baber/WOPTO huggingface dataset:
Patent JP-S61235115-A (JP)
Title: Manufacture of reinforcing member having protrusion on surface thereof
Inventor: MINOWA NORIBUMI
IPC: E21D20/00
Filed: 1985-04-12
Abstract: PURPOSE:To form protrusions on the surface of the reinforcing member effectively by a method wherein synthetic resin forming material, including continuous reinforcing fibers, is introduced into a compression forming mold to form the reinforcing member having protrusions on the surface thereof by compression forming, thereafter, the compression forming mold is released to pull out the reinforcing member while this operation is repeated. CONSTITUTION:The continuous reinforcing fibers 1 are introduced into the tank 2 of uncured thermosetting resin to impregnate the resin into the fibers. The amount of impregnated resin is regulated by a squeeze 4, the squeezed resin is introduced into the compression forming mold 6 together with the reinforcing fibers 3 if necessary and compression molding is effected whereby the reinforcing member, having protrusions on the surface thereof, is formed. The reinforcing member, formed by compression, is pulled out by a take-off device 7 as the compression forming mold is being opened and the resin is cured, thereafter, the member is cut by a cutter 8 into a required length. In case the reinforcing member, formed by compression forming, is pulled out of the compression forming mold 6, the resin impregnated reinforcing fibers, which are continuous to the formed reinforcing member, are introduced into the forming mold 6, therefore, continuous compression forming may be effected by repeating above- described operations.
Patent JP-S62233721-A (JP)
Title: Measuring method for flow rate
Inventor: TAMURA YOSHINOBU
IPC: G01F1/7086
Filed: 1986-04-04
Abstract: PURPOSE:To accurately measure flow rate without being influenced by a kind of liquid, a change of viscosity, etc., by pouring gas into a liquid duct with closed cross-sectional structure and forming bubbles to contact totally with an inwall of the duct and measuring the moving speed of the bubbles at a downstream area. CONSTITUTION:A bubble moving speed computer 18 receives passing signals of the bubbles 15 at the 1st measuring point O1 by a phototube bubble measuring sensor 16 and the 2nd measuring point O2 by a phototube 17 bubble measuring sensor and the passing time TL between both the points O1 and O2 is measured by counting a clock pulse in the course of the time, for instance, by a counter. Then, the speed of the bubbles 15, namely, the average flow velocity L/TL of a fluid in the duct 10 is calculated from the distance L being known and the liquid flow rate Q is calculated from the result and the known cross section of the duct 10 as well and the result is transmitted to a flow rate indicator 19. The flow rate indicator 19 receives the signal and displays the instantaneous flow rate, the integrate flow rate or both of them, etc., as necessary.
Patent JP-S59202519-A (JP)
Title: Work positioning method
Inventor: TAKEMURA SEIICHI
IPC: G05D3/00
Filed: 1983-04-30
Abstract: PURPOSE:To ensure a high-speed shift for the greater part of distance and therefore accelerate the work positioning by several times by combining both high- speed and low-speed shift operation when a next adjacent work is positioned after a work is positioned. CONSTITUTION:When the next adjacent work is positioned after a work is positioned, the shift direction of the next work is decided by the positioning procedure. The shift length of the work is set at (W+l), where W means the size of a semiconductor pellet, i.e., a work and (l) means the space of work array. No monitor of a photosensor is needed for the shift of the distance W nor a sudden stop is required in the middle of the distance. Therefore the work is shifted during the distance W at the highest speed that is possible with the capacity of a pulse motor. Then the speed is reduced in the section of the next distance (l) so that a sensing operation is possible.
Patent JP-S63240725-A (JP)
Inventor: YAMAUCHI MASAAKI
IPC: A01G1/04
Filed: 1987-03-30
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-S63241508-A (JP)
Title: Water stopping tape for optical fiber cable
Inventor: FUKUMA MASUMI
IPC: H01B7/282
Filed: 1987-03-30
Abstract: PURPOSE:To attain satisfactory water stopping effect of a water stopping tape for optical fiber cable even for ionized water such as sea water, etc. by constituting a water absorbing swellable layer of the tape of crosslinked polyethylene oxide obtnd. by the crosslinking reaction of polyethylene oxide having >=20,000 average mol.wt. admixed with a specified amt. of a specified crosslinking agent. CONSTITUTION:In a water stopping tape 3 having at least one water absorbing and swellable layer 2 on at least one surface of a film shaped base material 1, the water absorbing swellable layer 2 is constituted of polyethylene oxide having >=20,000 average mol.wt. contg. 0.4-2.0wt.% bi- or trifunctional crosslinking agent. By this constitution, the water stopping tape has almost same water absorbing performance for both fresh water and ionized water such as sea water so there is no restriction concerning the environment for setting the optical fiber cable coated with the water stopping tape of this invention.
