baber/WOPTO huggingface dataset:
Patent JP-S58112120-A (JP)
Title: Loading system of initial program
Inventor: SUZAKU JIROU
IPC: G06F9/445
Filed: 1981-12-24
Abstract: PURPOSE:To reduce the probability for the stoppage of a system, by providing a service processor which executes the loading of an initial program by an indication when the state of a central processor is always monitored and the checking is discontinued. CONSTITUTION:When a central processor 1 is unable to recover by itself and stops its checking, a service processor 6 which always monitors the state of the processor 1 detects the above-mentioned state of the processor 1. In case a switch which can be designated properly for a system indicates the checking initial program loading (IPL), the information for study of the factors of a fault is shunted to a flexible disk device 8 and then the whole system including the processor 1 is initialized after a proper delay to start an IPL action. Thus the processor 1 proceeds to an IPL action, and the processor 6 transfers a career showing that a checking stop state is changed to an ILP action to the software.
Patent JP-H0769094-A (JP)
Title: Travel control device for automobile
Inventor: KISHI MAKOTO
IPC: F02D29/02
Filed: 1993-08-31
Abstract: PURPOSE:To adjust degrees of a speed responsive control gain (a control gain is large) and stable travel control (a control gain is small) according to a liking of a driver when tracking travel control is carried out. CONSTITUTION:An inter-vehicle distance error DELTAD being a difference between an inter-vehicle distance between one's own vehicle and a preceding vehicle and a target inter-vehicle distance obtained by multiplying one's own vehicle speed by preset time, is found, and correction speed Vc obtained by multiplying the inter-vehicle distance error DELTAD by correction gains K1 and K2, is found. On the other hand, relative speed of the preceding vehicle to one's own vehicle is found from a change per time of the inter-vehicle distance, and one's own vehicle speed is added to the relative speed, and preceding vehicle speed is found. The correction speed Vc is added to this preceding vehicle speed, and target vehicle speed is obtained. Throttle control is carried out so that one's own vehicle speed becomes the target vehicle speed. When a driver rotates a gain variable volume 150, values of the correction gains K1 and K2 are adjusted.
Patent JP-S6371757-A (JP)
Title: Precedence determining device
Inventor: INAGAWA TAKASHI
IPC: G06F13/26
Filed: 1986-09-16
Abstract: PURPOSE:To quickly determine the precedence by allowing a master precedence determining circuit to handle all slave precedence determining circuits as asynchronous circuits. CONSTITUTION:The priority control signal to a slave precedence determining circuit synchronized with the master precedence determining circuit is used as the priority control signal to the master precedence determining circuit. That is, if a bus use request signal DREQ0-N 10 to to DMACalpha is turned on when signals DREQ1-N 11 and 15 are turned off, a signal HREQ0-N 14 is turned on approximately simultaneously, and therefore, synchronism is acquired in synchronizing circuits 1 and 3 simultaneously, and an output ACK0-N 8 from a priority circuit 2 and a permission output DACK0-N 29 from a priority circuit are turned on simultaneously. In this case, the shortest period from the time of turning-on of the signal DREQ0-N 10 to the time of turning-on of a signal DACK0-N 16 corresponds to 1.5 clocks of a signal CLK0-N 16. Meanwhile, the shortest period from the time of turning-on of a signal DREQ2-N 12 to the time of turning-on of a signal DACK2 18 is the sum of the time corresponding to 1.5 clocks of a signal CLK0-N 20 and the synchronism acquisition time of synchronizing circuits 5 and 7.
Patent JP-H1063092-A (JP)
Title: Developing device
Inventor: CHIHARA TOMOYOSHI
IPC: G03G15/08
Filed: 1996-08-15
Abstract: PROBLEM TO BE SOLVED: To prevent toner from sticking to a non-image area of an electrostatic latent image carrier, scattering in a developing device and soiling the inside of the device, and to stably obtain an excellent image, by providing an electric field shielding member, locating end part thereof in the toner soaring area, capable of shielding an AC electric field applied between the electrostatic latent image carrier and the toner carrier, and preventing the toner from soaring. SOLUTION: This developing device is provided with the electric field shielding member 30 capable of shielding AC electric field applied between a photoreceptor drum 2 and a developing roll 21, and preventing the soaring of toner, on the upstream side and the downstream side of the toner soaring area 29 located between the photoreceptor drum 2 and the developing roll 21, while the bottom end part and top end part are located inside the toner soaring area 29. Then, the bias voltage applied on the conductive layer of the electric field shielding member 30 is preferable to consist in the voltage on a non-image side in the electrostatic latent image, as the result of above, the toner sticking on the electric field shielding member 30 can be minimized, and the toner can be prevented from falling.
