Datasets:

baber

/

WOPTO

like 1

FR-1450623-A

FR-22432-A

FR

A

A

C07D309/26

Condensation d'aldéhydes hétérocycliques

fr

FR-1444383-A

FR-23950-A

FR

A

A

B65D5/49

Procédé de fabrication d'un cloisonnement, en particulier en carton ondulé

fr

FR-1460610-A

FR-26390-A

FR

A

A

F02K9/97

COLOMBANI DON PIERRE LOUIS JEA

Perfectionnements aux tuyères, notamment pour propulseurs-fusées

fr

FR-1459874-A

FR-28007-A

FR

A

A

C07D513/04

BOURDAIS JACQUES

Composés thiaziniques à cycles condensés et leur préparation

fr

FR-1443779-A

FR-28422-A

FR

A

A

D04B21/00

Tricots-chaîne volumineux

fr

FR-1454517-A

FR-29501-A

FR

A

A

F04B43/04

JOUSSE ROGER

Dispositif électromécanique de va-et-vient à course constante et pompe à carburant en comportant application

fr

FR-1457543-A

FR-30721-A

FR

A

A

H03K3/10

LOICHOT ROLAND

Dispositif à retard

fr

FR-1458441-A

FR-31052-A

FR

A

A

A61F13/20

Dispositif pour enlacer d'un fil d'extraction les morceaux d'ouate, en particulier pour tampons hygiéniques, et pour nouer les extrémités de ce fil

fr

FR-1447019-A

FR-31814-A

FR

A

A

A01C15/16

THOMSEN ALFRED

Appareil distributeur destiné à épandre des matières finement divisées telles que du sel ou des engrais

fr

FR-1457712-A

FR-32665-A

FR

A

A

G03D13/00

Appareil destiné à l'impression de son et d'image sur films sensibles à l'irradiation

fr

FR-1454583-A

FR-32835-A

FR

A

A

B22C13/08

Four à fusion à résistance

fr

FR-1458595-A

FR-33026-A

FR

A

A

G01F23/26

Appareil de lecture de niveau

fr

FR-1449257-A

FR-33715-A

FR

A

A

F04C27/00

Joint étanche aux lubrifiants pour pompe rotative volumétrique

fr

FR-1449473-A

FR-34526-A

FR

A

A

B60T13/16

Frein hydraulique perfectionné, en particulier pour automobiles

fr

FR-1460043-A

FR-34983-A

FR

A

A

A41D7/00

BRESSON GEORGES CONSTANT

Perfectionnements aux maillots de bain, sous-vêtements et articles similaires ainsiqu'à leur procédé de fabrication

fr

FR-1457008-A

FR-36611-A

FR

A

A

C03C1/02

Procédé pour la purification du sable

fr

FR-1462472-A

FR-37517-A

FR

A

A

G03B17/50

VIEILLAME MARCEL

Dispositif de développement automatique pour appareil de prise de vues photographiques

fr

FR-1489019-A

FR-39257-A

FR

A

A

C22C38/42

Nouvel acier inoxydable

fr

FR-1468177-A

FR-49484-A

FR

A

A

F16L55/027

HANSEN VOLMER CHRISTIAN

Résistance hydraulique réglable

fr

FR-1469938-A

FR-50833-A

FR

A

A

H01L21/312

Transistors à effet de champ

fr

FR-1478596-A

FR-53661-A

FR

A

A

B23D31/00

Machine pour sectionner le bord de corps creux

fr

FR-1475304-A

FR-56978-A

FR

A

A

D21F1/00

APPEL DAVID WOODHULL

Machine à papier

fr

FR-1516746-A

FR-58342-A

FR

A

A

C07D265/38

Nouveaux dérivés de la phénoxazine et leur préparation

fr

FR-1484801-A

FR-60374-A

FR

A

A

A47B13/04

BRILLE PASCAL

Perfectionnement aux tables

fr

FR-1493480-A

FR-61231-A

FR

A

A

G01T1/08

MARCHAL PAUL

Procédé de lecture des dosimètres photographiques et appareil pour la mise en oeuvre de ce procédé

fr

FR-1480680-A

FR-62354-A

FR

A

A

A47J37/07

SCANZIO MICHEL GEORGES

Gril-rôtissoire

fr

FR-1492145-A

FR-63106-A

FR

A

A

B65B67/04

SARTORE MICHAEL A

Procédé et dispositif pour ensacher les viandes et produits à base de viande dansune enveloppe réticulaire

fr

FR-1483507-A

FR-65737-A

FR

A

A

A47C31/11

Perfectionnements aux housses pour sièges ou analogues

fr

FR-1484295-A

FR-66435-A

FR

A

A

D06C17/00

SELVAS JOSE SERRACANT

Perfectionnements apportés aux machines à laver et à fouler les tissus

fr

FR-1484308-A

FR-66456-A

FR

A

A

H01H33/16

Procédé de fabrication d'aryl-thiols

fr

FR-1531350-A

FR-67114-A

FR

A

A

C07D493/10

Composition de résine époxy flexible

fr

FR-1485255-A

FR-67786-A

FR

A

A

B29C48/90

Procédé et dispositif pour le moulage et l'orientation de polymères et nouveaux produits ainsi obtenus

fr

FR-1485345-A

FR-67974-A

FR

A

A

C08K5/16

Composition polymères à base de polyéthylène et de cuivre pour paliers auto-lubrifiants

fr

FR-1498431-A

FR-68796-A

FR

A

A

C04B28/20

Procédé pour la fabrication de blocs silico-calcaires de haute résistance, ainsi que les produits conformes à ceux obtenus par le présent procédé ou procédé similaire

fr

FR-1500110-A

FR-68838-A

FR

A

A

F23R3/04

QUILLEVERE HERVE ALAIN

Perfectionnements aux turbo-réacteurs

fr

FR-1494194-A

FR-70631-A

FR

A

A

E01B9/28

SONNEVILLE ROGER PAUL

Support de voie ferrée perfectionné

fr

FR-1500941-A

FR-72543-A

FR

A

A

G01N19/02

ILIUC IVAN

Installation pour mesurer et enregistrer le coefficient de frottement dans un mouvement de glissement

fr

FR-1499296-A

FR-74999-A

FR

A

A

B23Q3/157

Perfectionnements aux centres d'usinage

fr

FR-1502098-A

FR-79083-A

FR

A

A

H01S3/106

JUDEIN-STEIN ANDRE JACQUES

Perfectionnements aux modulateurs de lumière

fr

FR-1508153-A

FR-79583-A

FR

A

A

B65D19/08

DELVAQUE BERNARD

Caisse palette constituée d'éléments assemblables et gerbables

fr

FR-1501228-A

FR-83286-A

FR

A

A

C07C59/68

SCHNEIDER A

Produit et procédé de destruction de mauvaises herbes dans les cultures de blé ou de riz

