baber/WOPTO huggingface dataset:
Patent JP-H08160575-A (JP)
Title: Silver halide color photographic sensitive material
Inventor: KAWABE SATOMI
IPC: G03C7/00
Filed: 1994-12-09
Abstract: PURPOSE: To obtain the silver halide color photographic sensitive material high in sensitivity and good in preservability of a raw stock by incorporating 2 kinds of specified compounds in a photographic constituent layer. CONSTITUTION: At least one of constituent layers of red-, green-, and blue- sensitive silver halide emulsion layers and nonphotosensitive layer contains at least one kind of compounds represented by formulae I and II and the compound represented by formula III. In formulae I-III, each of R1 , R2 , Q1 , and Q2 is an aliphatic group and each of the total carbon number of R1 and R2 and that of Q1 and Q2 is >=8; each of R3 and Q3 is an optionally substituted group; each of (n) and (m) is 0 or 1; X is an H atom or a -OR group; Y is an H atom or a -OQ group; each of R and Q is an aliphatic or aromatic or heterocyclic group; Z is a -COOR11 , -CONR11 R12 , -SO2 NR11 R12 , -SO2 R11 , or -COR11 group; and each of R11 and R12 is an H atom or an alkyl, alkenyl, alkynyl, aryl, or heterocyclic group.
Patent JP-S63159500-A (JP)
Inventor: NOMURA KOKI
IPC: C11D9/02
Filed: 1986-12-24
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-H09125000-A (JP)
Title: Topcoat coating and top coating method
Inventor: USUI TAKETOSHI
IPC: C08G18/72
Filed: 1995-11-01
Abstract: PROBLEM TO BE SOLVED: To prepare a topcoat coating which can form a coating film having excellent finishing appearance, weather resistance, and acid resistance by using a particular acrylic copolymer having a low acid value. SOLUTION: This topcoat coating comprises: a hydroxyl-contg. acrylic copolymer (A) having an acid value of not more than 4mg KOH/g resin, pref. a hydroxyl value of 50 to 170mg KOH/g resin, a wt.-average mol.wt. of 3,000 to 30,000, and a glass transition temperature of -40 to 100 deg.C; an aliphatic and/or alicyclic blocked polyisocyanate (B) in such an amt. that the blocked isocyanato group is equivalent to the hydroxyl group of the component (A); and an organotin compd. and/or an organozinc compound (C) win an amt. of 0.005 to 10wt.% of the total amt. of the resin components of the coating (component (A) content + component (B) content).
Patent JP-H10148582-A (JP)
Title: Temperature sensor for cooking stove and its assembly
Inventor: SAITO SHIGEO
IPC: F24C3/12
Filed: 1996-11-18
Abstract: PROBLEM TO BE SOLVED: To obtain a temperature sensor whose operation of high reliability can be guaranteed for a long period, by supporting an output terminal member, one end of which is fixed and bonded to a sensor element via an insulating material with a support member, which is attached to the inside of a contact cap. SOLUTION: The surface of a contact cap 1 is brought into contact with the bottom part of a container in which an object to be heated by a movable cooking stove is housed. A sensor element 2 is fixed and bonded to the inside face of the contact cap 1. The surface of the sensor element 2 is brazed to the inside face of the contact cap 1 by using a proper brazing material 3 such as gold, tin or the like. One end 4a of a sheetlike output terminal member 4 is brazed to the rear surface of the sensor element 2 by using a proper brazing material 5 such as gold, tin or the like, and one end of the output terminal member 4 is sandwiched and held, via an insulating member 7, by an elastic support member 6 which is brazed and fixed to the inside face of the contact cap 1.  When a stress is applied to the sheetlike output terminal member 4, the elastic support member 6 prevents and reduces the stress acting on the bonded part on the rear surface of the sensor element 2.
Patent JP-H05115640-A (JP)
Title: Block data-developing device for embroidery
Inventor: ASANO FUMIAKI
IPC: D05C5/06
Filed: 1991-10-26
Abstract: PURPOSE:To provide the title device whereby a needle is developed in a block so as to be started at a start point and to be ended at an end point, on the basis of block data for an embroidering block or block train, seams density data, and embroidering data relating to the start point and end point, where both of the points are voluntarily designated. CONSTITUTION:Embroidaring area data are read (S31), and on the basis of both the data of a plurality of block groups (block data) and yarn density data in the embroidaring area data, the mean length of a first and second main sides is divided by a pitch (t) of a needle location interval, and division number F is operated (S36). When its block is not a final block, the first and second main sides are each divided by division number F in length, and embroidary is developed in the shape of a letter N inverted. When a start point and an end point are on the same main side in the final block, the main side on which the start point and end point exist is divided by division number (F+1) in length and the other is divided by division number F, and the embroidary is developed in the shape of a letter N inverted.
