baber/WOPTO huggingface dataset:
Patent JP-S57182167-A (JP)
Title: Blood analyzer
Inventor: HAYASHI MASAYOSHI
IPC: G01N21/31
Filed: 1981-05-02
Abstract: PURPOSE:To conduct the analysis by operting and memorizing signals from light- receiving elements detecting a transmitted light and a scattered light, by measuring the lights transmitted and scattered by hemocytes for each one of the hemocytes, by recording the intensities thereof at a number of levels, and by obtaining therefrom the distributions of the hemoglobin of an erythrocyte and of its grain size. CONSTITUTION:The lights from a light source 1 such as a laser oscillator are applied to a hemocyte 2, the lights transmitted and scattered are detected by a transmitted- light receiving element 3 and a scattered-light receiving element 4, respectively, and accumulated, and thereby distribution curves are obtained. By measuring the transmitted light, the amount of the hemoglobin of an erythrocyte per one hemocyte can be found, while, by measuring the scattered light, a value related to the size of the hemocyte can be found. Moreover, by dividing an information on the transmitted light by an information on the scattered light, the density of the hemoglobin of the erythrocyte of each one of the hemocyte can be found. From these measured values, distribution curves can be obtained, and by setting and analyzing analytical frequency vlues, the minimum amount of the hemoglobin of the erythrocyte, the maximum amount thereof, the range of the amount of the hemoglobin of the erythrocyte, and the most frequent amount thereof can be determined.
Patent JP-H06254356-A (JP)
Title: Ph adjusting method of salt water incorporating hardly soluble salt group
Inventor: HAMANO TOSHIKATSU
IPC: B01D61/44
Filed: 1993-03-03
Abstract: PURPOSE:To provide a pH adjusting method of salt water such as sea water which is not required supply of an acid or alkali from the outside. CONSTITUTION:The acid generated by supplying salt water and energizing to the desalting room I in an electrodialysis tank which is arranged a monovalent cation selective cation exchange membrane C, a bipolar membrane B and an anion exchange membrane A in this order between electrodes and is constructed of the desalting room I, an alkali room II, and an acid room III from the anode to the cathode or the alkali, is mixed with the salt water.
Patent JP-H08264943-A (JP)
Title: Manufacture of circuit forming board and device for manufacturing circuit forming board
Inventor: NISHII TOSHIHIRO
IPC: H05K3/46
Filed: 1995-03-27
Abstract: PURPOSE: To provide a method of manufacturing a circuit forming board which is less warped at soldering and high in reliability. CONSTITUTION: A circuit forming board 1 is sandwiched in between metal plates 2 kept at high temperatures and subjected to a thermal treatment process where the board 1 is thermocompressed again after both a lamination process and a circuit forming process are finished in a circuit forming board manufacturing process. Therefore, epoxy resin is cured inside the circuit board 1, whereby the circuit forming board 1 is restrained from being warped at soldering.
Patent JP-S56164315-A (JP)
Title: Multilayer liquid crystal display device
Inventor: ISHIWATA JIYUNICHI
IPC: G02F1/133
Filed: 1980-05-23
Abstract: PURPOSE:To widen the range of a field of view in which a display looks normally by forming the liquid crystal display in the form of multilayer to change with each layer the direction of a treatment for orientation to be executed to glass substrates comprising each layer. CONSTITUTION:A transparent electrodes 29 is formed on the back of a upper layer glass plate 17 of the liquid crystal display device to be treated for orientation to the direction of an arrow 32. A transparent electrode 31 is formed on the upper surface of a substrate 18 to be treated for orientation to the direction of an arrow 32 crossing at right angles to the substrate 17. A transparent electrode 33 having the same direction and the same form as the substrate 17 is formed on the surface of a lower substrate 23 to be treated for orientation to an arrow 36 reverse to the substrate 17. The same transparent electrode 35 as the substrate 18 is formed on a substrate 24 to be treated for orientation to an arrow 36 in the reverse direction to the substrate 18. Namely, orientation directions in the two liquid crystal layers are allowed to differ by 180 deg.. With the arrangement, each liquid layer is driven simultaneously by the same signal. Hereby, only the part of the transparent electrode to which voltage has been applied becomes dark and a good visual characteristic over 360 deg. is obtained.