fr

FR-1501484-A

FR-84594-A

FR

A

A

C09B23/10

Nouvelle émulsion photographique

fr

FR-1526938-A

FR-86232-A

FR

A

A

B61F5/30

CRIPE ALAN RICHARD

Support de palier d'essieu à montage élastique

fr

FR-1503302-A

FR-86305-A

FR

A

A

E21B19/087

JR ALBERT GEORGE BODINE

Appareil pour enfoncer des ancres ou des pieux dans le sol

fr

FR-1505159-A

FR-87876-A

FR

A

A

E05B15/04

JEAVONS PHILIP SWINGEWGOD

Perfectionnements aux mécanismes de serrure de porte

fr

FR-1507604-A

FR-90259-A

FR

A

A

C08G12/20

Tissus résistant au lavage et à l'usure

fr

FR-1508764-A

FR-92107-A

FR

A

A

G03B15/04

Bloc pour appareil photographique comportant des lampes-éclair et un support rotatif pour ces dernières

fr

FR-1509724-A

FR-93171-A

FR

A

A

C09B1/34

GUENTHARD JACQUES

Colorant anthraquinonique, son procédé de fabrication et ses applications

fr

FR-1523220-A

FR-93543-A

FR

A

A

G01S1/02

TILLY HENRI LE

Système pour le contrôle d'atterrissages d'avions

fr

FR-1516504-A

FR-98552-A

FR

A

A

A63H23/04

JR GARFIELD ARTHUR WOOD

Bateau de course jouet

fr

FR-1514853-A

FR-99361-A

FR

A

A

D06C3/04

Séchoir perfectionné pour produits textiles

fr

FR-1515447-A

FR-99504-A

FR

A

A

F03C1/053

Dispositif de commande de moteurs hydrauliques en particulier du type à pistons radiaux

fr

GB-571386-A

GB-11144-A

GB

A

A

D01G15/36

Improvements in the driving mechanism for the rubbing motion of tape condensers of carder engines or condenser cards and the like for woollen, waste and other textile fibres

en

571,386. Condenser carding-engines. PLATT BROS. &'CO., Ltd., and MARSDEN, I. Jan. 4, 1944, No. 111. [Class 120 (i)] The driving mechanism for the rubbing motion of the tape condensers of a carder engine or condenser card comprises a variable-speed gear mounted on the machine frame, driving means from the machine to the variablespeed gear and a drive therefrom to the shaft of the rubbing motion. As shown, the variable-speed gear comprises gear-wheels 20, 21, 25, the gear-wheel 20 constituting the change wheel and the idler 25 being mounted on a stud shaft 24 adjustable in a slot 23 arcuate about the shaft 17 on which the gear-wheel 21 is mounted. The gear-wheel 20 is carried on the extended bush of a chain pulley 18 mounted on a stud shaft 16 while the gear-wheel 21 similarly carries a rope pulley 22 from which a rope 26 drives the rubbing motion shaft 28. The stud shafts 16, 17 are mounted in a bracket 15 attached to the frame 12 and the chain pulley 18 is driven by the chain 19 from the cylinder shaft 13.

en

GB-122185-A

GB-14019-A

GB

A

A

Improvements in Interrupters for use in Electric Ignition Systems.

en

122,185. Dayton Engineering Laboratories Co., (Assignees of Hunt, J. H.). Jan. 2, 1918, [Convention date]. Interrupters, mechanical; contacts.-In an ignition interrupter, the stationary contact 27 is carried by an arm 32, pivoted on the interrupter disk 40, the arm being restrained on one side by a rubber pad 34 held by a lug 35, and on the other side by a rubber pad 37, plate 38, and spring 39, the latter resting on a lug 36. The movable contact-carrying lever 20 is acted on by the spring- pressed piston 28 with a rubber pad 31. The rubber &c. pads damp the oscillations of the interrupter lever, the stationary contact moving slightly in contact with the lever contact. The lever is mounted on an insulated pivot. In another arrangement, a spring 51, Fig. 2, insulated from the disk 40, surrounds the insulated pivot of the lever 20 and carries at its end a rubber cushion 54. A clip 56 attached to the spring bears on the pivot and helps to keep the spring in place.

en

GB-544203-A

GB-14841-A

GB

A

A

B23Q35/10

Improved method of and means for producing generated forms for use in connection with machine tools

en

544,203. Milling-machines ; copying mechanism. GHAYE, A. L. J. Jan. 4, 1941, Nos. 148 and 7395. [Class 83 (iii)] In a method of and apparatus for producing a master form for use in a copying, milling, grinding, turning, filing or like machine tool movements of considerably greater magnitude than those required in the copying machine for making the workpieces w, Fig. 2 are obtained from a large replica W of the work and the scale of these movements then reduced and introduced as components of the motion required to generate by a tool GT the desired master form on a blank B of larger size than the work pieces to be made. Thus for the production of small square workpieces w from a circular blank b by means of a rotary milling cutter c the maximum radial movement of the cutter relative to the rotating blank is that indicated at x, Fig. 2, and this movement is obtained from a large master cam f coacting with a roller r, the said cam having a dimension z equal to x. In order to generate the cam a rotary cutter GT, Fig. 1, of the same diameter as the roller r may be used and a spindle a carries a circular blank B and also an enlarged pattern W of the workpiece. This pattern imparts a magnified movement X to a roller C carried by a rack bar 2 connected by a segment 3 to a shaft 8 driving a pinion 5 which imparts movement to the table 1 carrying the cutter. If the pattern W has 10 times the linear dimensions of the work w to be produced then the diameter D of roller C is also ten times that of the cutter c and there is a 10 to I reduction in the gearing between the rack 2 and the table 1 so that the cutter movement y is the same as the dimensions x and z. In some cases the template W may be replaced by segmental pieces such as that shown in Fig. 3 at F, the segment being rotated together with the blank through 90 degrees and then turned back through 90 degrees on its spindle and relocked. The comers of the segment may be rendered obtuse to prevent undue wear. The method may also be employed for forming a master cam for the cutting of a number of small components arranged around a rotary carrier. In some cases such components may be removed after finishing from the carrier and fresh blanks substituted so that the profiling is a continuous one. Thus a number of valve rockers VR may be arranged on a table RT and the outside profiles D formed in succession by a cutter PC. By providing a second cutter PC<SP>1</SP> controlled by a second cam and arranged in staggered relation with the first and inside edges may be cut at the same time as the outer edges. Or the inner edges may be cut during one revolution and the outer edges during a second revolution with the same cutter. In a machine for cutting the master cams a main spindle 14 rotating in ball bearings 12, 13 carries a master cam blank B and is driven by worm gearing 20, 21 and belt gearing 33 from a motor 31, the speed of rotation being about 1/5 R.P.M. The rear end of the spindle 14 carries an adapter for the mounting of an enlarged template, W of the work which is adjustable with reference to the spindle 14 by means of an indexing plate which is used when segmental patterns are employed. The template co-operates with a disc C mounted on a vertically movable rack slide 2 which is urged upwardly by a weight 43 or by spring or fluid pressure means. This slide carries a rack 4 engaging a toothed segment 3. Adjustment is provided for the disc C and the disc may be readily interchanged. The segment 3 is mounted on a spindle 43 connected by chain gearing 8, 9 to a pinion 5 which imparts reduced movement to a table 1 carrying a cutter GT dnven by a motor 57. Instead of transmitting motion directly from the template W to the disc C an optical projection apparatus may be employed for manually controlling the movement of disc C. Thus in Fig. 11 a sample pattern 67 of the work piece may be mounted on an extension 64 of the spindle 14 and may have its outline projected on to a screen 69. A follower disc C<SP>1</SP> is mounted on the slide 2 and by means of a handwheel 74 and gearing 71 the edge of the follower disc is maintained in contact with the edge of the shadow of the pattern 67 as the latter rotates. A microscope 75 may be provided to observe the conjunction of the disc C<SP>1</SP> and the shadow. In a modification of this optical arrangement the projector 68 is mounted on a vertical slide controlled by a cam similar to the pattern 67 so that the projector movement follows the edge of the rotating pattern.