Patent JP-H1065734-A (JP)
Title: Address resolving device
Inventor: HORIKAWA KOICHI
IPC: H04L12/28
Filed: 1996-08-15
Abstract: PROBLEM TO BE SOLVED: To provide a method for mutually operating an NHRP(next hop resolusion protocol) protocol and a conventional ATMARP(ATM address resolusion protocol) protocol. SOLUTION: An NHRP server is made to receive address resolusion requests from NHRP terminals 11, 12 and 31 and those from ATMARP terminals 13, 14 and 32. Therefore, address information obtained from an NHRP address register request from the NHRP terminals and address register information obtained from an In ATMARP replay from the ATMARP terminals are shared inside the NHRP server. The replay is executed to the address resolving request through the use of shared address information regardless of the NHRP terminal or the ATMARP terminal.  But when the NHRP terminal resolves the address of the ATMARP terminal belonging to LIS being different from the NHRP terminal, not the ATM(asynchronous transfer mode) address itself of the ATMARP terminal but the addresses of NHS 100 and 200 for controlling a sub-network to which the ATMARP terminal belongs or the address of another router 300 are resolved.
Patent JP-H1132679-A (JP)
Title: Maintenance structure for net cylinder in tea manufacturing steamer
Inventor: OZAWA TADASHI
IPC: A23F3/06
Filed: 1997-07-24
Abstract: PROBLEM TO BE SOLVED: To provide the subject maintenance structure designed to eliminate mesh cloggings through causing microvibrations in addition to the scraping action on the meshes by brush. SOLUTION: In this maintenance structure designed to set up a brush 10 in a stationary way so as to be in contact with the outside face of a revolving net cylinder 5 in a tea manufacturing steamer 1 to eliminate adhered matter on the net cylinder 5, the direction of implanting the bristles 10b of the brush 10 is set so as to be opposite to the revolutional direction of the net cylinder 5. Thereby, adhered matter on the net cylinder 5 is eliminated, and also the mutual contact between the bristles 10b of the brush 10 and the net cylinder 5 causes microvibrations of the wire meshes 52 of the net cylinder 5.
Patent JP-H0769900-A (JP)
Title: Water-soluble anticancer agent
Inventor: YOKOYAMA MASAYUKI
IPC: A61K31/70
Filed: 1993-08-31
Abstract: PURPOSE:To obtain a water-soluble anticancer agent composed of a complex of adriamycin and a block copolymer having a specific structure, having low toxicity and exhibiting high antitumor effect. CONSTITUTION:This anticancer agent is composed of a complex of adriamycin and a block copolymer having the structure of formulas I and II (R1 is H or a lower alkyl; R2 is a bonding group; R3 is methylene or ethylene; Y is H or a protecting group; R is OH or adriamycin residue of formula III; (n) is 5-1,000; (m) is 2-300; (x) is 0-300; x<m) and its salt. It is used in the form of a solid agent, ointment, liquid, etc., and administered preferably in the form of injection at a rate of once to thrice a week and 50-1,000mg/m<2> in total.
Patent JP-H0761586-A (JP)
Title: Loading track for plate-form body and loading method therefor
Inventor: NAKAJO MASAYOSHI
IPC: C03C17/00
Filed: 1993-08-31
Abstract: PURPOSE:To load a duplex layer glass on a track in its vertical posture state by a method wherein glass plates are brought into contact with a placing part and transferred, in order, to a loading track in a state that the inclining transfer surface of a vertical transfer device is positioned facing an inclining leaning member. CONSTITUTION:A vertically movable transfer slide roller 14 is arranged on the edge surface of the lower end of a plate-form body arranged to the terminal section 12 of a vertical conveying device 2. A plate-form body 3 is fed on the transfer slide roller 14 in a state that the inclination transfer surface of the vertical transfer device 2 is positioned facing an inclining leaning member 5 or a vertical leaning member 5'. The transfer slide roller 14 is rotated by a motor drive device and when the plate- form body 3 is moved to a given position, the transfer slide roller 14 is lowered and brought into contact with a barrel-form roller 8 and transferred to a loading track. The loading track is then moved and orderly transfer is repeated so that a next leaning member 5 or 5' is positioned facing the inclining transfer surface of vertical transfer device 2. Gradual pitch feed is effected by a pitch feed device and after completion of loading, conveyance in the direction of an arrow mark on a rail is executed by a chain feed device 9.