Patent JP-H11244775-A (JP)
Title: Method for coating slippery surface
Inventor: TAKEI TATSUO
IPC: B05B11/04
Filed: 1998-03-02
Abstract: PROBLEM TO BE SOLVED: To provide a method for coating a slippery surface simply in good quality. SOLUTION: Dirt and others on a slippery surface such as a glass surface which is in a vertical surface or slanted to it are removed. A masking tape 3 is stuck to the slippery surface, a coating liquid is introduced into a bottle 1 with a nozzle, the bottle 1 is held in a hand and dented by pressurizing by the force of the hand. While the liquid is being discharged little by little, at the upper end of the slippery surface, the bottle is moved from one end in the horizontal direction toward the other end.
Patent JP-H02245541-A (JP)
Title: Buffer leg for vibration apparatus
Inventor: INOUE TOSHIO
IPC: F16F15/08
Filed: 1989-03-20
Abstract: PURPOSE:To reduce vibration by a spring constant even when a divided load is biased to a buffer leg of one side by setting the spring constant of the buffer leg according to the amount of the divided load of an apparatus by which vibration is generated. CONSTITUTION:A buffer apparatus 1 is composed of a leg 7 and a spring 8. The leg 7 is slidably mounted on a mounting plate 9 of the apparatus 2 by which vibration is generated. Between a spring stop 7a and the mounting plate 9, a coil spring 8a is installed. Inside the coil spring 8a, a friction spring 8b formed out of a plate spring is built in. The apparatus on the spring is supported softly by the coil spring 8, and damping force is given by the friction spring 8b. As the spring constant corresponding to a divided load is given to the buffer leg 1, even when the divided load of the apparatus 2 by which vibration is generated is biased, buffer effect can be achieved and vibration can thus be prevented.
Patent JP-H08265242-A (JP)
Title: Automatic radio meter inspection system
Inventor: FUJIWARA JUN
IPC: H04B7/24
Filed: 1995-03-27
Abstract: PURPOSE: To efficiently gather meter inspection data from plural terminal equipments in short telephone line occupying time. CONSTITUTION: A center equipment 1 calls a radio equipment master unit 13 and transmits a meter inspection request message through a center side network controller 3, an exchange 7, a no-ringing trunk 9 and a network controller 11 for a terminal. The radio equipment master unit 13 sets a radio communication channel from channel group information in the meter inspection request message, continuously performs radio transmission to plural radio equipment slave units 15-1, 15-2,...15-m so as to request meter inspections, receives the meter inspection data successively transmitted from the respective radio terminal slave units and successively returns the meter inspection data through the network controller 11 for the terminal and a telephone line to the center unit 1.
Patent JP-S62222878-A (JP)
Title: Apparatus for grinding thermal printing head of thermal transfer printer
Inventor: FUJITA TOSHIYUKI
IPC: B41J29/17
Filed: 1986-03-26
Abstract: PURPOSE:To effectively grind and remove only the projection bringing about printing streaks and flaws generated on the surface of the head chip of a thermal printing head, by mounting a lapping tape in the cartridge case, which is mountable on the cartridge support stand of a thermal transfer printer, in a wound form. CONSTITUTION:A lapping tape 16 having a lapping agent such as alumina applied thereto is mounted in the cartridge case 12 mountable on a cartridge support stand 11 in place of an ink ribbon in a wound form to constitute a thermal printing head grinding apparatus. By laterally moving the cartridge support stand 11 along the front surface of a platen 10 while the lapping tape 16 is taken up, the lapping tape 16 mounted in the grinding apparatus is supplied to a space between the printing head 1 and the platen 10 and runs along with the surface of the head chip of the thermal printing head 1 while contacts with said surface under pressure under the same condition as the sliding of an ink ribbon to grind the surface of the head chip.
Patent JP-H02246251-A (JP)
Title: Microwave high output-power integrated circuit
Inventor: KANAZAWA KUNIHIKO
IPC: H01L21/338
Filed: 1989-03-20
Abstract: PURPOSE:To obtain a wide band by connecting two or more metal island patterns on a dielectric part with one or more wires or wire shaped metal patterns. CONSTITUTION:An inner matching circuit 2, a chip capacitor 3, a FET 4 and wires 5 are contained in a package 1. An input signal is inputted through an input lead 6. The signal is taken out through an output lead 7. A metal island pattern 8 is provided on a dielectric substrate 11 and connected with the wires 5 each other. The pattern 8 is further connected to the chip capacitor 3 or the FET 4 directly. It is recommended that the island patterns close to the input/output leads 6 and 7 are normally smaller. The number of the wires 5 is made few on the side of the input/output leads. In this way, the components of the capacitance and of inductance can be well divided and used, and the wide band of the frequency characteristics can be achieved.
