baber/WOPTO huggingface dataset:
Patent FI-20175213-A (FI)
Inventor: MARJETA JUHA
IPC: H02J3/14
Filed: 2017-03-08
Abstract: Disclosed is a method for controlling a load of an electricity distribution network, wherein a plurality of houses are connected to the electricity distribution network and each house comprises a home automation system (106, 204) and at least one room (208, 210, 212), the method comprising steps of forming a first group of rooms and a second group of rooms; allocating a first control time period for the first group of rooms and a second control time period for the second group of rooms; receiving measured room temperatures and desired room temperatures of the rooms of the first group and of the rooms of the second group; receiving an indication to modify the load of the electricity distribution network; making a first timing plan to increase or decrease heating using electrical heaters (202) or to increase or decrease cooling using electrical coolers in the first group of rooms and a second timing plan to increase or decrease heating using electrical heaters or to increase or decrease cooling using electrical coolers in the second group of rooms, based on the measured room temperatures and desired room temperatures, prior to: receiving an indication to modify the load of the electricity distribution network; and adjusting the first timing plan if the indication to modify the load is received in the first control time period and adjusting the second timing plan if the indication to modify the load is received in the second control time period.
Patent FR-1603060-A (FR)
Title: Cored profiled building panelsand beams
IPC: E04B1/12
Filed: 1968-08-23
Granted: 1971-03-15
Abstract: Building system uses panels comprising a thermoplastic envelope filled with a rigid hollow core, pref. a synthetic foam or cast slag, the edgs being profiled to engage one another or a profiled framework. Seals may be used. Panels assembled vertically pref. engage with an angled lip pointing downwards. The posts are pref. a coaxial plastic profile and a metal core tube, pref. with flared flanges, the space between pref. being bridged by a rigid plastic foam. Pref. assembled using a bitumen-based adhesive hot enough to form a bond with the plastic surfaces and form a permanent, resilient seal. One panel features studs in the ground so panels linked by tie bars can form a staggered wall. The panels may enclose support sound absorbent material (foamed polyethylene), may have a decorative cover, profile or texture. For erecting building or vision or acoustic barriers besides roads, airfields, etc. Text mentions component panles 95 cm long, 25 cm deep and 6 to 8 cm thick.
Patent FR-1366976-A (FR)
Inventor: RAMILLON RENE
IPC: A63C9/08
Filed: 1963-06-07
Granted: 1964-07-17
Abstract: 1,057,779. Ski bindings. R. RAMILLON.May 22, 1964 [June 7, 1963], No. 21361/64. Heading A6D. A safety securing device for skis comprises a plate adapted to be secured to a ski and including a three-sided recess, the sides of which are normally contacted by three projections attached to an abutment member which is adapted to be engaged by a skier's boot. Upon excess lateral stress, e.g. in a fall, the abutment will move relative to the plate to release the skier's boot. In the embodiment of Fig. 1, the projections are afforded by the vertices of a triangular member 5, and the recess 4 is triangular in shape. In the embodiment of Fig. 8, the projections are afforded by three rollers 7, and the sides of the recess are convex or concave. A retaining plate 10 is attached to the pins 9 of the three rollers and moves in a recess 12 formed in the plate 2. The abutment member and plate are held in their normal positions by a spring urged detent ball in the abutment member engaging a recess in the plate. The tension of the spring urging the ball downwardly is adjustable by means of a screw. The abutment member comprises a vertically adjustable toe engaging member 19. Alternatively the projections may be attached to the plate, and the abutment member may include the three-sided recess.