Patent JP-S60109013-A (JP)
Title: Recording device for manufacturing floppy disk for calibration
Inventor: UENO RIICHI
IPC: G11B5/00
Filed: 1983-11-18
Abstract: PURPOSE:To manufacture a one-surface and a both-surface floppy disk for calibration by fitting a magnetic head for position mark recording to a moving table which is movable toward the center of a floppy disk through a supporting arm and a rotating shaft. CONSTITUTION:For example, when the both-surface floppy disk is manufactured, a feed handle 4 is operated and the magnetic head 7 is set at a position S0 corresponding to the size of the floppy disk over a look at the digital display on a display device; and then a motor 12 is actuated and the switch of a recording signal sending device is also turned on to record an S0 position mark. Then, a clamp 22 is detached and the rotating shaft 6a is inverted by 180 deg. with a rotary handle 8; and a stopper 21 is fixed with a clamp 23 and the feed handle 4 is operated to move the magnetic head 7 toward the center of the floppy disk by DELTAL, thereby recording an S1 position mark similarly to the recording of the S0 position mark.
Patent JP-H1156121-A (JP)
Title: Winding and rewinding of vinyl film of vinyl house
Inventor: FURUTA MIKIO
IPC: A01G9/24
Filed: 1997-08-11
Abstract: PROBLEM TO BE SOLVED: To dissolve problems or the like in which control previously predicting raise of temperature is impossible and occurrence of bound phenomenon is not avoidable and possibility causing high-temperature and low-temperature hindrance is high. SOLUTION: This method for winding or rewinding vinyl film comprises detecting temperature in a house 1 by utilizing a sensor 6 of the house 1 and stopping winding and rewinding action by judging whether the detected value is within the region of set temperature or not. The method comprises a winding operation for immediately winding a vinyl film provided in a state overlapped in a closing part until starting end of an opening part and making opening part openable toward the end of the opening part when it is judged that the detected value is close to the upper limit of set temperature and release of opening part is possible, and immediate rewinding operation for rewinding vinyl film which is positioned in opening part,  bringing the vinyl film to starting end of opening part and enabling rewinding of the vinyl film toward the closing part when it is judged that the detected value is close to the lower limit of set temperature and closing of opening part is possible.
Patent JP-H0959099-A (JP)
Title: Processing of layer substance material
Inventor: MUKODA HIROSHI
IPC: C01G1/00
Filed: 1995-08-24
Abstract: PROBLEM TO BE SOLVED: To efficiently carry out fine processing on the surface of a laminar substance without causing deterioration of the surface of a material and damage to an explorer by processing a laminar material using a scanning tunnel microscope furnished with an explorer. SOLUTION: (a) The explorer of a scanning tunnel microscope stuck with a depositing substance 3 is moved to the objective position of the surface of an oxide superconducting material or a laminar substance material 1. (b) A depositing substance 3 is deposited on the surface of a material 1 by pulsatively or continuously impressing a pulse voltage higher in the positive side or minus side than a bias voltage set in obtaining a scanning tunnel microscopic image. (c) Then the explorer 2 is scanned by the bias voltage and a tunnel current value set in obtaining the scanning tunnel macroscopic image and the deposit 3 and the laminar substance material attached to it are removed by mechanical actions of the explorer 2 and the deposit 3. (d) Consequently, fine processing 4 in a nanometer scale is carried out on the surface of the laminar substance material 1.
