baber/WOPTO huggingface dataset:
Patent JP-S59190566-A (JP)
Title: Power regenerative equipment in hydraulic closed circuit drive
Inventor: KOMORI AKIHISA
IPC: F16H61/431
Filed: 1983-04-14
Abstract: PURPOSE:To aim at energy-saving promotion as well as to prevent a motor from overrotation, by installing a speed sensor in the motor, while installing a volumetric adjusting device, which controls the measure of capacity according to a signal out of the speed sensor, in a hydraulic pump. CONSTITUTION:A speed sensor 20 detecting the number of revolution is connected to a motor 38, while each of solenoid valves 20-13 is connected to a housing body for a moving element 33 connected to a swash plate in a hydaulic pump 9, and a signal out of the speed sensor 20 is inputted into a control unit 16 which controls these solenoid valves 10-13. With this constitution, during power regenerating, when the number of revolution in the motor 38 to be detected by the speed sensor 20 is going to exceed the allowable number, volume of the hydraulic pump 9 can be controlled according to this sympton so that not only an energy-saving aim can be promoted but also overrotation in the motor 38 can be prevented.
Patent JP-S59190948-A (JP)
Inventor: FURANSOWA MANDEI
IPC: A61K31/22
Filed: 1983-04-14
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-S61223556-A (JP)
Title: Ion species analyzer
Inventor: MURAYAMA TAKESHI
IPC: E04D11/00
Filed: 1985-03-28
Abstract: PURPOSE:To enable sufficient supply of carbonate to a water dip portion with a carbonate balancer, by always keeping a carbonate supply liquid with a fixed carbonate concentration fed to an external chamber of the carbonate balancer. CONSTITUTION:A elution liquid of a column 7 reaches an internal chamber 8b of a first suppressor 8 transported thereto again, where it comes in contact with the removal liquid flowing through an external chamber 8c by way of a tube 8a and for example, a cation exchange is done between both the liquids. The liquid via the internal chamber 8b reaches an internal chamber 9b of a carbonate balancer 9, where it is fed with carbonate through a tube 9a from a carbonate supply liquid in the external chamber 9c. The carbonate supply liquid flowing through the external chamber 9c is brought into contact with the removal liquid in the external chamber 11c with a second suppressor 11 through a tube 11a to perform a cation exchange, for example, so that the concentration of carbonate contained will always maintain a constant value. Thus, even when a part very low in the carbonate concentration such as water of the liquid being measured reaches the internal chamber 9b, carbonate is supplied constantly to the part through the tube 9a from the external chamber 9c.
Patent JP-S60210110-A (JP)
Inventor: TANAKA HIROAKI
IPC: G02B6/44
Filed: 1984-03-31
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-H08228760-A (JP)
Title: Sensor for measuring fructose
Inventor: OKUMA KOICHI
IPC: G01N27/416
Filed: 1995-02-27
Abstract: PURPOSE: To provide a sensor capable of simultaneously measuring both glucose and fructose without requiring removal of oxidizing and reducing substances by specifying an enzyme for immobilizing a carrier to be packed into a reactor and a carrier solution for a specimen solution to be measured. CONSTITUTION: A reactor 4 is packed with a carrier prepared by immobilizing hexokinase, pyruvic kinase and pyruvic oxidase and a phosphate buffer solution (pH7.0) consisting of disodium hydrogenphosphate and potassium dihydrogenphosphate as a carrier solution and as a buffer solution is mixed with adenosine triphosphate and phosphoenolpyruvic acid. Fructose can be measured by the same carrier solution or the same solution to be measured as a sensor for measuring glucose.
Patent JP-S60206887-A (JP)
Title: Adhesive sealing material
Inventor: NODA KOUJI
IPC: C08L23/00
Filed: 1984-03-30
Abstract: PURPOSE:To provide an adhesive sealing material having adhesiveness to an oily substance on one side and adhesiveness to metal or plastic on the other side, thus insuring perfect sealing of gaps in joints even when an oily substance is deposited on the surface of one adhered. CONSTITUTION:The sealing material in tape or cut piece has adhesive surfaces on both sides consisting mainly of rubber, softener, filler and resin, e.g. one surface layer having a viscosity of 1X10<2>-1X10<4>P (20 deg.C), an adhesive strength of 10-100g/cm and improved affinity for an oily substance and the other surface layer having a viscosity of 3X10<4>-1X10<6>P (20 deg.C), an adhesive strength of 100g/ cm or higher and improved adhesion to metal and plastic. For example, when the sealing material is wound about twice round a threaded part 11 of a pipe 1 coated with cutting oil and the pipe is engaged to a threaded part 21 of a joint pipe 2, the sealing material shows strong adhesion to the threaded part 11 without causing slippage and as threading proceeds, surplus of the sealing material recedes to fill a gap 3 completely.
