baber/WOPTO huggingface dataset:
Patent JP-H0375007-A (JP)
Title: Improved mirror
Inventor: SUZUKI TAKASHIGE
IPC: A47G1/00
Filed: 1989-08-18
Abstract: PURPOSE:To improve the corrosion resistance, durability and workability by applying a coating material composition containing a specified amino modified epoxy resin binder, a pigment and lead sulphate onto a metallic protective film, and hardening the same to form a back coating film. CONSTITUTION:An improved mirror comprises a glass base plate 1, a silver mirror surface film 2 formed on the glass base plate, and a metallic protective film 3 formed on the silver mirror surface in order to improve the chemical durability of the silver mirror surface film 2. Coating material is applied to the metallic protective film 3 in order to improve the corrosion resistance and mechanical durability of the silver mirror surface film and the metallic protective film, and hardened to form a back coating film 4. The coating material contains an amino modified epoxy resin binder obtained from an amino alcohol having one amino group and at least one hydroxy group in molecule and an epoxy compound having the epoxy equivalent of 450-3000 and a pigment at the weight ratio of 1.0-4.6 and further contains 5-15wt.% lead sulphate in a coating material composition.
Patent JP-S6190000-A (JP)
Title: Air lift pump
Inventor: KANAI JUN
IPC: F04F1/18
Filed: 1984-10-11
Abstract: PURPOSE:To maintain a constant flow of the transferring liquid of a pump by providing a counterflow preventing device in a hydraulic introduction tube for introducing the liquid from a liquid charging tank to a liquid lifting tube and providing a unit for restricting the amount of the liquid discharged from an air-liquid separating tank and a flow control device for driving-purpose compressed air. CONSTITUTION:The transferred liquid from a liquid charging tank 1 is transmitted from a hydraulic introduction tube 2 to the lower part of a liquid lifting tube 3, and succeedingly the compressed air is introduced from a drive-purpose compressed air introducing tube 5 to the liquid lifting tube 3. At this time, the transferred fluid is transmitted upward along the tube 3, and thereafter it is transmitted to an air-liquid separating tank 6, but because a counterflow preventing unit 4 is provided near to the entrance of the tube 3, the counterflow of the foregoing air to the liquid charging tank 1 side can be prevented. Also, the liquid discharged and transmitted from the air-liquid separating tank 6 is restricted by a liquid discharging quantity restricting unit 8 and the surface of the liquid is detected by a level meter 11, and a s a result, it is compared with the set standard surface. A flux adjusting valve 12 provided in the foregoing air introducing tube 5 is operated in response to a signal corresponding to its deviation and the flow of the compressed air to the liquid lifting tube 3 is controlled and regulated, and consequently the flow of the liquid transmitted to the pump can be maintained constant.
Patent JP-S6271580-A (JP)
Inventor: SAEKI YOSHIKUNI
IPC: B07B13/02
Filed: 1985-09-24
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-H0728100-A (JP)
Title: Light modulation device and conoscopic holography-system
Inventor: AHARON AGURANATO
IPC: G02F1/21
Filed: 1991-07-29
Abstract: PURPOSE: To realize removal of a continuous wave component and control of an optimum transmittance while keeping the dynamic range of light to be transmitted by providing a crystal in the cavity part of an interference system having a transmittance-optical distance characteristic and applying an external electric field to the crystal. CONSTITUTION: Crystal 1 having a refracting property is arranged in an optical cavity part of an interferometer system 2 which has an inclination to lead a dynamic range where the transmittance is most changed for the least change of the refractive index. The range of the cavity part is determined by semitransparent mirrors 21 and 22. When write-in light qe is made incident, it is absorbed by the refractive index of crystal 1, and when a read light q1 is made incident next, the transmittance characteristic of the interferometer 2 is changed because the refractive index of crystal 1 is changed by the write-in light qe already made incident. Further, the optimum transmittance is controlled to a desired value by the electric field with can control the refractive index of crystal.  Consequently, the dynamic range is increase in accordance with the inclination of the transmittance-optical distance characteristic.
