baber/WOPTO huggingface dataset:
Patent JP-H0692159-A (JP)
Title: Drive feeling control device, human characteristic identifying method and simulation feeling giving device
Inventor: HORIGUCHI AKINORI
IPC: B62D6/00
Filed: 1992-09-11
Abstract: PURPOSE:To improve safety running and comfortable drivability by providing a control means for giving an action feeling increased or decreased relating to a driver by controlling an action feeling giving means based on outputs of a perception right or wrong estimating means and a hazard estimating means. CONSTITUTION:A device is provided with a perception right or wrong estimating means 2 for estimating a driver capable or not of perceiving a change of action of a vehicle after a predetermined time, hazard estimating means 4 for estimating action hazardousness of the vehicle in future and an action feeling giving means 6 relating to action of the vehicle to the driver. Next, when the driver can perceive a change of action of the vehicle further with action hazardousness of the vehicle estimated, this action feeling giving means 6 gives an action feeling increased relating to the driver, and the action change of the vehicle can be perceived by the driver.
Patent JP-S62104255-A (JP)
Title: Diagnostic system
Inventor: TAGUCHI AKIYOSHI
IPC: G06F11/16
Filed: 1985-10-30
Abstract: PURPOSE:To preclude the possibility of inflicting effect on a call processing by allowing a spare central controller to use a diagnostic program group to apply the diagnostic processing after an active central controller stores the diagnostic program group in a spare main storage device so that the area of the active storage device is not occupied by the diagnostic program group. CONSTITUTION:When the maintenance personnel inputs a diagnostic command relating to a device 6 to be diagnosed, an active central controller 10 executes a command reception program 71 in an active main storage device 20 to receive the diagnosis command and to start a diagnostic management program 73. A diagnosis execution program 74 and a diagnosis correct solution data 75 corresponding to the device 6 to be diagnosed are extracted from an external storage device 4 and stored in a spare main storage device 21, the spare central controller 11 is started for the diagnostic processing via a path (b). The started spare central controller 11 executes the diagnostic execution program 74 stored in the spare main storage device 21 to execute the diagnosis of the device 6 to be diagnosed. Thus, since the area of the active main storage device is not occupied by the diagnostic program group, the possibility of the effect on the call processing is precluded.
Patent JP-S6398245-A (JP)
Title: Line control system for communication equipment
Inventor: KUBOTA HITOSHI
IPC: H04L69/40
Filed: 1986-10-15
Abstract: PURPOSE:To prevent communication from being disabled due to misconnection, by judging whether the terminal of a communication equipment is an input terminal or an output terminal, by retrieving the level of a signal line, and connecting the input terminals and the output terminals of both communication equipments automatically. CONSTITUTION:In a first case, an output Q changes from an H to an L by the leading of a pulse because the D input of a flip-flop circuit 51 is the L. Thereby, switching means 4-1 and 4-4 are turned off, and switching means 4-2 and 4-3 are turned on. Therefore, a third pin in a 25-pin connector for an RS-232-C is connected to a driver 1, in other words, correct connection is performed (continuous line part in 51-Q). Next, in a second case, no change in the output Q is recognized remaining at the H as it is by the leading of the pulse because the D input of the flip-flop circuit 51 is the H. Also, since a line is connected correctly, no switching of terminal switching means is performed (broken line part in 51-Q).
Patent JP-S60136294-A (JP)
Inventor: USHIFUSA NOBUYUKI
IPC: C04B35/18
Filed: 1983-12-23
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-S61123138-A (JP)
Title: Positioning signal detecting apparatus
Inventor: INE HIDEKI
IPC: G03F9/00
Filed: 1984-11-20
Abstract: PURPOSE:To detect position of mask and wafer by controlling direction of polarization through the switching, guiding the lights to the different paths in accordance with directions to form a beams corresponding to inclination of positioning mark and aligning the directions of beam and polarization for scanning. CONSTITUTION:When a voltage is not applied to the polarization surface rotating elements 11, 18, the P polarization from a laser source 10 transmits through an element 11 and polarization beam splitter 12, and is formed into a slit beam L1 through a lens 14 and thereafter enters a deflection origin B. Next, the beam enters the end surface 23a of prism, focuses on the mask 1 through the splitter 25a and then focuses on the wafer 2. The beam then scatters at the alignment mark position and enters a photoelectric converter 33a, giving an output signal to the control system. A voltage is then applied to the elements 11, 18 with the signal from the control system and the P polarization from the light source is converted to the S polarization. The beam is reflected by a splitter 12a and becomes the slit beam L2 which orthogonally crosses the beam L1 at the lens 16 and is then converted to the P polarization with an element 18. With the same path as the L1, the beam scanns the other alignment mark.