Patent JP-S63158614-A (JP)
Title: Nc work simulation method
Inventor: TERADA HIROYASU
IPC: G05B19/4069
Filed: 1986-12-23
Abstract: PURPOSE:To obtain more accurate simulation results by transforming coordinates so that the normal direction of a tool in the tool movement start position of each section coincides with the Z axis in case of 5-axis control. CONSTITUTION:When tool shape data 11 and tool locus data 12 are inputted, coordinate data P(x,y,z) of the position of the tool and normal direction data Q(i,j,k) in each position are subjected to coordinate transformation if input data is data for 5-axis control. Thereafter, shape data of an elimination area is calculated in an elimination area calculating part 13 by data subjected to coordinate transformation. When shape data 14 of a material to be cut is inputted after this calculation, shape data of the elimination area and that of the material to be cut are operated in a Boolean operation part 15, and results are displayed as simulation results on a CRT display device 16. Thus, the elimination area where the normal direction is taken into consideration is obtained and more accurate simulation results are obtained.
Patent JP-S63160129-A (JP)
Title: Electronic tube
Inventor: YONEYAMA KEIICHI
IPC: H01J19/32
Filed: 1986-12-23
Abstract: PURPOSE:To improve the heat dissipation capacity and reduce the inflow resistance of electrons by forming many recesses and projections regularly distributed the surface of an electron inflow electrode and partially forming a black film on this rugged surface so that part of the raw material of the electrode is regularly exposed. CONSTITUTION:Many recesses and projections 22 aligned regularly are formed on the inner surface of an anode cylinder 11. These recesses and projections 22 are formed in the peripheral direction, and the cross-section shape of the recess and projection is a triangle. A black film 21 is partially formed on the surface of these recesses and projections 22 so that part 23 of the raw material of the anode cylinder 11, i.e., copper or copper alloy, is regularly exposed. Accordingly, the heat dissipation capacity is improved, the inflow resistance of electrons can be reduced, and a black surface with a practically wide area and an electron incident plane with small resistance can be secured concurrently.
Patent JP-H02153020-A (JP)
Title: Production of low-yield ratio high tensile steel
Inventor: UCHIDA KIYOSHI
IPC: C22C38/00
Filed: 1988-12-06
Abstract: PURPOSE:To efficiently produce the low-yield ratio high tensile steel by subjecting a steel having a specific compsn. consisting of C, Si, Mn, P, S, Cu, Ni, Cr, MO, V, Nb, and Fe to specific rolling, cooling, hardening, and tempering. CONSTITUTION:The steel which contains 0.05 to 0.25wt.% C, 0.05 to 1.00% Si, 0.60 to 2.00% Mn, <=0.040% P, and <=0.020% S, contains further >=1 kinds of <=1.00% Cu, <=1.50% Ni, <=1.00% Cr, <=0.50% Mo, <=0.10% V, <=0.08% Nb, and consists of the balance Fe and unavoidable impurities is heated to >=1000 deg.C and the rolling thereof is ended at >=Ar3 point. This hot rolled material is immediately rapidly cooled to a 750 to 350 deg.C range and thereafter, the cooling is stopped and the rolled material is cooled with air for 20 to 300 seconds to precipitate about 10 to 60% fine ferrite. The steel material is then hardened and is then tempered at the temp. of the AC1 or below. The steel having about <=80% yield ratio and about >=58kgf/mm<2> tensile strength and the excellent low-temp. toughness is obtd. even for the thick steel plates of about >=25mm plate thickness.
