baber/WOPTO huggingface dataset:
Patent GB-156679-A (GB)
Title: Improved stopper for the outlet of lavatory basins and the like
IPC: E03C1/232
Filed: 1921-01-06
Abstract: 156,679. Bamberger, Leroi, & Co., (Assignees of Akt.-Ges. Bamberger, Leroi, &- Co.). Aug. 3, 1917, [Convention date]. Void [Published under Sect. 91 of the Act]. Bath and lavatory basin overflow and waste fittings. -A cylindrical compartment 2 projects for about half its width into the basin. It is coaxial with the outlet pipe a which is formed with a part 4 fitting into a recess in the compartment 2. The part 4 has an aperture registering with an aperture 3 in the wall of the compartment. An inner cylindrical piece 10 is fitted with a rod 12 and is apertured at 9. The basin is discharged by turning or lifting the part 10 until the apertures register. The construction enables the overflow weir 15 to be placed higher than usual.
Patent GB-697721-A (GB)
Title: Improvements in or relating to flying bodies
Inventor: PETTS ARTHUR GEORGE
IPC: F42B15/10
Filed: 1949-01-11
Abstract: 697,721. Starting rockets for guided missiles. FAIREY AVIATION CO.. Ltd. Dec. 13, 1949 [Jan. 11, 19491. No. 752/49. Class 9(ii) [Also in Groups XXVI and XXXIII] A guided missile 17 is provided with starting rockets 10 which have dirigible tail pipes 16 which can be moved and set so that the lines of thrust of the rockets intersect at a given point or line e.g. the centre of gravity of the missile. Specifications 600,397, [Group XXVI] and 696,751 are referred to.
Patent GB-589130-A (GB)
Title: Improvements in or relating to the catalytic conversion of hydrocarbons
IPC: C10G11/18
Filed: 1943-01-15
Abstract: In processes for the catalytic conversion of hydrocarbons, e.g., cracking, oxidation, reduction, reforming, hydroforming, of the kind in which the catalyst is circulated between reaction and regeneration chambers and the heat for the cracking reaction is supplied by the hot catalyst from the regeneration, the catalyst is employed in insufficient quantity to supply the heat of reaction and sufficient inert particles are added thereto to provide the necessary quantity of heat.  As inert materials, sand, pumice, kieselguhr may be used and, as catalysts, acid treated bentonite clay, or synthetic alumina, silica, magnesia gels; proportions of 18/1 solids, of which 5/1 are catalytic, to liquid gas oil are specified; dense phase conditions in the reactor and regenerator are preferred.  The process is carried out in a reactor 10 and regenerator 12, the cracked vapours passing through line 38 to a fractionator 40 and thence through line 154 to conventional gasoline recovery plant, while the hot regeneration gases are passed through a cooler 72 to a washer 82 where they are washed <PICT:0589130/III/1> with the crude feed fed to a spray 88; the preheated feed is then passed directly through lines 94, 1191, 118, 18 into reactor 10 or through the coils 96 of a heat exchanger where heat exchange is effected with bottoms drawn off from the tower 40, which bottoms may be mixed with the feed in line 116 and fed to the line p  18 with or without passage through a cooler 119.  Part of the bottoms is fed through a cooler 134 and recirculated through line 144 and spray 148 to the tower 40 <PICT:0589130/III/2> <PICT:0589130/III/3> in order to wash out residual catalyst from the vapours.  In Fig. 1 the regenerator 12 is mounted immediately above the reactor 10 which comprises a smaller conical vessel 10 carried on supports 26 in a larger vessel 24 of similar configuration. Regenerated catalyst passes downwardly through stand pipe 68 into the vessel 10 and overflows therefrom down the annular passage 28 formed between the vessels 10, 24 and is removed through stand pipes 42 to pipes 54, 56 wherein it is mixed with regenerating gases fed through line 46, the lighter suspension thus formed being forced upwardly into the regenerator 12 below the level of a perforated plate 58. Baffles 36 remove catalyst from the outgoing vapours. In Fig. 2 the regenerator 204 is arranged at ground level and the regenerated catalyst is separated in a separator 212 from which it is returned to the reactor 188.  In Fig. 3 the regenerator 272 is in an elevated position and catalyst is withdrawn from the bottom through line 232 and fed in admixture with liquid feed through pipe 236 to an upward flow type reactor 238 provided with a spiral separator 242 from which catalyst passes into an enlarged surrounding chamber 244 where the catalyst settles and is discharged through lines 263, 268 into the regenerator 272.