Patent JP-H01242969-A (JP)
Title: Signal observing device
Inventor: SHIRAKAWA HIROSHI
IPC: G01R13/20
Filed: 1988-03-24
Abstract: PURPOSE:To display the time difference between the digitized signal of an analog input signal and a digital input signal visually in a measurable state by storing the digitized signal of an analog input signal and a digital input signal and displaying data in a prescribed period centering on the point of time when prescribed logical conditions are satisfied. CONSTITUTION:The analog input signal 101 is supplied to an A/D converter 2, which sends its output signal to a memory 6 with the prescribed-period clock outputted from an oscillator 1. The digital input signal 103 is supplied to a memory 7 through a switch 8. A control part 4 controls the counting operation of a counter 5 which specifies addresses of the memories 6 and 7 according to the clock from the oscillator 1. A trigger generation part 9 sends out a trigger signal to the control part 4 when the prescribed logical conditions of the signal 103 of a prescribed channel are satisfied according to logical condition data supplied from an MPU 10. The control part 4 allows the counter 5 counts for a prescribed point continuously from said point of time, and then stops it and reports the stop to the MPU 10. The MPU 10 reads data out of the memories 6 and 7 during this period and send them out to a CRT 11, where the data are displayed.
Patent JP-H09260062-A (JP)
Title: Organic electroluminescence element
Inventor: ARAI MICHIO
IPC: C09K11/06
Filed: 1996-03-25
Abstract: PROBLEM TO BE SOLVED: To provide an organic electroluminescence element which does not use an expensive organic compound such as m-MTDATA and a tetraaryl diamine derivative and has the long sevice life by forming a specific inorganic material layer between an electrode and a light emitting layer. SOLUTION: In this organic electroluminescence element, an inorganic material layer composed of a mixture of a transparent electrode material and an inorganic semiconductor, is formed between an electrode and a light emitting layer, and resistivity of this inorganic material layer is not more than 20Ω.cm. At least one of ITO, In2 O3 , SnO2 and ZnO or plural mixtures of these are used as the transparent electrode material. Si or Ge or a material by adding at least one among B, P, C, N and O to Si or Ge, is used as the inorganic semiconductor.
Patent JP-H11262768-A (JP)
Title: Electrolytic water maker
Inventor: KOINUMA TSUTOMU
IPC: C02F1/46
Filed: 1998-03-18
Abstract: PROBLEM TO BE SOLVED: To provide an electrolytic water maker capable of well detecting the quality of electrolytic water over a long period of time without using a pH sensor. SOLUTION: Metal foils 23 are arranged in first and second ejection pipes 7, 8 and electrolytic water (acidic water, alkaline water) in the ejection pipes 7, 8 is used as the dielectric to constitute a condenser 19 and a resistor 21 is connected to the condenser 19 to constitute a CR oscillation circuit 22. Gas generation amt. and pH set to definite corresponding relation and effective chlorine concn. corresponding data are preliminarily stored in a control part 16. From relation such that the oscillation frequency of the CR oscillation circuit is in inverse proportion to the capacity of the capacity of the condenser 19 and the dielectric constant of electrolytic water is in inverse proportion to the oscillation frequency and the generation amt. of gas from electrolytic water is in proportion to the dielectric constant, the oscillation frequency, in its turn, the dielectric constant is measured to detect the generation amt. of the gas and the pH and effective chlorine concn. corresponding to the generation amt. of the gas are calculated from the data stored in the control part 16. Therefore, good detection accuracy can be kept over a long period of time without using a pH sensor.
