baber/WOPTO huggingface dataset:
Patent HU-T67304-A (HU)
Title: Foldable dummy object for comouflage purposes
Inventor: GRETZMACHER FLORIS
IPC: F41H3/00
Filed: 1990-05-11
Abstract: A camouflage device adapted to fold and unfold and to assume the shape of a dummy object when in the unfolded configuration for camouflaging an object, includes a frame for supporting a camouflage netting, with the frame being adaptable for displaying irregular configuration and including flexible rod structures having one end detachably secured to a crown member and another end adapted for placement upon a suitable location of the object to be camouflaged. Each of the rod structures is made of an elastic band of fiber-reinforced plastic material or steel to allow flexible configuration and random shaping of the frame.
Patent HU-T47931-A (HU)
Title: Process for producing crystalline antibiotic intermediate
Inventor: GARDNER JOHN P
IPC: C07D471/04
Filed: 1988-09-09
Abstract: Crystalline p-nitrobenzyl 7 beta -phenoxyacetylamino-3-hydroxy-1-carba(dethia)-3-cephem-4-carboxylate and the crystalline mono-acetic acid solvate thereof are provided by mixing a carboxylic acid or a sulfonic acid with a solution of the 3-hydroxy ester in DMF or DMAC. Acetic acid provides the crystalline acetic acid solvate while other acids provide crystalline non-solvated 3-hydroxy ester. The crystalline forms are useful purified intermediates to antibiotics.
Patent HU-T60440-A (HU)
Title: Method and apparatus for producing disinfecting system containing active ingredient
Inventor: KOTAI LASZLO
IPC: C01B7/01
Filed: 1990-09-19
Abstract: A disinfectant system based on chlorine as active cpd. contains replenishable stabilised solid chloro-hydrate. The appts. which starts to function by opening a tap ensures steady supply of chlorine at a sepd. rate without external intervention. Sole byprod. of this system is water.
Patent ID-19408-A (ID)
Inventor: OBERNEDER STEFAN DR
IPC: C08G77/48
Filed: 1997-12-01
Abstract: The invention relates to organosilicon compounds with at least three silicon atoms, consisting of units of the formula (I) RaSi(NR1C=ONR22)k(NR3C=ONR4)t/2YmOn/2[(CR52)s]r/2, where Y represents units of the formula (II) -SiR63-p-q(NR1C=ONR22)p(NR3C=ONR4)q/2, where R, R1, R2, R3, R4, R5 and R6 independently of each other can be either identical or different and represent a hydrogen atom or possibly substituted monovalent hydrocarbon radicals with between 1 and 20 carbon atoms; and where a, k, t, n, m, r, s, p and q have the meaning assigned to them in claim 1, under the provision that the sum of p+q is <=3, the sum of a+k+l+m+n+r equals 4, the sum of m+r equals 0 or 1, and the organosilicon compound of the invention contains at least one unit of formula (I) where t is not equal to 0.
Patent JP-S57116109-A (JP)
Title: Monitoring and controlling device for condensing turbine
Inventor: TAKEOKA YOSHIO
IPC: F01K13/02
Filed: 1981-01-09
Abstract: PURPOSE: To optimize the efficiency of a plant, and to operate the condensing turbine safely by optimally controlling the degree of vacuum of a condenser within a proper limit range corresponding to the operating condition of the plant and giving an alarm when the degree of vacuum exceeds the limit range.  
     CONSTITUTION: When the condition of the steam of a turbine inlet changes, a limit is given to the wetness of exhaust because the condition of exhaust also changes and the wetness of exhaust and the degree of vacuum of the condenser alter. Consequently, the degree of vacuum of the condenser is limited properly in response to the condition of the turbine inlet. A condition setting section 10 combines each limit value inputted, and a vacuum degree controlling allowable range, an alarming range and a turbine removing range are determined. A monitoring section 20 compares the output signals 11 of the condition setting section 10 and actual condenser vacuum degree signals 3, and outputs alarming signals 21 or turbine removing signals 22 when the signals 3 exceed limit value given by the signals 11. The degree of vacuum of the condenser, where the efficiency of the turbine is maximized, is calculated by means of an arithmetical section 30. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S5595152-A (JP)
Title: Microinstruction execution control system
Inventor: OKUDA HIRONARI
IPC: G06F11/10
Filed: 1979-01-12
Abstract: PURPOSE: To improve the effect of ECC without deteriorating the performance of a system, by executing microinstructions by using codes obtained by correcting only words having an error in the past by an error detecting correction circuit.  
