baber/WOPTO huggingface dataset:
Patent GB-1266033-A (GB)
IPC: A23K1/00
Filed: 1969-01-23
Abstract: 1,266,033. Animal foodstuffs. ISAAC ANDREWS & SONS Ltd. 22 Jan., 1970 [23 Jan., 1969], No. 3807/69. Heading A2B. An animal foodstuff in pelletized form comprises a core of a foodstuf coated with a mixture of a sweet-tasting substance and an assimilable form of iron. The core may comprise dried milk products, fish meal, soga bean meal, cereals, animal or vegetable fat, sugar substances, minerals and vitamins. Lactic acid may also be present. The sweet-tasting substance may comprise glucose, sucrose, lactose, frustose, saccharin, cyclamates and mixtures thereof. The assimilable form of iron may be ferrous fumarate, sulphate, gluconate, or lactate or reduced iron or mixtures thereof. The sweet-tasting substance, in powdered form or as a concentrated solution and the assimilable form of iron may be mixed with the core foodstuff to coat the same.
Patent GB-1266685-A (GB)
IPC: C04B35/52
Filed: 1968-07-12
Abstract: 1,266,685. Vitreous carbon bodies. PLESSEY CO. Ltd. 27 June, 1969 [12 July, 1968], No. 33490/68. Heading C1A. A body of vitreous carbon is formed by forming two solid pieces of phenol formaldehyde resin, which pieces have complementary surfaces at which they may be joined to give a desired whole, placing the complementary surfaces together with an intervening layer of phenol resin adhesive, applying pressure to hold the surfaces together, curing the adhesive and then carbonizing the resultant body e.g. in a furnace in an argon atmosphere to a temp. of 900‹ C., over a period of 28 days, and then heating to 1800‹ C. under a vacuum of 2 mm. Hg over a period of 3 days, to form a vitreous carbon body. The adhesive is preferably a liquid phenolic resin with catalyst and the adhesive is cured by heating at 90‹ C. for 24 hours. The complementary surfaces may be prepared for joining by grinding and lapping.
Patent GB-1267067-A (GB)
IPC: E02F9/08
Filed: 1969-06-20
Abstract: 1,267,067. Vehicle stabilizers. POCLAIN. 20 June, 1969 [21 June, 1968], No. 31420/69. Heading B7J. A stabilizing apparatus mounted on the chassis 1 of a civil engineering machine comprises two pairs of props 6 and 7, and 8 and 9 respectively pivotally connected to the chassis 1, props 6 and 7 being pivotally movable with respect to the chassis 1 by means of an hydraulic ram 13 (or rams) to a stabilizing position where the props 6 and 7 are held by a rigid connection such as a second hydraulic ram 14 directly or indirectly linked with the props 6 and 7 and the chassis 1. As shown, the hydraulic ram 13 is connected between arms 6a and 7a of props 6 and 7, and the rigid connection hydraulic ram 14 is held between the arm 7a and an element 32 fast with the chassis 1. A cock 64 between the two chambers 61 and 62 of the ram 14 remains open during pivotal movement of props 6 and 7 by the ram 13 into contact with the ground whereupon cock 64 is closed to thereby hold the props 6 and 7 in this position. In another embodiment, Fig. 3 (not shown), each of the props 6 and 7 has an hydraulic ram, each of which is also connected to a single arm pivotally connected to the chassis, the rigid connection comprising a third hydraulic ram between this arm and an element fast with the chassis. In a further embodiment, Fig. 4 (not shown), each of the props has an hydraulic ram each connected to a respective one of a pair of arms pivotally connected to the chassis, the rigid connection comprising a further pair of hydraulic rams each connected to only one of this pair of arms and to an element fast with the chassis. As shown in Fig. 1, the props 6 and 7 are mounted near to a rocking axle 11 on the chassis 1 and props 8 and 9 are mounted near a fixed axle 10, and props 8 and 9 may also be controlled by modified forms of the three embodiments described, wherein props 8 and 9 are not lockably held in stabilizing positions.