Patent GB-209759-A (GB)
Title: Improvements in and relating to chimneys
IPC: F23L17/10
Filed: 1924-01-11
Abstract: 209,759. Friedrich, C., and Lubahn, J., (Assignees of Kr³ger, G.). Jan. 11, 1923, [Convention date]. No Patent granted (Sealing fee not paid). Chimney tops. - A chimney top is formed as an extension of the shaft and comprises a brick structure closed at the top and having, in two opposite walls, apertures 9, 10 over which are fitted pivoted flaps 5. 6, connected by a rod 7. The flaps are journaled in the ends of bars 1, 2 which are embedded in a layer of mortar 8, applied over the top course of the chimney, and have their ends bent upwardly to provide slots 11, 12, the top surface of the mortar 8 being inclined to direct upwardly air currents entering these slots and to take away water. In a modification, the flaps 5, 6 are of the hopper type.
Patent HK-24286-A (HK)
Title: Hybrid cell line for producing monoclonal antibody to human thymocyte antigen,antibody,method of preparation of this antibody,diagnostic and therapeutic uses and pharmaceutical compositions comprising this antibody
Inventor: KUNG PATRICK CHUNG-SHU
IPC: G01N33/50
Filed: 1986-04-03
Abstract: Hybrid cell line for production of monoclonal antibody to an antigen found on approximately 70% of normal human tnymo- cytes. The hybrid is formed by fusing splenocytes from immunized CAF<sub>1</sub> mice with P3X63Ag8U1 myeloma cells. Diagnostic and therapeutic uses of the monoclonal antibody are also disclosed.
Patent HK-28887-A (HK)
Title: Method of applying electrically conductive paths to an insulating support
Inventor: SCHWEINGRUBER OTTO
IPC: H05K3/10
Filed: 1987-04-09
Abstract: A circuit board is fabricated by injection molding a support of an insulating material. The support is provided with channels in the pattern of conductive paths. The channels are filled by injection with electrically conductive plastic, and electrically conductive metal is precipitated galvanoplastically on the plastic.
Patent HK-70793-A (HK)
Title: High-brightness all-weather type pavement marking sheet material
Inventor: KOBAYASHI SADAO
IPC: E01F9/576
Filed: 1993-07-22
Abstract: A high-brightness all-weather type pavement marking sheet material (A) is composed of a reflex-reflecting sheet (1) and a base sheet (2). The reflex-reflecting sheet (1) comprises a layer of glass microspheres (4) of a relatively large diameter which are at least partially exposed in air and bonded to one another by a transparent resin, a layer of glass microshperes (5) of a relatively small diameter which are buried and fixed in a transparent resin layer behind the glass microspheres (4) of a large diameter with an interval between the glass microspheres (4) of a large diameter and the glass microspheres (5) of a small diameter, and a reflecting layer consisting of a metallized film or the like material provided behind the glass microspheres (5) of a small diameter. The base sheet (2) is made of rubber or synthetic resin and is bonded to the lower surface of the reflex-reflecting sheet (1). The pavement marking sheet material (A) has an excellent brightness in reflection during night and particularly when it is raining.