en

GB-179233-A

GB-26521-A

GB

A

A

H01J13/28

Improvements in vapour electric current rectifying apparatus

en

179,233. Cachemaille, A. S., (Westing- house Lamp Co.). Jan. 4, 1921. Vapour apparatus, arrangements of. - A vapour electric rectifier has a mercury, sodiumamalgam, or other vaporizable cathode 6 and an anode or a pair of anodes 4, 5 of tungsten, carbon, iron, &c. enclosed in a container 3 filled with argon at a pressure of about 20 cm. of mercury. Starting may be facilitated by an auxiliarv anode 10 connected to an auxiliary secondary winding 11 so as to be positive at the same instant as the anode 4. The starting-circuit may be cut out by a relay 12 in the main circuit.

en

GB-231595-A

GB-45024-A

GB

A

A

G01L9/00

Improvements in or relating to manometers

en

231,595. Martin, H. Jan. 7, 1924. Liquid-level pressure gauges.-Relates to manometers in which the U-tube containing mercury or other conducting fluid has disposed within the fluid a naked resistance element, the resistance of which varies according to the extent of the immersion in the conducting fluid, and consists in connecting one limb of the U-tube at the upper end to another depending tube forming therewith an inverted U-tube, the lower end of which projects into a fluid-containing chamber to form a seal between the actuating fluid and the mercury in the other limb of the U-tube. A U-tube a, a<1> is formed. by a shallow cast-iron mercury chamber a', through the cover of which passes a steel tube a in which is located the coil c wound on an insulated former d. In this form the apparatus is fitted inside at the bottom of a tank, and a stand pipe f connected 'to the chamber a<1> is carried up to the top of the tank. The tube a terminates in one branch of a U- shaped casting a<3>, to the other branch of which is connected a steel tube a<4> depending into a small cast-iron chamber a<5> exposed to the liquid in the tank by means of a plug-hole j. The chamber a<1> is extended at n to receive a fixed resistance coil o, which is insulated. Four leads from the indicating instrument are connected two to the ends of the coil o, one to the mercury in the chamber a<1>, and one passed up through the former d to the top of the coil e. An insulating liner a<7> is provided for the tube a to prevent globules of mercury striking the tube. The chamber a' is filled with mercury to the height determined by a plug hole. This plug is replaced and a plug temporarily fitted to the hole j. The instrument is then filled up with oil through the plug hole k, which is afterwards closed, the plug j being removed. The stand pipe f is next filled with the same liquid as that contained in the tank, the depth in which is to be measured. The tank is filled and the mercury returns to approximately its former level. In a modification for use as a flow meter, the stand pipe f is dispensed with, the high pressure pipe being connected in its place, while the low-pressure pipe is connected to the plug-hole j. The coil c consists of two coils wound in parallel, that is, on a doublepitch screw thread, the coils being connected together at the upper end. The leads from this coil are connected to a ratio coil indicator similar in principle and construction to those described in Specifications 164,828 and 219,716, one lead being connected to the common upper end of the two coils, the ather to the casing of the mercury chamber. To avoid inductive effects when using alternating current, both leads are brought up through the former and connected independently to the upper ends of the two coils.

en

GB-1416002-A

GB-49374-A

GB

A

A

G06F12/06

Stored programme digital computer

en

1416002 Addressing stores INTERNATIONAL BUSINESS MACHINES CORP 4 Jan 1974 [6 Feb 1973] 00493/74 Heading G4A In a digital computer, a data store of capacity greater than that addressable by a simple instruction is addressed by the combination of the contents of an extension register R1 (Fig. 3) and an address in address register RA specified directly or indirectly by an instruction, a change in the contents of the extension register R1 and the operation necessitating the change being executed under the control of a single instruction containing bits (8, 9, Fig. 4, not shown) specifying the new contents and bits (10-15) specifying a storage address at which the operation to be executed is stored. As described the store may be divided into a general zone and four particular zones specified by the 2 bit register R1. In a first preparation cycle the contents of accumulator AC are stored in register SAC and the store accessed to feed half an instruction word W 1 (using the contents of instruction register INS (fed to register RA) and the contents of register R1) to a register RL, the contents of which are transferred to an operation code register OP (bits 0-5), index register X (bits 6, 7) and complementary zone registers CO (bits 8-15). The instruction register is then incremented by 1. In a second preparation cycle the store is accessed again to retrieve the second half of the instruction word which comprises 15 address bits which may be modified by the contents of one of three indexing registers X1, X2, X3 in dependence on the contents of index register X to form the address for the first execution cycle. The contents of register R 1 are transferred to registers R2, R3 and bits 8, 9 from register CO are transferred to registers R1, R4. Bits 10-15 which represent one T n of 64 table words T0-T63 in the store are fed to the accumulator for addition to the address of the word To held in register RF and subsequent transfer to the register RA. In the third preparation cycle the word T n is read from the store to register RL and transferred to registers OP, X and CO so that execution cycles may be performed. When execution is completed if the OP code does not specify that a zone change should be permanent, the contents of register R2 are transferred back to R1.