     CONSTITUTION: An instruction read out from control memory CS1 consists of a microinstruction word group, humming code and E bit 3 for ECC control. The read instruction is inputted to ECC circuit 4 and when an error is detected, ECC4 sends an error detection signal to microinstruction execution part EC7, so that an instruction in execution will be interrupted immediately. Then, ECC4 sets E bit 3 to "1" and E-bit write address register ECSAR8 writes it to CS1. When E bit 3 read out from CS1 is "1", an error correction is made by the humming code and then the output of ECC4 is set to control memory data register CSDR6 to send an instruction execution indication signal to EC7. At this time, when no error is detected by ECC4, the E bit is set to "0" and written to CS1. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H05185780-A (JP)
Title: Ic card
Inventor: YAMAGUCHI YUJI
IPC: B42D15/10
Filed: 1992-01-08
Abstract: PURPOSE:To increase the number of mounted parts per area of a given one substrate by incorporating a substrate with stacked electronic parts in a frame and adhering a panel covering the substrate to the surface of the frame. CONSTITUTION:Electronic parts 2 stacked in two stages are mounted on an electric circuit 1, and this electric circuit 1 is incorporated in a frame 3. In addition, the substrate 1 is covered by a panel 4 for protection, and the frame 3 is adhered to the panel 4 using an adhesive 5 to prepare an IC card. In this case, a lead 6 on the first electronic part 2 is stacked on a lead 6 on the second electronic part 2, and soldered together, and further these parts are mounted on the substrate 1. As the IC card thus obtained has the electronic parts stacked in two stages, the number of electronic parts mounted is doubled. It is possible to mount the electronic parts in three or more stages. Thus the number of electronic parts mounted increases and the performance of a finished product becomes better.
Patent JP-2000237561-A (JP)
Title: Fer type zeolite membrane, its production and method for concentrating organic acid using the same
Inventor: ITABASHI KEIJI
IPC: C01B39/44
Filed: 1999-01-07
Abstract: PROBLEM TO BE SOLVED: To obtain an FER type zeolite membrane used for separating or concentrating a gaseous or liquid mixture and having profitableness and enhanced durability in separation treatment by crystallizing an FER type zeolite in a membrane shape on the surface layer of an inorganic porous substrate. SOLUTION: An FER type zeolite is crystallized in a membrane shape on the surface layer of an inorganic porous substrate to form the objective FER type zeolite membrane having such durability as to prevent the damage of the structure even when a mixture is concentrated in separation treatment and suitable particularly for separating acetic aid and water. The inorganic porous substrate is not particularly limited if it is porous and has such heat resistance as to enable the crystallization of the FER type zeolite on the surface layer and, e.g., a ceramic sintered compact of silica, alumina, mullite, zirconia, silicon nitride, silicon carbide or the like, a sintered metal such as iron, bronze or stainless steel, glass or a carbon molding or the like may be used as the substrate.
Patent JP-S63170813-A (JP)
Inventor: ADACHI KUNIHIKO
IPC: H01B13/00
Filed: 1987-01-09
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-H09187943-A (JP)
Title: Recorder
Inventor: MAEDA KAZUYUKI
IPC: B41J2/205
Filed: 1996-01-10
Abstract: PROBLEM TO BE SOLVED: To improve the quality of print outputs by precisely controlling the ink jetting amount, and to easily produce a recorder. SOLUTION: A print head 1 is equipped with two more nozzle parts, and the nozzle part each have an ink cavity 2 that is hollow inside and is filled with ink. Jetting mechanisms 3-1, 3-2, 3-3 and 3-4 are arranged in a row on one face inside the cavity 2, and driven based on image signals supplied from a controller. The ink jetting amount is changeable according to distances to jet port 4 from the jetting mechanisms that are controlled and driven.
Patent JP-S61160726-A (JP)
Title: Liquid crystal element
Inventor: NAKAMURA TSUNEO
IPC: G02F1/133
Filed: 1985-01-09
Abstract: PURPOSE:To form a liquid crystal element of a low cost at a high response speed and low electric power consumption by forming a resistor on the rear of a liquid crystal cell by a printing method. CONSTITUTION:The resistor 8 is printed via a thin metallic film 5 on the rear of the liquid crystal cell. Printing can be executed by, for example, screen printing. Conductive particles of carbon, silver, etc. which are dispersed into an org. binder such as epoxy resin or melamine resin are usable for the resistor 8. The surface of the resistor 8 is coated with a moisture-proof lining paint if necessary with the type in which transparent electrodes 4, 4 facing each other are used as in this embodiment. The element is heated by conducting AC or DC to both terminals of the resistor 8.