Patent JP-H04288828-A (JP)
Title: Dry etching method
Inventor: SATO JUNICHI
IPC: H01L21/3065
Filed: 1991-03-18
Abstract: PURPOSE:To increase the anti-resist selectivity and anti-base selectivity and to facilitate the maintenance of an apparatus, concerning the etching of an Al-based material layer. CONSTITUTION:First, the naturally oxidized film 7 on the surface of an Al-1% Si layer 6 is reduced and removed using BCl3, and then the Al-1% Si layer 6 and Ti-based barrier metal 5 are etched using S2Cl2. Cl* dissociated from the S2Cl2 serves as & main etching seeds and S as a constituent of a side wall protecting film 9, and anisotropic processing is accomplished even under a low bias. As reducing BCl3 is not used in etching the Al-1% Si layer 6, the selectivity to an interlayer insulating film 1 being a base increases, and a large amount of B2O3 is not precipitated in the exhaust system of the apparatus. The removal of the naturally oxidized film 7 can also be done by the use of SiCl4, Si2S2Cl4, etc.
Patent JP-H06289191-A (JP)
Title: Nuclear reactor water level controller
Inventor: HISAJI MASAHIKO
IPC: G21D3/08
Filed: 1993-04-05
Abstract: PURPOSE:To provide a nuclear reactor water level controller whose controllability is improved by installing a gain setting device and a flow passage selecting device on a water supply controller, and perfectly opening and closing an orifice bypass valve automatically according to the nuclear reactor pressure, and selecting the opening degree gain of a blow-down valve. CONSTITUTION:A nuclear reactor water level controller consists of a blow-down valve 10 inserted into the blow-down line 9 of a nuclear reactor cooling and purifying system which controls the nuclear reactor water level by the excessive water discharge of the nuclear reactor in case of the low output due to the start, stop, etc., of the boiling water reactor, orifice 11 installed on the downstream, orifice bypass valve 12, and a water supply controller 13 which automatically opens and closes the blow-down valve 10 according to the nuclear reactor pressure, and further, equipped with a gain setting device 14 and a flow passage selecting device 15. The gain setting device 14 selects the opening degree control gain of the blow-down valve 10 according to the nuclear reactor pressure and the opening/closing state of the orifice bypass valve 12, and the flow passage selector device 15 perfectly closes the blow-down valve 10 previously, when the orifice bypass valve 12 is perfectly opened.
Patent JP-H0880363-A (JP)
Title: Ski with narrowed side and upper shell
Inventor: ROJIYAA ABONDANSU
IPC: A63C5/07
Filed: 1994-04-15
Abstract: PURPOSE: To provide a well designed ski that effectively transmits force. CONSTITUTION: The ski is longitudinally enhanced by an enhancing element 7, each enhancing element is supported by an edge 6, a narrowed side of the ski is formed to support and to fix the side of a shell 8. The height of the enhancing element 7 is essentially equal to the height of the ski at least in one zone and is lower than the height of the ski in remaining zones. The shell 8 has a inclined part that is inclining from the top to the bottom and from the inside to the outside.
Patent JP-H11266907-A (JP)
Title: Buckle
Inventor: YAMAGUCHI YUTAKA
IPC: A44B11/26
Filed: 1998-03-25
Abstract: PROBLEM TO BE SOLVED: To improve the operability of an operation button, to provide interchangeability and to improve the assemblability of the operation button or the like while surely preventing unintended engagement release with a tongue even under large acceleration. SOLUTION: At the time of pulling this buckle by a pretensioner, inertia force F1 acts in the opposite direction to the engagement release position direction of a main body part 4d of a locking member. Clockwise torque T1 is generated in a lever 12b and counterclockwise torque T2 is generated in a massive body 12c respectively, and since the torque T2 of the massive body 12c is larger as the whole, the lever 12b and the massive body 12c are both turned in the counterclockwise direction and the lever 12b is set at a control position. At the time of the bottoming of the pull-in of the buckle, the inertia force F1 acts in the engagement release position direction of the main body part 4d.  Thus, only the massive body 12c is turned in the clockwise direction, the lever 12b is held at the control position and movement in the engagement release position direction of the main body part 4d is controlled.