Patent JP-H1177938-A (JP)
Title: Heat resistive transparent multilayer polyester sheet and molded item
Inventor: KADOYA YUICHI
IPC: B65D65/40
Filed: 1997-09-09
Abstract: PROBLEM TO BE SOLVED: To raise impact resistance at low temperature without impairing transparency by laminating polycarbonate resin on one surface or both surfaces of a base material consisting of a resin composition having polycarbonate resin blended in polyethyleneterephthalate resin at a predetermined rate. SOLUTION: A heat resistive transparent multilayer polyester sheet is formed by laminating polycarbonate resin on one surface or both surface layers of a base material consisting of a resin composition having as a main component polyethyleneterephthalate resin and polycarbonate resin. Also, articles can be obtained by the use of the polyester sheet. The resin composition being a base material has suitably 70-97 pts.wt. polyethylene terephthalate resin and 3-30 pts.wt. polycarbonate resin at its blending rate. For this blending method, there is given each method in which material stirred and mixed is directly put in an extruder during sheet molding, and method in which material stirred and mixed is melt blended by an axial or biaxial extruder to be pelletized and then subjected to sheet extrusion.
Patent JP-H03105523-A (JP)
Title: Automatic inserting device for closing parenthesis
Inventor: MATSUO AKIHIKO
IPC: G06F9/06
Filed: 1989-09-20
Abstract: PURPOSE:To surely evade the input errors of the closing parentheses by providing a means which reads sequentially the character strings out of an input file and detects the indent extent of each character string and a means which completes the omitted closing parenthesis by means of a detected indent extent for the character string read out. CONSTITUTION:A means 10 is provided to read sequentially the character strings out of an input file and to detect the indent extent of each character string together with a means 12 which completes the omitted closing parenthesis by means of a detected indent extent for the character string read out, and a means 14 which writes the character string where the closing parenthesis are completed to an output file. In such a constitution, the closing parenthesis is interpolated based on the indent extent of a character string. Thus, all closing parenthesis can be omitted in the input file. Consequently, the input errors of the closing parentheses can be completely eliminated and the input file is easily produced.
Patent JP-2000051482-A (JP)
Title: Ball shooting game machine
Inventor: UGAWA SHOHACHI
IPC: A63F7/02
Filed: 1999-08-30
Abstract: PROBLEM TO BE SOLVED: To stably and reliably hold an ashtray by supporting rotatably the ashtray on a main component frame, and butting a seated plane formed in the ashtray against a seating plane formed in the main component frame when rotated into a usable position. SOLUTION: In a frame 22 forming the other member of a main component frame, a tray housing portion 40 that houses a tray 23 and an ashtray storing portion 41 that stores an ashtray 26 are normally separated by a partition, and a stepped seating plane 55 is formed in the interior except the rear of the tray storing portion 40 of the frame 22 is butted against the seating plane 55, so that the seated plane 63 of the tray 23 buts. On the other hand, a seating plane 56 is formed also in the rear end of the lower portion of the ashtray storing portion 41, against which the seated plane of the ashtray 26 is butted.  The tray 23 is formed into a concave open in the rear side the circumferential edge of the upper end is butted against the circumferential edge of the upper end of the storing frame 40a of the tray storing portion 40, whereby the tray 23 is stably stored and held in the storing portion 40.