Patent GB-1010347-A (GB)
IPC: B29D5/06
Abstract: 1,010,347. Moulding helical sliding-clamp fasteners. CONMAR PRODUCTS CORPORATION. March 23, 1964, No. 12254/64. Heading B5A. A method of making a helical sliding-clasp fastener comprises winding a filament of thermoplastics material, such as a polyamide, about a mandrel m to form a helix, Figs. 10, 12, engaging the individual windings of the helix between the teeth t<SP>1</SP> of a member M-1, and advancing the helix by moving the member M-1 longitudinally relative to a second member M-2 through a distance equal to the pitch of a winding and by transferring the helix alternately from one member to the other. The member M-1, suspended from a bracket 22, performs a circular motion when a shaft 28 having an offset axle 30 is rotated and member M-2, suspended by a plate 26 having an elliptical bushing 38 through which axle 30 protrudes, performs an elliptical motion. The major axis of this ellipical motion is vertical and equal to the diameter of the circle described by member M-1 so that both members rise and fall in unison. The difference between the minor axis of the ellipse and the diameter of the circle is equal to the pitch of a winding and the parts are arranged such that at the beginning of a cycle the leftmost tooth of member M-1 picks up a new winding, Fig. 10, the helix is then moved forwardly and between the teeth t<SP>2</SP> of member M-2 with the new winding entering the gap between the leftmost teeth, Fig. 12, and thereafter transfer of the windings to member M-1 occurs as the latter is again about to pick up a new winding. Fastening elements are formed on the helix by a roller 92, Fig. 1, or by a cam operated plunger (Fig. 16, not shown), and the helix is heated by a heater 88 to remove stress in the windings. Preferably two helixes are made simultaneously and are intermeshed in a box 100 by engagement with a gear-wheel 102 (Fig. 6, not shown) having two sets of teeth differentially spaced from one another.
Patent GB-1033885-A (GB)
Abstract: 1, 033, 885. Autoclaves for sterilizing or disinfecting. K. A. O. WALLDEN. Nov. 20, 1963 [April 10, 1963], No. 45726/63. Heading A5G. An autoclave for the disinfection of hospital bedding and clothing comprises a disinfection chamber 2 which is partly surrounded with water 4. A horizontal partition 6 divides the lower portion 7 of the container from the steam chamber 8, and communicates therewith by ports 9. Heating elements 11, controlled by thermostat 10, are arranged in portion 7. In steam chamber 8, tubes 12, 13 and 14 are coupled in series, and in each tube there is arranged heating elements 18, these tubes being connected to main valve 16 which at its lower end is connected to diffuser tube 17 in the interior of chamber 2. In operation, electric current is fed to heating elements 11. The pressure in the steam chamber 8 is reduced by pump 30. The objects to be disinfected are placed in chamber 2. Door 1 is closed and pump 27 is started to reduce the pressure in chamber 2 to a lower value than the pressure in chamber 8. When the temperature in chamber 8 has reached the desired value, valve 16 is opened, and the electric current is connected to elements 18. The pump 27, with valve 26 fully open, is worked until the temperature in the lower portion of chamber 2 has reached the same temperature as the steam, and valve 26 is adjusted so that an even temperature is maintained. When disinfection has been completed, valve 16 is closed and the electric current to elements 18 is cut off. Valve 26 is now fully opened. This strong negative pressure so produced in chamber 2 dries the goods therein.
Patent GB-1051299-A (GB)
IPC: A41B9/02
Abstract: 1,051,299. Undergarments. TRIKOTFABRIKEN J. SCHIESSER A.G. Sept. 23, 1965 [Oct. 14, 1964], No. 40564/65. Heading A3V. [Also in Division D1] Knickers &c. are made from tubular fabric 1, knitted with a firm starting row 2 at the leg end, by making two diametrically opposite cuts 3 ending at the crutch 4 and sewing along the cut edges 7 an elongated rectangular gusset 5, Fig. 2 not shown, knitted with a firm starting row 2<SP>1</SP> and ending with an elastic seam 10 preferably formed by overcasting. The courses preceding the seam 10 are knitted in reverse order from those following the starting row 2<SP>1</SP>. Elastic threads 13 are preferably knitted into the row 2 and/or following courses and also into both end regions of the gusset.
