baber/WOPTO huggingface dataset:
Patent JP-H03290268-A (JP)
Title: Thermal head
Inventor: SHIRAISHI SADAZUMI
IPC: B41J2/335
Filed: 1990-04-06
Abstract: PURPOSE:To unify heating temperature distribution of the heating part by a method wherein the title thermal head has a protective layer which is formed by a first part to covet a heating resistor, second parts formed on both sides of the first part and third parts placed outside of the first and second parts, and thermal conductivity for each protective layer is specified. CONSTITUTION:A protective layer consists of a first part 5-1 with thermal conductivity lambda1, second parts 5-2 with thermal conductivity lambda2 and third parts 5-3 with thermal conductivity lambda3, and it is lambda1>lambda2 and lambda3>lambda2. When power is connected to a heating resistor 3, joule heat generated at a heating part 7 is conducted in the protective layer 5-1 and quickly transmitted to the surface of the protective layer 5-1. Since thermal conductivity lambda2 is lower than thermal conductivity lambda1, diffusion of heat generated at the heating part 7 to the protective layer area direction is suppressed, and the surface of the protective layer 5-1 is kept at a sufficient temperature for printing, during pulse power connection. In addition, the thermal head is formed in such a manner that heat conducted in the protective layer 5-2 reaches the protective layer 5-3 at the time of completion of the pulse power connection, and therefore, heat stayed in the protective layers 5-1, 5-2 during the pulse power connection is diffused immediately through the protective layer 5-3 after the completion of the pulse power connection, and the thermal head is quickly cooled to a room temperature.
Patent JP-S59221293-A (JP)
Inventor: MATSUMURA HIROSHI
IPC: B67D7/38
Filed: 1983-05-26
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-S5616890-A (JP)
Title: Digital electronic watch
Inventor: TAKASHINA NAOKI
IPC: G04G17/02
Filed: 1979-07-20
Abstract: PURPOSE:To make it possible to obtain a thin watch easily, by fixing a screw pin to the watch back cover directly and by using this pin for guide to assemble movement parts into the watch. CONSTITUTION:Screw pin 2 is fixed to watch back cover 1, and this screw pin 2 is used for guide to assemble circuit block 3, panel frame 4, and panel stopper 5 into the watch, and they are fixed by screw 6a. As a result, any gap is not generated between back cover 1 and circuit materials. Consequently, the watch can be made thin easily.
Patent JP-H07302194-A (JP)
Title: Managing method for version of module group
Inventor: IWATA TAKAO
IPC: G06F9/06
Filed: 1994-05-02
Abstract: PURPOSE:To provide the management method for version of the module group using a new version for a module not to be, returned when an old module group is reproduced. CONSTITUTION:When a module (1) is updated and modules (2 and others) effected by the update of the module 1 are also updated, a data base 13 manages the updated module name and a recent version of said module through cross- referencing in the unit of the module groups (1, 2 and others) and an inter- module cross reference table 14 manages information of dependence of each module on other modules. When the module name and the version of said module are designated, the version management information database 13 and the inter-module cross reference table 14 are referenced to adopt modules of new version in a range to be matched as to other modules than the module in the module group including the module.
Patent JP-H03291007-A (JP)
Title: High frequency band pass filter
Inventor: HAYASHI KATSUHIKO
IPC: H05K1/14
Filed: 1990-04-09
Abstract: PURPOSE:To simplify the structure, to facilitate the manufacture and to easily realize the filter characteristic with high Q by providing two resonance parts opposite to each other so that the resonance conductor pattern is subject to electric field coupling with a GND pattern. CONSTITUTION:Patterns of 1st, 2nd and 3rd layers 6-1, 6-2, 6-3 form a 1st resonance section and patterns of 4th and 5th layers 6-4, 6-5 form a 2nd resonance section. The two resonance sections are arranged opposite to each other at a prescribed interval so that the GND pattern 2A and the conductor pattern 1A are in electric field coupling. When a high frequency signal is inputted to a feeding point 3 of one of the two resonance parts, the resonance conductor pattern 1A is resonated at a frequency equivalent to lambda/4. Thus, the resonance conductor pattern in the other resonance part is in electric field coupling with the conductor pattern and an output signal passing through the band pass filter is extracted.