en

GB-661395-A

GB-50749-A

GB

A

A

G01L3/26

Improvements in efficiency meters

en

661,395. Electric measuring systems. BAILEY METERS & CONTROLS, Ltd. Jan. 7, 1949. [Jan. 9, 1948] No. 507/49. Class 40 (i). [Also in Group XXXVI] The efficiency of a turbo-generator is determined by comparing a voltage representing the rate at which heat is supplied to the turbine with one representing the power output of the generator. As shown an electrically controlled thermometer 13, responsive to the temperature in the steampipe controls the position of the core 19 of a differential transformer through a cam device 43 so as to produce across resistor 25 a voltage proportional to the heat per unit mass of steam. A slider 26 on the resistor is controlled by a flowmeter and selects a voltage representative of the rate at which heat is supplied to the turbine. A wattmeter connected to the generator 7 controls the core of a similar transformer so as to provide across resistor 33 a voltage representative of the power output in kilowatts. A fraction of this voltage selected by a slider 34 is kept equal to the voltage selected by slider 26 by a control system such as that described in Specification 660,105 and the position of slider 34 which is indicated at 41 and recorded at 42 represents heat units per kilowatt. The motor of the control system may alternatively control the indicating and recording device through a cam which makes the position of the device correspond to the reciprocal of the position of the slider 34 and also introduces a factor to convert from kilowatts to rate of flow of heat so as to express the efficiency as a percentage. The same result is produced electrically, Fig. 4 (not shown), by making the balancing motor control a potential divider supplied with the output from 26, the tapping 34 remaining fixed after an initial calibrating adjustment.

en

GB-556800-A

GB-52342-A

GB

A

A

B60T8/18

Improvements relating to fluid-operated power mechanism

en

556,800. Fluid-pressure brakes. BENDIX-WESTINGHOUSE AUTOMOTIVE AIR BRAKE CO. Jan. 13, 1942, No. 523. Convention date, Feb. 12, 1941. [Class 103 (i)] Pressure is applied equally to two sets of actuators 10, 11, which may be brake cylinders, up to a predetermined value and thereafter the pressures are unequal but proportional one to the other. For this purpose both sets of actuators are operated by a self-lapping main valve 19, to which actuators 11 are directly connected by pipe 17, which actuators 10 are controlled by pressure in pipe 17 through a relay valve. During the initial stage pressure in chamber 26 of the relay valve acting on diaphragm 25 is transmitted through spring 58 to diaphragm 29 which operates supply and exhaust valves 38, 39, the values assuming lap position when pressure in the chambers are equal. When, however, the pressure reaches a value sufficient to compress spring 58, pressure on diaphragm 25 is transmitted to diaphragm 27 through levers 48, 49 and rollers 56 and with these in position shown pressure is actuators 10 in then less than in actuators 11. Rollers may, however, be adjusted so that pressure in actuators 10 is greater then in actuators 11 or so that pressures are equal through the whole range of operation. The actuators may be front or rear brakes or those of a tractor-trailer combination.

en

GB-268706-A

GB-52627-A

GB

A

A

A43B5/06

Shoe for runners

en

268,706. Kogelboom, F., and Kogelboom, W. Jan. 7, 1927. Athletic shoes; fastening.-Running shoes have a front longitudinal slit b, Fig. 3, held together by a rubber band c stitched at each end to the upper. A string e, Fig. 1, is loosely passed through the top edge d of the upper, two holes being provided at the heel to facilitate insertion of the string. The slit b is covered by a flap f which is folded over to extend also beneath the slit and be secured by seams g. Two eyeletted holes are arranged in the top of the flap to take the ends of the string e.

en

GB-450251-A

GB-55235-A

GB

A

A

F26B25/00

Improvements in or relating to apparatus for stacking articles

en

450,251. Load-handling machines for stacking articles in racks &c. RUNFOLD SAND & TILE CO., Ltd., and WILKINSON, H. A., Guildford Road, Runfold, Surrey. Jan. 7, 1935, No. 552. [Class 78 (iii)] [See also Group XVII] In apparatus for stacking articles comprising a series of racks each having a number of article supports, disposed one above the other, means for loading the racks and means for conveying the articles to rackloading position, all arranged so as to permit any of the supports in a selected rack to be loaded, the articles are fed into the racks by fluid-actuated means. They are also raised from the conveyer by fluidactuated means. In one construction, as applied to delivering pallets carrying freshlymoulded tiles to drying-racks, a series of guided racks I... VI, Fig. 1, are arranged side by side adjacent to a rope conveyer 22 along which the pallets are fed from a moulding- machine, and are suspended in pairs by ropes 21 so that they balance one another. The charging device is carried on a truck which runs on rails in front of the conveyer 22. Operation of the pallet-lifting and charging devices. Each pallet in turn, as it travels along the conveyer 22, rotates a lever 28, Fig. 5, about the pivot 29 and thus operates a valve to cause the ram 31 to raise the arm 24 from the dotted to the full-line position, raising the pallet 17 from the conveyer in the process and bringing it into register with the ram of the charging pusher 37. A dash - pot 55 controls the lifting movement. The movement of the arm 34 also operates a lever 53, which withdraws a tripping catch 50, 51, Fig. 4, from behind the projection 45 on a valve rod 42, thus allowing a compressed spring 49 to move the rod towards the left and set the valve for moving the ram 38 of the charging pusher forwards, the crosshead 40 sliding on the valve rod 42 during this movement until it reaches the spring 46 after which it carries the rod along with it and again operates the valve to reverse the movement pf the ram. During the first portion of this movement the pallet is pushed laterally clear of the lever 28, Fig. 5, and the latter is restored to its original position by the spring 54, thus re-setting its valve to cause the ram 31 to descend. This descent re-positions tripping catch 50 so that the pivoted member 51 is tripped to re-engage behind the projection 45 as the rod 42 moves towards the right. On the return stroke the rod 42 is held, and the crosshead 40 finally re-tensions the spring 49. Operation of the shelf-raising devices. The crosshead 40 during each charging movement operates a lever 77, Fig. 3, to tension a spring 78, and draw a pawl 81 backwards one tooth. When the lever is released, the spring causes the ratchet wheel 75 to be fed forwards one tooth by the pawl. After a predetermined number of operations, corresponding to the complete loading of one shelf with a number of trays, a recess 83 on a cam registers with the end 74 of a lever 71, Fig. 6, thus allowing the spring 73 to rotate the lever and operate the valve rod 70 of the ram 56. Elevation of this ram is communicated through a lever 58 to a second lever 61 which is supported by a hook at one end and rotates on a rock shaft 62 at the other. Elevation of the lever 61 raises the shelves through the medium of the depending link 65, Figs. 6 and 7, and the pawl 66 engaging the shelves, and also removes stop 85 from the path of the spring-controlled arm 84 thus enabling the latter to engage the shelves and limit the upward movement to the distance between successive shelves. The succeeding stroke of the pallet-charging ram removes the recess 83 from register with the lever 71 and thus re-sets the valve 70 for lowering, following which the levers 58 and 61 and the pawl 67 are positioned for another stroke. When the lowest shelf has been loaded and the whole rack is thus full, the next lift of the rack causes the pawl 66 to be rotated by a stop 89 so that a spring bolt passes automatically through the hole 88 and holds it out of action while the whole rack is re-lowered. A catch withdraws the spring bolt at the bottom of the descent. On delivery from the shelves, each pallet is partly supported at one side by an inclined angle-iron guide member 91, Fig. 4, so that the unsupported side falls on to the delivery conveyer, while the pallet as a whole is released gradually from the guide by the continued forward movement of the conveyer. The travelling carriage carrying the charging-mechanism may be provided with track-engaging means to fix it in the working position.