Patent JP-H02246304-A (JP)
Title: Winding method of winding cloth around magnet for resin impregnation
Inventor: MASUDA TAKAHITO
IPC: H01F41/02
Filed: 1989-03-20
Abstract: PURPOSE:To cover an outer peripheral surface without gaps and over-lapping by winding a plurality of cloths for resin impregnation around the outer peripheral surface of a magnet so as to be adjacent with each other, which cloth has a shape wherein the outer peripheral surface shape divided by a plurality of surfaces intersecting perpendicularly to the center axis line of a magnet is approximated to the cylindrical peripheral surface, and cut and developed at one portion in the peripheral direction. CONSTITUTION:Cloths 4a-4e for resin impregnation have the following shape; the outer peripheral surface of a magnet 1 wherein the longitudinal direction stretches in a circular arc type is divided by a plurality of surfaces intersecting perpendicularly to the center axis line of the magnet 1, and the shape is approximated to a cylindrical peripheral surface, which is cut and developed at one portion in the peripheral direction. The length is selected so as to be equal to the length circulating around the outer periphery of the magnet 1 by one round. The cutting parts of the cloths 4a-4c for resin impregnation are different in the peripheral direction. The widest part and the narrowest part of each shape appear at shifted positions sequentially in the length direction. The cloths 4a-4e for resin impregnation are arranged so that both ends of each cloth abut with each other in the manner in which adjacent abutting parts 5 are not placed side by side, and wound in this order so as to be adjacent with each other. Thereby, the magnet 1 can be covered with uniform thickness and without overlapping.
Patent JP-H08269712-A (JP)
Title: Magnetron sputtering device
Inventor: KOMATSU SEIJI
IPC: H01L21/203
Filed: 1995-03-27
Abstract: PURPOSE: To provide a magnetron sputtering device which enhances the utilization rate of a target without concentrating the erosion of the target to a specific range and prevents the degradation in yield by lessening the influence of the dust generation from the noneroded part. CONSTITUTION: An electric discharge is generated by applying a high voltage between a substrate holder 12 imposed with a substrate 11 and the target 23. A magnetic field is formed by magnets 24 disposed on the target 23 and a film by sputtering is formed on the surface of the substrate 11. The magnets 24 are so arranged that the longitudinal direction thereof aligns to the transverse direction of the substrate 11. The magnets are then moved back and forth along the longitudinal direction of the substrate 11. The magnets are moved in the transverse direction of the substrate 11 as well cooperatively with the forward and backward movements thereof near the position at the ends of the forward and backward movements.  The moving loci of the magnets 24 are so determined as to vary in the forward path and the backward path, by which the range of the erosion arising at the target 23 is expanded and the utilization rate is enhanced.
Patent JP-S60212800-A (JP)
Inventor: SUGAYA TAKAO
IPC: G10L13/06
Filed: 1984-04-06
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-H10271001-A (JP)
Title: Oscillation controller
Inventor: NAKAMURA SHINOBU
IPC: G11B20/14
Filed: 1997-03-21
Abstract: PROBLEM TO BE SOLVED: To provide an oscillation controller in which C/N of a voltage controlled oscillator means is improved to correct a characteristic change due to manufacture tolerance and temperature, thereby attaining an oscillation operation suitable for the operating environment of a phase locked loop including the voltage controlled oscillator means. SOLUTION: A control section 106 gives a control signal CS to a selector 107 so as to' allow the selector 107 to give a control voltage Vc to a voltage controlled oscillator(VCO) 103 in the case of monitoring an oscillated frequency from the VCO 103 and a measurement section 105 measures the oscillated frequency of the VCO 103 at that time. Then the control section 106 recognizes the operating environment (opraating temperature) of the VCO 103 and manufacture tolerance of the VCO 103 itself based on the result FMR of the measurement by the measurement section 105 and a desired oscillating frequency and selects an optimum oscillating frequency band among pluralities of the oscillating frequency bands of the VCO 103 and gives a control signal CB to the VCO 103 so as to set the selected oscillating frequency band to the VCO 103.
Patent JP-S62226465-A (JP)
Title: Tape cartridge pushing-out device in magnetic tape device
Inventor: SHIMIZU YOSHITAKA
IPC: G11B15/67
Filed: 1986-03-28
Abstract: PURPOSE:To automate ejection and to improve work efficiency by constituting such that an ejection lever is driven against a spring's excitement through an intermediate lever engaged with a cam body and a cartridge is ejected. CONSTITUTION:A tape winding is completed, and due to the clockwise turn of a disk 47 a pin 62 pushes the intermediate lever 59 to turn counterclockwise. The ejection lever 66 turns clockwise against the spring 67 through a lever 69 engaged with a stepped part 64, and the cartridge 14 located at the upper- most elevating position in a housing 9 is pushed by the lever 66 and ejected. When the engagement of the stepped part 64 is released, the lever 66 is returned to its original position. The ejection lever 66 is automatically pressed to pull out the cartridge easily. The work efficiency is improved, and a simple constitution makes a device small in size at a moderate cost.