Patent JP-H0498742-A (JP)
Title: Glare-proof cathode-ray tube
Inventor: KAWAMURA HIROMITSU
IPC: H01J29/88
Filed: 1990-08-13
Abstract: PURPOSE:To obtain a cathode-ray tube of high glare-proof performance, and ensure the well satisfactory antistatic performance thereof by causing a specific solution of alcohol as a main solvent to contain the specific weight of a water solution added with a specific oxide or the like, and spraying the solution to the surface of the cathode-ray tube for the formation of a film thereon. CONSTITUTION:The face plate of a cathode-ray tube is spray coated with a solution composed of a mixture of an ethyl silicate solution containing alcohol as a main solvent added with at most one type of fine grains of SiO2, Al2O3, MgF2, B2O, 2rO2 and TiO2, and further added with 25 to 50wt.% of water, thereby forming a glare-proof film on the face plate. According to the aforesaid construction, it is possible to obtain a glare-proof cathode-ray tube of high glare-proof and enough antistatic performance.
Patent JP-S6454344-A (JP)
Title: Enzyme electrode
Inventor: OMOCHI TERUYUKI
IPC: C12M1/40
Filed: 1987-08-26
Abstract: PURPOSE:To maintain detection sensitivity and to extend the life of the titled electrode by fixing an enzyme immobilized film in which gelatin is used at least a part of a matrix component and a multifunctional compd. is used as a high crosslinking agent to an electrode stock. CONSTITUTION:The gelatin is used as the matrix component of the enzyme immobilized film and the multifunctional compd. such as, for example, glutaraldehyde is used as the crosslinking agent. For example, gluclose oxidase, lipase, etc., are usable as the enzyme. The enzyme immobilized film material prepd. by compounding proper ratios of the crosslinking agent and the enzyme with the matrix component is diluted and dissolved in a solvent such as water or buffer soln. and a prescribed amt. of the soln. is applied on the surface of the electrode stock and is dried. The film strength is thereby intensified and the detection sensitivity is maintained; in addition, the longer life is obtd.
Patent JP-H1055267-A (JP)
Title: Reciprocal calculation device for exponential function
Inventor: YAMADA SOU
IPC: G06F7/556
Filed: 1996-08-09
Abstract: PROBLEM TO BE SOLVED: To calculate an approximate value of the reciprocal of the exponential function fast with high precision. SOLUTION: A controller 3 outputs an argument (x) to a product sum computing element 1 and makes a coefficient storage device 4 output a numeral (1/1n2). The product sum arithmetic unit 1 calculates the product x' of the argument (x) and the numeral from the coefficient storage device 4. The controller 3 extracts the high-order bits of the mantissa part of the product x', adds the negative sign, and saves them as the exponential part of the calculated value. A new product x' is found from the low-order bits of the mantissa part of the product x' and the product of the new product and a numeral 1n2 from the coefficient storage device 4 is regarded as a new argument (x).  Then an entry x0 to an expansion center value storage device 2 is generated from the new argument (x), the expansion center value storage device 2 is made to output a numeral of a function (-x0 ), and the minus sign is added to the new argument (x); and they are outputted and the entry x0 is outputted. A product sum arithmetic unit 1 calculates (-Δx) from it and performs repetitive calculation to output the result together with the exponential part of the calculation result of a function exp (-x).
Patent JP-H1059141-A (JP)
Title: Car rasher
Inventor: KAWAI NOBUHIKO
IPC: B60S3/06
Filed: 1996-08-12
Abstract: PROBLEM TO BE SOLVED: To provide a car washer in which both side surfaces of a vehicle can be sufficiently washed using a side brush even when the vehicle is carried as it is a little deflected right or left, and in which time required for washing a front surface and a back surface of the vehicle using the side brush can be shortened. SOLUTION: In a car washer for washing a vehicle in a car washer main body 1 as it is carried on a conveyor device, a frame 18 which is capable of freely reciprocating in a vehicle carrying direction C and an inverse direction D to it is provided on the car washer main body 1, and the frame 18 has a side brush device 8a on the left side movable in the lateral direction within a left half range of the car washer main body 1, and a side brush device 8b on the right side movable in the lateral direction within a right half range of the car washer main body 1.
