baber/WOPTO huggingface dataset:
Patent JP-S62134718-A (JP)
Title: Data access control system
Inventor: MIURA TOSHIO
IPC: G06F3/06
Filed: 1985-12-06
Abstract: PURPOSE:To use a buffer area of an optional data length by reading out successively a data whose length is equal to an indicated data length, from the head of a data record, at every read-out and write request, and also writing successively a data of the buffer area. CONSTITUTION:A record control part 15 holds an indicated data length in an indicated data length register 20, sets a cursor address register 21 to the head address of a block buffer 17, and requests an access to a designated data, to a block control part 16. The block control part 16 reads one block from the head of the designated, in the first half part of the block buffer 17, and informs it to the record control part 15. The record control part 15 transfers the data of the block buffer 17 by the number of bytes designated by the indicated data length of the indicated data length register 20, from an address designated by a cursor address of the cursor address register 21, and updates the cursor address register 21 to the next address of the data which has been transferred.
Patent JP-S61157734-A (JP)
Title: Control method of fuel cut in engine
Inventor: TERAOKA KATSUHIKO
IPC: F02D41/36
Filed: 1984-12-28
Abstract: PURPOSE:To reduce a shock of deceleration, by grouping plural cylinders into every predetermined number of cylinders and controlling an engine with any grouped cylinders performing a fuel cut for a predetermined time in the initial time of deceleration while the all cylinders performing a fuel cut in the continuous time of deceleration. CONSTITUTION:An engine 10, providing an injector 14 in a passage inducting intake from a surge tank 12 of the six-cylinder engine to each cylinder to be controlled by a computer 16, divides the six cylinders into three groups of every two cylinders. While a deceleration decision condition is divided into the initial deceleration and the continuous deceleration. And the engine, when it decides the initial deceleration in a condition with the change rate of opening of a throttle valve 24 larger than a predetermined valve further with a value of said opening smaller than a predetermined value, cuts an injection quantity of fuel for a predetermined time to any grouped cylinders. While the engine, when it decides the continuous deceleration, executes a fuel cut for the all grouped cylinders.
Patent JP-S61155784-A (JP)
Title: Scan arrival time detector
Inventor: FUJIYAMA NAOKI
IPC: G01S7/38
Filed: 1984-12-27
Abstract: PURPOSE:To automatically detect the scan arrival time in a radar at a high accuracy, by determining the maximum reception level of scans based on the reception level and the arrival time of an incoming pulse from a radar radio wave source. CONSTITUTION:A pulse input from an input terminal 1 is transmitted to a reception level peak detection circuit 2, where the reception level Li of the current pulse is compared with the maximum reception level Lmax previously memorized. By the current pulse input, the elapsed time DELTAT of an elapsed time decision circuit 3 is reset. Thereafter, the elapsed time DELTAT is counted up at a fixed interval. The elapsed time decision circuit 3 outputs a signal '1' to a gate circuit 4 when DELTAT >= prescribed value. Activated by the signal '1' from the elapsed time decision circuit 3, the gate circuit 4 outputs the pulse arrival time Tmax temporarily memorized into the reception level peak detection circuit 2. At the same time, the Lmax and Tmax temporarily memorized in the reception level peak detection circuit 2 are reset at the timing outputted.
Patent JP-H10126280-A (JP)
Title: Parallel process error correcting and decoding device
Inventor: YOSHIKAWA HIROYUKI
IPC: G06F11/10
Filed: 1996-10-18
Abstract: PROBLEM TO BE SOLVED: To correct an error with a low-speed clock, without increasing the circuit scale by inputting a (p)-bit receive signal (p: integer larger than 2) in parallel, correcting the error of the reception signal by a syndrome-calculating circuit, an error position detecting circuit, etc., and outputting a (p)-bit decoding result in parallel. SOLUTION: An input terminal 10 inputs the (p)-bit reception signal (p: integer larger than 2) in parallel, and a delay circuit 11 delays the reception signal. The syndrome-calculating circuit 12 inputs the reception signal inputted from the input terminal 10 sequentially and outputs an element of a Galois expansion body GF(2<m> ). An error position coefficient calculating circuit 12 calculates the coefficient of an error position polynomial from the output of the syndrome- calculating circuit 12. An error position detecting circuit 14 detects an error position from the coefficient, outputted from the error position coefficient calculating circuit 13. An error position detecting circuit 15 corrects the error of the reception signal outputted from the delay circuit 11. An output terminal 16 outputs the (p)-bit decoding result in parallel.