Patent JP-H05118159-A (JP)
Title: Circulation carriage system mechanical multi-tiered parking space
Inventor: AONO HIROMI
IPC: E04H6/20
Filed: 1991-10-25
Abstract: PURPOSE:To make continuous delivery performable as well as to improve a problem of stagnance in a delivery port by installing a housing layer, a delivery floor, a carriage travel lane or the like, taking a carriage into an elevator in having it self-propelled in the horizontal direction, and circulating it in one direction. CONSTITUTION:Housing layers H1-H3 are installed in the underground and a delivery floor F in a uppermost layer on ground surface, respectively, and each of delivery elevators R1, R2 are set up at both ends of these housing layers H1-H3 and the delivery floor F. Next, a carriage travel lane is installed in space between both these elevators E1 and E2, and when an incoming car is entered into an empty garaging position, the incoming car is transferred onto a carriage kept alongside after checking the alighting by a transferred. In succession, with a self-propelling of this carriage, the incoming car is transferred to the delivery elevator E1 and lowered to the specified housing layer, thereby transferring onto the carriage travel lane. Successively it travels to a specified empty housing position, housing the incoming car with the transferrer. At the time of outgoing, the carriage is kept alongside after receiving a delivery request, and a housed car is fed to an empty delivery position with sequential operation reverse to the case of incoming. In this constitution, delivery operations of plural units of carriages take place in succession as circulating them in one direction.
Patent JP-H03169989-A (JP)
Title: Door lock device for car
Inventor: YUYAMA YOSHIO
IPC: E05B77/44
Filed: 1989-11-27
Abstract: PURPOSE:To prevent a car from a burglary by coupling a key rod connected to a key cylinder with an inner rod through a lock device and, at the same time, making it impossible to unlock by operation from the outside after locking is made by operation of a key. CONSTITUTION:A key rod 3 connected to a key cylinder 1 is coupled with an inner rod 4 connected to an inner lock knob 8 through a lock plate of the inside of a lock device 20. After a key is inserted into the key cylinder 1 to lock, it is impossible to unlock without using the key even if the lock knob 8 is operated through a half-opened window-glass, etc. According to the constitution, burglary of a car can be prevented.
Patent JP-H05120145-A (JP)
Title: Decoding preventing device for storage
Inventor: NAKAUE TAKAHISA
IPC: G06F21/86
Filed: 1991-10-25
Abstract: PURPOSE:To provide a decoding preventing device for storage which can prevent the decoding of the contents of the storage at a low cost. CONSTITUTION:A decoding preventing device for storage is provided with a switch means 4 which is turned on in response to the pull-out action of a storage 3 while this storage 3 is pulled out of a storage connector 2 of a storage holding base board 1 and also a pin of the storage 3 is connected to the connector 2 and a DC power supply 5 which is connected between a positive pole power terminal 12 and a negative pole power terminal 11 of the connector 2 so that the polarity is adverse to each other between the terminals 12 and 11 via the means 4.
Patent JP-H05193873-A (JP)
Title: Hydraulic elevator device
Inventor: MIYAKE TATSUO
IPC: B66B1/26
Filed: 1992-11-17
Abstract: PURPOSE:To provide a hydraulic elevator device and a control method thereof whereby control can be safely performed at the time of down lift running. CONSTITUTION:A variable throttle valve 13, which variably throttles a throttle amount by a control signal from a control unit 14 according to a change of speed at acceleration and deceleration running time of down lift operation by a rotational speed-controlled oil hydraulic pump 3, is used to change also an opening of an opening/closing valve 5, and to fully open its opening before ending acceleration running, and in the case of closing the opening/closing valve 5 at the deceleration running time of the down lift operation, the opening/ closing valve 5 is started to close after starting deceleration running. Accordingly, an opening corresponding to a flow of passing through the opening/closing valve 5 can be obtained, to prevent a passing loss from increasing. Also in the case of interrupting power, supplied to an electric motor 4, during down lift running by power off or the like, a down lift speed of a car can be suppressed from increasing to decrease an overrun amount of the car with high safety.
Patent JP-H07141015-A (JP)
Title: Robot controller
Inventor: TOKIDA HARUHIRO
IPC: B25J13/00
Filed: 1993-11-15
Abstract: PURPOSE:To correct the position of a robot to an exact target position after the operation of the robot is started toward the target position. CONSTITUTION:The robot controller 50 is composed of a set point generator part for calculating a track based in input data Da on prescribed conditions and a set point generator part for providing one of accelerated speed, equal speed and decelerated speed by executing its operation at every unit time based on the calculated result from the transient replanner part. On the other hand, the set point generator part is composed of a first arithmetic means 521 for calculating the track based on the input data Da, storage means 522 for storing the results executed by the first arithmetic means 521 up to the present moment, and second arithmetic means 523 for changing and outputting remaining operation amounts based on the stored result of the storage means 522 and data Db for correction when the data Db for correction are inputted by enabling the fetch of the data Db for correction.