Patent JP-H09190428-A (JP)
Title: Method for processing information and its system
Inventor: HAMADA NOBORU
IPC: G06F12/00
Filed: 1996-01-10
Abstract: PROBLEM TO BE SOLVED: To provide an information processing method and its system whereby an opposite party information processor surely deals with an object included in a transmitted document in an information processing system where compound document data is transmitted/received. SOLUTION: In environment where the first information processor is connected to the second one by a network, the first information processor obtains (S201 and S202) an object kind which can be processed by the second information processor, retrieves (S204, S207 and S210) whether or not a prescribed object kind exists in the obtained object kinds which can be processed by the second information processor and transfers a software module for processing the prescribed object to the second information processor unless it exists. Then, the above prescribed object is transferred (S208, S209 and S205). The second information processor processes the transferred object based on the software module for processing the transferred prescribed object.
Patent JP-S62167305-A (JP)
Title: Production of ultrahigh-molecular polyethylene by gaseous phase reaction
Inventor: RUDORUFU MIYURAAMARU
IPC: C08F2/34
Filed: 1987-01-09
Abstract: A process for the preparation of ultra-high-molecular-weight ethylene polymers having a small mean particle diameter by continuously introducing appropriate monomers into a polymerisation system at from 60 to 120 DEG C and at from 5 to 60 bar in the presence of a catalyst, an antistatic and optionally a molecular weight regulator in the gas phase in an agitated loose bed of finely divided polymer.
Patent JP-H01179107-A (JP)
Title: Lens fixing method
Inventor: KITAGAWA SHIGEKAZU
IPC: G02B6/32
Filed: 1988-01-08
Abstract: PURPOSE:To remarkably shorten the manufacturing work time by placing coaxially a lens in which metallic plating has been performed to the periphery centering around an optical axis, in a hole of a holder for the lens. CONSTITUTION:In the bottom part of a holder 2 for bottomed cylindrical lens, a hole 3 is formed coaxially, and a lens 4 is inserted into this hole 3. Also, as for the lens 4, in order that solder adheres surely, metallic plating 41 is performed in advance top the periphery centering around an optical axis. As for a material of the metallic plating 41, a metal whose solder adhesive property is satisfactory, such as that which has layered Cr (chrome), Pt (platinum) and Au (gold), etc., is used. Also, the soldering processing is executed by carrying intermediate parts into the inside of a paper reflow soldering device by a carrying jig. In such a way, the manufacturing work time is shortened remarkably, a mass production of a product is obtained with a high yield, and also, safety of the lens is secured on the way of the manufacturing process, and the product having a high quality can be obtained.
Patent JP-S5387207-A (JP)
Title: Cassete discharger for tape recorder
Inventor: ARAYA AKINORI
IPC: G11B15/675
Filed: 1977-01-11
Abstract: PURPOSE:To easily, exactly discharge the cassette with a simple constitution, by releasing the engagement between the engaging portion and the entire surface of the tradually rising protuberance on the rotary plate, pushing with the protuberance of the holder, when the cassette holder is rising up.
Patent JP-H08191200-A (JP)
Title: Template forming equipment for mounted board inspection
Inventor: FURUYA YASUHIKO
IPC: B23Q15/00
Filed: 1995-01-10
Abstract: PURPOSE: To form a template for mounted board inspection at a short time and with high precision as compared with the conventional technique. CONSTITUTION: Form data 52 which designate the form and the size of each kind of component at the time of mounting on a board are previously stored in a storage device 50. Mounting data 51 which designate the kinds of component, the mounting position and the mounting direction set for a component mounting machine which mounts components on a board are read and stored by the storage device 50 via a disk equipment 30 or a communication equipment 40. A data conversion part 22 refers to the form data 50 on the basis of the mounting data, creates cutting data 53 showing the mounting region of components on the board, and stores the data in the storage device 50. On the basis of the cutting data, a cutting equipment 60 punches and forms automatically a planar part member into a template having a window for a mounting confirmation which corresponds to the mounting region of components.