en

GB-100924-A

GB-57816-A

GB

A

A

F02M1/00

STRATTON FENTON FREDERICK

Improvements in Carburetters for Internal Combustion Engines.

en

100,924. Stratton, F. F. Jan. 13, 1916. Spray carburettors.-A number of fuel nozzles are brought into action in succession by caps suspended from a suction-actuated air-controlling valve of the kind described in Specification 8492/14. The valve, of two diameters E<1>, E slides in the carburettor body A, B and carries caps J, K, &c., which are of different lengths and fit loosely over, and bring into action in succession, the nozzles J<1>, K<1>, &c. A central uncontrolled pilot nozzle L is situated in a choke-tube L<3> of considerable length, the other nozzles being situated in chambers formed by partitions M<2> &c. radiating from the choke-tube L<3>, the valve E<1> being slotted to pass over these partitions. The valve is prevented from rotating by strips P and, at its lower end, is provided with ports at different heights to admit air to the nozzle chambers as it rises. The body A, B is secured by bolts to the base F, through ports in which air for the pilot nozzle enters. The casing Q of the hot-air jacket is rotatable to facilitate connecting-up.

en

GB-751494-A

GB-58454-A

GB

A

A

C08L23/06

Modified polystyrene and styrene copolymer

en

A polymer of improved flexural deflection and/or tensile elongation comprises styrene or a copolymer thereof and 10 per cent of a solid polymer or copolymer of ethylene and up to 5 per cent of a high molecular weight mineral oil based on the weight of the product. The copolymers contain not more than 15 per cent of a monomer copolymerizable with styrene, e.g. a -methyl styrene, vinyl toluene, acrylonitrile, ethyl and butyl acrylates or with ethylene, e.g. styrene, vinyl chloride, vinylidene chlorofluoride and methyl methacrylate. The styrene may be polymerized or copolymerized in the presence of the polyethylene and mineral oil with a catalyst, e.g. hydrogen, benzoyl, t.-butyl, di-acetyl, and t.-butyl peroxides, cumene hydroperoxide, diethylperoxycarbonate, potassium persulphate and azo catalysts such as a ,a 1-azodiisobutyronitrile, p-bromobenzenediazonium fluorborate, N-nitroso-p-bromacetanilide, azomethane, phenyl diazonium halides, diazoaminobenzene, p-bromobenzene diazonium hydroxide and p-tolyldiazoamino benzene, by mass, suspension or emulsion techniques, or the styrene may be mixed with the polyethylene and mineral oil added during or after the mixing, or, alternatively, the styrene may be polymerized in the presence of the mineral oil and then admixed with polyethylene. The mineral oil, preferably aliphatic, of lubricating viscosity from petroleum sources may be highly purified liquid petrolatum. The products may be mixed with pigments, plasticisers, natural and synthetic resins and fillers and may be injection or compression moulded and formed into films, surface coatings and monofilaments.

en

GB-555270-A

GB-58642-A

GB

A

A

D04B11/18

Improvements in rotary or straight bar knitting machines

en

555,270. Knitting-machines. MELLOR, BROMLEY &. CO.. Ltd.. and SHORTLAND. A. Jan. 15, 1942, No. 586. [Class 74 (ii)] The automatic operations of a straight-bar machine are controlled by a pattern drum 13 having circumferential series of cams 14, and racking mechanism is provided for racking the drum in both directions under control means which permits racking in either direction or suspension of racking for predetermined periods. The operations controlled by the drum include shogging of the main cam shaft 10, racking of the narrowing machine, thread carrier selection, loop length change, toe formation, setting up and turning a welt and splicing. Forward and back racking ratchet wheels 18, 19 are provided operated by pawls or clawkers 20, 21 and a bluff 22 is provided for bluffing either or both pawls. The bluff 22 is controlled by a subsidiary patterning means, e.g. a short chain 32. The studs 33 upon the chain may. be of five heights, so that the drum can be rotated by an amount of one tooth of either ratchet wheel or by an amount of two teeth or may remain stationary. Members 15 may be arranged between the cams 14 and the bell-crank levers 16 attached to the several control rods 17. Reference has been directed by the Comptroller to Specification 483,041.

en

GB-346300-A

GB-60830-A

GB

A

A

H04B3/14

Improvements in electrical networks

en

346,300. Phase-correcting networks. STANDARD TELEPHONES & CABLES, Ltd. and ESPLEY, D. C., Columbia House, Aldwych, London. Jan. 7, 1930, No. 608. [Class 40 (iii).] The impedance char. acteristics of a lattice network of the form shown ir the Figure particularly adaptable for phase compensation are improvec by making equal the energy factors of the inductance coils L1, L2 by selecting coils having inherent resistances Rl, R2 satisfying the relation L1/R1=L2/R2. Specification 342,307 is referred to.

