baber/WOPTO huggingface dataset:
Patent JP-2000081129-A (JP)
Title: Gear shifting operation device for running of working vehicle
Inventor: ASADA AKIHIRO
IPC: F16H61/28
Filed: 1998-09-03
Abstract: PROBLEM TO BE SOLVED: To perform auxiliary gear shift with a gear shift shock prevented from occurring while defective speed change is prevented from occurring, in a working vehicle provided with a transmission device for running to intercouple a main transmission to an auxiliary transmission. SOLUTION: The rotation output of a main transmission 20 to perform 8-speed gear shifting by switching six clutches 21-26 is transmitted to front and rear wheels 1 and 2 through an auxiliary transmission 30 speed-changeable in two speeds of high and low speeds by shifting a shift gear 30a. Automatic gear shifting is effected so that the main transmission when the auxiliary transmission 30 is shifted from the low speed side to the high speed side, automatic gear shifting is carried out to restrain the main transmission 20 such that the main transmission 20 is prevented from the increase in a speed to a value higher than a set speed.  Restraint is released when gear shifting operation to switch the auxiliary transmission to the high speed side within a time in which a set time elapses after gear shifting operation to switch the auxiliary transmission 30 from the high speed side to the low speed side is carried out. The main transmission 20 is operated to a speed when the auxiliary transmission 30 is increased to the high speed side at a preceding time.
Patent JP-H1073991-A (JP)
Title: Developing device
Inventor: TANAKA HIDEAKI
IPC: G03G15/09
Filed: 1996-08-31
Abstract: PROBLEM TO BE SOLVED: To sufficiently stir toner without a complicated structure or control to properly charge the toner, and uniformly keep the toner concentration to stably provide a satisfactory image by setting the space between magnetic poles and the intensities of magnetic poles so that a binary component developer is attracted in a layer thickness of a degree to which rolling and stirring are produced over the whole thickness of the binary component developer layer. SOLUTION: Both a magnetic field generating member 12b and a sleeve 12a are rotated in reverse directions, whereby toner is rolled in the direction reverse to the rotating direction of the magnetic field generating member 12b, and carried to a developing area opposed to a photoreceptor drum 1 while being stirred. The space between magnetic poles and the intensity of each magnetic pole of the magnetic field generating member 12b are properly set, whereby the rolling of a binary component developer 14 and the stirring accompanying it are produced in the whole body extending from the lower layer to the upper layer of the developer 14 layer, and the developer 14 of the lower layer situated near the sleeve 12a surface is successively replaced by the developer 14 on a magnetic brush end part which is the upper layer.  Consequently, uniform dispersion of toner and the charge of toner are properly performed in the developer 14 on the photoreceptor drum 1.
Patent JP-H07106500-A (JP)
Title: Thin sheet for fe-ni-based qfp lead frame with small occurrence of stamped burr and fe-ni-based qfp lead frame
Inventor: KAWAUCHI YUJI
IPC: C22C38/00
Filed: 1993-10-05
Abstract: PURPOSE:To provide a thin sheet, for an Fe-Ni-based QFP lead frame, in which the occurrence of stamped burrs is small and which is suitable for a fine working operation and to provide the Fe-Ni-based QFP lead frame. CONSTITUTION:A thin sheet for an Fe-Ni-based QFP lead frame is formed in such a way that it is provided with a face-centered cubic structure, that the assembling degree of {200} crystal planes on a stamped surface is at 70% or higher and that the occurrence of a stamped burr is small. In the Fe-Ni-based QFP lead frame, the length of the stamped burrs is set at 7% or lower of a sheet thickness.
Patent JP-H1071281-A (JP)
Title: Blade holder having plate like-cutting edge
Inventor: TAKAHASHI YUICHI
IPC: B26B3/00
Filed: 1996-08-30
Abstract: PROBLEM TO BE SOLVED: To start cutting when a shaft body is moved along the cutting direction and rotate a blade holder having a cutting edge fixed thereto in the cutting direction when the cutting direction is changed. SOLUTION: This cutter is constituted to dispose rotatably a blade holder 3 having a plate-like cutting edge 8 fixed to the front part of a shaft 1 body in the same direction as the circumferential direction of the shaft body. The blade holder is constituted from a cylindrical body part 7 and a collar part 3a having the diameter larger than the body part, while the body part is composed of semicylindrical parts made by halving the body part and connected to each other on the front part through a hinge part. Also, the hinge part is formed with a window hole in which a portion of the plate-like cutting edge is inserted and exposed, while the plate-like cutting edge is attached to a groove part formed in the body part and further adapted to close and engage the halved semicylindrical parts.