Patent HK-86488-A (HK)
Title: Manufacturing process of half-finished contact lenses
Inventor: GEYER OTTO-CHRISTIAN DR
IPC: B29D11/00
Filed: 1988-10-27
Abstract: 1. Process for the production of a semi-finished contact lens by thermal deformation of thermoplastic materials, characterized in that a) a cylindrical blank (3) is first produced from the thermoplastic material, the weight of which blank is substantially equal to the weight of the semi-finished product to be produced, b) the blank (3) is then introduced into a closed press having two rams (4, 5) facing one another and moving in a sleeve (6), one ram having a convexly curved, aspherical surface corresponding to the internal surface (2) of the contact lens to be produced, and in that c) the blank (3) is shaped in the press under pressure at a temperature above the glass transition temperature of the thermoplastic material to form the semi-finished contact lens with completely formed aspherical back surface.
Patent HU-T46226-A (HU)
Title: Process for producing therapeutic mud-pack
Inventor: PAZMANYI GYOERGY
IPC: A61K35/08
Filed: 1987-03-04
Abstract: Therapeutic mud-packs consist of an absorbent substrate and of medicinal waters. The consistency of the prepn. depends on the volume of added water. Prior to use the pack is heated above 40 deg.C, and is applied either directly to the affected part of the body, or is absorbed in a medicinal pad, or as in this case as a layered bandage. The novelty of the prepn., is that flyash and/or perlite is used for the absorption of the medicinal waters or their concentrates. The ratio of water and solids is of the same order of magnitude. When perlite is used the flyash to perlite ratio can vary opt. between 1-100%. Medicinal waters are absorbed in radiation emitting flyash. Both perlite and flyash are ground to a cement like grain size.
Patent JP-H08236641-A (JP)
Title: Nonepitaxial cmos structure and preparation
Inventor: MAIKURU SHII SUMEIRINGU
IPC: H01L29/10
Filed: 1996-01-04
Abstract: PROBLEM TO BE SOLVED: To provide CMOS process and structure for preventing the latch-up of an integrated CMOS device without the need of an epitaxial layer. SOLUTION: An integrated circuit device 10 is provided with a P-FET 12 and an N-FET 14 formed on a semiconductor substrate 32. The P-FET is formed in an n-tank 46, and a source 18 and a back gate contact 22 of the P-FET are connected to a VDD supply voltage. A current sink area 50 is formed in contact with the semiconductor substrate 32 of bulk, and a cyclic back gate contact 30 is provided for the current sink area 50. A source 26 of the N-FET is also connected to the back gate contact. The current sink area provides the route of low resistance to be the route to a supply voltage Vss for electric charges inside the substrate.
Patent JP-H06199537-A (JP)
Title: Optical fiber drawing furnace
Inventor: KOBAYASHI KOHEI
IPC: C03B37/029
Filed: 1993-01-05
Abstract: PURPOSE:To provide an optical fiber drawing furnace capable of obtaining an optical fiber small in diameter fluctuation from a large-sized optical fiber preform. CONSTITUTION:In optical fiber drawing furnace having a drawing chamber filled with an inert gas continuously fed from the upper side, heat-fusing the optical fiber preform inserted with a dummy rod supporting from the upper end opening of the drawing chamber and drawing the optical fiber from the bottom end, a cylindrical inert gas heating chamber 21 having a heating space part 20 to heat the introduced inert gas and formed with plural heated inert gas flow-out holes 22b at least at the under surface of the heating space part 20 is formed.
Patent JP-H11195980-A (JP)
Title: Phase adjustment method and phase adjustment device
Inventor: ASADA KENICHI
IPC: H04N5/073
Filed: 1998-01-05
Abstract: PROBLEM TO BE SOLVED: To provide a phase adjustment device that adjusts a phase of a signal with a simple configuration without increasing the cost and with immunity to the temperature characteristics and that copes with an optional delay with high accuracy. SOLUTION: The device is made up of a storage means built in the device, a write start signal input means 3, a write clock signal input means 4, a data storage means 8 having a read clock signal input means 7 with an optional phase difference and a read start signal input means 6, a delay circuit means 9 that provides a delay of a clock period or below to a write clock signal S0 and that generates a react clock signal S1 with an optional phase difference with respect to the write clock signal G0 , and a synchronization means 10 that synchronizes a read start signal R2 received by the storage means 8 with the read clock signal S1 whose phase is adjusted.