Patent JP-S63229539-A (JP)
Title: Memory access controller
Inventor: KAJI NAOTO
IPC: G06F12/00
Filed: 1987-03-19
Abstract: PURPOSE:To perform at a high speed such a process that must assure access sequence properties by suppressing the supply of address information to the holding means for address information in case it is decided that the address information are held by all holding means. CONSTITUTION:When an address (d)10111 is received from an address register 1, a request is sent to a buffer part 6 since two lower order bits of the address (d)10111 are equal to value 11. Then an address (e)10100 is sent from the register 1 and therefore a request is given to a buffer part 3 since two lower rank bits of the address (e)10100 is equal to value 00. In this case, the valid addresses are held by all entries of an address buffer 31 and therefore a request number counter 34 is equal to value 111. Thus a check circuit 36 sends value 1 to a control circuit 2 via a signal line 301 and the circuit 2 gives no request to the register 1 for transmission of an address. Hereafter the transmission of the address (e)10100 is held until an idle entry is secured in the buffer 31.
Patent JP-S62222055-A (JP)
Title: Vapor deposition method for polyester film
Inventor: FUKUNIWA SUENOBU
IPC: C23C14/20
Filed: 1986-03-25
Abstract: PURPOSE:To suppress the telescoping of a polyester film subjected to vapor deposition and to permit high-speed vapor deposition by maintaining a specific relation between the charge potential and surface roughness of the polyester film preliminarily applied with an electrostatic charge and the vapor deposition speed at the time of depositing a metal, etc., by evaporation on the surface of the polyester film which travels at a high speed in a vacuum. CONSTITUTION:The polyester film 4 is un-wound from an un-winding part 2 of a film roll 3 at 400m speed in a vacuum chamber 1 and is fed via guide rolls 8, 9 to a vapor deposition part 5 in the midway where the metal such as Al is deposited on the film by evaporation. The film is taken up as a product roll 7 in a taking up part 6. The electrostatic charge is applied to the polyester film by an electrode 11 connected to a high-voltage power source 12 in the position before the taking up part 10 in this case. The relation expressed by equation (1) is maintained in a V>=200(m/min) range between the charge potential Q(V) of the polyester film 4 in this stage and the surface roughness Ra(u) at the center line average height thereof as well as the vapor deposition speed (m/min), by which the generation of the telescoping in the polyester film 4 is prevented.
Patent JP-H09260021-A (JP)
Title: Spark plug for temperature measurement
Inventor: MATSUTANI WATARU
IPC: H01T13/20
Filed: 1996-03-21
Abstract: PROBLEM TO BE SOLVED: To provide a spark plug for temperature measurement, which has high durability with the speed of increasing gap being slow. SOLUTION: This spark plug comprises a cylindrical body attachment with an outer electrode being extended in the tip surface 11, insulator with an axial hole 21 fixed in the body, a center electrode 3 which forms axially a insertion hole 31 with bottom, extending the electrode tip 32 from the insulator tip 22 and being fixed in the axial hole 21, and sheathed thermo-couple inserted in the insertion hole 31, the tip of a sheath 41 is welded to the bottom of the insertion hole 31. In this case, the sheath tip 41 of the sheathed thermo-couple inserted into the insertion hole 31 is first welded to the bottom of the insertion hole 31, then the tip of the molten alloy 45 is cut and removed so that the molten alloy 45 is exposed to outside at the top inner circumference of the center electrode 3.