Patent JP-H0295857-A (JP)
Title: Nozzleless ink jet recording device
Inventor: NAKAZAWA AKIRA
IPC: B41J2/175
Filed: 1988-10-03
Abstract: PURPOSE:To perform a clear recording of data on plain paper without an ink blot by installing heaters on an ink jet head, an ink feed path, an ink tank and pump, and further employing a wax as an electrically viscous ink solution. CONSTITUTION:Wax is used as a solvent of an electrically viscous wax. The wax is solid at a normal temperature and liquid at high temperatures (40 to 100 deg.C or higher). During the stoppage of the subject device, the wax is solid, so that dispersed fine particles in the ink are immobilized and therefore, their flocculation and sedimentation do not occur. Consequently, no blocking is generated. In addition, after the attachment of ink to recording paper, the wax becomes solid quickly and consequently, ink does not penetrate the paper and sharp printing without an ink blotting is ensured. Further, if an ink jet head, an ink feed path, an ink tank and a liquid feed pump are heated by heaters 36 during the operation of the device, the ink becomes liquid, so that no blocking occurs.
Patent JP-S63103731-A (JP)
Title: Door structure of automobile
Inventor: SHIMONISHI TADAAKI
IPC: B60J5/10
Filed: 1986-10-20
Abstract: PURPOSE:To obtain a wide roof consisting of a door and a sheet by installing a stay member on the both side parts of a car body roof so as to be pulled out and pivotally installing the upper edge of the door at the rear edge part of the stay member and installing a flexible sheet onto the car body roof so as to be pulled out. CONSTITUTION:After a back door 7 is opened upwardly to a horizontal position, the right and left stay members 9 are pulled in the back direction of a car body from the inside of each closed cut surface 4 on the both sides of a roof panel 2, and then a sheet member 14 is pulled out in the supported state between over the stay members 9 in the rear direction of the car body from the case of a taking-up device 13, and a roof is constituted from the sheet 14 and the back door 7. Since, in this case, the closed cut surface 4 extends in the longitudinal direction of the car body, over the whole length of the car body, the long stay member 9 and a guide member 8 can be arranged in the closed cut surface 4, and each pulling-out length of the stay member 9 and the sheet 14 in the rear direction of the car body can be secured sufficiently.
Patent JP-H0296834-A (JP)
Title: Load module version management device
Inventor: MISHIMA TAEKO
IPC: G06F11/00
Filed: 1988-10-03
Abstract: PURPOSE:To permit a user himself to detect a trouble due to the mistake of the update of a load module by reading a source program and a control card, generating a version check program, adding it to the source program and generating a version management file. CONSTITUTION:A source program input means 6, a control card input means 7, a version check program generation/addition means 8 for the source program and a version management file generation means 9 are given. The source program and the control card having data on a version number, a data and the like are read, and the version check program and the version management file are generated. Then, the version check program is added to the original source program. Thus, the load module can be version-checked and the user himself can detect the trouble due to the mistake of the update of the load module, whereby a dealing time can be shortened.
Patent JP-S61128501-A (JP)
Inventor: TOZAKI HIROMI
IPC: H01C7/04
Filed: 1984-11-28
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-H03111963-A (JP)
Title: Neural net constituting information processor
Inventor: YADA HIDETAKA
IPC: G06N3/00
Filed: 1989-09-26
Abstract: PURPOSE:To shorten a learning time and to improve learning accuracy by quantifying the formation degree of a previously determined prescribed language control rule condition as a fazzy value from the change state of an error between an output signal pattern and a prescribed output expecting pattern and setting up a weight value to be applied to a network. CONSTITUTION:The formation degree of the prescribed language control rule condition is quantified as a fazzy value based on the change stage of the error between the output signal pattern of the network and the output expecting pattern and the weight value to be applied to the network is set up based on the fazzy value. When the language control rule condition is previously set up based on the experience rule of a highly skilled operator, a similar result to that of the highly skilled operator can be autonomously obtained.