Patent JP-S6277477-A (JP)
Title: Thin film forming device
Inventor: HATSUKI RIYOUICHI
IPC: C23C16/50
Filed: 1985-09-30
Abstract: PURPOSE:To form a flat thin film on a sample surface having fine ruggedness in a bias sputtering method by limiting the incident angle distribution of the thin film forming particles released from a target to the sample surface. CONSTITUTION:The flat plate-shaped 1st and 2nd electrodes 4, 5 are disposed to face each other in a vacuum vessel 1 having a gas introducing port 2 and a gas discharge port 3. The target 6 and sample 11 are respectively imposed on the electrodes 4, 5 and a magnet 10 is installed atop the electrode 4. High-frequency voltages are respectively impressed to the electrodes 4, 5 to discharge electricity and to sputter the target 6, thus forming the thin film on the sample 11. An incident angle limiting member 15 is disposed between the electrodes 4 and 5 to limit the incident angle when the thin film forming particles from the target 6 are made incident onto the sample 11 to a 90 deg. + or -20 deg. range. The member 15 is disposed with a grating perpendicularly to the surface of the sample 11 and is preferably installed in the position nearer the electrode 5 side than the intermediate position L of the electrodes 4, 5.
Patent JP-H0378968-A (JP)
Title: Gas diffusion electrode and liquid fuel cell using it
Inventor: YANAGIHARA NOBUYUKI
IPC: H01M4/86
Filed: 1989-08-22
Abstract: PURPOSE:To lengthen the life of a cell by forming at least one layer of a water- repellent organic synthetic resin powder layer or a porous water-repellent organic synthetic resin film on a conductive porous substrate. CONSTITUTION:At least one layer of a water-repellent organic synthetic resin powder layer 4 or a porous water-repellent organic synthetic resin film 5 is formed on a conductive porous substrate 3 installed on a gas diffusion electrode 1 side of a porous reaction layer 2 comprising carbon fine powder in which a catalyst is supported. Although electrode performance is deteriorated when gas side surfaces of the gas diffusion electrode 1 and the conductive porous substrate 3 are wetted with an electrolyte penetrated, the wetting can be protected by installing the synthetic resin powder layer 4 or the synthetic resin film 5. The life of a cell is lengthened.
Patent JP-H0645572-A (JP)
Title: Solid-state image pick-up device with microlens
Inventor: KAMASHITA ATSUSHI
IPC: H04N5/335
Filed: 1992-07-22
Abstract: PURPOSE:To enable the title solid image pick-up element to effectively focuses on circular photodetecting regions without deteriorating the focusing efficiency. CONSTITUTION:Oxides 2 as isolating layers are formed on one main surface of a semiconductor substrate 1 while photodetecting regions 3 are circularly buried in the oxides 2 and then microlenses 4 are formed on another main surface opposite to the semiconductor substrate 1. On the other hand, said microlenses 4 are circularly formed while the line connecting the middle points of the projections of these microlenses 4 is to be formed so as to coincide with the line connecting the middle points of the circular bands of the photodetecting regions 3.
Patent JP-S6276676-A (JP)
Title: Mos type semiconductor integrated circuit device
Inventor: SEGAWA MAKOTO
IPC: H01L21/8234
Filed: 1985-09-30
Abstract: PURPOSE:To protect a device effectively from an excessive voltage applied from the outside, by providing an ordinary structure (double-diffusion drain structure or LDD structure is not used) only for an MOS FET, which constitutes a protecting circuit. CONSTITUTION:At first, a field oxide film 2 is selectively formed on a P-type semiconductor substrate 1. A thin oxide film 3 is formed in an active region. A polycrystalline silicon layer 4 is deposited and formed on the entire substrate 1. Low resistance is implemented by diffusion of phosphorus and the like. Then the layer 4 is selectively removed with the necessary part made to remain. After photoresist 5 is deposited on the entire surface, only the source and drain parts of an inner circuit MOS FET T2 having a double-diffusion drain structure are removed. Thereafter, ions of phosphorus P are implanted through the oxide film 3, where the resist 5 is removed. Heat treatment is performed, and N<-> type impurity regions 6 and 7 are formed. Then the entire resist 5 is removed. As ions are implanted through the oxide film 3, and N<+> type impurity regions 8-11 are formed. The source and drain regions of the MOS FETs T1 and T2 and a protecting resistor R1 are formed.