Patent GB-1052132-A (GB)
IPC: C02F5/10
Abstract: 1,052,132. Drainage treatments. W. E. ZIMMIE A.G. Sept. 9, 1964 [Nov. 8, 1963], No. 36890/64. Heading C1C. Accumulations of suspended matter in water drainage systems are prevented by the addition to the flow of water of less than 3% of a watersoluble organic polymer of monomeric unit > C = C-R where R is nitrile, amide or carboxyl or salt of carboxyl.
Patent GB-1053378-A (GB)
IPC: F01M1/08
Abstract: 1,053,378. Lubricators. WILSON & KYLE Ltd. July 3, 1963 [July 5, 1962], No. 25924/62. Heading F2A. A lubricator, for supplying lubricant to the working cylinder of an internal combustion engine having a number of points for the injection of lubricant distributed round the periphery, includes an injection pump which discharges a metered quantity of lubricant and a distributer which directs successive discharges of the pump to the different points of injection, the metered quantity being equal to the total required per working cycle for the total number of points served by the lubricator and the distributer being a rotary type which is driven through a Geneva wheel motion. In an embodiment, a double lubricator has two pumps and two distributers. Each distributer has a casing 11 having a central bore 12 with a spindle 13 therein. The spindle 13 is the rotating part of the distributer and is rotated intermittently by a Geneva wheel 14. Pressurized lubricant, supplied by one of the pumps, is passed through a radial bore 15 in the casing 11 and is received by a peripheral groove 17 in the spindle 13. The peripheral groove 17 is connected by an axial groove 18 in the spindle 13 to each of the injection points in turn, via radial passages 16 in the casing 11. Due to the high pressure required to force the lubricant into the cylinder, the clearance between the spindle 13 and the bore 12 of the casing 11 is very small and, in order to reduce friction, the spindle 13 is also moved axially. Each pump has a sleeve 23 with a plunger 24 therein. The plunger 24 is rotated by a rack 39 and pinion 38, a pin 35 being held in a radial hole in the spindle 13 and engaging slots 36 of a hub 37 which is attached to the pinion 38; and is reciprocated by a shaft 45, a cam 47, a following roller 49 and tappets 48, a spring 51 urging the roller 49 into engagement with the cam 47. The shaft 45 also drives the Geneva wheel, via gears. In use, lubricant is supplied from an inlet 25 and is conveyed, via a passage 26 and a chamber 27, to a bore 28 in the sleeve 23. The plunger 24 has an axial passage 33 therein which communicates with the space in the sleeve 23 above the plunger and with a peripheral recess in the periphery of the plunger which is bounded at its upper end by a helical edge 34. When the plunger is raised, lubricant is forced through the bore 28, chamber 27, passage 26 and through the inlet 25 but, when the bore 28 is covered by the plunger, the lubricant is forced past a valve 31 and into a pipe 32 which connects to the radial bore 15 in the casing 11 of the distributer. As the plunger rotates the helical edge 34 coincides with the bore 28 and the lubricant again escapes to the inlet 25. The volume of lubricant delivered can be varied by angularly adjusting the plunger 24 relatively to the sleeve 23 so as to increase or decrease the distance that the plunger 24 is raised before the helical edge 34 starts to uncover the bore 28.
Patent GB-1053913-A (GB)
IPC: F16L9/02
Abstract: 1,053,913. Casting composite tubes. XALOY Inc. Jan. 14, 1965 [Feb. 5, 1964], No. 1722/65. Heading B3F. [Also in Divisions C7 and F2] A wear-resistant lining of high alloy steel (see Division C7) may be formed within a tubular steel housing by charging the housing with particles of the alloy steel, capping the housing and heating it to 2000-2400‹ F. in a furnace having an inert atmosphere. After a time interval of up to 2 hours, the assembly is removed from the furnace and spun to cast the lining. After cooling to about 1700‹ F. the rotation is stopped and the housing covered with diatomaceous earth to ensure slow cooling. The exterior surface of a cylindrical shell may receive the wear-resistant lining.