Patent JP-H03141155-A (JP)
Title: Dielectric ceramic composition
Inventor: YAMADA NORIKO
IPC: C04B35/46
Filed: 1989-10-25
Abstract: PURPOSE:To a dielectric ceramic composition containing a composite oxide of Pb, Mg, Nb and Ti expressed by a specific formula as a main ingredient and containing B2O3 as subsidiary ingredient, having high specific dielectric constant, capable of sintering at low temperature and having high mechanical strength. CONSTITUTION:The aimed dielectric ceramic composition constructed from a main ingredient composition expressed by the formula Pb(Mg1/3Nb2/3)1-xTixO3 (0.01<=x<=0.12) and subsidiary ingredient B2O3 of 0.05-4.0wt.%. In the system of the above-mentioned composition, a composition containing no B2O3 can provide only about 7-8kg/mm<2> folding endurance as a result of ordinary three point flexural test, while the above-mentioned composition containing B2O3 provides increased folding endurance of dielectric ceramic, since the composition has small particle size and uniform and dense sintered compact is obtained. The composition is capable of sintering at <=1000 deg.C and has high specific dielectric constant and small dielectric loss.
Patent JP-H11105641-A (JP)
Title: A wire harness for slide seat
Inventor: ISHIKAWA TATSUYA
IPC: B60R16/02
Filed: 1997-10-08
Abstract: PROBLEM TO BE SOLVED: To provide wire harness for a slide seat, which can give the utmost reduction in slack accompanying a seat slide. SOLUTION: In the wire harness which is to supply power for electrical equipment installed on a slide seat and laid on the underside of the seat, wire harness 6 is fastened to the side of a seat rail 2 with a clamp 7 on floor side and to the underside of a seat cushion panel 1a via a connector 8 on seat side. Then, the clamp 7, a fixed point on floor side, is set to a position located in the center of the range within which the connector 8 as a fixed point on seat side transfers by seat slide. Further, the wire harness 6 is given such directivity as to slide upward at the clamp 7, the floor side fixed point, and as to slide sideways at the connector 8, the seat side fixed point.
Patent JP-S63129422-A (JP)
Title: Stack size calculating method
Inventor: MATSUI TAKAYUKI
IPC: G06F9/45
Filed: 1986-11-19
Abstract: PURPOSE:To prevent a processing capacity from being lowered due to excessive estimation, by performing the estimation of a stack quantity by adding the stack quantity required for individual procedure consisting of a program remarking the accessing relation of those stack quantities. CONSTITUTION:The stack quantity used independently by respective procedure and the accessing relation of respective procedure are found, and procedures E, G, and F at the position of leaves to which no procedure accesses are found, then, the consolidated stack quantity of the procedure is decided. And the origins B, D, and C accessing to the procedures at the leaves are found, and the tentative consolidated stack quantity of the procedure of the accessing origin is found from its own stack quantity and the consolidated stack quantity of the procedures at the positions of the leaves, and the accessing relation of the procedure of the leaf is which its own stack quantity is affected on the procedure of the accessing origin is erased. Then, the tentative consolidated stack quantity of the accessing origin procedure D becoming newly the procedure at the position of the leaf is set as the consolidated stack quantity. Such step is repeated for the procedure being positioned at an order higher than the accessing origin procedure, and the consolidated stack quantity for an entry procedure A is finally decided.
Patent JP-S61152900-A (JP)
Inventor: NAKAO MITSUYOSHI
IPC: D21H17/56
Filed: 1984-12-27
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-H01118948-A (JP)
Title: Data transmission equipment
Inventor: OKA YUKIHIKO
IPC: G07G1/14
Filed: 1987-10-31
Abstract: PURPOSE:To save labor and to improve operability with a data transmission equipment by performing the remote control of an electronic cash register with instructions received from a central controller. CONSTITUTION:The data transmission equipment 10 performs the mutual communication between a host computer serving as a central controller that is set at a main store of a chain store system and the electronic cash registers C1-Cn which are set at branch stores and connected to the computer 1 via the on-line communication circuits. These cash registers C receive the commands from the computer 1 and carry out the actions in response to these commands. Thus it is possible to perform the remote control of one or plural registers C via the computer 1. In such a way, the labor is saved together with improvement of the operability with the equipment 10.
