baber/WOPTO huggingface dataset:
Patent JP-H0460446-A (JP)
Title: Flow cell device
Inventor: NAGASAKI SUSUMU
IPC: G01N35/08
Filed: 1990-06-29
Abstract: PURPOSE:To enable measurement of the state immediately after mixing wherein a reaction is most active, by providing a flange with at least three flow orifices which communicate with a flow cell space part formed between the flange and a transparent plate. CONSTITUTION:An extracted mixture liquid is introduced into a flow cell space part 36 through a flow passage 15b of a measuring system and a flow orifice 37a, while a luminous reagent is introduced into the flow cell space part 36 through a luminous reagent flow passage 19a and a flow orifice 37b. The extracted mixture liquid and the luminous reagent are mixed in the flow cell space part 36 and a bioluminescence reaction occurs. The mixture liquid making the luminescent reaction is measured through a transparent plate 33 by a detector in a moment and thereafter the reaction mixture liquid is held in a waste liquid tank through a flow passage 37c and a waste liquid flow passage 21. Since an object of measurement and a measuring reagent can be mixed in the flow cell space part 36, accordingly, it is possible to measure the state immediately after mixing wherein the reaction is most active, and thus measuring sensitivity and precision can be improved remarkably.
Patent JP-S5797126-A (JP)
Title: Detecting method for fluctuation of power supply voltage of copying machine
Inventor: HOSAKA MASAO
IPC: G05F5/00
Filed: 1980-12-08
Abstract: PURPOSE:To realize the compensation for the fluctuation of the power supply voltage for the whole system of a copying machine, by superposing the DC reference voltage on the full wave rectified ripple of an AC power supply, extracting only the AC component with deletion of the DC component of the ripple, and detecting the peak value of the AC compoenent of the ripple. CONSTITUTION:For a copying machine, the DC reference voltage VREF is superposed on a ripple V1 obtained by giving the full wave rectification 30 to the AC voltage given from an AC power supply to obtain a ripple V2. Then a ripple V3 obtained by deleting 32 the DC component out of the ripple V2 is supplied to a peak holding circuit 33 which is operated by a sampling signal Sp of a microcomputer. Thus the peak value is detected, and the voltage fluctuation component of the AC power supply is calculated by the microcomputer based on the result of an A/D conversion 34.
Patent JP-2001001408-A (JP)
Title: Method and apparatus for shaping three dimensional solid
Inventor: TAKAHASHI HITOSHI
IPC: B29C67/00
Filed: 1999-06-18
Abstract: PROBLEM TO BE SOLVED: To uniformly apply an adhesive in an atomized state and provide a three dimensional cube shaping method wherein an electrostatically attracted sheet is not peeled off by execution of an adhesive applicating process. SOLUTION: This apparatus successively laminates a plurality of sheets through an adhesive-applicating process wherein an electrostatically attracted sheet S is pasted to obtain a three dimensional cube of a specific shape. In this case at the time of pasting, a pasting part or its neighborhood is again electrostatically charged by corona charging devices 22 and 22. Further, a pasting tool 72 comprises an adhesive feed nozzle wherein the adhesive is fed by pressurized air and an air injection nozzle wherein compressed air is injected, and an opening part of the adhesive feed nozzle and an injection pore of the air injection nozzle are located in proximity to each other.
Patent JP-S5795903-A (JP)
Title: Herbicidal composition
Inventor: TAKEMATSU TETSUO
IPC: A01N43/90
Filed: 1980-12-08
Abstract: PURPOSE: To prepare a herbicidal composition giving excellent synergistic herbicidal effect at a lower rate of application than in the case of separate application of the components, by adding a compound having phytohormone activity, e.g. gibberellins, to a specific SF-1293 substance having herbicidal activity.  