Patent GB-1054294-A (GB)
IPC: B23K9/028
Abstract: 1,054,294. Welding by fusion. SUPERHEATER CO. Ltd. July 28, 1964 [Aug. 7, 1964], No. 32232/64. Heading B3R. In an arc welding tool for internally butt welding tubular members in which the tool is inserted into one of the members to position the tip of a non-consumable electrode in the plane of the joint, the current supply path to the electrode passes through a helical coil adjacent the electrode. The use of such a coil prevents deflection of the arc due to the magnetic field set up by the welding current. A water-cooled tool has a transverse tungsten electrode 3, Fig. 2 (not shown), clamped in a block 2 to which current is fed from the water inlet 12 through a tube 5 and a coil 6. A sleeve 6A round the coil 6 enables the coil to serve as a water passage. The water passes through an aperture 15 adjacent the block 2 to an outlet 13 through a concentric outer tube 1. Argon is fed through a central tube 10 to a passage 11 in the block 2. Discs 15, 16 on either side of the electrode 3 locate the tool centrally and limit the loss of argon. The tubes B, C are rotated during welding. In a modification, Fig. 3 (not shown), the tubes are fixed and the part of the tool inserted in the tubes is rotated by a motor. Gas or liquid may be used for cooling. The tool may be used for welding tubes to a tube plate.
Patent GB-1061256-A (GB)
Abstract: 1,061,256. Gyroscopic apparatus. CSF - COMPAGNIE GENERALE DE TELEGRAPHIE SANS FIL. May 21, 1964 [May 28, 1963], No. 21122/64. Headings G1C and G1N. A precision control system for a gyroscope comprises a rotor mounted within an inner gimbal 51 and an outer gimbal 50, a servomotor 1 fed with precision control signals 7 from a computer 70 by way of an amplifier 6, a gear train 11, 12, 13, 14 to apply the motor torque to the gimbal 50 by way of a flat U-shaped spring 20, a synchrotransmitter 27 providing a signal 3 giving a measure of the applied torque, the signal 3 being fed in opposition to the signals 7 to the amplifier 6, the output of which controls the servomotor 1. The gear 14 is mounted on a shaft 15 and carries a member 24 to which one leg 22 of the spring 20 is secured. The gimbal 50 carries a member 26 for securing the other leg 23 of the spring. The transmitter 27, comprises a rotor 28 on the shaft 15 fed with a reference A. C. voltage from a source 30, and a stator 28 carried by the gimbal 50. The mounting of the spring 20 is such that relative rotation between the gear 14 and gimbal 50 flexes the spring, the torque required to do this being proportional to the angle of relative rotation between the parts 14, 50. The signal 3 from the transmitter 27 is thus a measure of the precision torque applied to the gimbal 50. The control signal fed to the motor 1 from the amplifier 6 is then proportional to the difference between the signals 3 and 7. A damping signal 36 is also provided from a tachometric generator driven by the motor 1. The legs of the spring 20 are preferably corrugated to avoid stressing the bearings of the shaft 15 and gimbal 50. An arrangement is also described for application to the gimbal 51 similar to and in addition to that described above for the gimbal 50.