en

GB-787344-A

GB-64255-A

GB

A

A

C08G69/10

RIPLEY-DUGGAN BASIL ALEXANDER

Improvements in and relating to polyamides derived from -a-amino acid n-carboanhydrides

en

The condensation of a -amino acid N-carboanhydrides is initiated with a polymeric material formed by the polymerization of ethylenically unsaturated monomers which contain as the anhydride condensation-initiating group a primary or secondary amino group, the graft or block type copolymers produced being recovered. Specified a -amino acid N-carboanhydrides are DL-valine-N-carboanhydride, DL - phenyl - alanine - N - carboanhydride or DL - a - amino isobutyric acid - N - carboanhydride. The initiators may be prepared by polymerizing ethylenically unsaturated monomers in the presence of ammonia or a primary amine. Specified unsaturated monomers are styrene, vinyl toluene, methyl and ethyl methacrylates, acrylic acid and esters thereof, vinyl chloride, vinyl acetate, vinylidene chloride, butadiene, acrylonitrile, methacrylo nitrile or epoxy-containing alkyl esters of unsaturated aliphatic acids, e.g. glycidyl methacrylate. In the examples: (1) D L-valine-N-carboanhydride is condensed in the presence of an initiator prepared by polymerizing styrene in liquid ammonia containing sodium as a catalyst; (2) DL-phenyl - alanine - N - carboanhydride is condensed in the presence of a co-oplymerization product of styrene and glycidyl methacrylate prepared using benzoyl peroxide as catalyst which had been reacted with anhydrous ammonia; (3) DL-b -phenyl-analine-N-carboanhydride and DL-a -aminoisobutyric acid N-carboanhydride are condensed with the initiator of Example (2); (4) a copolymer of styrene and glycidyl acrylate prepared by heating the two reactants in the presence of a ,a -azo-diisobutyronitrile as catalyst is reacted with ammonia and used as initiator in the condensation of DL-phenyl - alanine - N - carboanhydride. The products are thermoplastic and may be moulded into transparent sheets. Specifications 653,597, 675,298 and U.S.A. Specifications 2,592,447, 2,644,808 and 2,657,972 are referred to.

en

GB-330593-A

GB-79629-A

GB

A

A

C10L1/06

Improvements in the manufacture and production of motor fuels

en

330,593. Johnson, J. Y., (I. G. Farbenindustrie. Akt.-Ges.). Jan. 9, 1929. Motor spirit consists of about 3-4 lbs. of benzine boiling mainly between 100-180‹ C. obtained by destructive-hydrogenation blended with about 1-2 lb. of hydrocarbons boiling up to 105‹ C. recovered from natural or cracking gases, as by adsorption by silica gel or active carbon, or by absorption by the benzine or other suitable oils, or by cooling, or by compression. In an examples, 3 lb. of benzine B.P. 34-105‹ C. and S.G. 0.670-0.700 adsorbed from natural gas is mixed with 7 lb. of benzine of B.P. 87-190‹ C. obtained by treating brown coal tar at 450‹ C. with hydrogen at 50 atmospheres pressure in presence of a catalyst obtained by heating thorium nitrate to redness. Tungsten dioxide mixed with magnesia or cobalt oxide is also specified as catalyst. Reference has been directed by the Comptroller to Specification 255,428.

en

GB-488992-A

GB-80337-A

GB

A

A

C04B12/04

Manufacture of acid-proof mortar

en

Water-glass cements having an increased impermeability to liquids are obtained by the employment of a solution in which the proportion of SiO2 : H2O is greater than 1 : 2,5, and SiO2 : NaO2 is smaller than 3,0 : 1. Preferably the amount of water is 1,5-2,0 to 1 of silica. The substance reacting with the water glass is preferably one forming a sparingly soluble compound, sodium, calcium, and barium silicofluorides being specified.

en

GB-546704-A

GB-81241-A

GB

A

A

G03C7/28

Improvements in the production of coloured photographic images

en

546,704. Azo dyes. KODAK, Ltd. (Eastman Kodak Co.). Jan. 21, 1941, No. 812. [Class 2 (iii)] [Also in Group XX] The following polyazo dyes are used in colour photography: (a) the dye made by diazotizing metanilic acid and coupling with Cleve's acid, diazotizing the product and coupling with 1 : 2-aminonaphtholethylether-6- sulphonic acid, and finally diazotizing the product and coupling it with the dye obtained by coupling diazotized metanilic acid with 2 : 5 : 7-aminonaphtholsulphonic acid, (b) the dye made by coupling tetrazotized 4 : 4<SP>1</SP>- diamino-5 : 5<SP>1</SP>-dimethoxytriphenylmethane with two mols. of chromotropic acid, (c) the dye made by coupling tetrazotized 4 : 4<SP>1</SP>-diamino- 3 : 3<SP>1</SP> : 6 : 6<SP>1</SP>-tetramethyltriphenylmethane with two mols. of the salt of 2-naphthol-3 : 6-disulphonic acid, (d) the dye made by coupling tetrazotized 4 : 4'-diamino-3 : 3<SP>1</SP>-dimethoxydiphenylmethane with two mols. of the salt of 2-naphthol-3 : 6-disulphonic acid, (e) the dye made by coupling tetrazotized 4 : 4<SP>1</SP>-diaminotriphenylmethane with two mols. of N-lauroyl-H- acid, (f) the dyes made by coupling tetrazotized 4 : 4<SP>1</SP>-diamino-3 : 3<SP>1</SP> : 6 : 6<SP>1</SP>-tetramethyltriphenylmethane with two mols. of N-heptoyl-H- acid, N-lauroyl-H-acid, N-benzoyl-H-acid, 1- naphthol - 3 : 6 - disulphonic acid - 8 - # - naphthalenesulphonate, N-(naphthalene-#-sulphonyl)-H-acid, N-(4-benzamidobenzoyl)-H- acid, or chromotropic acid, (g) the dye made by coupling tetrazotized 4 : 4<SP>1</SP>-diamino-2 : 2<SP>1</SP>- dimethyl-5 : 5<SP>1</SP>-dimethoxytriphenylmethane with two mols. of 1-naphthol-8-p-tolylsulphonate - 3 : 6 - disulphonic acid, (h) the dye made by coupling tetrazotized 4 : 4<SP>1</SP>-diamino- 2 : 2<SP>1</SP> : 5 : 5<SP>1</SP>-tetramethoxytriphenylmethane with two mols. of R-acid, (i) the dye made by coupling tetrazotized 4 : 4<SP>1</SP>-diamino-3 : 3<SP>1</SP>- dimethyl - 4<SP>11</SP> - methoxytriphenylmethane - 3<SP>11</SP>- sulphonic acid with two mols. of naphthionic acid, (j) the dye made by coupling diazotized 2-naphthylamino-4 : 8-disulphonic acid with m-toluidine and treating with phosgene, (k) the dye made by coupling tetrazotized benzidine with two mols. of phenol-p-sulphonic acid, (1) the dye made by coupling tetrazotized 4 : 4<SP>1</SP>-diaminostilbene-2 : 2<SP>1</SP>-disulphonic acid with phenol and forming the di-n-propylether of the product, (m) the dye made by coupling tetrazotized 4 : 4<SP>1</SP>-diaminostilbene-2 : 2<SP>1</SP>-disulphonic acid with two mols. of phenol and forming the dibutyl ether of the product, (n) and the dye made by coupling tetrazotized 4 : 4<SP>1</SP>-diaminostilbene-2 : 21-disulphonic acid with two mols. of 2 : 6-dimethylphenol and forming the di-n-propyl ether of the product. Specifications 133,034, [Class 98 (ii)], 521,836, 521,837, 539,391, [all in Group XX], 546,707 and 546,708 are referred to.