Patent JP-S60104239-A (JP)
Title: Packing density measuring apparatus
Inventor: SAKURAI YOSHISHIGE
IPC: G21C17/10
Filed: 1983-11-11
Abstract: PURPOSE:To improve a measuring accuracy by providing the first absorbing rod transferring mechanism for transferring plural absorbing rods in order, and a measuring apparatus provided at the absorbing rod sending on side of said transferring mechanism. CONSTITUTION:A packing density measuring apparatus has the absorbing rod 1 packed with a boron carbide 2, the measuring apparatus 3 and the first absorbing rod transferring mechanism 31. At first, gamma rays are irradiated respectively from two gamma ray sources cesium (Cs<137>), americium (Am<241>) having different energies in the apparatus 3. Two unknown numbers i.e. a wall thickness of the tube of the rod 1 and a quantity of the packed boron carbide are calculated from the transmitted quantity, and the partial packed density is calculated from an outer diameter of the tube measured by these values and a laser mechanism 4. Thereby, the measuring accuracy in the measuring apparatus can be improved remarkably.
Patent JP-H1040608-A (JP)
Title: Video signal reproducing device and operating control method therefor
Inventor: OMOTO TAKESHI
IPC: G11B27/34
Filed: 1996-07-23
Abstract: PROBLEM TO BE SOLVED: To perform a cue and a review by pressing only one operation button and also to set a review time according to the user's preference. SOLUTION: When a skip button is once pressed at the time of watching a program under the usual playback(PB) state, the cue state is effected. When the skip button is pressed again after arrival at the point desired to be seen, the cue state is changed over to a review state. Then, after performing a review for a fixed time T1, the PB state is automatically effective again. At the time of the second successive pressing as stated above, if this pressing is kept on as it is, the review is continued during the pressing time. Then, when the skip button is released from its pressing, the review is canceled to become the PB state. The review time T1 can be set according to the user' preference.
Patent JP-H0376838-A (JP)
Title: Mixture of cotton, nylon and heat-resisting fiber
Inventor: JIEIMUZU RARUFU GURIIN
IPC: D03D15/00
Filed: 1989-08-17
Abstract: PURPOSE: To obtain the subject mixture which comprises nylon staple fibers, specific heat-resistant fibers and cotton fibers and is used as a warp for a heat-resistant fabric having high durability and good beautiful appearance. CONSTITUTION: This tight staple fiber mixture of <=10 dtex/fiber comprises 5-20% (preferably 10-15%) of nylon staple fibers, 15-50% (preferably 15-35%) of heat-resistant fibers having a heat-resistant time of at least 0.018 sec/g/m<2> and a maximum safe percentage of oxygen of 25, and 30% (preferably 50%) of cotton fibers.
Patent JP-H0260368-A (JP)
Title: Facsimile controller
Inventor: TAKAHASHI TOSHIHIKO
IPC: H04N1/00
Filed: 1988-08-26
Abstract: PURPOSE:To continuously transmit intermittently received data to a facsimile without breaks by providing a circuit which detects EOL(end of line) indicating delimitation of data of one line. CONSTITUTION:When data from a host device is transmitted, picture information data 11 is converted to a parallel data by an S/P converting circuit 1 and the EOL indicating delimitation of data of one line is detected by an EOL detecting circuit 2. Data between EOLs is stored as one-line components of data in a preceding line data storage circuit 3 in accordance with the EOL detection signal. Simultaneously, the number of data bits between EOLs is counted by a counter 6. When transmission of data blocks from the host device is stopped, a transmission indicating signal 22 is turned on to output stored data to a P/S converting circuit 4. Further, preceding line data is outputted form the circuit 4 to the facsimile as a picture information signal 21.
