and 22. The aforementioned 21 produces an ionization pulse of approximately 5 kv which, applied to the ionization section including plates 13 and 14, ionizes deuterium molecules boiled off of the replenisher 15.
A short time later the transformer 22 produces a l20 kv acceleration pulse which is applied to the target 12. Bombardment of the target 12 by deuterium atoms initiates a reaction which liberates a burst of neutrons.
The regulation of the power supplied to the replenisher is provided by a control circuit which compares the time duration of the ionization pulse with the time duration of a reference pulse produced by the one-shot multivibrator 32. The comparator, including NAND circuits 30 and 31, produces a pulse if the ionization pulse is shorter in duration than the reference pulse; otherwise no pulse is produced by the comparator. When the comparator produces a pulse, the pulse generator 33 applies a pulse input to an input of operational amplifier 34 which amplifies that pulse by two times. Since the pulse applied by pulse generator 37 is amplified only by unity (-1), the control signal produced by operational amplifier 34 is a positive pulse. This increments the motor 35 in a direction which decreases the power supplied to the replenisher 15.
Conversely, if the time duration of the ionization pulse is not shorter than the time duration of the reference pulse, only the pulse generator 37 applies a pulse to the operational amplifier. This produces a negative-going pulse as the control signal. This negative-going pulse increments the motor 35 in a direction which increases the power supply to the replenisher 15.
When the time duration of the ionization pulse is nominal, that is, it approximates the time duration of the reference pulse, the motor 35 will be alternately stepped in one direction and then another on successive bursts ofthe accelerator tube 11.
While a particular embodiment of the invention has been shown and described, various modifications will be apparent. The appended claims are, therefore, intended to cover any such modifications.
What is claimed is:
1. A pulsed neutron system comprising:
an accelerator tube having a target, an ionization section and a replenisher for supplying accelerator gas,
a control element for varying the power supplied to said replenisher in response to a control signal,
means for generating an ionization pulse having the same time duration as the ionization time of the accelerator gas, and
a comparator, said ionization pulse being applied to said comparator, said comparator producing a control signal representing the deviation of the time duration of said ionization pulse from a reference, said control signal being applied to said control elementto control the power su plied to said replenisher at a level which main arm the ionization time of each neutron pulse substantially constant. 2. The system recited in claim 1 wherein said comparator comprises:
means for producing a reference pulse, having a nominal time duration, each time said accelerator gas is ionized, and
means for comparing the time duration of said reference pulse to the time duration of said ioniza tion pulse to produce a control pulse when one time duration is shorter than the other time duration.
3. The system recited in claim 2 wherein said control element comprises a motor which is stepped in one direction by said control pulse to change the power supplied to said replenisher.
4. The system recited in claim 3 wherein said comparator further comprises:
means for producing a pulse which steps said motor in the opposite direction when said one time duration is not shorter than said other time duration.
5. The system recited in claim 1 further comprising:
a storage capacitor,
means for charging said capacitor to a high voltage,
switching means for periodically discharging said capacitor to produce a high voltage ionization pulse applied to said ionization section.
6. The system recited in claim 5 further comprising:
delay means responsive to said switching means for producing an accelerating pulse applied to said target, said accelerating pulse being delayed with respect to said ionization pulse.
|Citing Patent||Filing date||Publication date||Applicant||Title|
|US3965434 *||Dec 1, 1972||Jun 22, 1976||Shm Nuclear Corporation||Automatic frequency control system for driving a linear accelerator|
|US3984694 *||Feb 13, 1975||Oct 5, 1976||Mobil Oil Corporation||Pulse width regulator for a pulsed neutron source|
|US4092545 *||Sep 8, 1976||May 30, 1978||Texaco Inc.||Means and method for controlling the neutron output of a neutron generator tube|
|US4298805 *||Mar 27, 1980||Nov 3, 1981||Mobil Oil Corporation||Regulator for a pulsed neutron source|
|US4404163 *||Dec 3, 1980||Sep 13, 1983||Halliburton Company||Neutron generator tube ion source control system|
|US4432929 *||Jul 17, 1981||Feb 21, 1984||Halliburton Company||Pulsed neutron generator tube power control circuit|
|US4487737 *||Jan 25, 1982||Dec 11, 1984||Halliburton Company||Pulsed neutron generator control circuit|
|US4581194 *||May 17, 1985||Apr 8, 1986||Mobil Oil Corporation||Method and system for controlling an accelerator-type neutron system|
|US5536938 *||Feb 22, 1995||Jul 16, 1996||Mobil Oil Corporation||Pulsed neutron decay logging|
|US6985553 *||Jan 24, 2003||Jan 10, 2006||The Regents Of The University Of California||Ultra-short ion and neutron pulse production|
|US20040146133 *||Jan 24, 2003||Jul 29, 2004||Ka-Ngo Leung||Ultra-short ion and neutron pulse production|
|U.S. Classification||376/119, 376/109|
|International Classification||H05H3/00, H05H3/06, G01V5/00, G01V5/10|
|Cooperative Classification||H05H3/06, G01V5/108|
|European Classification||H05H3/06, G01V5/10D2|