Patent JP-S6396532-A (JP)
Title: Precision balancing method for rotating body
Inventor: HATAKEYAMA MINORU
IPC: F16F15/32
Filed: 1986-10-14
Abstract: PURPOSE:To calculate a fitting angle which scarcely causes an error, by attaching an unbalance correcting dead-weight in order to an arbitrary reference position, a position of 2pi/3, and a position of 4pi/3, and calculating an unbalance phase by measuring each amplitude. CONSTITUTION:A vibration amplitude A at the time when a rotating body 1 has been rotated in a state that an unbalance correcting dead-weight is not attached is measured. Subsequently, a vibration amplitude B at the time when the rotating body 1 has been rotated in a state that one piece of an unbalance correcting dead-weight 5 or 6 is attached to an arbitrary point on a prescribed radius (r) from the center of the rotating body 1 is measured. Next, in a state that the unbalance correcting dead-weight 5 or 6 has been attached to a position shifted by 2pi/3 and 4pi/3, the rotating body 1 is rotated respectively, and a vibration amplitude C and D at that time are measured. Also, when an amplitude by a centrifugal force of the unbalance correcting head-weight 5 or 6, and an unbalance phase angle are denoted as W and phi, respectively, a fitting angle of each of two pieces of unbalance correcting dead-weights is derived.
Patent JP-S62105087-A (JP)
Inventor: MATSUMOTO TAKASHI
IPC: G21C19/40
Filed: 1985-11-01
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-S61123215-A (JP)
Title: Comparator circuit
Inventor: KOIKE YUKIO
IPC: H03K5/24
Filed: 1984-11-19
Abstract: PURPOSE:To apply self-calibration by providing a capacitor storing an output potential in calibrating a bias circuit and applying feedback to make a bias potential equal to the capacitor potential even if the bias potential is fluctuated due to power supply fluctuation at comparison. CONSTITUTION:Since switches 113, 115, 117, 120 are closed and switches 114, 119 are opened at the calibration mode phi, the output of a bias circuit 111 is added with a potential through the connection of a drain and a gate of an FET 122, the output is stored in a capacitor 116 via the switch 117 and fed to a gate of an FET 121. Since the drain and gate of both the FETs 106, 107 are short-circuited in this case, a threshold value of an inverse amplifier 108 is coincident with the bias output. If there is any power supply fluctuation between the calibration mode phi and the comparison mode phi', the output change of the bias circuit is detected by a differential amplifier 118 to control the output of the bias circuit through the FET 122 to bring the output equal to the potential across the capacitor 116.
Patent JP-H0992318-A (JP)
Title: Portable fuel cell device
Inventor: ISHIZAWA MAKI
IPC: H01M8/04
Filed: 1995-09-22
Abstract: PROBLEM TO BE SOLVED: To provide a portable fuel cell device which is excellent in portability, has a hydrogen bomb whose painted surface is never exposed, and can be operated for a long time, increase the system capacity by parallel connection, and be remotely operated, monitored and stopped. SOLUTION: A hydrogen bomb housing part 4 and a housing part 5 for fuel cell body, power converting part and operation control part are provided with traveling wheels 8 on the lower parts, respectively, and have body-of- equipment attaching and detaching tools 7 for combining each housing part to form a body of equipment 6, so that they can be independently separated and moved. The painted surface of a hydrogen bomb 2 in the housing part 4 is never exposed. When the fuel in the hydrogen bomb 2 is little in operation, the replacing time is judged by the primary pressure of a pressure reducing valve 13, and the bomb is replaced by a filled bomb to allow a long-time operation. A power converting part 17 equalizes the load sharing in the parallel connection of a cell device to allow a higher capacity.
Patent JP-H1186036-A (JP)
Title: Numerical analyzer, numerical analysis method and recording medium storing computer program for executing numerical analysis
Inventor: OTOI KATSUYA
IPC: G06F17/10
Filed: 1997-09-09
Abstract: PROBLEM TO BE SOLVED: To prevent a numerical analysis system from being set erroneously or omissively even when solid bodies are joined together complicatedly, by dividing the surfaces on the solids into join areas and open areas, generating meshes by those areas, and adding border conditions and taking a numerical analysis. SOLUTION: The numerical analysis system has a three-dimensional solid shape modeling part 1, a join/open area recognition part 2, a mesh generation part 3, a border condition definition part 4, a numerical analysis part 5, an analysis result display part 6, a system control part 7, etc. This system divides the surfaces on the solid bodies into the join areas and open areas and generate meshes by the areas. Consequently, the elements of the meshes match each other in the join areas. Then, the border conditions are added and the numerical analysis is taken. In this case, a join area setting means extracts geometrically the same division surfaces as a pair on the basis of the division results and decides individual pairs as join areas.