Patent JP-S63102806-A (JP)
Title: Multi-spindle head exchange type machine tool
Inventor: HASHIMOTO HITOSHI
IPC: B23B39/16
Filed: 1986-10-21
Abstract: PURPOSE:To prevent a multi-spindle derailing from an elevating rail, by securing a locking block projecting inward, to each multi-spindle head so that there are stationarily arranged head guide members which are fitted to the locking block during elevation of the elevating rail for guiding the elevation of the multi-spindle head. CONSTITUTION:An arbitrary multi-spindle head on a first guide rail 5 is brought to the position of an elevating rail 10 by a first index mechanism 25, then is elevated, and when it comes to the position of a second guide rail 6, a new multi-spindle head to be fed is brought onto an elevating rail 18 by a second index mechanism 26, and is elevated to the first guide rail 25. Further, a locking block 36 projecting inward of the first and second guide rails 5, 6 is secured to each multi-spindle head, and head guide members 86, 87 which are adapted to be fitted to the locking block 36 during elevation thereof are stationarily arranged, extending vertically, so as to prevent the multi-spindle head from laterally slipping, thereby it is possible to surely elevate the multi-spindle head.
Patent JP-S60143989-A (JP)
Title: Printing-controlling system
Inventor: UEDA HIROYUKI
IPC: B41J29/26
Filed: 1983-12-29
Abstract: PURPOSE:To avoid the condition wherein an underline becomes discontinuous and enhance printing speed, by printing a character after previously printing an underline. CONSTITUTION:A printing form controller group FCG is so constructed that it can control a mode of not underlining, a mode of underlining only characters without underlining spaces and a mode of underlining both characters and spaces in a normal pirnting form, as well as a mode of not underlining, a mode of underlining only characters without underlining spaces and a mode of underlining both characters and spaces in a bold faced printing form. Before printing, a reference stepping amount is compared with the character width peculiar to the desired character to be printed, and a desired ''-'' to be printed is determined. After printing, the head is moved by an amount equal to one half of the character width peculiar to the printed character plus one half of the reference stepping amount.
Patent JP-H1085267-A (JP)
Title: Wheelchair and automatic brake device for wheelchair
Inventor: KUBO KAZUO
IPC: A61G5/02
Filed: 1996-09-20
Abstract: PROBLEM TO BE SOLVED: To automatically operate the brake of a wheelchair in the getting of and off of the wheelchair and improve the safety by arranging an automatic brake device for inhibiting the rotation on a wheel when the force added to the upper surface of a seat part is released. SOLUTION: In a wheelchair having wheels 2 on both sides of a seat part, a wheel rotation inhibiting mechanism for inhibiting the rotation of the wheels 2 when the force added to the seat part upper surface is released is mounted in a proper position of the wheelchair. When a person sits in the seat part of the wheelchair, the seat part is lowered, the roller 11 of the wheel rotation inhibiting mechanism provided on the lower surface of the seat part is also rotated, and a driving lever 4 is rotated to move one end of a driving wire 5. Then, a brake plate 6 to which the other end of the wire 5 is mounted and fixed is puled, and the combination of the brake plate 6 combined with the spoke of the wheel 2 is released to make the wheel 2 rotatable.
Patent JP-H0298854-A (JP)
Title: Tracking control circuit for rotary head type digital tape recorder
Inventor: TAKI TETSUYA
IPC: G11B15/467
Filed: 1988-10-04
Abstract: PURPOSE:To reduce the power consumption by providing a sample-hold circuit which holds the tracking error signal of a tracking control circuit and a circuit which cuts off a circuit bias voltage other than a logic circuit which outputs at least sampling pulses. CONSTITUTION:A detection signal 26 obtained by a tracking area detection part T is used to control 1st - 6th transistors TR1 - TR6 and an 8th transistor TR8 for controlling bias voltages of a regenerative amplifier 1, a low-pass filter circuit 2, an envelope detector 3, a 1st sample-hold circuit 4, a subtracter 8, an equalizer circuit 5, and a zero-cross comparator 6. Then when the detection signal 26 is high, namely, when a head traces a part other than a tracking area, a 10th TR10 is turned on the ground a source voltage Vcc from a 11th TR11 and the TR1 - TR6 and TR8 turn off to cut off the bias voltages. Consequently, the power consumption is reducible and the life of a battery is prolonged.