Patent JP-S60204531-A (JP)
Title: Recording device
Inventor: WATANABE NOBUTAKA
IPC: B41J13/02
Filed: 1984-03-30
Abstract: PURPOSE:To decrease the number of drive sources to make it possible to simplify the mechanism of a paper feed system in a recording device, by retracting a paper feed roller from its operating position by the drive force of a drive source for feeding a recording paper, before recording. CONSTITUTION:When a motor M2 is driven to rotate the rubber section 120a of a paper feed roller 120 the topmost recording paper alone is fed out, and a timer is simultaneously set. If the recording paper does not pass a paper sensor 101 just before a platen 101 within a predetermined time, the rotation of the motor m2 is stopped while a motor M1 is rotated in the direction D by a predetermined number of pulses, and therefore, the paper feed roller 120 and a paper discharge roller 124 are retracted by means of a gear 10, a friction clutch 115 and a sector gear 118 to carry out the disposal of paper jamming. If no jamming occures when the paper 101 is bit into between the platen 101 and a registering roller 103, the motor M1 is stopped, and then is rotated in the direction D by a predetermined number of pulses to be held at a printing position.
Patent JP-H09223564-A (JP)
Title: Gap type surge absorption element
Inventor: IKEDA HEISHICHI
IPC: H01T4/12
Filed: 1996-02-16
Abstract: PROBLEM TO BE SOLVED: To provide a surge absorption element in which high precision gap width control is possible, and productivity is high by arranging an electrode on a plane substrate via an insulation film, and forming discharge space through an airtight cap provided so as to cover the electrode and a gap. SOLUTION: An insulation film 24 is provided on a metal substrate 21 main surface, and an electrode 22 is further provided on the surface. A removal portion 23 of the insulation film 24 and the electrode 22 is formed, and on the peripheral edge of the removal portion 23, the electrode 22 is faced to the metal substrate 21 taking an insulation film thickness as a gap width. Including the portion of the electrode 22 facing to the metal substrate 21, an airtight cap 25 is provided, and closed space 26 is formed between the substrate 21 having an electrode. The sealing of the airtight cap 25 is conducted by solder, and the electrode 22 and the airtight cap 25 are electrically connected by the solder.
Patent JP-S62222542-A (JP)
Title: Method and device for inspecting magnetron
Inventor: NISHIJIMA SHOGO
IPC: H01J23/00
Filed: 1986-03-24
Abstract: PURPOSE:To make it possible to decide the level of concentricity of an anode vane and a filament cathode of a magnetron, by applying a specific anode voltage to the completed magnetron, detecting the cathode current at the time, and deciding an adequate condition when the current level is more than a specific value. CONSTITUTION:The relay 24 of an anode voltage converting unit 22 is kept to obtain a voltage to be 100% of a specific rating anode voltage, and examination items of various properties are measured. Then, the primary coil of an anode voltage transformer is converted to an intermediate tap 23a side furnished at a voltage divide transformer 23 by the relay 24, to make the anode voltage at about 80%. A current level deciding unit 30 is set to show the abnormal condition of the anode current Ib at the condition the anode voltage is converted to 80%. The signal at the time is delivered to a condition display unit 31, and the unit 30 records or reports the condition to the magnetron itself. After corresponding and comparing the allowable level of concentricity between the anode vane and the cathode, and the current level beforehand, the standard anode current level of deciding the adequate condition can be preset depending on the comparison, in the same type of magnetrons.
Patent JP-H07277463-A (JP)
Title: Skirt device for belt conveyor
Inventor: KATO AKIRA
IPC: B65G69/18
Filed: 1994-04-01
Abstract: PURPOSE:To provide a skirt device which is constituted to prevent flying of a substance to be conveyed at the transfer part of a belt conveyor and facilitate maintenance. CONSTITUTION:A plurality of skirt support rods 11 are aligned in the longitudinal direction of a belt 1 at a skirt rubber 4 making contact with a belt 1. A guide 12 having a comb-shaped groove formed in one surface of a support member 3 and a support rod 11 is protruded. A pin 8 is coupled to a frame 6 in such a manner that a skirt support part 7 is fallen to the opposite side to the belt 1. A plurality of vertical type rods 9 are aligned facing respective support rods 11 to one end part of the skirt support part 7 in the longitudinal direction of the frame 6. The support rod 11 is vertically movably locked in an inserted state to the vertical rod 9 and a spring 10 through the force of which the support rod 11 is energized downward is provided. Further, a carrier roller 2, a fixed bar 13, a fixed bar press 14, and a fixed pin 16 are provided.