Patent GB-1289460-A (GB)
IPC: H01M2/02
Filed: 1971-04-19
Abstract: 1289460 Primary cells A A SILVA IMOVEIS COMERCIO E INDUSTRIA SARL 19 April 1971 20439/71 Heading H1B A cylindrical dry cell of the type having a cylindrical zinc body and a carbon rod electrode is provided with a leak-proof two-part moulded plastics casing comprising a lower portion a in which is fitted, during the moulding process, a sheet tin or zinc pot to receive the zinc body of the cell as a force-fit and an upper portion b adapted to slidably engage with the portion a and provided with a groove c to receive the upper edges of the zinc body and in which is fitted a brass cap (also during the moulding process) to make contact with the carbon electrode. Adhesive is applied at the mating section of the two parts of the casing to provide a complete seal. (For Figures see next column.)
Patent GB-1296112-A (GB)
IPC: C07D333/24
Filed: 1970-04-17
Abstract: 1296112 Basic dithienyl derivatives DEUTSCHE GOLD UND SILBER SCHEIDEANSTALT 17 April 1970 [26 April 1969] 18438/70 Heading C2C Novel compounds I in which the two thienyl radicals may each be substituted by one or more 1-6C alkyl; A-B is either =C(OH)-CHR<SP>6</SP>- or =C=CR<SP>6</SP>-; R<SP>5</SP> and R<SP>6</SP> are H or one is 1-6C alkyl and the other H; R<SP>1</SP>is H or 1-6C alkyl; R<SP>2</SP> is H or OH; and R<SP>3</SP> and B<SP>4</SP> are H, halo, OH, or 1-6C alkyl, haloalkyl or alkoxy and their optically active or diastereomeric forms and salts are prepared by reacting compounds II in which Y is Cl, Br, alkoxy or thienyl with a thienyl metal compound and optionally converting compounds I in which A-B is =C(OH)-CHR<SP>6</SP> with a dehydrating agent into compounds I where A-B is =C=C(R<SP>6</SP>)-. Ethyl l - # - (1 - phenyl - 1 - hydroxy - 2 - proplylamino) - propionate is prepared by reacting l-norephedrine with ethyl acrylate in ethanol. # - (1 - Phenyl - 1 - hydroxy - 2 - -propylamino)- 3 - propiothienone hydrochloride is prepared by boiling 3-acetyl thiophene, paraformaldehyde and l-norephedrine HCl in isopropanol. dl -# - [2 - (4 - t - Butylphenyl) - 2 - hydroxyethylamino] - 3 - propiothienone is prepared by reacting #-dimethylamino-3-propiothienone with 2- ( 4-t-butylphenyl)-2-hydroxyethylamine. Pharmaceutical compositions used in treating cardiac and circulatory disorders comprise a compound I together with a suitable excipient for oral or parenteral administration.