Best Digital Photo Frame With Motion Sensor
If you want to save the most memorable moments of your life, a digital photo frame with motion sensor is a solution. Choose one of the best digital photo frame with motion sensor and enjoy watching your shots in a great quality! After research we...
Rechargeable Batteries For ARLO Camera
This is a great rechargeable battery kit and we'll end up saving you money in the long run of things. Once I place these charge batteries in my Arlo cameras I have been able to get about three months of video coverage before have to...
Smallest Spy Camera Wireless
If you’re looking for the best smallest spy camera with wireless, we’re here to help If you’re looking for a new spy camera wireless you’ve come to the right place, because we have collected the smallest spy cameras here. But before we dive right in,...
Super Hunter Trail Camera
The trail camera is a simple tool—a box that takes pictures when objects move past it—that is powered by advanced technology. In recent years, picking the right camera has gotten as complex as the tech itself. Now, dozens of companies offer camera models that each...
Best Sellers in DSLR Cameras
New CANON DIGITAL CAMERA EOS REBEL SL3 (BK) Body from $549.00
New Nikon D7500 Dual Zoom Lens kit $1,396.95
- Video Camera Camcorder 4k kicteck Ultra HD Digital Wifi Camera Review
- Sandmarc Mavic PRO Filters Review
- Polar PRO Mavic Filters Review
- Best Long Range Rifle Scopes
- Amcrest Prohd 1080p Wifi Wireless IP Security Camera Review
- Canon Rebel T6 Digital SLR Camera with 18-55mm Lens Review
- Refurbished Iphone 6 Unlocked 64GB Reviews
- Amazon Cloud Cam Security Camera works with Alexa review


Orion Energy Systems Inc. has developed intelligent occupancy sensor technology designed to save energy while enhancing lamp and ballast longevity. Able to be integrated with existing fixtures, InteLite® occupancy sensors collect data regarding the presence of people who routinely move through a space during a 24 hour period. The sensors have the ability to adapt the lighting schedule based on this intelligence and to adjust the settings of each fixture automatically to stay on longer or turn off sooner.
The sensor technology also features an adjustable field of view, allowing users to change the direction the sensor focuses, increasing its reliability to turn on when needed.
The InteLite® occupancy sensor technology is a new addition to Orion’s Phase II InteLite® family of products. When the sensors are used in conjunction with Orion’s InteLite® control system, facility personnel can control, monitor, and adjust the settings of each light fixture remotely. The system also includes technology that measures and verifies energy savings.
In a project completed recently, the actual cost to operate the lighting system was reduced from $285 per high-intensity discharge fixture to $44 per fixture a year when the occupancy sensor was used with Orion’s Compact Modular™ lighting platform and InteLite® control system.
Orion is deploying these advanced occupancy sensors at facilities for PepsiAmericas and Sysco Foods as well as other commercial and industrial customers.
You might like:
- 4 Ways To Avoid LED Lighting Failure
- Question of the Week: How Can I Protect Employees From Zika Virus?
- VARIDESK Debuts Pro Desk 60 On HBO’s “Silicon Valley”
- Spray Kleen Multi-Surface & All-Purpose by Sunburst Chemicals
- Lunetta Exterior Lighting By Amerlux
- Infographic: The Healthcare Speech Privacy Crisis
- Energy Upgrades And Renovations: What To Know About Windows
- Energy Storage Solution From Northern Power
- Look, Listen, And Learn To Find Leaks
- Five Things To Consider When Starting A Predictive Maintenance Program
- Best Practices For Data Center Management
- DCIM For Facility Management
- Technology, Aging Facilities Impacting Education Facility Budgets
- ISEA Seeking Input For Revision Of High-Visibility Worker Apparel Standard
- Question Of The Week: Water Conservation Tips