Patent JP-S63130474-A (JP)
Title: Tilt handle device for vehicle
Inventor: KANUKI SEIJI
IPC: B62D1/18
Filed: 1986-11-21
Abstract: PURPOSE:To prevent the generation of looseness in a handle by using three gears in a tilt handle device for a vehicle while preventing the generation of backlash at the time of the engagement of these gears. CONSTITUTION:A long hole cam part 9a is provided on the end side of an operating lever 9 and a third gear shaft G3a is loosely fitted in the long hole cam part 9a. When the operating lever 9 is rotated counterclockwise, the third gear shaft B3a is separated from an installing shaft 10 within the long hole cam part 9a and, at the same time, a link 4 on which the third gear shaft G3a is rotatably installed is rotated clockwise, a second gear G2 and a third gear G3 are separated from a first gear G1, and the engagement between the first gear G1 and third gear G3 is removed, enabling an upper rotary bracket 1 to be rotated. Also, a tension spring 11 for pressing the third gear shaft G3a toward the first gear G1 side is stretched on the operating lever 9, thereby, removing backlash between gears.
Patent JP-H01117771-A (JP)
Title: Taro separator
Inventor: KANAI YOICHI
IPC: A23N15/00
Filed: 1987-10-30
Abstract: PURPOSE:To readily carry out taro-separating operation, by pressing a parent plant of a taro put on a receiver with a pressing body, inserting the parent plant from a inserting port into taro separation chamber and separating the taro with a taro-separating drum. CONSTITUTION:A hand tractor 10 is stopped between rows of taros dug up and a taro-separating drum 3 is rotated through a tension pulley. A taro 1 is put on a hollow groove 32 of a receiver and the base part of the taro 1 is placed in the front end of receiver 6 and a handle 35 is pulled down against the tension of grip spring 38 and the stem part 13 of the taro is held by pressing the stem part 13 with the hollow groove of the pressing plate 36. Then the handle 35 and receiver 6 are pressed forward against the tension of the spring 34 and the taro 1 is inserted from an insert port 5 into a rotating range of a rope 19 and the taro 1 is separated in broken-off state from the parent plant 2 using a rope 19 rotating upward from the lower side, housed into the taro- separating chamber 4 and screened with a rocking and selecting shelf 28 to remove mud and other trash.
Patent JP-H0697120-A (JP)
Title: Plasma processing system
Inventor: KISHIMOTO KIYOSHI
IPC: H01L21/31
Filed: 1991-09-27
Abstract: PURPOSE:To provide a technology for cleaning the optical signal detecting section of a plasma processing system easily, and positively in a short time. CONSTITUTION:The plasma processing (etching, CVD, etc.) system constituted to generate plasma while being introduced with microwave comprises an optical detecting section 3 for taking out an optical signal corresponding to the processing state of an object 2 to be processed, e.g. a semiconductor wafer, wherein the optical detecting section 3 is provided with a bias applying electrode 4.
Patent JP-H03138928-A (JP)
Title: Manufacture of semiconductor device
Inventor: YOSHITAKE NOBUYUKI
IPC: H01L21/265
Filed: 1989-10-24
Abstract: PURPOSE:To obtain the manufacturing method of a semiconductor device wherein stable characteristics are obtained by forming a second semiconductor region by first ion implantation into a semiconductor substrate, and thereafter forming a first semiconductor region by implanting second ions through the surface of the substrate which is made to be an amorphous state by the first ion implantation. CONSTITUTION:A second semiconductor region 37 (or 42) is formed by first ion implantation in a semiconductor substrate 34. Thereafter, a first semiconductor region 38 (or 43) is formed by second ion implantation through a substrate surface 37' (or 42') which is made to be an amorphous state by the first ion implantation. Namely, the first semiconductor region 38 (or 43) are formed at the position deeper than the second semiconductor region 37 (or 42) by the second ion implantation through the substrate surface 37' (or 42'). Therefore, the channelling phenomenon at the time of the second ion implantation is suppressed. The impurity-concentration distribution without a channelling tail is obtained in the first semiconductor region 38 (or 43). Thus, the impurity concentration distribution in the first semiconductor region without the channelling tail is obtained, and the semiconductor device whose characteristics are stabilized can be manufactured.