     CONSTITUTION: The objective composition contains as active components, (A) 1pt. of one or more compounds selected from the SF-1293 substances of formula (M 1  and M 2  are H, Na, K, Li, Cu, Mg, Ca, Zn, Ni, Mn, NH 4 , mono-, di- or tri-lower alkylamine, etc.; A is hydrochloric acid, hydrobromic acid, phosphoric acid, perchloric acid, acetic acid, propionic acid, citric acid, etc.; n is 0, 1/2, or 1) having excellent herbicidal effect to a wide variety of annual and perennial weeds and bushes by foliar treatment, and their salts, and (B) 6,67×10 -6 W20pts. of one or more compounds selected from gibberellins, 2-chloroethylphosphonic acid, methionine, benzyladenine, and abscisic acid. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S5696373-A (JP)
Title: Data retrieval processing system
Inventor: MASUZAWA HIDEHO
IPC: G06F17/30
Filed: 1979-12-28
Abstract: PURPOSE: To perform new definition with simple procedure, by utilizing the result of data retrieval.  
     CONSTITUTION: Log memory 17 where information displayed on display 1 is stored, procedure reproducing part 18 which reproduces the preceeding retrieval state on display 1 according to contents of memory 17, memory parts 19W22 where procedure names input to define a new table and items defined by these procedure names are held, and procedure file part 23 are provided. Then, reproduced display on display 1 is utilized to define new set procedure names and pertinent items, and they are stored in file 23, and procedure names utilized from new definition are stored as display procedure information in file 23 with correspondence. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S6064353-A (JP)
Title: Irradiating method of electric discharge lamp
Inventor: KIRA TAKEHIRO
IPC: G03B27/16
Filed: 1983-09-20
Abstract: PURPOSE:To form easily a light source which appears to be spherical by rotating an electric discharge lamp around the luminance center of the arc therof or near the same with the direction perpendicular to the running direction of the arc as a revolving shaft. CONSTITUTION:An electric discharge lamp is rotated around the center 6 of the luminance light of a cathode 3 and an anode 4 forming said lamp or near the same with the Y-Y axis perpendicular to the direction X-X where the arc travels as the central axis. When electric discharge is made between the cathode 3 and the anode 4, the luminance center comes to a position 6 deviated from the central point. A luminance curve 5 is made also asymmetrical with the central point 6 and the luminance is distributed like the curve (a). Now if the lamp is rotated around the Y-axis, the luminance is distributed like (b) or (c) (when the center of rotation deviates slightly from 6). The light source which appears to be spherical is thus easily constituted and the method is adequate for baking of fine dots to a cathode ray tube.
Patent JP-S6232946-A (JP)
Inventor: ARAI TOSHIO
IPC: A61C3/06
Filed: 1985-08-07
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H0221759-A (JP)
Title: Automobile telephone system
Inventor: ODA TERUO
IPC: H04M1/00
Filed: 1988-07-11
Abstract: PURPOSE:To always ensure the communication enable state by using a handset of hand-free type when communication is disabled through the use of a handset of cordless type so as to control the talking. CONSTITUTION:A handset 5 of cordless type provided with a radio communication means in an automobile and a handset 2 of hand free type connected electrically to a power supply 8 of the automobile are provided. Moreover, detection means 48, 49 detecting the state of talking disable through the use of a handset 5 of the cordless type and generating a switching signal and a control means 46 connecting electrically to the handset 2 of the hand-free type and using the hand-free type handset 2 in the case of receiving a switching signal so as to attain talking are provided. Thus, even if the talking is disabled by using the handset of the cordless type, the talking is controlled with the handset of the hand-free type without applying any radio communication in the automobile in the case. Thus, the talking enable state always excellent is ensured.
Patent JP-H1019539-A (JP)
Title: Method for measuring lubricant film thickness of magnetic recording medium
Inventor: KUDO FUMIO
IPC: G01B15/02
Filed: 1996-07-02
Abstract: PROBLEM TO BE SOLVED: To provide a method of measuring the lubricant film thickness of a magnetic recording medium wherein the film thickness of lubricant of the magnetic recording medium can be easily measured in a short time. SOLUTION: Light (r) with a specified range of intrinsic energy amount of light, (5.6-6.2eV) and radiant flux amount of light (40-400nW), is projected from a lubricant 23 side applied on a Co-Ni thin film 22 formed on a substrate 21 by oblique vapor depositing in an oxygen atmosphere, so that a photoelectron is emitted only from the Co-Ni thin film 22. The number of the photoelectrons 6 which have passed through the lubricant 23 out of the emitted photoelectrons per specified time is counted with a counting device 8, thus a film thickness of the lubricant is measured.