Patent JP-H11201298-A (JP)
Title: Inner screw gate valve
Inventor: KANEDA ICHIJI
IPC: F16K3/00
Filed: 1998-01-08
Abstract: PROBLEM TO BE SOLVED: To lower a height dimension by providing a female screw part of a valve element on the rear surface part of the uppermost part of a valve element valve seat part and forming a valve so that the lower end of the valve rod may be screwed onto the female screw part when the valve element is at its closed location. SOLUTION: A valve element 15 has a passing hole 17 into/through which a valve rod 14 is inserted and passed at the center part and is provided with a female screw member 18 which is screwed onto the valve rod 14 on the upper end part. The location of the female screw member 18 is the rear surface part of the uppermost part of a valve element valve seat part 19 and is inserted and fixed into/to a groove of the horizontal direction of the upper part of the valve element 15. In a state that the valve element 15 is at its closed location, the lower end of the valve rod 14 is made to be screwed onto the female screw member 18.  Therefore, because the screwing location of the valve rod 14 and the female screw member 18 can be lowered in a range that the valve rod 14 does not project into a pipe line 16, the height dimension from the lowermost end of the valve element 15 to the uppermost part can be reduced, also the height dimension of a valve element storing part 13 of the valve element 15 in its full open state can be reduced and the overall height of the valve can be reduced.
Patent JP-2000198447-A (JP)
Title: Cart provided with container inverting mechanism
Inventor: TABAYASHI GIICHI
IPC: B62B3/10
Filed: 1999-01-08
Abstract: PROBLEM TO BE SOLVED: To discharge a content by inverting a drum while being lifted. SOLUTION: This cart comprises an elevating/lowering frame 2 which is pivotably supported by a truck 1 in an elevating/lowering manner, an inversion frame 4 which is turnably supported by a free end of the elevating/lowering frame 2, a link mechanism 6 which is connected to a rotary support shaft 42 of the inversion frame 4 and rotates the inversion frame 4 in a forwardly tilted manner as the elevating/lowering frame 2 is turned and elevated, and a spring 3 which is connected to the rotary support shaft 42 of the inversion frame 4 and works to form a resistance of the rotary support shaft 42 when the container is further forwardly tilted from the time where a container 9 supported by the inversion frame 4 is turned approximately in a horizontal attitude. The inversion frame 4 is gradually and forwardly tilted as the elevating/lowering frame 2 is turned and elevated.
Patent JP-H02182437-A (JP)
Title: Method for pultrusion of fiber reinforced phenol resin molded body
Inventor: HOSHINO MORIHIRO
IPC: B29C70/52
Filed: 1989-01-09
Abstract: PURPOSE:To prevent the gas blocking in a mold by putting a large number of glass rovings to pass the same through a mold withought impregnating a part of glass rovings with a resin when a phenol resin is subjected to pultrusion. CONSTITUTION:When a fiber reinforced phenol resin using, for example, 200 glass rovings 1 is subjected to pultrusion, 150 glass rovings among the glass rovings 1 are immersed in a tank of a phenol resin 2 to be supplied to a pultrusion mold 3 while 50 remaining glass rovings are supplied to the pultrusion mold 3 without impregnating the same with the resin. When the resin in the protrusion mold 3 is in an uncured stage, the phenol resin 2 is injected in said mold 3 under pressure at a position almost 3/7L the total length of the mold from an inlet by a pump in an amount sufficient to impregnate 50 glass rovings. By this method, gas is vigorously blown out from the roving supply port of the pultrusion mold 3 and the surface of a pulled-out molded product G becomes extremely uniform and pitted recessed parts or cracks are not generated at all.
Patent JP-H09189948-A (JP)
Title: Film feeder for camera
Inventor: ASAKURA YASUO
IPC: G03B17/00
Filed: 1996-01-10
Abstract: PROBLEM TO BE SOLVED: To provide a film feeder for camera capable of stably feeding a film so that accurate recording on the magnetic recording part of the film may be accomplished. SOLUTION: In the case of starting the operation of a free winding up of the film by a cap SW 8 which is cooperatively turned on after loading a film cartridge 9 on the camera, a film feeding operation is controlled by a CPU 1 in the following way. In order to surely wind up the leader part of the film 10 fed from a film spool shaft on a take-up spool shaft, each circumferential speed of two shafts is set so as to satisfy the following inequality; feeding circumferential speed<take-up circumferential speed. Besides, a control of appropriately switching a feeding speed is performed by a switching circuit 14 and a voltage setting circuit 15 constituting a motor driving circuit 13 based on a prescribed condition as for the number of photographing frames, etc., and desired information is recorded on the magnetic recording part of the film 10 by the use of a magnetic head 26.