Patent JP-H07129229-A (JP)
Title: Working machine control unit
Inventor: AOKI KAZUHIKO
IPC: B23K26/00
Filed: 1993-11-05
Abstract: PURPOSE:To provide the working machine control unit which can obtain constant and high machining quality even when a speed varying processing is performed. CONSTITUTION:In the figure, a command conversion part 1 converts a given machining command into a speed command value of a mechanism system 31 and a machining output command value of a machining system 32. A speed variation part 11 changes the speed of the speed command value to a speed matching a machining path and supplies its speed variation information to a machining output adjustment part 12. The machining output adjustment part 12 adjusts the machining output command value by utilizing this speed variation information. A mechanism system control part 21 controls the operation of the mechanism part 31 on the basis of the speed command value processed by the speed variation part 11. A machining system control part 22 controls the output of the machining system 32 on the basis of the machining output command value adjusted by the machining output adjustment part 12.
Patent JP-H03137270-A (JP)
Title: Method for bleaching fabric
Inventor: OTA MASANORI
IPC: D06L3/06
Filed: 1989-10-24
Abstract: PURPOSE:To prevent discoloring and fading with ultraviolet light by containing a condensed phosphate in a bath of a chlorine-based bleaching agent or post- treating a fabric dyed with an indigo dye in a solution of the above-mentioned phosphate after bleaching in subjecting the aforementioned fabric to bleaching treatment with the above-mentioned bleaching agent. CONSTITUTION:A fabric (e.g. blue denim) dyed with an indigo dye is subjected to bleaching treatment in a bleaching bath of a solution containing a chlorine- based bleaching agent. In the process, a condensed phosphate (e.g. tripolyphopshate or pyrophosphate) is added to the aforementioned bleaching bath to bleach the fabric or the fabric is post-treated with an aqueous solution containing the above-mentioned condensed phosphate after the bleaching treatment to prevent the dyed fabric after the bleaching from discoloring or fading with ultraviolet light, etc. The condensed phosphate is used in an amount so as to provide a concentration within the range of preferably 0.3-3wt.% in the aqueous solution.
Patent JP-S63132199-A (JP)
Inventor: FUNABASHI KIYOMI
IPC: G21F9/00
Filed: 1986-11-21
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-S62135312-A (JP)
Title: Manufacture of wooden series molded body
Inventor: IKEDA SADAO
IPC: B27N5/00
Filed: 1985-12-09
Abstract: PURPOSE:To make it possible to obtain a molded body having excellent strength by enabling wooden fibers to become solid in a mutually bonded state to fill a mold without generating density irregularity, by directly supplying wooden fibers into the mold immediately after a binder containing a synthetic resin was added thereto to perform compression molding under heating. CONSTITUTION:1-5% of paraffin as a water repelling agent and 2-10% on a dry wt. basis of an aqueous phenol resin solution as a binder are sprayed to an blended with wooden fibers under stirring by a stirring blade 39 while the moisture content of wooden fibers is regulated. Thus treated wooden fibers are fallen to a pressure feed container 32 while the entanglement of fibers is frayed by rotating a brush wheel 35 and the supply of the wooden fibers M3 to the pressure feed container 32 is stopped at the point of time when a predetermined wt. is obtained on a weight plate 37. Air is sent from the other port of the pressure feed container 32 to send the wooden fibers M3 accumulated on the weighing plate 37 into a mold 40 and the wooden fibers 35 are stopped by a net 46 to fill the space of the mold 40.
Patent JP-S63132304-A (JP)
Title: Sequence controller
Inventor: KOJIMA FUMIO
IPC: G05B19/05
Filed: 1986-11-21
Abstract: PURPOSE:To omit the necessity of composed description between sequential processing sequence and instantaneous processing sequence and to reduce manufacturing costs by forcedly rewriting the contents of a common operation output memory to be used for the sequential processing sequence in common every time when an instantaneous processing sequence control part determines the state of an operation output. CONSTITUTION:A sequential processing sequence control part 1 sets up a normal sequential processing sequence in a common operation control output end DO3572. When the instantaneous processing sequence control part 2 sets up an instantaneous processing sequence simultaneously, the operation output state of the sequential processing sequence is stored in an area corresponding to the operation output end DO3572 in the common operation output memory 5 under the normal state. Only when an input logical condition for the instantaneous processing sequence is formed, the output of the output DO3572 are rewritten by the contents determined by the instantaneous processing sequence. Consequently, the contents stored in the memory 5 are transferred to an output buffer 7 in a fixed rapid cycle.