Patent JP-2000193859-A (JP)
Title: Drawing tool for optical fiber cable, and its assembling method
Inventor: TSUCHIYA KINYA
IPC: G02B6/46
Filed: 1999-06-18
Abstract: PROBLEM TO BE SOLVED: To increase the connection strength against tension at a connection, and increase the allowable bending stress against the bending moment. SOLUTION: A bottomed cylindrical tension metal piece 3 having a hollow part 30 to be fitted to a tension member 21 of an optical fiber cable 20, and a screwing means which is screwed from an outer circumference of the tension metal piece 3 toward the hollow part 30 in a piercing manner to fix the tension member 21 to the tension metal piece 3 through a metallic sleeve 2 are provided, a hole 8 for tension is integrated with a tip part of the tension metal piece 3, three screwing means 5 are arranged in the different directions of the circumference of the tension metal piece 3, and provided at arbitrary intervals along the axial direction of the tension member 21 fitted to the tension metal piece 3.
Patent JP-2000005490-A (JP)
Title: Washing/drying machine
Inventor: SAITO TAKESHI
IPC: D06F39/04
Filed: 1998-06-19
Abstract: PROBLEM TO BE SOLVED: To provide a washing/drying machine capable of preventing installation space from worsening environmentally and also preventing wasteful use of cooling water by preventing moisture from being released indoors where the washing/drying machine is installed, even if the temperature of the cooling water changes. SOLUTION: In a washing/drying machine, wherein a spinning spin-drying tub 6 open at its upper surface is freely rotationally placed inside a water tube 5 supported within an outer cabinet 1 and an agitator 7 is placed at the bottom of the inside of the spinning tub 6 and a hot air generator 19 for supplying hot air into the spinning tub 6 is provided within the outer cabinet 1 and a dehumidifying mechanism 45 is provided to serve as a dehumidifying means using cooling water obtained by condensing and collecting moisture vaporized from the washing, a temperature detection means 54 for detecting the input temperature of the cooling water and a water feed valve serving as a water feed control means for controlling the amount of input of the cooling water per unit time according to an output from the temperature detection means 54 are provided.
Patent JP-S6063325-A (JP)
Title: Operating method of continuous annealing furnace
Inventor: KOBAYASHI SHIYUUHOU
IPC: C21D9/56
Filed: 1983-09-19
Abstract: PURPOSE:To increase thermal efficiency of an annealing furnace and also to stabilize its operation by preheating the gaseous atmosphere supplied to a soaking pit, gas-jet furnace and shelf furnace of a continuous annealing furnace for a steel strip by the waste gas of a heating furnace. CONSTITUTION:A steel strip S from a preheating furnace of a continuous annealing furnace is continuously annealed through a heating furnace 2, soaking pit 3, intermediate gas-jet cooling furnace 4, shelf furnace 5 and final gas-jet cooling furnace 6. In this case a reducing gaseous atmosphere 7 supplied to the respective furnaces 3, 4, 5, 6, is preheated by the high-temperature waste gas 10 discharged from the heating furnace 2. Therefore the waste gas 10 is passed in series through the recuperators 21, 22 at the upstream and downstream sides and discharged, and the gaseous atmospheres for the soaking pit 3 and for the other furnaces 4, 5, 6 are heated to a suitable temperature by the recuperators 21, 22 respectively and supplied to each furnace. The deterioration of the shape of strip by the temperature drop of strip at an inlet part of the gas due to the supply of the low-temperature gas is prevented, and the generation of obstacles such as unevennesses of reduction and annealing is prevented. Thus the stable operation is performed.
Patent JP-S6150371-A (JP)
Title: Semiconductor memory device and manufacture thereof
Inventor: SHINADA KAZUYOSHI
IPC: H01L29/792
Filed: 1984-08-20
Abstract: PURPOSE:To obtain the high-performance semiconductor memory device such as EPROM which is capable of high-speed operation and the arbitrary design of cell characteristics by forming a control gate out of the second amorphous silicon film and a gate electrode in the peripheral part ouf of the first amorphous silicon film respectively and changing their surface regions into a metal silicide film. CONSTITUTION:A floating gate 34 of a cell transistor of EPROM device and a gate electrode 31 of a peripheral transistor are formed out of the first-layer polysilicon film 23 and a control gate 36 of the cell transistor is formed out of the second-layer polysilicon film 27. During the process shown in the figure (b), the polysilicon oxide film 26 which will become the second gate oxide film 35 of the cell transistor is formed under the condition that the first silicon nitride film 24 is formed on the first polysilicon film 23 in the peripheral part so that a film thickness of the second gate oxide film 35 of cell transistor can be controlled individually and the characteristics of writing and holding of memory cell can be conrolled arbitrarily. In addition, as the surface region of the control gate 36 and a gate electrode 31 can be converted into a metal silicide film 43, the increase in velocity can be attained easily.