Patent GB-1297965-A (GB)
IPC: B60G11/16
Filed: 1969-11-27
Abstract: 1297965 Self-levelling spring units T H THOMPSON and C W MEZEY 27 Nov 1969 [20 Dec 1968] 58017/69 Heading F2S A vehicle suspension comprises spring means 6, 12 and a hydropneumatic unit 8 responsive to static deflection of the spring 6 from a predetermined length to restore the spring to this length and to increase the rate (i.e. its resistance to subsequent deflection). The hydropneumatic unit 8 provides a gas chamber 21 whose volume varies as the length of the spring 6 varies and which, when it contracts below a predetermined volume corresponding to the predetermined length of the spring 6 is supplied with liquid which both extends the unit and hence the spring 6 and further reduces the volume available to the gas i.e. increases the gas spring rate. The hydropneumatic unit comprises a cylinder member 20 engaged with a seat 2 for the spring 6 and a piston member 22 connected to a spring seat member 4 and defining with the cylinder member 20 the gas chamber 21. Attached to the piston member 22 are a easing 24, a sleeve 26, a liquid reservoir 52 and an intake tube 46. A membrane 28 seperates a closed gas chamber 32 from a liquid accumulator chamber 30. Attached to the cylinder member 20 is a control member 40, 42 controlling communication between the gas chamber 21 and the accumulator chamber 30. As the vehicle travels over a road, the dynamic oscillation between the spring seat members 2 and 4 causes control member 40 to reciprocate relative to the intake tube 46 thus pumping liquid from the reservoir 52 to the accumulator chamber 30 via a valve 48, the tube 46, a bore 56, a valve 68, a channel 60, a groove and intermittently co-operating ports 64. If the static vehicle load increases sufficiently to compress the spring 6 to less than the predetermined length, the ports 64 come into permanent communication with the groove 58, and liquid flows from the accumulator chamber 30 to gas chamber 21 via 64, 58, 68, a bore 62 and ports 66. This increases the gas pressure in the chamber 21 which forces the cylinder member 20 back to its original position where the ports 64 are disconnected from the groove 58 and the spring 6 has its predetermined length. When the static load is reduced, the increased pressure in chamber 21 will cause seat member 2 to move upwardly until the upper end of the control member 40 engages an actuating finger 72 to unseat an exhaust valve member 70 against spring bias and permit liquid to drain back through ports 68 and drain passages 76 and 78 into the reservoir 52. In Fig. 3 (not shown) there are three springs in series, instead of two.
Patent GB-1304838-A (GB)
IPC: A63F3/00
Filed: 1969-02-13
Abstract: 1304838 Cricket board-game J P LONGBOTTOM 7 May 1970 [13 Feb 1969] 7773/69 Heading A6H Apparatus for playing a cricket game comprises a board having an area representing a cricket pitch and a playing area divided by circles representing runs and numbered 1-4 which are sub-divided by radial lines to form sixty four playing areas, models or counters which are provided for positioning on the board, bowlers' instruction cards each indicating how a ball has been delivered by a bowler to a batsman and batsmans cards each indicating how the batsman has treated a ball. Score sheets may be included for recording the number of runs made by each batsman.
Patent GB-1313895-A (GB)
Title: Motion picture camera mounts
IPC: G03B31/02
Filed: 1970-07-06
Abstract: 1313895 Camera mountings RANK ORGANISATION Ltd 28 April 1971 [6 July 1970] 32697/70 Heading G2A In an arrangement in which a camera photographs an image projected on to a reflexive screen together with a subject placed between camera and screen, by means including a semitransparent mirror, the mirror is mounted on a carriage such that it moves with the camera as the latter executes a panning movement about a vertical axis. As shown, a main bar 1 is pivotally mounted at one end on a post 2 on which the camera itself (not shown) is also mounted so that it can be pivoted in a panning movement about the post. On either side of the bar 1 are mounted segment-shaped members 3, 4 having respective slots 5, 6, the slots providing a continous straight guideway. The semi-transparent mirror 12 is mounted on a carriage block 8 which has a key 9 fitting slidably in the guideway 5, 6 and retained therein by a keeper plate 10. A rod 16 fixed at one end to the post 2 has its free end passing through a hole 18 in a swivel pin 14 which is rotatably carried by the carriage block 8. Thus as the camera executes a panning movement, pin 2 rotates and hence the carriage block 8 will slide along the guideway 5, 6, the mirror remaining paralled to the screen. Segments 3, 4 are locked to the bar 1 by respective