Patent JP-S59222212-A (JP)
Title: Treating equipment of waste gas
Inventor: NAKAJIMA MIZUHO
IPC: B01D53/74
Filed: 1983-05-28
Abstract: PURPOSE:To obtain a simplified treating equipment of waste gas by injecting a nitrogen compd. absorbent and an acidic gas absorbent, and then passing the waste gas through an upstream secondary filtration bed formed by collecting the acidic gas absorbent and a downstream filter having a primary filtration bed covered with a denitration catalyst. CONSTITUTION:The waste gas from an incinerator 11 is introduced into a gas cooler 12, cooled to a temp. suitable for the waste gas treatment, and introduced into a catalytic waste gas treating apparatus 14 along with a nitrogen compd. such as ammonia from a chemicals injector 13 and an acidic gas absorbent such as slaked lime. The treated gas is discharged into the air by an exhauster 15. The waste gas treating apparatus 14 consists of a primary filtration bed 22 formed by covering a filtration filter 21 with a denitration catalyst, and of a secondary filtration bed 23 thereon formed by collecting the acidic gas absorbent such as slaked lime.
Patent JP-S63260126-A (JP)
Title: Manufacture of semiconductor device
Inventor: NAKAMURA AKIHIRO
IPC: H01L21/76
Filed: 1987-04-17
Abstract: PURPOSE:To introduce impurities into the sidewall of even a minute trench part positively and readily with good controllability, by forming a rotary coating film including impurities after the trench part is formed. CONSTITUTION:The entire surface including a trench part 2 is coated with a rotary coating film 1 including impurities. The trench part 2 is filled with the rotary coating film 1. The impurities are introduced into a silicon substrate 11 by the diffusion of the impurities from said rotary coating film 1. The rotary coating film 1 is applied by utilizing, e.g., a spin coater. Thus, the thicknesses of the film and the like are controlled. Even if the trench part has a vertical or inversely tapered shape, the impurities can be introduced into the side-wall positively and readily by utilizing the fluidity of the rotary coating film. This method is especially advantageous when the trench part is miniaturized.
Patent JP-S62250169-A (JP)
Title: Ion plating apparatus
Inventor: HASHIMOTO TAKANOBU
IPC: C23C14/28
Filed: 1986-04-24
Abstract: PURPOSE:To form high quality vapor-deposited film of a uniform thickness on substrates by placing a crucible as an evaporating source in an ion plating apparatus so that it can be vertically moved between the substrates. CONSTITUTION:Substrates 5 on which vapor is deposited are rotatably arranged in the body 13 of an ion plating apparatus and a crucible 1 contg. a material 2 for vapor deposition is placed at the lower part so that it can be vertically moved between the substrates 5. A coil 3 as an electron beam generating source is placed at the upper part and connected to the negative electrode of a DC power source 7 and the crucible 1 is connected to the positive electrode. Electron beams 4 from the coil 3 are converged on the material 2 in the crucible 1 with a permanent magnet 10 placed under the crucible 1 to heat the material 2. The material 2 is melted and evaporated by the heating and the resulting vapor is deposited on the surfaces of the rotating substrates 5. At this time, the crucible 1 is vertically moved between the substrates 5 so that the material 2 is vapor-deposited on the surfaces of the substrates 5 to a uniform thickness with superior adhesion.
Patent JP-H07130060-A (JP)
Title: Data-carrier loader
Inventor: HARUBUOA ORAFU KUBUIFUTE
IPC: G11B17/30
Filed: 1994-05-02
Abstract: PURPOSE: To provide an inexpensive loader by placing a reader upward a selected data carrier and transferring the data carrier between a magazine and a data reader with a transfer structure device. CONSTITUTION: When the data carrier 8 is taken out from the magazine 7 in a drawer main body 5 to be inserted into the data reader 10, the device 10 is moved to the position upward the selected carrier 8 along the directions of an arrow of both directions. The device 10 is moved by a belt 13 operated by a motor 14 connected to a power part 10 according to a command of a control circuit. The command is carried on a circuit board 16 to be inputted to the device 10 through a flexible cable 17. When the device 10 is positioned on the upside of the selected carrier 8, the carrier 8 is pulled up into the device 10 from the magazine 7 by the belt 12 of a data carrier transfer device/drawer joint structure device 11 to be stored.