Patent JP-S62230801-A (JP)
Inventor: KAREN KEI BURAUN
IPC: C08B37/08
Filed: 1987-01-06
Abstract: (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。
Patent JP-S60160617-A (JP)
Inventor: KARURO RA FUIANDORA
IPC: H01L21/027
Filed: 1985-01-07
Abstract: (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。
Patent JP-S5283679-A (JP)
Title: Pirazine derivative
Inventor: TAKASHIMA MUTSUO
IPC: A61P1/08
Filed: 1976-01-01
Abstract: PURPOSE: Piperazine derivatives or their salts of formula I (R 1 , R 2  are H, halogen, OH, SH, etc.; R 3  is lower alkoxy, R 4 , R 5 , R 6  are H, alkyl aralkyl, aryl, heterocycle, etc.; A is alkylene which may branch; combinations of R 4 A, R 5 A, R 6 A, R 4 R 5 , R 5 R may form heterocycles through or not through foreign atoms), such as N-(1-ethylpyrrolidine-2-ylmethyl)-5-amino-6-chloro-3-methoxypyrazinecarboxyamide. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-H08186857-A (JP)
Title: Base station selection method
Inventor: NAKANO NOBUHIRO
IPC: H04W88/02
Filed: 1995-01-05
Abstract: PURPOSE: To improve the reception quality, to reduce the transmission power and interference quantity and to increase a subscriber capacity or the like by selecting a base station offering best quality after synthesis in the case of starting simultaneous connection. CONSTITUTION: The base station selection method is a method for a radio communication system having plural base stations 1 connecting to a communication network and mobile stations 7 simultaneously connected to the plural base stations 1 by radio channels. The mobile station 7 receives a prescribed signal sent respectively by a prescribed power from the plural base stations 1 and the signals are synthesized and the communication quality after synthesis in the radio channel with each of base stations connected simultaneously is estimated and the connection with the base station 1 is controlled based on the estimated result.
Patent JP-H07196817-A (JP)
Title: Friction material
Inventor: KOBAYASHI ISAMU
IPC: C08J5/14
Filed: 1994-01-07
Abstract: PURPOSE:To improve the friction and abrasion characteristics (coefficient of friction and abrasion resistance) of a friction material which is a part of a brake of an automobile, etc. CONSTITUTION:A friction material is obtd. by molding a mixture contg. a resin binder and 3-50wt.% polycrystal fiber of potassium hexatitanate [K2Ti6O13] as the base fiber material. The fiber has a diameter of about 10-60mum. a length of about 80-400mum, and an aspect ratio of about 3-70. Suitable amts. of a friction modifier (e.g. barium sulfate) and other additives (e.g. a lubricant) are added if desired. Because of the heat resistance and reinforcing properties of the fiber the resulting friction material exhibits a high abrasion resistance and a stable high coefficient of friction of the sliding surface in a wide temp. range from low to high temps. Dust generated at the sliding surface during the use of the friction material does not contain very fine fiber particles harmful to health.
Patent JP-H11195392-A (JP)
Title: Convergence correcting device
Inventor: AOKI KYOSUKE
IPC: H04N9/28
Filed: 1998-01-06
Abstract: PROBLEM TO BE SOLVED: To eliminate mis-convergence at a start part of a vertical scan period. SOLUTION: A first and a second coils 106, 108 compose comatic aberration correcting coils, and in this convergence correcting device 2, a first and a second separation coils 4, 5 are used instead of a conventional resistor. As a result, effects of change of a current frequency are relaxed even when resistance between a first and a second terminals 124, 128 becomes very small by adjustment of a variable resistor 122, and difference between currents through the first and the second coils 106, 108 is roughly similar at a start part of a vertical scan period and a major part of the vertical scan period. Worsening of assymetric lateral mis-convergence generated at the start part of the vertical scan period (that is an upper end part of an image surface) is thus eliminated.