levers 19, 20 having hooked ends which latch into rectangular holes 25, 26 in bar 1. The other ends 29, 30 of the levers carry rollers 27, 28 which run on the undersurface of a plate 31 which is fixed to the post 2 for rotation therewith. A bracket 35 attached to plate 31 carries a spring-loaded finger 36 on a pivot 37. Thus as the camera pans and rotates post 2, in addition to the movement of the block 8 and mirror 12, plate 31 and its associated parts rotate with the post. When finger 36 reaches one of the rollers (e.g. roller 28 if the plate 31 moves clockwise in Fig.1 the roller is forced into an aperture 34 in plate 1 and retained there. The hooked end of lever 20 comes out of hole 26 and thus segment member 4 is unlocked from bar 1. Further movement of post 2 now moves the whole assembly, including mirror 8 and the member 4, in an arc about post 2. When the apparatus is panned back again (anti-clockwise), member 4 rotates until it abuts bar 1 again, when roller 28 is forced out of aperture 34 and so lever 20 latches once again in hole 26. Block 8 can now slide freely again in guide slots 5, 6 as before. A similar series of actions occurs when post 2 pivots anti-clockwise. The length of the guideway 5, 6 is such that while the screen is in the field of view of the camera the carriage moves along the guideway so that the angular relation of mirror 12, while changing relative to the camera, remains constant relative to the screen. As the carriage arrives at either end of the guideway the screen passes out of the field of view of the camera. At this point the plate 3 or 4 is unlocked from bar 1, so that the path of the mirror now changes from linear to arcuate, so that the angular relation of the mirror to the camera now remains constant.
Patent GB-1318887-A (GB)
Title: Method of manufacturing high strength extruded steel components
IPC: C23C8/32
Filed: 1969-10-31
Abstract: 1318887 Carburizing and nitriding steel JOSEPH LUCAS (INDUSTRIES) Ltd 23 Sept 1970 [31 Oct 1969] 53458/69 Heading C7U [Also in Division B3] The strength of an extruded, low carbon non- alloyed steel is increased by heating it in an atmosphere containing 0À4-0À8% by volume of carbon and 0À15-0À4% by volume of nitrogen to cause carbon and nitrogen to diffuse into it. In an example, an extruded steel is heated at 850-1000‹C. for 8-24 hrs to increase the tensile strength of the steel to 100 t. s.i. The atmosphere may also contain nickel, chromium, boron and manganese.
Patent GB-1325253-A (GB)
Title: Ppi type display devices
IPC: G02F1/1343
Filed: 1972-02-29
Abstract: 1325253 Display MARCONI CO Ltd 29 Feb 1972 [10 June 1971] 19871/71 Heading H4D [Also in Division G5] PPI radar display comprises a layer of liquid crystals material sandwiched by two sets of electrodes, a first set 1A-1E being circular, and arranged concentrically around a centre point and a second set 3A-3H, being radial with respect to the centre point. The radial electrodes are sequentially energized by a set of bi-stable circuits 5A-5H together with timing pulses (7) and a north up pulse (8) from the radar antenna, to simulate an azimuth sweep synchronized with that of the antenna, whilst bistables 10A-10E are sequentially stepped during the period of energization of each radial electrode by means of a transmitted pulse synchronizing pulse (11) and a received echo pulse is fed to gates 12A-12E such that the correct bi-stable out of 9A-9E is triggered to cause energization of the corresponding circular electrode and the production of a target indication at the cross over point of the energized radial and circular electrodes.
Patent GB-1331452-A (GB)
Title: Contact breaker assemblies
IPC: H01R39/60
Filed: 1970-07-23
Abstract: 1331452 Mechanical interrupters JOSEPH LUCAS (INDUSTRIES) Ltd 8 July 1971 [23 July 1970] 35697/70 Heading H1N A contact breaker assembly for use in an ignition distributer includes a carrier plate 11 carrying a fixed contact 17 and a pivot post 12 pivotally supporting an insulating heel 23 carrying a movable contact 27, pivot post 12 being formed with a non-circular aperture 14 for co-operation with a non-circular tool whereby the tool can be used to pivot plate 11 relative to the distributer casing about the axis of pivot post 12. As shown, aperture 14 is a screwdriver slot so that a screw-driver can be inserted and used to turn plate 11 by the screw-driver through post 12 while holding it in slot 14. Plate 11 is supported on the timing plate and a projection on the timing plate extends through a hole 13, Fig. 2 (not shown) in plate 11 into the hollow interior of post 12. Plate 11, when the contact gap has been adjusted by moving plate 11, is fastened to the timing plate by a screen through slot 15 in plate 11. Plate 11 also carries a lubricating pad 22.