Patent GB-1183443-A (GB)
IPC: A43D87/00
Filed: 1968-03-01
Abstract: 1,183,443. Cutting insoles. R. ZANETTI. 1 March, 1968 [15 June, 1967], No. 9979/68. Heading B4B. [Also in Division A3] A machine for cutting shoe welt insoles comprises two driving rollers 9, 10 rotatable in opposite directions and at the same angular speed, notches 30, Fig. 4, formed on the conical part of the roller 10 to effect the drive by nipping the edge of the welt 37, Fig. 9, and to effect notching of an edge of the welt, and a cutter 20 having an oblique blade, fixed or vibratory, which serves to make a chamferred cut in the welt to effect total or partial cutting out of the insole 36. The cutter 20 may have associated therewith a blade 25, Fig. 6, for making a cut 35, Fig. 9, in the welt to enable the insole to be separated from the welt. The blade 25 is carried by an oscillating support 24 which is pivoted to a lower member 2, the support 24 being connected by a push-rod (26), Fig. 2 (not shown), to the armature of an electromagnet (27) which is excited periodically so that the blade 25 makes a discontinuous cut. The roller 10 may be heated. A fixed platform 40, Fig. 4, may be disposed downstream of the nip of the rollers 9, 10 and against the welt is applied by means of a pivoted sector 42 so that the welt is laminated and straightened out. In a modification, the machine has two cylindrical driving rollers of which at least one is notched and does not include the cutter 25 so that the machine in one and the same operation can press, chamfer, shape and notch a linear welt (44), Fig. 10 (not shown), disposed with its inner face coated with glue on a sole (45).
Patent GB-1199579-A (GB)
IPC: G03G5/087
Filed: 1967-08-02
Abstract: 1,199,579. Xerographic element. RANK XEROX Ltd. 2 Aug., 1967 [8 Aug., 1966], No. 35512/67. Heading H1K. [Also in Division 2J  Particulate photoconductive material is dispersed in a softenable plastics layer by coating the layer with a layer of the particulate material and softening the plastics layer thus allowing the material to sink in. The process may be repeated a number of times to build up the concentration of the material. The particulate material may be Se, ZnO, ZnS, CdS, Cd 2 SSe, Se-Te alloys, compounds of As and Se, cadmium yellow, indigo, a quinacridone, an azo dye, a phthalocyanine, polyvinyl carbazole or a pyrrocoline. The plastics layer may be hydrogenated glycerol rosin ester, styrene, epoxy resin or an ethylenically unsaturated terpolymer and may be softened by heating or the action of liquid or vaporized solvents such as ketones, hydrocarbons and halohydrocarbons. The layer of particulate material may be provided by cascading techniques using glass beads or plastics-coated metal, or by dusting, spraying or dipping in a fluidized bed. The plastics layer may be formed on a substrate of aluminized polyethylene terephthalate, conductively coated glass or paper, paper on plastics sheet and may be in the form of a sheet, foil or cylinder. Alternatively the layer may be self-supporting.
Patent GB-1227529-A (GB)
IPC: H05K7/02
Filed: 1967-12-06
Abstract: 1,227,529. Circuit assemblies. O-LINER Ltd. 4 April, 1968 [6 Dec., 1967; 16 Dec., 1967], Nos. 55413/67 and 57251/67. Heading H1R. [Also in Division H2] A circuit assembly comprises four dual-inline integrated circuit packs such as 16, each mounted in one of four holders 12, 12<SP>1</SP>, disposed in two pairs base-to-base. Insulating blacks (not shown) maintain firm pressure between I.C. contacts 17 and holder contacts 13, 13<SP>1</SP> which extend as terminals 14 outside the holders and to which are bonded the leads 58 of components such as resistor 56 and capacitor 57 connected between the holder pairs. A heat sink member (not shown) may be provided in each holder. Alternatively, a holder may be connected via terminals 14 into a printed circuit (Fig. 1, not shown).
Patent GB-1228155-A (GB)
IPC: C04B33/00
Filed: 1967-04-04
Abstract: 1,228,155. Dry grouting mix. LAPORTE INDUSTRIES Ltd. 3 July, 1968 [4 April, 1967], No. 15343/67. Heading C1H. A dry grouting mix comprises (i) cement, (ii)  at least one filler, (iii) up to 5% by weight of the total (i) + (ii) of a synthetic inorganic clay as claimed in Specification 1,054,111 and/or in Specification 1,213,122, and (iv) up to 5% by weight of (iii) of a peptizer comprising at least one alkali metal phosphate. The filler may be bauxite, silica, sand, slate or, preferably, fly ash. Specified peptizers are trisodium phosphate, sodium tripolyphosphate, and particularly tetrasodium pyrophosphate. A specified dry grout contains 70 parts by wt. fly ash, 30 p.b.w. cement, 0.12 p.b.w. synthetic clay, and 2% tetrasodium pyrophosphate based on the clay weight. Such a grout is mixed with 35-55 p.b.w. water for use.