Patent JP-S61128663-A (JP)
Title: Signal converter
Inventor: FURUKAWA KATSUHIKO
IPC: H04M3/42
Filed: 1984-11-27
Abstract: PURPOSE:To prevent a forcibly cutting operation of a circuit by transmitting a response signal similar to a general call to lines T and R when the malicious call signal power source of an originating signal converter is cut. CONSTITUTION:When the malicious signal electric power source is disconnected, a grasp signal caused by a loop from an originating exchange 2 operates the A detector 15 and A function of the originating signal converter 3, and the grasp signal is transmitted from an (a)/(f)-bit output terminal 18. Afterwards, a malicious call signal is transmitted from a terminating exchange 7, and received by the originating signal converter 3. At this time, a B detector 35 detects said signal, operates a response ANS relay 31 and transmits the response signal similar to the general call. The A detector 15 of the converter 3 continues its action so as to maintain the circuit until a restoration control by loop disconnection appears. Accordingly a call can be maintained even if a malicious call trace request signal is transmitted from the terminating exchange 7.
Patent JP-H0974078-A (JP)
Title: Cleaner
Inventor: HONDA YOSHIYUKI
IPC: H01L21/683
Filed: 1995-09-04
Abstract: PROBLEM TO BE SOLVED: To improve the treatment efficiency and improve the yield by cleaning a substance to be treated, in stably preserved condition, and bringing the substance to be treated and treatment liquid into contact with each other. SOLUTION: A wafer boat 30, which retains a plurality of wafers W in condition that they are soaked in treatment liquid, being erected in parallel within a treatment vessel 15A is composed of first and second retaining rods 32 and 33, which retain the bottoms on both sides of the wafers W each, and third and forth retaining rods 34 and 35 which retain the vicinities on both sides of the orientation flats Wo provided at the wafers W. Retaining grooves 32a and 33a to support the weight of the wafer W are arranged in longitudinal direction at the first and second retaining rods 32 and 33, and for the third and fourth retaining rods 34 and 35, retaining grooves 34a and 35a to prevent the fall of the wafers W are arranged in longitudinal direction.  Hereby, a plurality of wafers can be retained in stable condition at specified intervals, and the contact between the wafer W and the treatment liquid can be uniformized.
Patent JP-H03110674-A (JP)
Title: Electronic dictionary
Inventor: MATSUMOTO SHINICHI
IPC: G06F17/30
Filed: 1989-09-25
Abstract: PURPOSE:To execute the retrieval of related information in an IC card without increasing a memory of the IC card, and also, without limiting the data constitution of an application by utilizing the sequential information in an array of headers in the body. CONSTITUTION:Ranking from a reference part of a desired keyword in a keyword storage means 22b is stored in a precedence storage means 24b, and information related to a keyword stored in a related information storage part 23b of an external storage means 23 is retrieved in accordance with precedence with an address of the part corresponding to the reference part stored in an index storage part of the keyword storage means 22b and the related information storage part 23b. In such a way, the related information in an IC card can be retrieved without enlarging a memory size of the IC card and without limiting a data structure of the IC card side.