Patent GB-1332828-A (GB)
Title: Impact-absorbent cellular structure
IPC: A41D31/00
Filed: 1970-12-22
Abstract: 1332828 Impact absorbent structure E ALARCO 22 Dec 1970 60890/70 Heading A3V [Also in Division B7] An impact absorbent structure for protecting a wearer without seriously restricting his movements comprises at least three sheets of flexible gas impermeable material as 16 substantially co-extensive and spaced apart in a direction outwardly from the wearer's body by partitions of a similar material 34 with holes 38 and 40 in the walls between adjoining compartments 20, 22 and 24 and holes 42 in the partitions between those adjoining compartments 24 which are located nearest the wearer's body so enabling gas in the compartments to redistribute itself in response to external pressure, for example caused by the impact of an object 44, on the outer walls. The flexible material may suitably be sheet plastics or rubberized cloth but preferably it should be substantially inelastic. In an alternative embodiment of the invention, the flow of gas through holes 40 may be reduced to increase the impact resistance of the structure by means of a conically shaped projection, fixed on the wall adjacent the wearer's body, which is positioned so as to enter and thereby reduce the size of hole 40 on collapse of the compartment. The impact absorbent structure may be in the form of a pad for strapping to a wearer's chest or alternatively it may be in the form of a coat or jacket.
Patent GB-1339474-A (GB)
Title: Insulating end post unit for railway track joints
IPC: E01B11/54
Filed: 1971-05-03
Abstract: 1339474 Insulated railway rail joints PORTEC INC 3 May 1971 12760/71 Heading E1G In an insulated rail joint the rail ends are separated by a removable laminated end post comprising metal plates 1, 2 spaced by a thin layer- 3 of adhesive insulating material whose thickness is not greater than 20% of the total end post thickness. The metal may be steel, brass or aluminium. The adhesive may be thermosetting or thermoplastic material reinforced by glass fibre, nylon, &c. The end post may be enveloped, Fig. 3 (not shown), or edge-coated, Fig. 4 (not shown) by a polyurethane layer.
Patent GB-1341114-A (GB)
Title: Method of manufacturing textured and/or structured threads  and webs
IPC: D02G1/00
Filed: 1971-01-07
Abstract: 1341114 Pattern effects on textiles; finishing fabrics FORSCHUNGSINSTITUT FUR TEXTILTECHNOLOGIE 7 Jan 1971 827/71 Headings D1P and D1S [Also in Division B5] Patterned and/or textured webs and threads of high molecular weight natural or synthetic polymeric materials are produced by subjecting a substrate to irradiation with high energy electron rays and contacting the substrate before and/or during and/or after irradiation with a shrinking medium (i.e. a polymerisable monomeric substance, hot air, hot water or saturated steam), the patterned effect being produced either by (a) controlling, without the use of a template, the intensity and position of the irradiating beam so that shrinkage occurs only where the substrate has been irradiated, or by (b) applying a gas, liquid or heated solid to the substrate at selected areas before and/or during and/or after homogeneous irradiation to locally deactivate the reactive species formed by the irradiation so that shrinkage of the substrate occurs only where no deactivating medium has been applied. Method (a) is illustrated in Example 1 wherein a structured knitted polyamide fabric (Fig. 2) is obtained by passing the fabric 1 (Fig. 1) through a 20% solution of acrylamide after it has been subjected to localised irradiation by passage over a perforated roller 13 arranged below the Lenard window of an electron accelerator 3, the electron beam of which has a fanning frequency of 50 c/s, a diameter a of 2 mm., a pulse length of 0.1 milliseconds, a pulse repetition frequency of 5 Kc/s, and is arranged so that after every 5 passes it is displaced in phase by one pulse duration. In Example 2 (Fig. 3) method (b) is used to produce a similar structuring effect, the knitted polyamide fabric 1 being homogeneously irradiated by passage through an electron beam 2 and the reactive species so produced being locally deactivated by a profiled roller 5 heated to 190‹C before the fabric is passed through an acrylamide solution contained in a grafting vessel 7. In Example 3 (Fig. 4, not shown) localised deactivation of the homogeneously irradiated fabric is achieved by use of controlled hot air blasts from nozzles arranged above the fabric and in Example 4 (Fig. 5, not shown) an irradiated bundle of polyamide filaments are locally deactivated by passage over the edge of an heated knife.