Patent JP-S6398808-A (JP)
Title: Magnetic head
Inventor: HAYAKAWA YUICHI
IPC: G11B5/127
Filed: 1986-10-15
Abstract: PURPOSE:To contrive to attain mass-production by providing a long groove along the running direction to a floating face of a flexible slider and pushing to spread inner walls of the groove in lengthwise direction opposed to each other by means of a plate spring so as to deform the slider in a curved shape thereby eliminating the hindrance of adsorption with a medium. CONSTITUTION:Two floating faces 6, 6' in parallel are formed in a face of the flexible slider 5 along the running direction of the medium. Then a long groove 7 is provided along the running direction of the medium to deform a plate spring 10 elastically to be in elastic contact onto the opposed inner walls 8, 8' and the slider 5 is deformed in a curved shape to ward the outside orthogonal in the running direction to form the faces 6, 6' to be a barrel form. Thus, the head copes with a change in temperature/humidity and the adsorption failure between the slider 5 and the medium is eliminated. Moreover, the faces 6, 6' of the slider 5 have only to be ground in advance in the shape of plane and no composite machining is required. Thus, the adsorption failure between the slider and the medium is eliminated and mass-production is attained.
Patent JP-H0882332-A (JP)
Title: Band brake device
Inventor: SANO TAKASHI
IPC: F16D49/12
Filed: 1994-09-13
Abstract: PURPOSE: To prevent a dragging phenomenon generated at the time of releasing a brake band by providing link mechanism for oscillating an operating side bracket by load from a piston stem, and providing the operating side bracket with an elastic member that can press the operating side bracket so as to be oscillated in the direction of releasing the brake band. CONSTITUTION: When a hydraulic servo system is operated to apply upward load to a piston stem 22, an operating side bracket 14 is oscillated counterclockwise around a fulcrum 24 against a spring 26. A brake band 10 is thereby clamped without load in the direction of a drum 20 being applied to the operating side bracket 14 side end part. At the time of releasing the brake band 10, the load acting upon the piston stem 22 is made zero. The operating side bracket 14 is thereby pressed by the spring 26 so as to be oscillated clockwise around the fulcrum 24. The brake band 10 is thereby released smoothly so as to prevent the generation of drag to a band brake device.
Patent JP-H04124836-A (JP)
Title: Manufacture of semiconductor device
Inventor: TAKEI MICHIKO
IPC: H01L29/78
Filed: 1990-09-14
Abstract: PURPOSE:To form a gate and source-drain regions in a self alignment manner regardless of the blank of a transparent substrate, and to simplify a process by applying a semiconductor film onto two diffusion source films applied onto the transparent substrate while interposing a channel region, irradiating radiant light from the substrate side and simultaneously forming the source-drain regions and the channel region. CONSTITUTION:Two diffusion source films 7 containing conductivity type impurities are applied onto a transparent substrate 1 while interposing a channel region 2, a semiconductor film 8 is applied onto the substrate 1 while coating these diffusion source films 7, the semiconductor film 8 is irradiated with radiant light from the transparent substrate 1 side, and source-drain regions 8A composed of doped semiconductor films and a channel region 2A consisting of a non-doped semiconductor region are formed simultaneously onto the diffusion source films 7. A first a-Si film 2, gate insulating films 3, 4 and a gate film 5 are applied onto the transparent substrate 1, and patterned. The diffusion source films 7 and the second a-Si film 8 are applied, laser beams are applied from the transparent substrate 1 side and a-Si is changed into a polycrystalline state, and the source-drain regions 8A made up of polysilicon films and the channel region 2A are shaped simultaneously.