Patent JP-S51125403-A (JP)
Title: Liquid detergent for home use
Inventor: DEMESSEMAEKERS EMIEL MATHILDE
IPC: C11D1/14
Filed: 1976-01-05
Abstract: Stable, homogeneous, easily dispensable, liquid household cleaning compositions containing a mixture of specific, synthetic, organic, anionic detersive surfactants; the Ca- and Mg salts of which are hardly soluble in water; a relatively low level of builder salts; fatty acid soap and fatty ester; and water.
Patent JP-H01179432-A (JP)
Title: Wiring process
Inventor: TAWADA SHIGEYOSHI
IPC: H05K3/00
Filed: 1988-01-07
Abstract: PURPOSE:To enable the wirings in multiple line widths to be processed as specified without switching the wirings by a method wherein the line widths as to the nets to be connected are selected, the wiring prohibited regions are set up, the wiring channels are detected to be expanded up to the specified line width and then the prohibition is released. CONSTITUTION:The nets of one layer terminals T1 and T2 are selected and the peripheral lattice numbers are calculated as to the nets. The wiring channels are detected by the reference line width of '1', e.g., the wiring channel 3 comprising the one layer wiring L1 and two layer wiring L2 is formed. Next, the other layer terminals T2, T4 are selected. The line width being '3' in the nets of the terminals T2, T4, the peripheral lattice of the central lattice becomes one lattice while the wiring prohibited regions are set up on the periphery of a prohibited region 1 and the wiring channel 3. The other wiring channel 4 as a temporary wiring is detected to be expanded for making the wiring pattern 5 in the line width '3'. Finally, the wiring prohibition is released to achieve the results of making the final wiring.
Patent JP-S57115091-A (JP)
Title: Color camera of picture sequential system
Inventor: KIMURA KENJI
IPC: H04N9/07
Filed: 1981-01-08
Abstract: PURPOSE:To reduce the capacity f a memory, and also to prevent flickering of a picture, by storing only a low band component of a color signal in each color memory, weighting and adding the color signal storing the low band component, and generating a luminance signal. CONSTITUTION:Color signals of red, blue and green are obtained in order of the fields from an image pickup device 4. These signals are amplified in voltage by a pre-amplifier 9, and after that, are made to pass through a low-pass filter 10 in order to fetch a frequency band required for a color signal, and are stored in field memories 12R, 12B and 12G, respectively, through an analog switch 11. Subsequently, the red, blue and green signals are read out simultaneously and are supplied to a color encoder 20. The color signal of each memory is updated at every 3 fields, but becomes a continuous signal since it is read out simultaneously. On the other hand, these color signals are supplied to a matrix circuit 24 provided with resistances 21, 22 and 23, are weighted suitably and are added, by which a luminance signal is generated.
Patent JP-S57117468-A (JP)
Title: Empty bobbin supply device for winder
Inventor: OOKUBO TADAHIKO
IPC: B65H67/06
Filed: 1981-01-08
Abstract: PURPOSE:To supply an empty bobbin to a bobbin bearing precisely by facilitating the separation of empty bobbins to be supplied one by one for supplying empty bobbins to a cradle of a winder after doffing. CONSTITUTION:When a drive shaft 71 is rotated counterclockwise, a bobbin supply arm 75 is turned against a balancing spring 79, and a bobbin receiver 77 is turned toward a bobbin bearing 29 of a cradle arm 44 with an empty bobbin B1 placed on it. At this stage, as the arm 75 is turned, a one-bobbin separation arm 83 is released from a push-up catch and turned counterclockwise round the support of a shaft 84, and a bobbin B2 on a store rail 82 is prevented from rolling out. Meanwhile, the arm 44 is at a donning position H, and the bobbin bearing 29 is in an expanded state. Consequently, when the arm 75 is turned, the bobbin receiver 77 is brought in touch with an auxiliary rail fast fixed on the arm 44, and the bobbin B1 is precisely fitted in its axis to the bobbin bearing 29 and supplied to the bobbin bearing 29.