en

GB-1544306-A

GB-91277-A

GB

A

A

G03C8/54

Photographic material containing a restraining layer for retarding the diffusion of hydroxyl ions in the dye diffusion transfer process

en

GB-966271-A

GB-91962-A

GB

A

A

C08K5/41

BROWN JOSEPH PATRICK

Improvements in or relating to synthetic rubber compositions

en

A synthetic rubber contains an organic thiolsulphinate as stabilizer. Specified rubbers are polybutadiene, polyisoprene, butadienestyrene, or acrylonitrile or isobutylene or -methyl methacrylate, and ethylene-propylene while phenyl benzenethiol-p-tolyl-p-toluenethiol-, o-nitro-phenyl o - nitrobenzenethiol-, p-chlorophenyl benzenethiol, and p-ethoxyphenyl p-ethoxybenzenethiol-sulphinates are specified. Preferably 0.2 to 3 parts of stabilizer are used per 100 rubber.

en

GB-1012491-A

GB-99863-A

GB

A

A

C07J75/00

Phenanthrene derivatives

en

The invention comprises compounds having the general formulae <FORM:1012491/C2/1> <FORM:1012491/C2/2> wherein X represents hydrogen or a halogen atom and R represents hydrogen or a hydrocarbon group of less than ten carbon atoms and the dotted line represents a single or double bond, and a process for the preparation thereof characterized by treating a compound of the formula: <FORM:1012491/C2/3> wherein X is as defined above, with the enzymes of a micro-organism Cylindrocarpon radicola or Penicillium citrinum, and, if desired, forming the ester of the secoandrostatrienoic acid or converting the testolactone compound to the corresponding secoandrostatrienoic acid compound with a strong base. Alternatively the 11-keto-1-dehydrotestolactone may be prepared by treating the progesterone compound with Penicillium citrinum to form the corresponding 11-ketotestololactone which is then treated with a 1 - dehydrogenating micro organism, e.g. Nocardia restricus, selenium dioxide or 2,3-dichloro-5,6-dicyanobenzoquinone.

en

HK-11397-A

HK-11397-A

HK

A

A

H04N5/45

WILLIS DONALD HENRY

Circuitry for processing a field of video information to develop two compressed fields

en

HK-22678-A

HK-22678-A

HK

A

A

E04B5/40

POLLARD A J

Improvements in or relating to composite decks

en

HK-23385-A

HK-23385-A

HK

A

A

E06B9/52

Roller assembly and sliding closure panel assembly

en

A sliding closure panel assembly which is movable along a horizontal track comprises a horizontal bottom member having a plurality of open areas extending laterally therethrough and spaced along the length thereof. A plurality of roller assemblies are mounted in a respective one of the open areas. Each of the roller assemblies includes a hollow frame rotatably carrying a roller and having a pair of opposed side walls and a pair of end walls interconnecting the side walls at their respective opposite ends. Each of the end walls has a notch of U-shaped contour in one edge. The periphery of the roller extends outwardly beyond one edge of each of the opposed side walls remote from the notches in the end walls for rolling engagement with a horizontal flat track surface. When the roller assembly is inverted, the roller is engageable with a horizontal vertical flange or rail with the pair of notches loosely receiving the flange or rail for positively guiding the sliding movement of the closure panel assembly therealong.

en

HK-25691-A

HK-25691-A

HK

A

A

B41J2/05

SHIBATA MAKOTO

Process for manufacturing an electrothermal transducer for a liquid jet recording head

en

HK-47397-A

HK-47397-A

HK

A

A

G09B29/00

TOURNADRE ANDRE

Universal map display system specially adapted for pictorial representation of an optionally referenced object on a corresponding map background

en

HK-51784-A

HK-51784-A

HK

A

A

H03B5/00

HARWOOD LEOPOLD ALBERT

Phase compensated controlled oscillator

en

HK-53981-A

HK-53981-A

HK

A

A

C07D491/22

Spirohydantoins

en

HK-54379-A

HK-54379-A

HK

A

A

E04C5/16

QUTRAM CH D

Method of joining concrete reinforcing bars

en

HK-81789-A

HK-81789-A

HK

A

A

A61K31/425

DEMCHAK RICHARD JOSEPH

Anthelmintic imidazo(2,1-b)thiazole gel compositions

en

HK-94094-A

HK-94094-A

HK

A

A

H03K17/76

AIPAIWALLA FEROZ KAIKI

Radio frequency switch

en

HK-99986-A

HK-99986-A

HK

A

A

A61K9/02

NIEDERER ROLAND RUDOLF

Medicated suppository

en

A medicated suppository for use in the vaginal or rectal cavity comprising a medicament, a mixture of triglycerides of fatty acids, a gel forming agent and a gel dispersing agent is described.

en

HU-T42959-A

HU-61286-A

HU

A

A

NENOV GEORGI D

Instrument for magnetic therapy

en

A generator produces a sinusoidal modulating voltage which is fed with a voltage-frequency convertor output signal to a multiplexer. The latter also receives a second output signal from the convertor and a signal from a control unit. The multiplexer output signal is fed to the input of a modulator. A linearly variable carrier voltage generator is connected to a second voltage-frequency convertor and a frequency meter. One output of the second convertor goes via a sinusoidal carrier voltage generator and also directly to a second multiplexer. A second output of this convertor also goes to the second multiplexer, which receives an output signal from the control unit. - The output of a buffer amplifier is fed through a tuner to an inductor which is also connected to the control unit. The output of the second multiplexer is fed to the modulator, and the control unit is driven by a programmable timer.