Patent JP-H01237857-A (JP)
Title: System for processing restoration and restart of program
Inventor: MUROTANI YUJI
IPC: G06F12/10
Filed: 1988-03-18
Abstract: PURPOSE:To make a paging auxiliary storage area and a saving auxiliary storage area unnecessary and to suppress the number of times of an input/output operation by providing a binary managing means, a program part saving means, and a program part recovering means. CONSTITUTION:The binary managing means 1 performs transmission between an auxiliary storage 30 and a real storage 40, and performs the binary management of external page sets 31 and 32 in the auxiliary 30 by using an external page mapping table 50. A recovery target page designation means 4 designates a page target to be recovered at the time of declaring the restart point of the program. The program part saving means 2 corresponds to the page targeted to be recovered, and saves an updated real page to an external page, and issues indication to perform a page correspondent processing to the binary managing means 1. The program part recovering means 3 performs the recovery of the page saved to the external page, and issues the indication to perform the page correspondent processing to the binary managing means 1.
Patent JP-H04301210-A (JP)
Title: Magnetic head assembly
Inventor: TAKEMURA TORU
IPC: G11B5/60
Filed: 1991-03-29
Abstract: PURPOSE:To provide a magnetic head assembly easy to work and assemble. CONSTITUTION:In the magnetic head assembly to be fitted to the carriage arm of a magnetic disk device, the magnetic head assembly is provided with a suspension 3 consisting of a flexible printed board fitted to the carriage at its one end and provided with a wiring pattern in its inside and slider 9 fitted to the other end of the above-mentioned suspension.
Patent JP-H06272900-A (JP)
Title: Heat storage type air conditioner
Inventor: TSUJI MIDORI
IPC: F24F11/02
Filed: 1993-03-24
Abstract: PURPOSE:To effectively heat with low-cost night power charge by saving power usage in the daytime by effectively utilizing heat storage amount stored in a night power time zone. CONSTITUTION:A third throttling unit 22 is provided in a heat dissipating circuit. The heat storage type air conditioner comprises a heating load detecting means 201 for detecting a heating load based on a difference between a temperature in a measuring chamber and a target temperature in a room, a heat storage amount detecting means 202 for detecting a heat storage amount based on a measured heat storage medium temperature and a storage amount of a heat storage medium 21 in a heat storage tank 9, and a throttling unit opening control means 203 for regulating the opening of a third throttling unit 22 based on detected values from the means 201 and 202. Thus, a flow rate of refrigerant flowing in a heat dissipating circuit is regulated in response to the heating load and a refrigerator evaporating capacity of a heat storage heat exchanger 10.
Patent JP-H01238296-A (JP)
Title: Oscillating noise suppressing type flat receiver
Inventor: KURATA AKIO
IPC: H04R1/44
Filed: 1988-03-17
Abstract: PURPOSE:To improve the rigidity of the title receiver and to reduce noise output caused by bending oscillation by attaching a rigid plate on the rear surface of a thin film wave receiving element. CONSTITUTION:On the rear surface of polyvinylidene fluoride film 1, the rigid plate 4 is adhered, and this film 1 and the plate 4 are coated with a mold material 3. When a mold is generated, then the bending oscillation and, resonance phenomenon are generated and flat frequency characteristic of reception sensitivity is disturbed in the rigid plate 4, slits 4a are provided on the plate 4. Thereby, the oscillating area of the receiver itself is shifted to a high frequency area. Thus resonance phenomenon is eliminated, as a result, the receiver of a using wider frequency band can be realized.
Patent JP-H04279686-A (JP)
Title: Coating composition
Inventor: MURACHI TATSUYA
IPC: C09D127/12
Filed: 1991-03-06
Abstract: PURPOSE:To provide a coating composition having excellent adhesivity to the surface of adherend and excellent abrasion resistance, and an automotive weather strip produced by coating said coating composition and a tape produced by coating said coating composition to a side face of a substrate. CONSTITUTION:The objective coating composition is composed of a urethane composition consisting of a polyol, triethanolamine and a polyisocyanate and having terminal NCO group, a fluororesin, a silicone oil, a monoaminosilicone and a halogenation agent. The coating composition has excellent adhesivity to a substrate such as rubber, resin and fiber and improves the abrasion resistance of the coated substrate. A tape having improved peeling strength can be produced by coating a side face of a tape with the coating composition.