Patent JP-H11292155-A (JP)
Title: Heating container
Inventor: KAWAGUCHI AKIO
IPC: F24V30/00
Filed: 1998-04-06
Abstract: PROBLEM TO BE SOLVED: To take food without inconvenience after heating by rupturing surely a heating bag and a water bag to cause a complete hydration reaction of a heating agent. SOLUTION: A heating member 4 is stored in a container main body, and a food container, storing foodstuff, is stored on it. In the heating member 4, one end of a rupture string 11 is locked in the locking part 15 of a plate 7, and other end is passed, along the upper face of the plate 7, to the other end of it, then extended onto the upper face of a water bag 9, and pulled out from the pull-out hole of the container main body. The rupture string 11 is inserted into one of slits 16b on both sides from the surface of the plate 7, and then inserted into the other slit 16b after passed along the rear face of the plate 7. It is further inserted into the slit 16b on the one side after passed along the surface of the plate 7, and then it is inserted into a middle slit 16a after passed along the rear face of the plate 7.  Subsequently, it is pulled out onto the surface of the plate 7, and thus locked in the locking part 15.
Patent JP-S60237697-A (JP)
Title: Bipolar memory circuit
Inventor: KATOU AKIRA
IPC: H01L27/10
Filed: 1984-05-10
Abstract: PURPOSE:To facilitate the detection of a memory cell applied with an abnormally low holding voltage by providing a holding voltage detection circuit to retain a flip-flop memory cell in the bistable state. CONSTITUTION:When the base of a holding voltage detection transistor Q11 whose base potential is controlled by an external terminal TT goes to a high level, transistors Q8 and Q9 are turned off, and a read current ID is interrupted. Then an FF-type memory cell goes to the nonselective state in spite of the selected state environment, and a holding voltage is produced on a load resistance R1 at the on-side of the cell, or an R2. The holding voltage is secured by a potential supplied to the based of the Q11, and its bistable state is retained. When the holding voltage is lower than that corresponding to a potential supplied from the outside, the memory cell is inverted, and a defective memory cell applied with an abnormally low holding voltage can be easily detected.
Patent JP-H07276646-A (JP)
Title: Thermal head substrate for ink jet and its manufacture
Inventor: SHIMA KAZUO
IPC: B41J2/16
Filed: 1994-04-08
Abstract: PURPOSE:To run an electric current adequately to a desired heater and prevent every layer from breaking down due to thermal expansion by forming an anticavitation layer independently over a passivation layer so that the anticavitation layer does not overlap an area above the stepped part of a resistor layer and a conductor layer. CONSTITUTION:Even when a defect in the step coverage part of a passivation layer 6 occurs at the stepped part 8 of a resistor layer 4 and a conductor layer 5 where the defect in the step coverage part is apt to easily occur due to sputtering when forming the passivation layer 6, an anticavitation layer 7 does not enter into the step coverage part. Consequently, the anticavitation layer 7 no longer communicates with either the resistor layer 4 or the conductor layer 5, so that it is possible to prevent the failure to run an electric current adequately to a desired heater from occurring and also prevent an electric current from running to another heater. In addition, the anticavitation layer 7 does not become heated, unless it communicates, and consequently, each layer is prevented from breaking down.
Patent JP-H09280706-A (JP)
Title: Refrigerator
Inventor: FUKUI TOSHITAKA
IPC: F25C5/00
Filed: 1996-04-16
Abstract: PROBLEM TO BE SOLVED: To provide a refrigerator defining a refrigerating chamber in an upper layer and a drawer-type freezing chamber in a lower layer while having an ice making device therein, wherein the refrigerator is featured by an enlarged ice storing space and an improvement in handling of an ice scoop. SOLUTION: A freezing container 26 is provided with a partition wall 29 as an integral part thereof for defining a frozen food storing corner 27 and an ice storing corner 28. An ice storing box 30 is mounted in the ice storing corner 28 along the inner wall thereof. The partition plate 29 is provided with a crossing region 32 at a front portion of the outer side wall of the ice storing box 30 and such a crossing region 32 merges with the front wall 31 of the ice storing corner. The crossing region 32 is indented toward the frozen food storing corner 27 to define a recessed portion 33. Numeral 34 indicates a guide rib and an opening of the recessed portion 33 is disposed at an outer side wall of the ice storing box 30.  Since an ice scoop 35 can be set between the recessed portion 33 formed toward the frozen food storing corner 27 and the guide rib 34, the ice storing box 30 can expand its storing space to a front wall of the freezing container thus assuring a maximum ice storing space.