Patent GB-1349090-A (GB)
Title: Rotary internal combustion engine
IPC: F01C11/00
Filed: 1971-07-15
Abstract: 1349090 Rotary positive-displacement engines K A BAILEY 12 July 1972 [15 July 1971] 33194/71 Heading F1F A rotary internal combustion engine comprises rotors 10, 11 fixed to a common shaft 14 for rotation in respective chambers 12, 13, each rotor having outwardly slidable vanes 19. An inlet passage 22 leads into chamber 12 and diametrically opposite is a conbustion chamber 25 which communicates with chamber 13 which has an exhaust passage diametrically opposite to the combustion chamber opening. The inletoutlet passage configuration in relation to the rotor is the same in both chambers 12, 13 but the rotor 11 is eccentric in opposite direction to rotor 10. Fluid is drawn in through passage 22 and is ignited in chamber 25 whence it rotates rotor 11 and is exhausted eventually from chamber 13.
Patent IL-102858-A (IL)
Title: Pentafluoroethyl peptide derivatives as orally - active elastase inhibitors their preparation and pharmaceutical compositions containing them
IPC: C07K5/08
Filed: 1992-08-18
Abstract: This invention relates to novel morpholinourea and related derivatives of pentafluoroethyl peptides which are orally active elastase inhibitors. Pharmaceutical compositions containing these compounds are useful in the treatment of various inflammatory diseases and emphysema.
Patent IL-107800-A (IL)
Title: Flavored yeast extracts
IPC: A23L27/24
Filed: 1993-11-29
Abstract: Flavored yeast extracts are prepared by incorporating one or more hydrolysates of fruit, vegetable, herb, spice, fungus or mixtures thereof in a yeast autolysis process.
Patent IL-109065-A (IL)
Title: Apparatus and method for circulating solid material in a fluidized bed reactor
IPC: F23C10/02
Filed: 1994-03-21
Abstract: In a fluidized bed reactor particles are internally circulated, moving down the walls forming the reactor chamber. A particle chamber having a particle gathering top wall with a horizontal projection area A is disposed in the downward flow of particles. Openings (e.g. holes or slots) with a controlling dimension of about 30 mm or less are provided in the top wall, the openings having total open area B less than half the area A. Heat transfer surfaces may be disposed in the particle chamber.
Patent IL-113358-A (IL)
Title: Method and apparatus for printing on passports and the like
IPC: B32B37/14
Filed: 1995-04-13
Abstract: Graphic matter, such as words and images, is printed on a document in bound form, such as passport, by forming the graphic matter by laser printing steps on a temporary substrate and provisionally setting the graphic matter thus formed on the temporary substrate. Thereafter, the temporary substrate is juxtaposed with its face carrying the image in contact with the rear face of a transparent substrate, and the image is transferred to the rear face of this latter. Then the transparent substrate is juxtaposed to the final substrate that is intended to carry the image, with its rear face in contact with the front face of the final substrate, and the two substrates are laminated together, so that the image remains enclosed in the laminate and is visible from the front face of the transparent substrate as if it were printed on the final substrate.