Patent JP-S63246600-A (JP)
Title: Fluid transport device
Inventor: KOBAYASHI YASUSHI
IPC: F17D1/16
Filed: 1987-03-31
Abstract: PURPOSE:To make an installation cost lower by providing an agitation means, a means for measuring viscosity of fluid and a means for starting/stopping a pump based on measured viscosity values at a connection between a storage tank and the pump. CONSTITUTION:An agitation driving device 20 is operated to move an agitating rod 12 and agitating blades 15 so as to lower the viscosity of fluid. When the measured value of a viscometer 25 becomes less than a preset value, a signal which drives a pump 26 and a signal which stops an agitation driving device 20 is output from a controller 26a. When the pump 26 is operated, the suction/ discharge of slurry in a storage tank 1 is started. Accordingly, fluid can be transported by a pump having relatively small discharge pressure, even if, the settling position of which is not relatively lower than the storage tank.
Patent JP-H03277735-A (JP)
Title: Manufacture of cermet
Inventor: NODA AKIRA
IPC: B22F3/14
Filed: 1990-03-27
Abstract: PURPOSE:To manufacture a cermet member excellent in strength by using the mixed powder of hard substance such as the carbides, nitrides or the like of specified metals with metals as a raw material, compacting this mixed powder, subjecting the green compact to reduction with hydrogen, thereafter subjecting it to vacuum sintering and furthermore executing hot isostatic pressing. CONSTITUTION:Hard ceramic powder essentially consisting of the powder of a hard material such as TiC, TiN and TiCN and among which 1 to 70 molar % is substituted by the carbides and nitrides of the IVa, Va and VIa group metals (excluding Ti) such as W, Ta, Zr, V, Nb and Mo is pelletized. This hard pelletized product is mixed with metallic powder such as Cr and Ni for forming a metallic bonding phase, and the mixture is compacted. The green compact is subjected to reduction with hydrogen at 1100 to 1250 deg.C and is thereafter sintered at 1300 to 1450 deg.C in vacuum. This sintered cermet is subjected to hot isostatic pressing and is highly densified, by which the cermet excellent in strength can be manufactured.
Patent JP-H11318793-A (JP)
Title: Dishwasher
Inventor: HORIUCHI HIROSHI
IPC: A47L15/42
Filed: 1999-03-23
Abstract: PROBLEM TO BE SOLVED: To provide a dishwasher having a structure that can efficiently and effectively avoid the deposition of foreign matter by performing an operation that avoids the deposition of foreign matter in a float chamber when the deposition phenomenon occurs, that is during a washing operation. SOLUTION: In a water reserving wash type dishwasher, in order to lead part of water that is sucked by a circulating pump 8 and exists inside a washing bath to a float chamber 13 that communicates with a washing bath 3 and is made for detecting the water level, a communicating path 16 is formed that reaches from a conduit tube 15 connecting the circulating pump 8 and washing nozzles 6, 7 to the float chamber 13. By this method part of the reserved water inside the washing bath 3 flows into the float chamber 13 by the operation of the circulating pump 8 so as to form a circulating water flow that returns to the washing bath 3, thereby preventing the deposition of foreign matter in the float chamber 13.
Patent JP-H05280332-A (JP)
Title: Cooling system of internal combustion engine
IPC: F01P3/20
Filed: 1992-03-31
Abstract: PURPOSE:To distribute cooling water uniformly around cylinders by providing a cooling water reflux passage, which can make the cooling water in a water jacket reflux toward a cooling water supply passage side through the water flow which is fed forcibly from a water pump, in the position between the cooling water supply passage and the water jacket. CONSTITUTION:A cooling water reflux passage 30, which is provided between an oil cooler 6 and a water jacket 26, is connected to a cooling water supply passage 24 provided between a water pump 4 and the oil cooler 6. A water jacket 26 is formed around the respective cylinders 12a-12f arranged inside a cylinder block 1 in line in the front and rear direction. Negative pressure is produced at the connecting portion of the cooling water reflux passage 30 and the cooling water supply passage 24 by kinetic energy of the cooling water to be fed forcibly by the water pump 4. The cooling water flowing into the water jacket 26 is attracted to the cooling water supply passage 24 by this negative pressure. Thus, the cooling water is distributed uniformly around all the cylinders.