Patent JP-S6194629-A (JP)
Inventor: KAJIKAWA SABURO
IPC: A47L9/00
Filed: 1984-10-16
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-2000044844-A (JP)
Title: Weather-resistant coating material, weather-resistant steel material and production of weather-resistant steel material
Inventor: KITAMURA TOSHIYUKI
IPC: C23C22/78
Filed: 1998-07-31
Abstract: PROBLEM TO BE SOLVED: To obtain a beautiful finish coating layer good in adhesion, scarcely causing a floated rust or a loose scale such as a red rust or a yellow rust and forming a stable rust further without causing unevenness of gloss, color and curing in the finish coating layer when the finish coating layer is formed. SOLUTION: This weather-resistant coating material is obtained by including a phosphoric acid-modified resin and one or more kinds selected from the group of P, Cu, Cr, Ni, Si, Zn, Al, Pb, Mn, Mo and a compound thereof. In this case, the one or more kinds selected from the group of the P, Cu, Cr, Ni, Si, Zn, Al, Pb, Mn, Mo and the compound thereof are preferably contained in an amount of 2-200 pts.wt. based on 100 pts.wt. of the phosphoric acid-modified resin.
Patent JP-H0379433-A (JP)
Title: Driving wheel switching controller in four-wheel driven vehicle
Inventor: NAKASA YOICHI
IPC: B60K17/348
Filed: 1989-08-23
Abstract: PURPOSE:To automate the switching operation to four-wheel driving by constituting the system in such a manner that the switching between two-wheel driving and four-wheel driving can be carried out by connecting/disconnecting operation of a front-wheel-driving-clutch, which is installed in a front wheel transmitting route, and this clutch can be switched to the connection side, based on the slip-judgment. CONSTITUTION:The power of an engine 3 is distributed to a PTO transmission shaft 8 and a wheel transmission shaft 9, and the power, which is distributed to the wheel transmission shaft 9, is further distributed to a front wheel transmission shaft 10 and a rear wheel transmission shaft 11 via a transmission mechanism. In this vehicle, a front wheel driving clutch 14 and a torque clutch 15 are provided in a power transmitting route, through which the power of the front wheel transmission shaft 10 is transmitted to a front axle 13. In addition, a control part (not illustrated here), which is equipped with a rotating-speed-difference- detecting-means and detects the difference in rotating speed between the front wheel and the rear wheel, is provided. In this control part, the presence of a slip of the rear wheel can be judged, based on the difference in the rotating speed between the front wheel and the rear wheel. If it is judged that the rear wheel is slipping, the control part switches the front driving clutch 14 to the connection side.
Patent JP-H0265477-A (JP)
Title: Replacement lens system and replacement lens
Inventor: HARIGAYA ISAO
IPC: H04N5/232
Filed: 1988-08-31
Abstract: PURPOSE:To use a simple to a high-class camera by providing an encoder sensing the state of a lens unit to the lens unit coupled with a camera unit through a data channel and a data conversion means corresponding the data to plural modes. CONSTITUTION:The camera unit and the lens unit are coupled through a data channel, an encoder 1 sensing the state of the unit is provided to the lens unit and data converters 5-7 converting the data from the encoder 1 so as to correspond to plural modes are provided. In order to convert the data from the high-class type into the simple type, the absolute address data, e.g., the driving direction and the relative quantity data are converted and outputted. Thus, two data are provided for the absolute address or the relative position and both the simple and high-class camera are used for the system.
Patent JP-H0264850-A (JP)
Title: Document processor
Inventor: UEKUSA AKIHIKO
IPC: G06F17/21
Filed: 1988-08-31
Abstract: PURPOSE:To automatically alter the size of an area in a numerical expression in accordance with the increase and decrease of data by updating data information stored by a storage means in accordance with the increase and decrease of inputted numerical expression data. CONSTITUTION:A micro processor (MPU)4 executes the main control of a processor, and MPU4 is connected with a keyboard 8 inputting character data and the like, and a pointing device 9 inputting and editing graphic data and designating a position on CRT. In the case of a numerical expression start command, a numerical expression form display processing is called, the part of the numerical expression is caused to display, the size of the displayed numerical expression is received, the next display position of a character is advanced for the size of the numerical expression and a text pointer is advanced to the next character of a numerical expression end command. Thus, the input editing is executed with respect to the numerical expression, and the size of a numerical expression block is automatically altered a every redisplay even if the size of the numerical expression is changed, and a whole character data is accurately formed.