Patent JP-S5693592-A (JP)
Title: Printing ink transfer body
Inventor: MATSUDAIRA OSAHISA
IPC: B41N10/00
Filed: 1979-12-27
Abstract: PURPOSE: To obtain the ink transfer body for gravure offset printing which contains silicone oil coupling with a rubber layer and nonreacting type silicone oil, comprises a set silicone-rubber layer and a foaming body layer having a specific thickness and hardness and can be transferred completely at low printing pressure.  
     CONSTITUTION: By laminating the set silicone-rubber layer 1 which contains one- end reacting type silicone oil coupled at one end of a molucular chain with the functional group of silicone rubber and the nonreacting type silicone oil which scatters, permeates on the surface of the printing ink transfer body and forms a thin film, has the thickness of 600 or below and is at 20 degrees or below in terms of the hardness of rubber in JIS, as an upper layer, and the layer 2 of a foaming body (e.g. urethane form sheet, etc.) as a lower layer, on a substrate (e.g. aluminum substrate, etc.) 3 by using a bonding agent respectively, the multilayerd printing ink transfer body whose hardness of rubber is made to be at 10 degrees or below in terms of JIS as the whole is obtained. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H0470371-A (JP)
Title: Recording device
Inventor: ITOU NORIAKI
IPC: B41J19/76
Filed: 1990-07-02
Abstract: PURPOSE:To stabilize the rotating speed of a motor and prevent deter-ioration of a recording quality and noise generation by setting the integral value of speed control to a specified value when the rotation of the motor reaches a controlled constant speed. CONSTITUTION:The rotation of a motor 106 is detected based on a signal from an encoder 137 installed on a carriage motor 106, and a rotating direction signal is entered from a decoding circuit 138 to detect the rotating method of the motor 106. A carriage 105, due to its inertia always tends to rotate with a delay behind an instructed rotating speed. Therefore, an error integral value is set to a specified value unconditionally, on an assumption that an overshoot is bound to occur during a shift to constant speed control, if the rotating speed of the carriage motor 106 reaches a constant speed. Consequently, if a generated speed error between an instructed speed and the actual rotating speed of the motor 106 is significant, for example, during speed acceleration control, it is possible to control the rotating drive o the motor 106 stably without speed variation such as an overshoot.
Patent JP-S5797388-A (JP)
Title: Brushless dc motor
Inventor: GOTOU MAKOTO
IPC: H02K29/00
Filed: 1980-12-08
Abstract: PURPOSE:To form a brushless DC motor by switching and controlling an exciting coil with the terminal voltage of a capacitor which discharges with the prescribed current determined in a circuit manner in response to a position detection signal, thereby smoothing the switching operation of a coil exciting path. CONSTITUTION:When a coil 8 of the first phase is conducted, a switch 26 is set as shown, a capacitor 28 is charged, and a terminal voltage V2 is limited by a voltage limiter 31. Accordingly, the terminal voltage becomes VH, and a differential transistor 34a and a drive transistor 37 become active state. At this time a position detection signal V1 will vary to change over the switch 26, allowing the capacitor 28 to discharge via a current source 25, and the V2 will reduce to VL by the operation of the limiter 31 in accordance with a gradient I2/C determined in the circuit and will become stable. As the V2 decreases, the output collector currents iC1, iC2 of a differential circuit 36 will vary smoothly in time series to convert from iC1>>iC2 to iC1<<iC2. Thus, transistors 34a, 37 are interrupted, and transistors 34b, 38 become active state. The differential circuit 36 is constructed to obtain small difference of voltage - current conversion gain gm and sufficient current distribution ratio.