Patent JP-S5619125-A (JP)
Title: Clock pulse generating circuit using memory element
Inventor: ISOBE HIDEO
IPC: G06F1/04
Filed: 1979-07-24
Abstract: PURPOSE: To make small and standardize the circuit, by constituting the clock pulse generating circuit with one memory element.  
     CONSTITUTION: The memory element 12 keeps the output state of an arbitrary data with the operation of the feedback lines 8W11, when the arbitrary data is written in the address in the memory. When the pulse signal at the input terminal 1 is inverted, the designation address is changed. An arbitrary data is output at the output terminals 4W7 at the inversion of the input pulse signal by writing the desired data to this address. The memory element transits to the next stable state and the output is kept by writing the same data to the address designated at the data output state and the input pulse signal state. Accordingly, one memory element can realize the functions including the frequency division and logical function as a result. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H02276725-A (JP)
Title: Instruction for robot
Inventor: KOJIMA JUNICHI
IPC: B65G61/00
Filed: 1989-04-13
Abstract: PURPOSE:To automatically prepare a program in a short time by attaching each instruction mark having the instruction information to the instructed articles which are previously arranged on a pallet and reading the mark by an image sensor and instructing a robot on the program for palletizing work from the instruction information. CONSTITUTION:The instruction marks 24 and 25 are displayed with each position and direction of instruction information onto the upper surface of each instructed article 18. Then, the whole figure of the instructed article 18 is taken by a whole observation TV camera 19, and a controller 21 detects the position of the mark of '1', and a robot 11 is operated, and an arm 2 is shifted so that a TV camera 15 is set over the mark '1', and each '1' of the marks 24 and 25 is set within the viewfield of the TV camera 15. The instruction information of the mark 24 and each height of the marks 24 and 25 which is obtained by an article height sensor 16 are inputted into a controller 21, and the holding position and the holding direction are calculated from the direction of the longer axis 27 of the mark 24, and a program for palletizing work can be prepared automatically.
Patent JP-H02272643-A (JP)
Title: Fault analyzing system
Inventor: NISHIMOTO KUNIO
IPC: G06F11/22
Filed: 1989-04-13
Abstract: PURPOSE:To prevent a diagnostic device from being exclusively used over a continued time by collecting fault information when a hardware fault occurs in a processor, and analyzing the fault during the idle time of operation. CONSTITUTION:When a hardware fault occurs in one of processors 1 to n, hardware fault detecting means 11 to 1n execute the detection of the hardware fault and the report of fault detection, and a fault information collecting means 21 receives the report of the fault detection from the means 11 to 1n and collects the fault information. A fault information storing means 22 stores the fault information collected by the means 21, a fault analyzing means 24 operates independently from the means 21 to analyze the fault based upon the fault information stored in the means 22 and an analysis starting means 23 starts the means 24 in the idle time of the diagnostic device 20. Consequently, the diagnostic device can be prevented from being exclusively used over a long period and the function of the diagnostic device can be improved.
Patent JP-H11294547-A (JP)
Title: Control device and control method for automatic shift for vehicle
Inventor: SATO KAZUHIKO
IPC: B60K31/04
Filed: 1998-04-07
Abstract: PROBLEM TO BE SOLVED: To apply a proper engine brake during a descending travel without requiring the switching of a shift range by a driver by determining the target value of the vehicle speed based on the estimated torque considered with travel resistance and acceleration torque on the calculated torque, and determining the optimum shift ratio for control so that the actual vehicle speed follows the target vehicle speed. SOLUTION: The block 41 of a CVT(continuously variable transmission) control unit is provided with a torque calculation section 42 determining the drive shaft torque To of a CVT, a travel resistance calculation section 43, a vehicle speed differential calculation section 44 and an acceleration torque calculation section 45, and it calculates a road surface gradient θ. The road surface gradient θ is inputted to a target vehicle speed determination section 47, the vehicle speed at the time when the road surface gradient θ becomes larger than the set value is stored, and the target vehicle speed is determined based on the vehicle speed.  The target shift ratio calculation section 48 of a block 50 calculates a target shift ratio based on the determined target vehicle speed, present actual vehicle speed and throttle opening, and a shift operation instruction output section 49 outputs the operation quantity of a transmission operation valve 18 based on the value of the target shift ratio.