Patent JP-H11266981-A (JP)
Title: Commodity carrier device of register counter
Inventor: MOMOI MASASHI
IPC: A47F9/04
Filed: 1998-03-25
Abstract: PROBLEM TO BE SOLVED: To easily attach and detach a motor-driven belt conveyor unit for a register counter to/from the counter. SOLUTION: The recessing engagement holes 10 of a motor-driven conveyor unit 9 for carrying a commodity, which is disposed over the top plate 3 of an adjustment stand and the top plate 6 of a package stand in the register counter, are arranged on their top plates 3 and 6. Then, engagement holes 11 are piercingly arranged on one end surface of the holes 10, a support plate 12 directed inward is disposed on the other end surface, engagement pieces 18 directed outward, which are arranged at one end of the conveyor frame 13 of the unit 9 are engaged with the holes 11 and also the other end of the frame 13 is placed on the support plate 12 and fixed by bolts 19.
Patent JP-S575166-A (JP)
Title: Memory protection system
Inventor: SATOU TOMOHIKO
IPC: G06F21/79
Filed: 1980-06-10
Abstract: PURPOSE:To protect a memory in safety and with high reliability by preventing the memory from being released from protection until a prepared key is operated, even if a protection release indication from a CPU is sent to the memory area at a protection level. CONSTITUTION:In a program memory 200, protected data for each protection level is written. When pieces of address information A0, and A1-An are inputted to a memory 200, for four protect levels, for instance, if a ''1'' is outputted to one of four outputs P0-P3, a protection signal goes to the ''1'' to protect addresses of the storage device and when all outputs are ''0'', writing into the storage device is permitted. Then, a release signal for the protect level of an address to be released among protection release signals C0-C3 is outputted to turn on a corresponding key, so that the protected data is rewritten by changing it from the ''1'' to ''0''.
Patent JP-H07257050-A (JP)
Title: Reversible heat-sensitive recording material
Inventor: KAWAGUCHI MAKOTO
IPC: B41M5/36
Filed: 1994-03-24
Abstract: PURPOSE:To provide a heat-sensitive recording material of superior durability in repeating image forming and erasing which can widen the image erasing energy width and erase an image under the condition in compliance with the initial erasing characteristics just after the image formation or after reserving for a long period of time. CONSTITUTION:In a reversible heat-sensitive recording material composed of a resin matrix and an organic low-molecular substance dispersed in the resin matrix as main components and provided with a heat-sensitive layer having its transparency varying reversibly depending on the temperature, the resin matrix is the resin prepared by curing a hydroxy modified or carboxyl modified vinyl chloride-fatty acid vinyl ester copolymer (fatty acid of carbon atoms 3C or more) or a vinyl chloride - alkyl vinyl ether copolymer (alkyl of carbon atoms 3C or more) by means of polyisocyanate or the like.
Patent JP-H07288461-A (JP)
Title: Input circuit
Inventor: SUWABE SATORU
IPC: H03K19/0175
Filed: 1994-04-18
Abstract: PURPOSE:To provide an IC which contains an input circuit that can deal with both TTL and CMOS levels. CONSTITUTION:A digital signal IN is inputted through an input terminal 21, and an inverter 22 decides the logical level of the signal IN based on the 1st threshold value corresponding to a TTL level and outputs a 1st signal S22 of a level accordant with the logical level of the signal IN. Meanwhile an inverter 23 decides the logical level of the signal IN based on the 2nd threshold value corresponding to a CMOS level and transmits a 2nd signal S23 of a level accordant with the logical level of the signal IN. Furthermore a selector means 24 selects the signal S22 or S23 by a control signal C and outputs it to an IC.