Patent GB-1228493-A (GB)
IPC: C08L67/02
Filed: 1968-11-08
Abstract: 1,228,493. Polyester-based moulding composition. FARBWERKE HOECHST A.G. 8 Nov., 1968 [9 Nov., 1967], No. 52970/68. Heading C3R. A polyester-based thermoplastic moulding composition having a reduced specific viscosity (in 1% solution in 60: 40 by weight phenol: tetrachloroethane at 25 C.) of from 1À0 to 1À5 dl./g. is made by mixing together at least two polyethylene terephthalates each having a reduced specific viscosity of from 0À5 to 2À0 dl./g., which differ by 0À02 to 1À0 units. Each polyethylene terephthalate may contain, in addition, units of isophthalic, naphthalene - 2,6 - dicarboxylic or adipic acids and/or neopentyl glycol, butane - 1,4 - diol, or 1,4 - dimethylolcyclohexane. The composition may also contain 0À005 to 0À5% by weight of a finely divided inorganic substance or organic polymer such as calcium carbonate, aluminium silicate, talc, soot, polyethylene or polypropylene, whose particle size is at most 2 microns, and/or paraffin wax or another wax. Examples (2) to (5) describe making such a composition by mixing compositions of the separate polyethylene terephthalates with the above auxiliary additives, in a tumbling drier.
Patent GB-1229433-A (GB)
IPC: C03B5/173
Filed: 1968-07-15
Abstract: 1,229,433. Glass mixtures. COMPAGNIE DE SAINT-GOBAIN. 15 July, 1968 [13 July, 1967], No. 33592/68. Heading C1M. Continuous production of glass-sand mixtures for forming mosaics comprises introducing sand into the interior of a continuous tubular stream of molten glass and then intimately mixing the composite stream to form a homogeneous glass paste which is rolled and formed into the desired shape. Metallic oxides may be mixed with the sand to give tinted glass. A feeder 1 for molten glass 2 has extending therethrough a vertical tube 3 positioned above an aperture 7 through which a tubular stream 8 of glass runs. Sand 6, with any additions required, from a hopper 4 passes through a diaphragm 5 and the tube 3 into the stream 8. A fixed tube 9 protects tube 3 from the glass 2 and is surrounded by a rotating tube 10 to stir the glass 2 and tube 10 can be lowered to meter the glass between the tube and a collar 11 surrounding aperture 7. The stream of glass 8 and sand 6 passes through aperture 14 into a conditioning kiln 12 where it is heated by burners 13a as it runs on to a grinding wheel 15 dipping into the glass paste 16 and is rolled between wheel 15 and a small wheel 18 rotating at a different speed so as to knead the stream. This partially mixed stream then passes under wheel 15 and may be further homogenized by two contrarotating cylindrical agitators 19a, 19b. Burners 13b maintain the temperature of the glass paste 16. An inclined plane 22 at the end of the kiln 12 assists movement of the glass mixture and this may be replaced by a curved end having a concave surface and the sides of the kiln may converge towards the sill 20. The glass paste 16 then passes between two pairs of rollers (26, 27 and 28, 29), the periphery of one of the second pair having cavities to impress the rolled sheet deeply so that it is readily divided into single mosaic pieces. The rolled sheet may then be flame-polished. A glass composition used in percentages by weight is SiO 2  72À60; Al 2 O 3  1À25; CaO 7.90; MgO 3.75; Na 2 O 14À20. The sand content is preferably between 14 and 20%.