Patent JP-H10127382-A (JP)
Title: Sink
Inventor: AKIYAMA SHIGEYUKI
IPC: A47B77/06
Filed: 1996-11-02
Abstract: PROBLEM TO BE SOLVED: To discharge waste liquid being equal to below prescribed reference to a drain by providing a water quality measuring part which quantitatively detect the chemical or physical quality of waste liquid in a draining path and monitoring the chemical or physical quality of waste liquid. SOLUTION: Waste liquid is permitted to flow inside a sink 2, into a conduit pipe by way of a draining port 3 and to a trap 4. The pH and the electric conductivity of the waste liquid are measured by a pH sensor and an electric conductivity sensor of a water quality measuring part 10 which is provided in a trap part 4. The detection outputs of the sensors are transmitted to a monitoring box 21, a pH value and the electric conductivity are obtained and displayed in a display part and it is judged whether or not the measured values are equal to below a reference value. When both pH and the electric conductivity obtained by measurement are equal to below the reference value, flowing of waste liquid against the sink 2 is continued.  The measurement values concerning waste liquid at this time are recorded in the memory part of the monitoring box 21 together with a data and other required matters.
Patent JP-H01153261-A (JP)
Title: Automatic polishing stone replenishing device for annular vibration barrel working machine
Inventor: KOBAYASHI HISAMINE
IPC: B24B31/12
Filed: 1987-12-04
Abstract: PURPOSE:To hold always a proper amount of polishing stones for same efficiency polishing even in a long time polishing operation by providing a means for detecting an amount of screened polishing stones and a supply means for replenishing deficient polishing stones on the basis of the detected values. CONSTITUTION:When an amount of screened polishing stones 12 is reduced, a float (detecting means) 8 is lowered as shown by the arrow 16, so that a switch valve 11 is also lowered in the same direction through a plate body 10. When the switch valve is lowered lower than a fixed position, a portion of a supply tube 7 is opened and the polishing stones 12 in a hopper 6 are, as shown by the arrow 17, supplied and replenished from said opened portion into a connecting pipe 3 connected to the downstream side of a selecting screen 2 in a barrel tank 1. Next, as the amount of polishing stones is increased, the float 8 is elevated and accompanied by the lift of switch valve 11 so that the supply of polishing stones 12 is reduced. Thus, by controllably opening and closing the switch valve 11 is held always a proper amount of polishing stones so that polishing can be performed with the same efficiency.
Patent JP-S63158594-A (JP)
Inventor: KUNIMOTO TOSHIFUMI
IPC: G10H7/00
Filed: 1986-12-23
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-H03166976-A (JP)
Title: Thermal transfer recording device
Inventor: KOBORI MASAAKI
IPC: B41J17/02
Filed: 1989-11-27
Abstract: PURPOSE:To enable a thermal transfer sheet to peel off a recording paper under a simple constitution by providing a drive roller near an outlet of a recording part and allowing the drive roller to rotate at a higher speed than the transport speed of the thermal transfer sheet. CONSTITUTION:An ink ribbon is oriented upward in its transport direction by a drive roller and is wound around a used ink ribbon roll 4. The used ink ribbon roll 4 is driven through a slip mechanism. The drive roller 10 is interlocked with a platen roller 9 so that the former rotates at a higher peripheral speed, for example, 1.2 times as much, than the transport speed of the latter. Alternatively, the drive roller 10 is driven by an independent drive source. Subsequently, a thermal transfer sheet is easily separated from a recording paper by a force to pull the ink ribbon slightly resulting in some elongation after the recording paper and the ink ribbon are released from a pressing force through a thermal head 8 and the platen roller 9.