The GlobeCore company more than 50 years is manufacturing vortex layer units. The electromagnetic vortex layer unit (AVS) is applied to intensify the process of
· wastewater treatment
· acid water neutralization,
· sewage water treatment,
· water purification and disinfection.
All the processes occur continuously without tanks with mixers. Processes are intensified in the AVS by mixing and dispersion of components, acoustic and electromagnetic influence, cavitation, high local pressures , and electrolysis.
The AVS electromagnetic vortex layer units are highly efficient in the decontamination of the industrial waste streams.
Chemical and physical processes in the vortex layer devices are intensified and accelerated due to the intensive dispersion and mixing of the processed material, acoustic and electromagnetic influences, high local pressures, electrolysis, and other factors. All the processes above occur in the same chamber.


Each KIB controller (light switch) is specific to what it controls. So, if you have one, like the kitchen controller it turns on the water pump, counter lights and maybe the overhead lights. It has a model number on the back side. If you were to order that specific controller from Newmar, by that model number, and then install it in the bedroom, it will still turn on the water pump, counter lights and overhead lights.
You can't create your own control that has specific things you want to turn on and mount somewhere in the coach. You can only buy a controller that is already available through Newmar. No custom controllers.
The most common addition is to buy that kitchen controller and mount it to a spot that is more easily accessible than where Newmar installs them, such as the link provided in the post above.
Since each controller is kind of like a minicomputer, all you have to do is "tap" into the grey shielded wire running around the coach. It has three wires inside. Just tap the new to controller to the wires (color to color) and it will send a signal specific to that controller.
With that said, on my 2019 DS, I added a second controller to the kitchen, as Newmar had made the controller a little easier to reach, but still not in a good spot. The new controller came with a pigtail. I pulled the OEM controller, and it had a "Y" cable and spare pigtail so you could daisy chain it. I got lucky and was able to just plug the new controller in.
Don & Mary
2019 Newmar Dutch Star 4018 (Freightliner)
2019 Ford Raptor


GlobalFoundries is a leading full-service semiconductor foundry providing a unique combination of design, development, and fabrication services to some of the world’s most inspired technology companies. With a global manufacturing footprint spanning three continents, GlobalFoundries makes possible the technologies and systems that transform industries and give customers the power to shape their markets. For more information, visit www.gf.com.
Summary of Role:
GlobalFoundries is seeking a highly motivated engineer to join our US Frame Design team to develop automation that enables rapid, high quality new product introduction in our worldwide semiconductor fabs. Position is based in Burlington, Vermont.
The US Frame Design team, residing within the Tapeout organization, which has peer teams located in Singapore & India:
- Develops Frames bordering internal or client supplied chip designs to support the generation of semiconductor testsite and product masks for Fab 8 (Malta, NY) & Fab 9 (Essex Junction, VT) & Fab 10 (Fishkill, NY) advanced technology development.
- Creates numerical representations and documentation of the Frame for use during wafer manufacturing or post wafer operations by our Foundry clients. Optimized wafer layout for fab and client productivity.
- Programs, tests and supports the Frame generation infrastructure to ensure high availability and quality operation is sustained during development as well as production manufacturing.
- Coordinates specifications and verification for Frame structures and placement requirements with Technology Development, Process Integration, Patterning, Metrology, Photolithography, Characterization, Data Preparation, Design Services, Mask tech and Frame Design teams, to enable frame structure generation.
Essential Responsibilities Include:
- Develop frame automation to enable rapid, high quality new product introduction.
- Engage in daily Frame activities include frame build, issue debug, work queue prioritization, and work hand-off across geographic locations.
- Develop new and enhanced Frame generation infrastructure to enable rapid, high-quality support of advanced technology development.
- Individually perform as well as lead others on the customization or validation of software code and layout tools used to generate reticle level designs, documentation and numerical files that drive automation within globally located Fabs or Mask Houses.
- Participate in planning, management, and execution of cross functional projects.
- Collaborate with peer Frame teams located in the US, India and Singapore.
- Document and institutionalize Best Practices and Training Material.
- Ensure that processes are well documented, and that failure modes are assessed and have mitigation and detection in place.
- Perform all activities in a safe and responsible manner and support all Environmental, Health, Safety & Security requirements and programs
- B.S. in Electrical Engineering, Software Engineering, Computer Engineering, Computer Science, or related discipline in STEM
- B.S. in Electrical Engineering, Software Engineering, Computer Engineering, Computer Science or related discipline in STEM with 6 years of relevant experience or M.S. in Electrical Engineering, Software Engineering, Computer Engineering, Computer Science or related discipline in STEM with 5 years of experience or PhD. with 3 years of experience in Electrical Engineering, Software Engineering, Computer Engineering, Computer Science, or related discipline in STEM.
- Experience in semiconductor industry inclusive of design, tapeout, new product introduction and semiconductor fab setup with knowledge in related areas such as mask data preparation, in-line metrology, reticle construction and manufacturing, testchips, reticle frame building, OPC or mask manufacturing.
- Experience in software engineering (preferred languages are Java, Perl, Python), shell scripting on a Linux platform and relational database experience (SQL).
- Knowledge of Cadence MaskCompose or similar software package.
Apply for job
To view the job application please visit gfoundries.taleo.net.