Patent JP-H05242373-A (JP)
Title: Alarm mat
Inventor: SHIMOJI TAMOTSU
IPC: G08B3/06
Filed: 1992-02-27
Abstract: PURPOSE:To completely eliminate the necessity of a power supply by arranging plural elastic projection parts capable of being trodden down on the upper face of a mat and fixing whistles connected to an air room formed in each elastic projection part to be compressed at the time of being trodden on both the outsides of the projection part. CONSTITUTION:An elastic cover sheet 2 consisting of a rubber sheet material or soft synthetic resin sheet material is applied on the surface of a base 1. Plural semicylindrical elastic projection parts 3 capable of being trodden down, forming hollows in their insides and protruded to the upper face side of the sheet 2 are integrally formed at proper intervals. The air room 4 having a semicylindrical cross section is formed between the upper face of the base 1 and the protruded surface in each projection part 3. The whistles 5 are fixed on both the outsides of the projection part 3 so as to be communicated with the air room 4. When the mat is trodden, any of the projection parts 3 is treaded down, air in the projection part 3 is compressed, air in the room 4 overflows to the outside through respective whistles 5, and the whistles 5 are driven to generate an alarm.
Patent JP-S574372-A (JP)
Title: Formation of additive mass for cable
Inventor: SEKIMOTO MASAMI
IPC: F16F15/02
Filed: 1980-06-11
Abstract: PURPOSE:To easily and accurately align the axial center of a cable and the axial center of long columnar additive masses by grasping the required parts of the cable by means of a pair of the supporting columns formed on the inside surfaces of die casting dies, then filling the space parts around the supporting columns thereby forming the masses by die casting. CONSTITUTION:The prescribed position of a cable 1 is inserted and fitted in the guide groove 11 of a molding die 9B, and the cable 1 is extended and seated in contact with the end faces of supporting columns 10. Next, a molding die 9A is mounted to grasp the cable 1 with the columns 10, and molten zinc is forcibly fed into space parts 3', 4' from an injection nozzle, thereby molding and solidifying the additive masses provided with a prescribed shape and mass to the required parts of the cable 1. It is preferable to adapt the support columns 10 by suitably selecting the number of sets, and their grasping pressure and grasping face pressure in consideration for intrinsic conditions such as the shape of the additive masses, the flexiblity of the cable and the injection pressure for die casting.
Patent JP-H0816431-A (JP)
Title: Debugging process system for user program
Inventor: INAI HITOSHI
IPC: G06F11/28
Filed: 1995-04-04
Abstract: PURPOSE:To restart the debugging of the user program from a break point. CONSTITUTION:A command analyzing means 3 once recognizing a saving command calls a commit means 4, a currency information saving means 6, and a variable information saving means 8 and then calls a stack information saving means 10. The respective called means commit an output file, save the currency information of an input file, save variable information, and save stack information. The command analyzing means 3 once recognizing a reloading command calls a callback means 5, a currency information reloading means 7, and a variable information reloading means 9 and then calls a stack information reloading means 11. The respective called means call the output file back, reload on the currency information of the input file, reload the variable information, and reload the stack information.
Patent JP-H03279292-A (JP)
Title: Thin film formation device
Inventor: SUDO MASAAKI
IPC: C30B23/08
Filed: 1990-03-29
Abstract: PURPOSE:To form an uniform thin film on a substrate to be vapor-deposited by computing an evaporation distribution based on the detection result of the evaporation amount of molecular rays from a molecular ray irradiation section in a vacuum chamber and controlling a substrate-holder on the basis of the computation result. CONSTITUTION:A control signal SD from a computation controller 23 is applied to a switch- driving means 13a to open a desired opening 15a and simultaneously electron rays 10 from an electron gum 12 on the basis of a control signal SE from the computation controller 23 are irradiated on a evaporating material 8 in a crucible 9 to generate molecular rays 11. The molecular rays 11 are irradiated on a substrate 3 attached to a movable supporter 19 through the opening 15a of a shutter 13 and the opening 18 of a deposition-preventing board 14 to form a thin film 29. Control signals SM from the controller 23 are applied to an actuator 25 to intermittently place a quartz oscillator at P1-P9 in the vacuum chamber 1, and the detected film thickness signals SF are inputted into a film thickness meter 22, followed by inputting the generated film thickness signals SC into a evaporation distribution- computing means 26 to compute a evaporation distribution amount. The computed result is inputted into a position determination signal generator 28 and the generated control signal SP is applied to a fixed supporter 20 to determine the position of the substrate 3 through the supporter 19.