Patent JP-S57114235-A (JP)
Title: Cleaning of semiconductor substrate
Inventor: OKUMURA KATSUYA
IPC: H01L21/3065
Filed: 1981-01-08
Abstract: PURPOSE:To obtain the clean surface of a semiconductor by a method wherein after gas plasma etching with halogen element is performed on a film of the semiconductor material, it is transferred in a plasma etching device in which an electric discharge chamber and an accommodating place of the semiconductors to be etched are isolated, and gas plasma etching is performed. CONSTITUTION:When etching with mixed gas of CF4 and H2 is performed on the SiO2 film 12 on the Si substrate 11 making a resist pattern 17 as the mask, a C-Fx contamination layer 14 is formed in the surface. It is accommodated in the plasma etching device in which the discharge chamber 21 of etching gas and the accommodating place of the articles to be etched are isolated, CF4 and O2 are introduced, dissociation with microwave electric power is performed, and plasma is formed to perform etching. Accordingly, damage of the resist layer is not generated, the finishing point of etching can be monitored, and the clean Si surface can be obtained.
Patent JP-S61161359-A (JP)
Title: High ceiling diffuser
Inventor: OCHIAI NOBORU
IPC: F24F13/068
Filed: 1985-01-09
Abstract: PURPOSE:To enable to reach the fair air to human bodies and at the same time to suppress the developing noise below the allowable limit value by a method wherein the diameter and number or shape of high ceiling outlet are set based upon the predetermined conditions. CONSTITUTION:In a first zone, which ranges from about 2 times to 6 times the bore D0 of an outlet, the air speed Vx is regarded to be constant and nearly equals to the blowing-off speed V0 of jetted air stream. In a second zone, the range of which is very narrow and follows to the first zone, the air speed Vx detreases in proportion to 1/X<1/2>. In a third zone, which ranges from several ten times to one hundred times the bore D0, the relationship Vx/V0=K.D0/X(1)= K.(4A0/pi)<1/2>/X(2) is established and the characteristics of the blowing-off air stream are determined by said formula. K is the proportional constant and determined by experiments. The formula (2) is the equation of an arbitrary shaped outlet. A0 is the effective area of the outlet and is represented by the product of the area of the outlet, discharge coefficient (generally 0.65-0.9) and free area ratio.
Patent JP-S58119486-A (JP)
Title: Production of endless band for transmission v-belt
Inventor: YAMAMURO JIYUUMEI
IPC: B23K26/21
Filed: 1982-01-08
Abstract: PURPOSE:To correct the shape defects in weld zones and to apply residual compressive strains upon said zones by expanding a thin sheet material which is butt welded to an endless band in the circumferential direction thereof, subjecting the same to a thermal hardening treatment and pressurizing the projecting  parts in the weld zones thereof. CONSTITUTION:A thin sheet material 7 is curved in the longitudinal direction thereof and both ends thereof are butted and are laser welded to an endless  band. Such endless band is fitted to band expanding jigs 11, and adjusting screws  14 are rotated in one direction to displace both cylindrical half parts 12, 13 in mutually spacing directions relatively, whereby the material 7 is expanded and the peripheral length thereof is adjusted to a prescribed size. In this state, the material 7 is subjected to a thermal hardening treatment by hardening. Thereafter, the weld zones 15 of the material 7 are sandwiched between a pair of compressing jigs 16, 17 and are pressurized whereby the projecting shape defects in the zones 15 are corrected and residual compressive strains are applied upon the zones 15.