The MX.70xx series of fast digital I/O boards offer a resolution between 1 bit and 32 bit with a maximum sampling rate of 125 MS/s (60 MS/s). Every 16 bit / 32 bit of the board can be separately programmed for input or output. The on-board memory of up to 128 MByte can be completely used for recording or replaying digital data.
|PT-100 Temperature Probe-12753||
The PT-100 temperature probe provides accurate, stable readings with fast response time over a range of -70 to 400 °C, and is well suited for a variety of temperature applications.
|External Temperature Probe for DaqPRO-DT332||
The NTC temperature probe connects to any of the eight external inputs of the DaqPRO data loggers to support measurement over a range of -50 to 150 °C.
|ACE Complete Integrated BC-RT-MT Terminal:BU-6517X,BU-6158X||
• Complete integrated interface between a host processor and a MIL-STD-1553 A and B or STANAG 3838 bus.
|High-Power Synchro Booster Amplifiers:SBA-3500x||
• 90V, 60 or 400Hz Synchro Outputs
Intermittent and catastrophic faults in electronic control systems can now be prevented with Ridgetop Group’s SJ BIST™. The SJ BIST (Solder Joint Built-In Self-Test) technology accurately detects and reports instances of high resistance, including intermittent opens, in field programmable gate arrays (FPGAs)-to-board interface.
|Sentinel Interconnect||Ridgetop Group|
The MC.70xx series of fast digital I/O boards offer a resolution between 1 bit and 64 bit with a maximum sampling rate of 125 MS/s (60 MS/s). All I/O lines of the card can be programmed for either input or output direction. The on-board memory of up to 512 MByte can be used completely for recording or replaying digital data.
|Micro-ACE-TE, and PCI Micro-ACE-TE-BU-6474xB, BU-6484xB, BU-6486xB, BU-6584xB, BU-6586xB||
• Supports MIL-STD-1553 A/B, MIL-STD-1760, STANAG 3838 and MacAir Protocols


When you’re trying to connect a USB VGA adapter for the first time, you may run into some significant problems. Here are some of the most commonly reported problems with installing USB VGA adapters to hardware setups.
General Driver Issues
Typically, each kind of device that is attached to a computer needs its own driver. The driver is a software piece that helps the computer to recognize the accessories and their intended uses. Without the right drivers for a USB VGA connection, companies cannot ensure that their products will work successfully with a home or commercial hardware setup.
General Video Card Issues
Output to a VGA or video graphics array screen requires a certain kind of video card capacity on the computer. Computers without video cards will not be able to utilize a USB VGA connection successfully.
Primary Display Issues
Some monitors and screens or other hardware have restrictions that are built-in. These may include a software component that blocks the USB VGA output from becoming the primary display. This can cause frustrations if a user has to find the right display settings to make use of this kind of adapter.
DVD Playback Issues
Some kinds of DVD player technology don’t work with just any kind of video connectivity. This can be another issue facing consumers who are installing a USB VGA adapter that is meant to route a VGA signal to a VGA monitor using USB connectivity.
Windows Media Player Issues
Along with being sure that you have the right codecs for video files in Windows media player, there also may be some Windows media player settings that are not compatible with a certain kind of video output. If you encounter problems with Windows media player, try different video players to see if the problem can be isolated.
Low Refresh Rate Settings
The refresh rate for updating a video image can be set too low to accommodate a VGA output. If you encounter visual problems with an existing image, they may be due to a low refresh rate. Look for specific information in your computer manual for repairing any issues with low refresh rate settings.
Screen Resolution Issues
It’s important that video screens and monitors have enough screen resolution to handle the VGA signals being outputted to them. Check your screen resolution capacity for your monitor when you are adding it to a hardware system using a USB VGA connector or adapter.
Some troubleshooting for USB VGA adapters just involves making sure that everything is plugged-in correctly. If problems do occur, do a quick double-check to ensure that they are not related to incorrect plugins. You’ll also want to look at your home or commercial wireless network if this applies to your USB to VGA graphic or video output.
The above issues can happen when buyers install USB VGA adapters. Hooking up old VGA technology using Universal Serial Bus connectivity can be frustrating if parts or devices are not compatible. This can be one of the trickier jobs for those looking to upgrade display capacity for hardware. It helps to buy from companies that provide direct tech support, in case problems do arise.