Patent JP-2001044006-A (JP)
Title: Manufacture method for chip thermistor and adjusting method for resistance value
Inventor: HAMAYA JUNICHI
IPC: H01C17/24
Filed: 1999-07-27
Abstract: PROBLEM TO BE SOLVED: To enhance reliability by heating an insulating layer and by burying a recess formed by trimming with a melting insulating material, after adjusting a resistance value by trimming a part of a surface electrode or a part of thermistor element from the upper part of the insulating layer. SOLUTION: A chip thermistor manufacture method is comprised of measuring a resistance value by a probe contacting a space between outer electrodes of the chip thermistor element 22, after that irradiating YAG laser from the upper part of an insulating layer 15 based upon the measured value, forming a window 15a by eliminating a part of the insulating layer 15, simultaneously trimming a surface electrode 13 exposed from the window 15 and adjusting a prescribed resistance value. A recess 23a is formed on the upper surface of the chip thermistor 22 by adjusting the resistance value with the YAG laser. After that, a chip thermistor can be obtained with a CO2 laser through the irradiation thereof of the periphery of the window 15 of the insulating layer 15, by heating the insulating layer 15 at the periphery of the window 15, and by burying the recess 23a by molten glass.
Patent JP-S6458628-A (JP)
Title: Hexagon shaped bundling equipment for pipe
Inventor: IDE TSUTOMU
IPC: B65G57/18
Filed: 1987-08-26
Abstract: PURPOSE:To bundle pipes in a hexagon shape, by equipping a pipe guide, which is arranged in parallel with the pipe charging skid and the inclined plane of a bottom receiving part on the right hand side, and whose tip is arranged to intersect with a bottom receiving part on the left hand side; and supplying pipes continuously in the receiving frame without counting. CONSTITUTION:Beforehand, a bottom receiving part on the left hand side 1a is moved to a predetermined position to a bottom receiving part on the right hand side 1b, and the length from the intersection point between the inclined planes of the bottom receiving parts on the left and right hand sides 1a, 1b to the tip of the inclined plane of the bottom receiving part on the right hand side 1b, is set to a predetermined value. By simply making a receiving frame 1 decend in such a manner that the upper edge of the bottom receiving part on the right hand side 1b will become lower continuously and gradually by the height of a pipe at a time from the upper edge of a vertical receiving part on the right hand side 2, pipes P are charged such as 6 each for the second row, 7 each for the third row, 8 each for the fourth row, and 9 each for the fifth row. From the sixth to nineth row, the receiving frame 1 is made to decend continuously one after another in the same manner from the first to fifth row. At the same time, a pipe charging skid 3 is made to advance continuously and gradually. A total of 61 each of pipe P can be bundled in a hexagon shape.
Patent JP-H0937618-A (JP)
Title: Safely running manipulator for mobile farming machine
Inventor: MATSUOKA HIDEKI
IPC: A01C11/02
Filed: 1995-07-28
Abstract: PROBLEM TO BE SOLVED: To enable the effective operation of the main gear lever and the sub-gear lever so that the movable farming machine may not run over its safety speed. SOLUTION: This farming machine can be changed in its running speed with the main shift lever 1 and the sub-shift lever 2. The main shift lever 1 and the sub-shift lever 2 are equipped with cams 3, 4, respectively which can integrally rotate, respectively. When the main lever is set to the position of the moving speed, the stopper 5 interlocks with the shift of the main lever 1 to connects to the cum 4 of the sub-shit lever 2 so that the sub-shift lever may not be operated at a higher speed than the lowermost one S1 . When the sub-shift lever 2 is set to a position other than the lowermost speed S1 , the stopper interlocking with the sub-shifting lever actuates to connect to the cum 3 of the main shift lever 1 so that the main shift lever 1 may not be operated to the position of the moving speed.
Patent JP-S58114853-A (JP)
Title: Portable grinder for circumferential part of hole
Inventor: YAMAMOTO IWAO
IPC: B24B55/05
Filed: 1981-12-29
Abstract: PURPOSE:To carry out grinding of a circumferential part of a hole easily and reliably, by a method wherein a protruded part for a hole guide to be inserted into a hole formed on an iron frame for building use is provided on the tip of a wheel spindle and a grinding wheel cover which touches the grinding surface is provided advancably and retreatably. CONSTITUTION:A grinding wheel 28 is fixed on the tip of the main spindle 21 of a portable grinder 20 through a cylindrical spindle 25. The cylindrical spindle 25 is provided with a protruded part 30 for a hole guide in a protruded state from the grinding surface. A cylindrical cover guide part 33 is installed on a head 22 of the grinder 20, through which a grinding wheel cover 38 energized by a bounce of a compression spring 44 is supported slidably. The protruded part 30 for the hole guide is inserted into a hole to be ground and a circumference of the hole is ground over pressing the grinding wheel cover 38 against an iron frame.