Patent JP-H02244666-A (JP)
Title: Manufacture of hybrid integrated circuit substrate
Inventor: KAZAMI AKIRA
IPC: H05K1/02
Filed: 1989-03-16
Abstract: PURPOSE:To form resist only on metal substrate of the same pattern to prevent the occurrence of a defective by a method wherein a symbol mark is provided to a blank part of the metal substrate where a conductive pattern is not formed, and the symbol mark is recognized before a resist process. CONSTITUTION:Resist is printed on a blank part of a metal substrate 1 other than a region where a conductive pattern is formed for the formation of a symbol mark 2. Therefore, the symbol mark 2 is formed on the blank part of the substrate 1 after a nickel plating treatment. The symbol mark 2 formed on the substrate 1 is recognized by a prescribed recognition device before an etching resist film is screen-printed, and etching resist is printed only when a pattern to be printed on the substrate 1 is identical to the resist pattern. By this setup, even if a board provided with a different pattern is transferred, a resist process is not executed onto the substrate concerned, so that a defective product is prevented from occurring.
Patent JP-H02244314-A (JP)
Title: Method and device for controlling source voltage
Inventor: WATANABE MAKOTO
IPC: H02M3/00
Filed: 1989-03-17
Abstract: PURPOSE:To easily fractionize the source voltage by generating a pulse signal which varies in pulse duty ratio corresponding to a source voltage set value and controlling the value of the source voltage according to the duty ratio. CONSTITUTION:A variable pulse width control circuit 3 converts basic pulses which are inputted from a pulse generator 2 into a pulse signal (c) having a desired pulse duty ratio and this pulse signal is sent out to a voltage control circuit 4. The voltage control circuit 4 inputs signals (a) and (b) sent out of a voltage rise/drop setting register 1 and the pulse signal (c) sent out of the variable pulse width control circuit 3 and sends out a voltage signal (f) corresponding to the states of the signals (a) and (b) and the pulse duty ratio of the signal (c) to a comparator 5. Then the comparator 5 inputs the voltage signal (f) and the output voltage signal (h) of a power source circuit 7 and sends out a voltage signal (g) corresponding to the difference between both the voltage signals and the power source circuit 7 varies an operating source voltage value according to the signal (g) sent out of the comparator 5 and sends out an output voltage signal. Consequently, the fractionized operating source voltage is easily obtained.
Patent JP-H11127091-A (JP)
Title: Communication system and power supply method for communication network
Inventor: TAKAHASHI KENICHIRO
IPC: H04B3/46
Filed: 1998-03-16
Abstract: PROBLEM TO BE SOLVED: To provide a power supply method and a communication system for a communication network in which interruption of communication is avoided in advance even when a power failure takes place in a commercial power supply line in an installed area of an optical line terminator. SOLUTION: The system is provided with an optical line terminator 10 that has a terminal power supply installation 16 to receive power supply and that is placed on a communication line between a communication control station 2 and a subscriber terminal equipment TE, an optical fiber FBI connecting the communication control station 2 and the optical line terminator 10, and a metallic wire MB that connects the optical line terminator 10 and the subscriber terminal TE to conduct communication between the communication control station 2 and the subscriber terminal TE.  In this case, a feeder PB1 is provided, which is installed in parallel with the optical fiber FB1 to supply power from the communication control station 2 to the terminal power supply installation 16, and the subscriber terminal TE receives power supply from the communication control station 2 via the optical line terminator 10 through the feeder PB1 and the metallic wire MB.
Patent JP-H01240022-A (JP)
Title: High speed switching device for radiocommunication circuit
Inventor: TSUDA KIYOSHI
IPC: H04B1/74
Filed: 1988-03-22
Abstract: PURPOSE:To reduce the passing loss of a spare circuit direction, to make the title device economical and to execute non-instantaneous cutting switching by providing a separate-switching circuit to switch-output the signal of a spare circuit in a testing signal detecting circuit direction and in a high speed switching circuit and a high speed switching circuit to execute the switching of the signal from a living circuit and the signal of the spare circuit and executing the non-instantaneous cutting switching of the living circuit and the spare circuit. CONSTITUTION:A high speed switching device 3 select-outputs a signal inputted from a living circuit through a U-B converting circuit 4 as an output signal when the living circuit is normal. When the fault of the living circuit is generated, the switching action of respective switching circuits 1 and 2 is executed, and the switching of a receiving side is executed at a high speed. Thus, the signal inputted from the spare circuit through the U-B converting circuit 4 flows in an (a) to (b) direction in a separate- switching circuit 2, flows in the C to B direction in a high speed switching circuit 1, and goes out as the output signal. Consequently, when the fault is generated at the living circuit, non-instantaneous cutting switching from the signal of the living circuit to the signal of the spare circuit can be executed.