en

HU-T37288-A

HU-78484-A

HU

A

A

H01F7/02

FEKETE JOZSEF

Method for making magnet and magnet made thereof

en

The AlNiCo alloy is melted at 1550 deg.C and is reverse cast into a magnet shaped mould. The cast is cooled, cleaned and heated to 1240 deg.C, then is kept at 300 deg.C for 20-60 mins in a homogenous magnetic field and strengthened for 16-18 hours at 590 deg.C. After cooling the magnet is sandblasted and demagnetised to be remagnetised later to the required level according to use or assembled in pairs.

en

HU-T37397-A

HU-99385-A

HU

A

A

C07D409/14

CRAWFORD THOMAS CH

Process for producing 2-oxindol-1-carboxamide derivatives

en

JP-H04234793-A

JP-12691-A

JP

A

A

G10H1/40

KUBITA AKEMI

Automatic player

en

PURPOSE:To automatically vary the tempo of music in synchronism with the music and to provide the effect of an introduction, an ending, etc., by including tempo variation data in a performance pattern. CONSTITUTION:Plural kinds of pattern data consisting of plural performance data including tempo variation data for varying the tempo of the performance data are stored in a pattern memory 14. For example, a normal pattern, an introduction pattern, an ending pattern, and a filling-in pattern are stored at every rhythm such as eight beats and a tango. Thus, the tempo variation data are stored in the patterns for varying the tempo to automatically vary the tempo without any instruction.

en

JP-S4988762-A

JP-18473-A

JP

A

A

B21C25/02

JP-S58117700-A

JP-22082-A

JP

A

A

H05H1/22

HASHIMOTO ISAO

Accelerating power source for neutron particle incident device

en

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

ja

JP-H05180046-A

JP-34592-A

JP

A

A

F02D41/08

YOSHIMOTO NAOAKI

Control device for engine provided with automatic transmission

en

PURPOSE:To prevent an engine speed from its blow up and drop down by properly adjusting correction timing of an engine output even when an operating speed is changed when an automatic transmission is switched from a nonrunning range to running range. CONSTITUTION:A device comprises an engine output correcting means 32 for correcting an engine output when elasped a preset time after detecting switching operation from a nonrunning range to a running range, operating speed detecting means 33 for detecting an operating speed of the switching operation and a correction timing changing means 34 for changing the preset time in accordance with this operating speed.

en

JP-S5173869-A

JP-47075-A

JP

A

A

H01J11/38

SHIROCHI YASUNARI

JP-S5283526-A

JP-53576-A

JP

A

A

C07C23/04

CHIYAARUSU EI BIRINGUSU

Anesthetic

en

JP-H06199033-A

JP-60893-A

JP

A

A

B41M5/00

OGAWA SUSUMU

Ink jet recording sheet

en

PURPOSE:To eliminate distortion in dot shapes printed with water-base ink, to improve printing density, to restrain winding on sheets after printing and unevenness in printing density and to provide excellent reproducibility for images and colors. CONSTITUTION:In an ink jet recording sheet made up by providing an ink receiving layer over a support body, the support body is made of synthetic resin fiber material and is molded by heat sealing, and Bekk smoothness of the said support body is 50sec. or more.

en

JP-H07200379-A

JP-62194-A

JP

A

A

G06F12/00

ONO YOSUKE

Access control information management equipment and communication system using the equipment

en

PURPOSE:To prevent an error or a lack of data registered in a database from being caused. CONSTITUTION:The equipment is provided with application use user interfaces 6a, 7a providing interfacing for sender side equipment 3 and a receiver side equipment 4, DSA 8a, 8b provided in a directory 8 and providing the directory service, and user interfaces 6b, 7b having a DUA function providing the interface for the user interfaces 6a, 7a and address information and access control information for the sender side equipment 3 and the receiver side equipment 4 are stored in the directory 8.

en

JP-S5177028-A

JP-64675-A

JP

A

A

G09G3/28

KAWADA TOYOSHI

JP-S5385251-A

JP-64677-A

JP

A

A

F16D27/115

TAKAYAMA MASAHIRO

Frictional rotary electromagnetic device

en

PURPOSE: To provide a frictional rotary electromagnetic device which can always operate in normality without any necessity for readjustment of the attractive clearance between fixed and movable members thereof by providing same with an intermediate member, at least two pins, and at least one resilient attraction ring. COPYRIGHT: (C)1978,JPO&Japio

en

JP-H04272650-A

JP-66891-A

JP

A

A

H01K3/00

ISHII OSAMU

Filament cutting device

en

PURPOSE:To provide a filament cutting device which draws out to a cutting position a filament coil wound around a spool and which then uses a cutter to cut the filament coil drawn out to the cutting position and which is capable of cutting the filament coil even when the cutter is abraded and also of reducing the frequency of replacement of the cutter. CONSTITUTION:A detection circuit 34 for detecting the state of conduction of a filament coil is provided between cutting positions and a judging circuit 35 determines in accordance with signals from the detection circuit 34 whether or not the filament coil is cut and a cutter moving mechanism is controlled in accordance with signals from the judging circuit 35.

en

JP-S60144866-A

JP-75884-A

JP

A

A

G06F15/16

TASHIRO SHIYUNJI

Telegram retransmission system

en

PURPOSE:To ensure the continuous execution of processing with no loss of a telegram despite a breakdown of a host computer, by providing a memory part to a terminal device to store telegrams for transmission. CONSTITUTION:A terminal device 410 transmits a telegram to a circuit 401 via a control part 40 and at the same time adds an identification number to the transmitted telegram to store the telegram to a memory part 44. If a host computer is brokendown, the journal information is first checked. However a telegram indicating retransmission is delivered to the device 410 in case the journalizing action is not through yet. When the device 410 receives said telegram, the part 40 transmits again all telegram data stored in the part 44 to the circuit 401 for each piece. These telegrams are reprocessed in the same way as a new telegram. Thus the processing is continued with no loss of a telegram despite the breakdown of the host computer by providing the part 44 to the device 410 to preserve the transmitted telegrams.

en

JP-S58117716-A

JP-78382-A

JP

A

A

H03J1/02

IKEDA HISAO

Pointer device

en

PURPOSE:To improve the productivity, by providing a projection at both ends of a sliding surface of a slider section and eliminating the effect of a belt if generated. CONSTITUTION:Semi-circle projections 1, 13 are provided at the opposing inside surfaces of the slider section 1b, i.e., at both ends of the sliding surfaces 10, 11 sliding in contact with a slide guide section 2 incorporatedly. Through the provision of the projections 12, 13, even if the slider 1b is deformed as shown by A', the slide guide section 2 can be clipped. Thus, through the constitution, the production is done by not placing emphasis of the bent of the pointer, and the effect of bent due to time aging is eliminated, allowing to obtain stable quality.

en