Patent JP-H0338372-A (JP)
Title: Printing apparatus
Inventor: KOYAMA IKUO
IPC: B41J35/36
Filed: 1989-07-06
Abstract: PURPOSE:To avoid the interruption of printing operation or the printing operation to an object to be printed in a necessary quantity or more by providing a terminal indication member at a position where the transferrable region corresponding to one object to be printed remains from the last end of a transfer medium and detecting the arrival of the terminal indication member. CONSTITUTION:When the transparent part 29 showing the vicinity of the terminal of a thermal transfer ribbon is detected by the third detector 28, a mechanism control part 31 concludes the printing of the 20-th character on the basis of the detection result to stop printing between the 20-th character and the 21-th character to store that printing is performed up to the 20-th character in a memory part 33. For example, the thermal transfer ribbon 19 is fed by feeding a carriage 16 as it is so as to pass the transparent part 29 showing the vicinity of the terminal of the thermal transfer ribbon 19 through a printing head 18 in a ribbon feed route and, thereafter, the mechanism control part 31 reopens the continuation of the data of a character string interrupted by the detection of the vicinity of the terminal of the previous ribbon, that is, the printing from the 21-th character of the fourth line on the basis of the data from the memory part 33 storing that printing is performed up to the 20-th character of the fourth line to complete the printing of a passbook P.
Patent JP-H114449-A (JP)
Title: Image compressor and quantization table generating device
Inventor: ABE NOBUSATO
IPC: H04N19/196
Filed: 1997-06-13
Abstract: PROBLEM TO BE SOLVED: To compress an image by predicting a quantization error, so as to reduce image deterioration due to quantization and inverse quantization. SOLUTION: A DCT processing circuit 12 applies discrete cosine transformation(DCT) to image data of m×n number of block, that is, a luminance signal and color difference signals Cb, Cr for converting the data into a DCT transform coefficient. A quantization table generator 25 is provided with a quantization error predict section 22 and a quantization table generating section 24. The quantization error prediction section 22 tentatively stores the DCT transform coefficient to apply quantization error prediction to the coefficient. Based on the quantization error prediction result by the quantization error prediction section 22, the quantization table calculation section 24 generates quantization tables Qya, Qca and provides outputs of them to a memory 26.  A quantization processing circuit 14 reads the quantization tables Qya, Qca from the memory 26 and conducts quantization by using the quantization tables Qya, Qyca.
Patent JP-H0460107-A (JP)
Title: Resistance adjusting type heater and catalyst converter
Inventor: ABE FUMIO
IPC: F01N3/20
Filed: 1990-06-29
Abstract: PURPOSE:To obtain effective purification function by so forming a resistance adjusting means as to be substantially even to a sectional face of a main monorice catalyst on which a sectional face of a heating part of a heater is also provided. CONSTITUTION:Slits 11 as resistance adjusting mechanisms are formed on a honeycomb structure 10, while an inorganic adhesive is charged in an outer peripheral part for insulation. After the honeycomb structure 10 is coated with gamma-alumina, Pd and Pt are respectively held, to prepare a catalyst through burning. Electrodes 13 are set at two portions of an outer wall of the thus obtained honeycomb structure 10 with catalyst. The structure is then arranged in front of a marketed catalytic converter rhodium 14 as a main monorice catalyst, that is, on an upstream side of gas.
Patent JP-S5874380-A (JP)
Title: Control system for printer
Inventor: SOSHI MORIKAZU
IPC: G06K15/16
Filed: 1981-10-30
Abstract: PURPOSE:To enable a starting position for printing the first line in the subsequent printing operation to be arbitrarily selected, by a method wherein a selecting switch for control codes is provided, and the subsequent printing operation is started by a control code designated by the switch when a printing operation is finished. CONSTITUTION:In a printer controller provided with a printing data and code reading step 1 storing the data to be printed and a control code checking part 2 for the transmission of printing data, the control code selecting switch 4 for selecting various control codes such as new line, form feeding and carriage returning is provided and the subsequent printing operation is started by the control code desingated by the switch 4 when a printing operation is finished. Accordingly, for example, the printing position can be freely adjusted so that printing is not conducted on perforated lines M of a printing paper.