Patent JP-S63158640-A (JP)
Title: Performance analysis diagnosing control system
Inventor: SHIROMIZU AKIRA
IPC: G06N5/04
Filed: 1986-12-23
Abstract: PURPOSE:To make the assist of a specialist unnecessary by providing a performance analysis diagnosing control means to draw the settling method of a problem point about an electronic computer system. CONSTITUTION:When a user who has noticed the problem point about the electronic computer system, starts the performance analysis diagnosing control means 3 through an inputting and outputting device 1 in an interactive processing system, an empirical rule group 5 and a declarative rule group 6 are developed in a working area 4 in a main storing device. The conditional section of an empirical rule in the empirical rule group 5 and the declarative rule group 6 are surveyed, and when the contents of the conditional section is satisfied, the empirical rule with a higher possibility is selected. Referring to the selected empirical rule, the performance analysis diagnosing control means 3 decides whether the contents of the conditional section is satisfied or not. By the declarative rule group 6 renewed by the execution of the empirical rule, other empirical rule is adopted, and when a process reaches a final conclusion, the report of the conclusion is taken out.
Patent JP-2000128477-A (JP)
Title: Work conveying crane
Inventor: FUKAZAWA TOSHIYUKI
IPC: B65G57/20
Filed: 1998-10-28
Abstract: PROBLEM TO BE SOLVED: To reduce labor in a work conveying working, to release complicated operation in absorbing the work, and to prevent the drop of the work in a power failure, and furthermore, to prevent the generation of the swinging of the work even in a high speed conveyance, in a work conveying crane used to the vertical loading of drum can (the work). SOLUTION: In this conveying crane to run on a running rail, and to convey a work 25 by absorbing it with a lift carrier 7 moving up and down by a winding device, the lift carrier 7 is provided with a suction pad 14 opened downward at the center of an elevating frame 13, and to suck and hold the work 25 at the center; a work stopper 12 to prevent the swinging of the work being attached to the lower surface of the elevating frame 13, and connected with the top board of the work 25; and plural guide shafts 23 which are extended downward from the elevating frame 13, and correct the position slippage of the work 25 in absorbing the work by the suction pad 14, so as to prevent the swinging of the work in the up and down movement by the pad 14.
Patent JP-H04178533-A (JP)
Title: Semiconductor pressure sensor
Inventor: NISHIMURA HITOSHI
IPC: G01L1/18
Filed: 1990-11-14
Abstract: PURPOSE:To measure plural pressure ranges without breakage of a diaphragm by providing a thinned portion with a large elastic limit in a central thick portion for forming the first elastic portion which becomes a diaphragm of a semiconductor substrate. CONSTITUTION:A thin portion of the first diaphragm portion 13 having a piezo- resistance 15 is formed on a silicon crystal substrate 11, the end edge portion of which is supported by a pedestal 17 having a hole 19 in the central portion, and a thin portion of the second diaphragm portion 14 which has a piezo- resistance 16 and a higher elastic limit than the diaphragm portion 13 is formed on the central thick portion. The amount of deformation of the diaphragm portions 13, 14 depending on the pressure is detected as an electric signal through the resistances 15, 14. Accordingly, as compared with the case of providing only the first diaphragm portion, there is no breakage of the diaphragm portion, in case of low pressure, the high sensitivity detection can be conducted through the first diaphragm with the large amount of deformation, and in the case of high pressure, the deformation of the second diaphragm portion is enlarged so as to measure pressure of plural pressure ranges.
Patent JP-H04179394-A (JP)
Title: Incoming system
Inventor: OKU TOSHIHIRO
IPC: H04Q3/42
Filed: 1990-11-14
Abstract: PURPOSE:To designate an incoming side only by dialing a subscriber's number at the incoming side by a caller by comparing the combination of a caller's number and a calling subaddress with that registered in a calling subaddress storing means, and reading an extension number corresponding to the combination of the caller's number and the calling subaddress when they are coincident. CONSTITUTION:The caller's number information and the calling subaddress information is received by a central control unit 6, and the received caller's number information and calling subaddress information one compared with the caller's number and the subaddress preliminarily registered in a memory circuit 5. Then, when the pertinent caller's number and the subaddress are registered, the extension number corresponding to the caller's number and the subaddress is read out, and for example, allowed to be incoming through a digital line circuit 4-1 to a pertinent terminal equipment 7-1. When the terminal equipment 7-1 answers, the central control unit 6 controls a time division switch 3, and sets a speech pulse. Thus, the caller can operate the incoming to the objective terminal equipment 7-1 or the like only by dialing the subscriber's number of the incoming other party.