Patent JP-S63100101-A (JP)
Title: Production of composite powder
Inventor: HAYASHI KIYOHIDE
IPC: B22F1/00
Filed: 1986-10-15
Abstract: PURPOSE:To prevent the splashing and segregating of fine powder by mixing base powder and size to coat the size on the surface then adding and sticking the fine powder of a specific grain size thereto and further mixing the size therewith to uniformize the grain size. CONSTITUTION:The base powder is put into a vessel and the size is added thereto. Both are agigated and mixed to coat the size uniformly onto the surface of the base powder. The fine powder having the average grain size of <=1/2 the average grain size of the base powder is added thereto and both the powders are agitated and mixed to stick the fine powder to the surface of the base powder. The fine powder is surely stuck to the base powder by adopting such mixing sequence. The size is again added to the powders which are then mixed and agitated to stick the grains of the relatively small grain sizes among the base powder grains to each other so as to uniformize the grain size. The fine powder may be of the same kind as the base powder or different therefrom. The splashing of the fine powder and the segregation by a difference in the grain size are prevented by the above-mentioned method.
Patent JP-H07102666-A (JP)
Title: Forming method for fireproof partition
Inventor: SAWADA MISAO
IPC: E04B2/74
Filed: 1993-09-30
Abstract: PURPOSE:To effectively use an end material or a surplus material available at a process of cutting a fireproof wall material to suit partitioned space. CONSTITUTION:A pair of right and left brackets 5 are fastened to the floor frame 1b and ceiling frame 1a of a building frame 1, and studs 6 are arranged and fixed between the vertically opposite brackets 5. Furthermore, fireproof lining wall materials 11 and fireproof overlay wall materials 14 are cut to the prescribed shape to suit partitioned space, and an end material or a surplus material generated due to this cutting process are kept in place without disposal. Subsequently, the materials 11 cut to the prescribed shape are fastened to the brackets 5 and the studs 6, and fireproof wall material pieces 13 formed out of the end material or surplus material are randomly fastened to the front sides of the materials 11. In addition, the overlay materials 14 cut to the prescribed shape are fastened to the pieces 13.
Patent JP-H0562050-A (JP)
Title: Cash handling device
Inventor: KIMURA ATSUNORI
IPC: G07F9/10
Filed: 1991-08-30
Abstract: PURPOSE:To follow up, to manage the mounting/demounting of a mountable/ demountable cash housing box and to improve accident prevention, as to a cash handling device capable of detecting the mounting/demounting of the cash housing box mounted/ demounted to/from a cash handling part charging inputted cash or discharging the cash and of managing the history. CONSTITUTION:In the device provided with a cash housing box 2 housing the cash and a cash handling part 30 housing the inputted cash or discharging the cash by means of the cash housing box, detection parts 232 and 309 detecting the mounting/demounting of the cash housing box 2, control parts 230 and 300, memories 231 and 311 and clock parts 234 and 310 are provided. When the control parts 230 and 300 detects the mounting/demounting the cash housing box 2 by means of the detection part 232 and 309, time information of the clock parts 234 and 310 is stored in the memories 231 and 311.
Patent JP-S61123369-A (JP)
Title: Picture change device
Inventor: NISHIMURA AKIO
IPC: G06T15/20
Filed: 1984-11-20
Abstract: PURPOSE:To enable to generate a new picture from the original picture on the basis of coordinates value of the original picture and coordinates value of a new picture by establishing a change address generating device, original picture memory, original read address control device and a new picture memory. CONSTITUTION:Change address generating device 11 outputs value of dot coordinates 13 on the plane of original picture corresponding to picture element coordinates value 12 on the plane of a new picture on the basis of the given three dimensional geometrical structure representation system and coefficient. The original read address control 14 reads picture data designating address in dot coordinates 13 on the plane of the original picture from the original picture written in the original picture memory 16 by the original write address control device 15. New write address control unit 17 writes the read picture data in the new picture memory 18 designating the address in coordinates value 12. Next, read address control device 19 reads the picture data one after another from the new picture memory 18 to generate a new image. Thus, a new picture can be produced from the original picture on the basis of coordinates value of the original picture and coordinates value of new picture by setting the device 11, memory 16, 18.