Patent JP-S60213367-A (JP)
Title: Manufacture of welded boiler drum
Inventor: TOYOSHIMA MAKOTO
IPC: B23K11/08
Filed: 1984-04-06
Abstract: PURPOSE:To manufacture a welded boiler drum having small protrusion of metal and good weld zone by making the center of shaft of an internal electrode roll intersect obliquely a plane that passes axial line of a boiler drum fromed body and a welding point and welding the boiler drum between an external electrode roll. CONSTITUTION:In a method to obtain a welded boiler drum 12 by electric resistance mash seam welding side superposed part 11b of a boiler drum forming body 11 between the internal electrode roll 1 and external electrode roll 2 through the first and second line electrodes 3, 4, the center of shaft of above-mentioned internal electrode roll 1 is made to intersect obliquely a plane that passes above- mentioned axial line 11a and welding point 13 on a plane that passes the center of shaft 2a and intersects the axial line of the boiler drum formed body 11 at right angles, and projection of the electrode face 1b of the internal electrode roll 1 to the plane is formed to an ellipse. Thus, apparent diameter of above-mentioned electrode face at welded part is enlarged and the length of contact is made larger, and a good weld zone 24 of small step and small protruded metal and free from inside fissure is formed.
Patent JP-H02249817-A (JP)
Title: Cargo conveyor
Inventor: KIKUCHI YOICHI
IPC: B65G43/00
Filed: 1989-03-20
Abstract: PURPOSE:To facilitate the change of the speed of a classifying conveyor fed power via feed means from power feed rails without the change of the hardware of a travelling carriage by providing an inverter for applying power either voltage or frequency thereof varied, to the feed rails. CONSTITUTION:A travelling carriage 1 is driven by a screw to be travelled on the travelling rails in a constant speed, it is supplied electricity for motor rollers via a collector ring or a wiring line 17 from feed rails 15 to drive a contactor according to driving signals supplied from the driving unit of a parent carriage 1A to the control unit of the motor roller to rotate the motor roller normally or reversely for classifying loads on a belt to dispatch them to shoots. Characteristics of the speed, momentary response of the motor roller, etc., are determined by voltage and frequency added to the feed rail from an invertor 21 to determine the taking-out speed of the loads on a conveyor.
Patent JP-S61228523-A (JP)
Title: Keyboard controlling system
Inventor: HAYASHI TSUNEYUKI
IPC: H03M11/22
Filed: 1985-04-03
Abstract: PURPOSE:To attain the automatic switching of a single keyboard as several types of keyboards by providing a key function information part and making a keyboard control part refer to the key function information of the key function information received the control of a control part. CONSTITUTION:A control part 9 is actuated with application of a power supply. Thus the key function is stored in a key function information part 8 and also displayed at a display part 10. When a key switch 1 is pressed on a keyboard 2, a reception circuit 4 of a keyboard control part 7 detects the push of the switch 1. A matrix code producing part 5 produces a matrix code from the data on the circuit 4 and the data given from a key scan circuit 3 and delivers it to a keyboard control circuit 6. Based on the matrix code, the circuit 6 reads the key function out of the part 8 and delivers a code showing the key function to the part 9. Then the part 9 displays the process corresponding to said code at the part 10 and also rewrites the key function information of the part 8 to the new key function information of the keyboard 2 when the function of the keyboard 2 is required.
Patent JP-H11263168-A (JP)
Title: Apparatus mounting structure
Inventor: NISHIMURA MASANORI
IPC: B60R11/02
Filed: 1998-03-18
Abstract: PROBLEM TO BE SOLVED: To mount an apparatus between a seat and a floor simply, protect against vibration given from the floor, and prolong the lifetime of the apparatus. SOLUTION: Between a car seat 1 and floor 4, a spring 6, a spring accommodation part 7 which consolidates with the spring on the floor 4 and admits installation of the first tip of the spring 6, and a push-up plate 8 where the second tip of the spring 6 is installed under the seat 1 are furnished symmetrically to the left and right. The spring accommodation part 7 has a spring accommodating hole 70 for mounting of the first tip of the spring 6. An apparatus 5 is fixed by the elongating force of the spring 6 attached to the part 7 and push-up plate 8.