Patent JP-S61146830-A (JP)
Inventor: SASAKI YOSHIYUKI
IPC: D02J1/22
Filed: 1985-12-11
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-H10102836-A (JP)
Title: Handle device for door
Inventor: KOUTOKU MASAHIRO
IPC: E05C1/14
Filed: 1996-09-28
Abstract: PROBLEM TO BE SOLVED: To increase the operation stroke of a handle, and to impart stable operation feeling to an operator by installing an interlocking link with an operating piece for transmitting the movement of the handle to the receiving piece of a latch besides a parallelogram-shaped link mechanism displacing the handle in parallel. SOLUTION: When handles 2 on the indoor side forming one links of parallelogram-shaped link mechanisms 6 are pushed in the direction A against the force of return springs 7 under the closed state of the door 10, the handles 2 are displaced in parallel with the rocking of first links 31 and second links 32 while using pedestals 1 as fixed links in the link mechanisms 6. Interlocking links 33 are also rocked at that time, operating pieces 33a are also displaced at the same time, and the receiving piece 20 of a latch is pushed in the direction B and displaced. Since the latch of a latch lock is released from an engaged state, the door 10 can be opened in the direction P by continuously pushing the handle 2 as it is. When the door 10 is closed and a hand is detached from the handles 2, each member is returned to an initial state by the return springs 7.
Patent JP-H01122304-A (JP)
Title: Disconnector for gas insulated switching device
Inventor: SHIRAISHI MASAZUMI
IPC: H02B13/02
Filed: 1987-11-04
Abstract: PURPOSE:To easily disconnect apparatuses from a main circuit at the time of withstand voltage test by heating a bidirectional element through energization of a coil and causing a handling rod to move due to its transformation. CONSTITUTION:With a coil 25 energized by use of an external power source 26, a coil 20 of the bidirectional element is heated due to electromagnetic induction via a handling rod 15. When the bidirectional element is heated exceeding its inversetransformation temperature, it extends against the elasticity of a coupling conductor 13 so as to return to its original state and to cause the handling rod 15 to move upward. As the result, the coupling conductor 13 is separated from a conductor 3 and disconnected from the main circuit. On the other hand, when the coil 25 is deenergized, the bidirectional element contracts and the temperature of the bidirectional element falls below the inverse- transformation point, so that the handling bar 15 moves downward, thereby causing the coupling conductor 13 to come in touch with the conductor 3.
Patent JP-H11167902-A (JP)
Title: Electric lamp, electric lamp having reflection mirror and luminaire
Inventor: BESSHO MAKOTO
IPC: H01K1/18
Filed: 1998-09-30
Abstract: PROBLEM TO BE SOLVED: To improve light-emitting efficiency by efficiently feeding back infrared rays radiated from a filament to the filament by accurately arranging the filament on the axis of a light-transmitting airtight vessel by making the major axis of the light-transmitting airtight vessel and the axis of an vacuum exhaust pipe almost coincide with each other. SOLUTION: A light-transmitting airtight vessel 2 is formed of a quartz glass bulb and has an almost spheroidal part 2d, in which the axis of a multiple coil part 1a is arranged on the almost major axis and which is formed so as to surround the multiple coil parts 1a, a diametrically contracted part 2c continuously connected to one end of the almost spheroidal part 2d, a cylindrical part 2b which has one end continuously connected to the diametrically contracted part 2c and is formed in a diameter larger than that of the diametrically contracted part 2c, a sealing part 2a formed on the other end of the cylindrical part 2b and an evacuating pipe 2e which is continuously connected to the other end of the almost spheroidal part 2d and inside which a projecting part 2f is formed.  The projecting part 2f is a seam of the evacuating pipe 2e, and a part of the exhaust pipe 2e is constituted by extending a part of an almost spheroid up to this seam.