Patent JP-S60145631-A (JP)
Title: Laser bonding method of semiconductor integrated circuit pellet
Inventor: YAMAJI TOSHIHARU
IPC: H01L23/495
Filed: 1984-01-09
Abstract: PURPOSE:To bond in a relatively short time without using expensive gold by bonding a pellet of a semiconductor integrated circuit and a lead frame by laser light ray. CONSTITUTION:A lead frame 6 formed, for example, with mesh or slits is used to emit a laser light rays directly from below the lead frame which places a pellet 1 of a semiconductor integrated circuit. The pellet of the semiconductor integrated circuit has various sizes, but the hole area rate of the mesh or slits 7 of lattice shape of the portion for placing the pellet of the integrated circuit of the lead frame is sufficient with approx. 50%. Thus, the pellet 1 of the integrated circuit is placed on the lattice portion of the frame 6, a laser light ray is emitted fully to the part to place the lattice part of the leaf frame 6 and the pellet 1 of the integrated circuit and to die bond them.
Patent JP-S62290331-A (JP)
Inventor: CHIEN DOAN BAO
IPC: H02K1/00
Filed: 1987-01-08
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-H08108554-A (JP)
Title: Color thermal printer
Inventor: SATO MASAMICHI
IPC: B41M5/382
Filed: 1995-01-11
Abstract: PURPOSE: To prevent printing irregularity or misregistration caused by load fluctuations by reducing the friction force of a thermal head to color thermal recording paper. CONSTITUTION: A film 32 is interposed between color thermal recording paper 14 and yellow, magenta and cyan thermal heads 26, 27, 28. The film 32 has heat resistance generating no deformation by the heat energy of the respective thermal heads 26-28 and ultraviolet permeability and also has a property at least low in the coefficient of friction as compared with the color thermal recording paper 14. At the time of printing, thermal recording is applied to the color thermal recording paper 14 by the thermal heads 26-28 through the film 32 while the film 32 is fed along with the color thermal recording paper 14. Therefore, the load fluctuations to the feed of the color thermal recording paper due to the thermal heads become slight and no printing irregularity or misregistration is generated.
Patent JP-H03207624-A (JP)
Title: Mold
Inventor: UTOUYAMA YOSHIHIRO
IPC: B29C45/26
Filed: 1990-01-10
Abstract: PURPOSE:To suppress the generation of the mutual positional shift between chase blocks by fixing one of the chase blocks forming a pair and mounting the other chase block so as to be movable from a predetermined place and aligning the movable chase block with the fixed chase block by the guidance of shift preventing members. CONSTITUTION:A lower chase block 12 is fixed to the predetermined place of a lower mold base 11 by a bolt and shift preventing members 51 are provided to the upper surface opposed to an upper chase block 22 of the chase block 12 at two separated places. Each of shift preventing members 52 is formed into a rectangular parallelepiped shape and has a hole 54 in which the projection 53 of each of the shift preventing members 51 is fitted and inserted formed to the upper surface thereof. Even when the lower mold base 11 and an upper mold base 21 extend in the surface direction thereof by long-term use, the projections 53 of the shift preventing members 51 are fitted in the holes 54 of the shift preventing members 52 at the time of mold clamping and the upper chase block 22 is aligned with the lower chase block 12 by the mutual guidance of the shift preventing members 51, 52 and the generation of the mutual positional shift between the chase blocks 12, 22 forming a pair is suppressed.
Patent JP-H08190303-A (JP)
Title: Fixation temp. controller
Inventor: FUKANO MASAHIKO
IPC: G03G15/20
Filed: 1995-01-11
Abstract: PURPOSE: To prevent the occurrence of wrinkles when a wide width sheet is fixed when a temp. of a pressure roller end part is raised, and a difference with the temp. of a central part becomes large due to continuous fixation of many sheets, etc., of a narrow width sheet by turning off the energizing to a heater and cooling a pressure roller with a cooling fan in the state that the rotation of a hot roller and the pressure roller are stopped. CONSTITUTION: When processing of a copying machine is started, first of all, the central temp. TP2 and the end temp. TP3 of the pressure roller 38 respectively detected by a second temp. sensor Th2 and a third temp. sensor Th3 are read in, and when the difference TP2 -TP3 between both temp. is e.g. 15 deg.C or above, a device enters a cooling mode. When the difference becomes 15 deg.C or below, after the cooling mode is released making it a condition that the device is in the cooling mode the device shifts to regular control turning on/off the energizing to the heater 37H while aiming a prescribed control temp. through warm-up control for stably raising the temp. of the hot roller 37 to the prescribed temp. at a stretch.