Patent JP-S60237571-A (JP)
Title: Pos system
Inventor: KAKIZONO YUKIO
IPC: G06F13/00
Filed: 1984-05-10
Abstract: PURPOSE:To attain an easy re-transmission of data with respect to a master device at the time of restoration to an on-line mode by storing automatically transaction data in an external memory device only when trouble on a circuit, etc. arise. CONSTITUTION:A POS terminal 1 is constituted mainly of a CPU10 as shown in the figure. When communications are detected to cease during one transaction due to troubles on a circuit or those of a master device 3, an operation is caused to be in an off-line mode. At the time of an operation of an off-line processing specification key, transaction data at this time is stored in the same format as a transmission data format at the time of on-line in an external memory device FD2, after which the on-line mode is reset. Since the transaction data is automatically stored in the same format as that of the transmission data with respect to the FD2 when troubles on the circuit arise, data being stored in the FD2 is absorbed as it is at the time of restoration of the circuit, thereby recovering data easily.
Patent JP-S58210163-A (JP)
Title: Method for ionic-plating of metallic surface
Inventor: KOBAYASHI HIROSHI
IPC: C23C14/06
Filed: 1982-06-02
Abstract: PURPOSE:To manufacture a member ionic-plated with a material having superior corrosion resistance at a low cost, by plating the surface of a base metallic member with Ni and Cr in order and by carrying out ionic plating. CONSTITUTION:Accessories are manufactured by using a base metal such as brass, German silver or die cast zinc. The surfaces of the accessories are plated with Ni and Cr in order and ionic-plated with a material having superior corrosion resistance such as titanium nitride or tantalum carbide. Since said base metal is inexpensive and is easily worked by cutting and polishing, ionic-plated accessories can be manufactured at a low cost.
Patent JP-S5218185-A (JP)
Title: Semiconductor device process
Inventor: KOBAYASHI TOORU
IPC: H01L21/76
Filed: 1975-08-01
Abstract: PURPOSE:Prevent the generation of parasitic effect without impairing electrical characteristics of circuit wlwmwnts by overlaying a Si3N4 film on a SiO2 film phosphor glass layer and heating in steam.
Patent JP-H01267470-A (JP)
Title: Width measuring circuit
Inventor: FUKAZAWA MASAKI
IPC: G01R29/02
Filed: 1988-04-19
Abstract: PURPOSE:To arbitrarily perform the setting of a measuring section desired to obtain data and the selection of a processor unit, by mounting a measuring section setting circuit and a signal-to-be-measured clock synchronous circuit and mounting a memory on a main circuit. CONSTITUTION:A measuring section setting circuit 1 inputs a measuring section setting signal to a measuring pulse forming circuit 4 while a signal-to-be- measured clock synchronous circuit 2 inputs a signal-to-measured clock synchronous pulse synchronous to the clock from a fundamental clock circuit 3 to the measuring pulse forming circuit 4. The measuring pulse forming circuit 4 outputs the memory write signal 44 and address-up signal 45 synchronous to the clock from the fundamental clock circuit 3 to a memory circuit 6 and also outputs a counter clear signal to a counter circuit 5. The counter circuit 5 counts the clock from the fundamental clock circuit 3 to output measured data to the memory circuit 6. By this method, the setting of a measuring section desired to obtain data and the selection of a processor unit can be arbitrarily performed.
Patent JP-H07298729-A (JP)
Title: Rice transplanter
Inventor: KUBOSHITA TAKEO
IPC: A01B73/06
Filed: 1994-05-09
Abstract: PURPOSE:To provide a rice transplanter capable of accommodating the seedling planting unit while reducing the amount stretched in the right and left direction by performing separation and coupling of a system for driving a rolling motion without requiring much labor. CONSTITUTION:In this rice transplanter, the seedling planting unit can be divided in terms of planting rows so that at least both the right and left side parts may be separated and the posture of the dividable subunits can be changed from an accommodation posture reduced in the amount stretched in the transverse direction of the machine body to a working posture in which the seedling planting unit is not divided. The seedling planting unit is equipped with a detachable supporting member 33 stretched over both the right and left side parts of the seedling planting unit in a working posture and both the right and left end parts of an elastic member 34 to which a driving force is transmitted from a drive member 31 for a rolling motion are respectively connected to both the right and left side parts of the support member 33.