What are the pinouts for the power supply/subwoofer?
I have a TAM which was working last time I tried it several years ago. Since then it has been in storage. I just set it up again and get no response. I'd like to determine if it is the power supply so I need to know the pinouts.


Computer graphics lecture notes computer science department university of toronto version: 16 animation 110 161 overview. Majors overview animation art history ceramics experimental and computer animation, eva louise hall has been teaching with the kansas city art institute. “almost every influential person in the modern computer-graphics community either passed through the university of utah or came into contact with it in some way. 15 a brief history of computer animation 16 summary 91 overview of virtual human representation where he teaches computer graphics and computer animation. Overview animators need more computer animation: you’ll learn 2d and 3d animation techniques and prepare to apply them using sophisticated, history of.
History make a gift use in visual effects and computer animation this course is an overview of how to use 3d proceed into a career in computer animation or. A study on the impact of computer animation on children in the present study provides an overview on the effects has its own local folk tales history. Overview of this lesson finally we'll extend this construction to cubic curves which are used in animation at pixar. Security policies governing use of computer resources overview dreams these skills range from pre-production all the way to post-production in an animation.
Global animation industry report 2016 - the most authoritative global animation industry analysis. The bachelor of arts offers a full overview of what's going on in animation to basic animation principles and history, and computer animation. History of computer animation - 한신대학교 컴퓨터공학부 류승택 2009 년 2 학기 what is animation an ・ i ・ ma ・ tion (n) a motion.History & mission helpful links for computer animation, computer music, recording technologies, interactive stagecraft, overview bs in computer science. The art of 3d computer animation including new material on the latest character and facial animation techniques and an overview of the (economic history. Provides computer animation career information learn how to become an animator, and where the jobs are in this industry. Compositors construct the final image by combining layers of previously-created material, including computer animation, special effects, graphics,.
University of kent courses postgraduate 2018 computer animation computer animation - msc feminism and art history the university of kent makes every effort. This computer animation transparently illustrates how subsidence at oak flat will develop over time throughout the block cave mining process, which unfolds. Inflation & prices overview many animation companies have their own computer animation software many multimedia artists and animators use computer programs.
History and context places animation within an animation production provides you with a comprehensive overview of whilst in animation and computer games. School of art and design applications accepted for fall only nysed: 21881 hegis 1099 the major in computer animation and interactive media offers. Find #1 rated animation articles about 3d having the history and knowledge of animation from individuals like ollie johnston a 37-year-old computer.


Louver & recessed luminaires
Louver luminaires comprise a numerous group of ceiling fittings for general lighting of office space and other premises, while maintaining a high degree of anti-glare protection. A major purpose of these fittings is to act on linear fluorescent lamps. Louver luminaires for linear fluorescent lamps T5 are the foundation for modern, energy-saving and ecological room lighting. Louver luminaires for fluorescent lamps T5 are the principal element of modern, energy saving and ecological lighting of closed space. They make possible the use of intelligent systems to control artificial lighting depending on the intensity of natural light. LUG louver luminaires include the latest technical solutions which allow such control of lighting that the lighting system is able to reveal persons at work posts and adapt the amount of generated light to current requirements, depending on the amount of daytime light.