Patent JP-S6458720-A (JP)
Title: Safety device for working vehicle
Inventor: NOGUCHI MASAO
IPC: B66F9/24
Filed: 1987-08-26
Abstract: PURPOSE:To avoid the occurrence of unexpected moving of working vehicle by a method in which a safety switch is provided for an electric circuit to operate in an interlocking manner a solenoid valve to switch an oil-pressure type stepless change gear for traveling to forward, backward, and neutral and an operator and switching operation is made during boarding and alighting period. CONSTITUTION:A solenoid valve 15 which can be freely switched to forward, backward, and neutral operation condition is provided for the oil pressure system of an oil-pressure type stepless change gear. A safety switch 17 is also provided for an electric circuit R to operate the valve 15 and an operator 16 in an interlocking manner. Lock levers 18 are set to the left- and right-handed boarding and alighting sections of an operation section 10 in such a way as to enable them to be freely switched in a rocking manner to an operating position projecting forwards and an nonoperating position retracted downwards by rocking. The levers 18 are interlocked with the switch 17 so that the switch 17 is switched when the levers 18 are in the nonoperating position.
Patent JP-S60105005-A (JP)
Title: Fault monitoring device for output signal of redundant system
Inventor: ISHII KAZUHIKO
IPC: G05B23/02
Filed: 1983-11-14
Abstract: PURPOSE:To attain the monitor of faults with extremely small quantity hardware by detecting the presence or absence of a fault by the difference between the output signal of each redundant system and an intermediate value signal and fetching the result of said detection to a memory with a sampling signal which can vary its time width. CONSTITUTION:Signals 221a-221c of systems A-C are supplied to multiplexers 712-714, and then an intermediate value signal 31 given from a signal selector 3 is supplied to a multiplexer 711. Each multiplexer fetches the signal of each channel to a coincidence detecting circuit 72 by a scanning signal 756 and calculates the differences between the signal 31 and signals 221a-221c successively by differential amplifiers 521-523. For the system such as the system A, etc. where the result of said calculation exceeds a range decided by the allowance deviation voltage 531, the output 551a of a window comparator 541 is set at level H and written to a corresponding address of a memory element 731 decided by the signal 756 and with the trigger of a sampling signal 757. Then the written output 551a is transferred to a display element 741, and the element of the system A is lit up.
Patent JP-H0937646-A (JP)
Title: Culture of tomato
Inventor: KATOU SHINGO
IPC: A01G1/00
Filed: 1995-07-29
Abstract: PROBLEM TO BE SOLVED: To efficiently carry out culture of tomato and increase percentage of rootage of the seedling and carry out uniformity of growth and plan harvesting period of fruit by forming a film due to resinous liquid on the cut face of stem of an axillary bud, inserting the axillary bud into a culture medium, growing the seedling and efficiently carrying out culture of tomato. SOLUTION: An axillary bud having flower bud is separated from grown seedlings and a film due to a resinous liquid is formed on the cutting face of stem of the axillary bud and the axillary bud is inserted into a culture medium to grow the seedlings or the cut face side of the stem of the axillary bud is retained in the culture liquid to root the stem and the seedling is grown to culture tomato. Furthermore, the film is preferably formed by air-drying resinous liquid which the axillary bud has by drying the axillary bud in shade.
Patent JP-H0659833-A (JP)
Title: Printer in network environment
Inventor: UEHARA MANABU
IPC: B41J29/38
Filed: 1992-08-10
Abstract: PURPOSE:To improve the print efficiency in the network environment in which plural printers are connected by transferring data received from a host computer to other printer connected on the network. CONSTITUTION:A controller 2 converts print data from a host computer 5 into video data and outputs the data to a printer engine 3 based on the control mode set for the time and a control bode from the host computer 5. Data sent from the host computer 5 through a host interface I/F 7 are divided into print data, print control data and other data by a CPU 8 and the print data and the print control data are stored in a buffer. When a printer instruction from the host computer 5 or the data received from the host computer 5 exceed one page, the controller 2 outputs a print start instruction to the printer engine 3 through an engine I/F 13 and the engine 3 prints out the data.