Patent JP-S61111556-A (JP)
Title: Inspecting method for semiconductor device
Inventor: KOIKE MIKIO
IPC: G01R31/26
Filed: 1985-11-08
Abstract: PURPOSE:To enable the prevention of defective in wire-finished wafers due to re-wafer-check by a method wherein the result of inspection of nonvolatile semiconductor element is stored in an additional memory element. CONSTITUTION:The wafer check of the PROM semiconductor device is carried out in the order of the initial check (A), write check (B), and erase check (C). First, the condition of a flag PROM element 17 is confirmed (D test). In case of low threshold value, write is carried out to the flag PROM element with this value, and this element is next subjected to wafer check tests A, B, and C. In case of high threshold value in D test, the test finishes without judgement as defective. Thus, wafer check is detected to have already finished by D test even when re-wafer-check is carried out by mistake at the end of B test, and so the semiconductor device is discriminated from defectives, resulting in test finish. The threshold value measurement and the write of elements can be carried out by bringing exclusive roves into contact with the drain pad 16 of the flag PROM element.
Patent JP-H03119151-A (JP)
Title: Weft selectively feeding apparatus
Inventor: RUCHIAANO CHINERU
IPC: D03D47/38
Filed: 1990-09-21
Abstract: PURPOSE: To speed up weaving by cooperating an operation lever supporting a heddle and an oscillation lever oscillating through cam turning with a filling yarn selection electromagnet through an anchor carrier lever and a selector and continuously feeding a selected filling yarn without moving the heddle. CONSTITUTION: When an oscillation lever 17 is oscillated in the counter clock direction by turning a cam 20, filling yarn selection electromagnet 24, in a demagnetized state, is rotated to a moving limit 26 by an anchor carrier lever 13 and a spring 25 to lift up a ratchet paw 12, the oscillation lever 16 is not engaged to the bottom tooth part 22 of a selector 8 to continue oscillation of the oscillation lever 16, an operation lever 4 is stopped at its moving limit 6 position to maintain a head 1 at an elevated state. But, when the electromagnet 24 is in a magnetized state, the anchor carrier lever 13 is attracted to the electromagnet 24 through an iron anchor 23, an apex tooth part 27 of the selector 8 is engaged to the ratchet paw 12 to position the head 1 to a max extended position, thus, a filling yarn 3 is continuously fed.
Patent JP-S62109972-A (JP)
Title: Ion plating device
Inventor: ENDO SETSUO
IPC: C23C14/32
Filed: 1985-11-08
Abstract: PURPOSE:To transform vapor of evaporated material to positive ions with high efficiency and to improve the ionization rate by arranging discharge electrodes in multiple stages in the direction of the passage of an evaporated material being separated from each other and impressing higher positive voltage the farther the passage is apart from an evaporating section. CONSTITUTION:A bell jar 1 is evacuated through an evacuating port 6 to a necessary degree of vacuum, and a material 3 to be evaporated is evaporated by operating an electron gun 7. At the same time, electric current is fed to each discharge electrode 11, 12, 13, and glow discharge is caused between each electrode 11, 12, 13 and between the lowermost discharge electrode 13 and a crucible 2. Further, the discharge electrodes 11, 12, 13 are arcuate electrodes arranged coaxially above the crucible 2 being separated from each other in the direction of the passage of the evaporated material, and are connected to electric power sources 14, 15, 16 so as to be impressed to higher positive voltage, the farther the electrode is apart from the crucible 2. By this constitution, the vapor of the evaporated material 3 is ionized positively with high efficiency and deposits to a negatively charged substrate 4.
Patent JP-H08114725-A (JP)
Title: Production of semiconductor laser module
Inventor: DEGUCHI YASUTOSHI
IPC: G02B6/42
Filed: 1994-10-17
Abstract: PURPOSE: To shorten the aligning time for a semiconductor laser module. CONSTITUTION: A semiconductor light emitting element 14 as well as a lens 13 and an optical fiber 12 are optically coupled in such a manner that the laser beam emitted from the semiconductor light emitting element 14 is made incident on a diagonal end face 20 of the optical fiber 12 with a required angle 19 of optical axis inclination with the axis 11 of the optical fiber 12. To this end, the aligmnent in X-, Y- and Z directions is first executed through the output measurement of the optical fiber 12 and the position (X0 , Y0 ) of the optical fiber 12 where the incident light quantity is maximized is determined when the Z-axis is taken at the axial direction of the optical fiber 12 and the X-Y plane is taken perpendicularly to the Z-axis.  Next, the alignment in the X- and Y directions is executed by finely moving the optical fiber 12 in the Z direction and the position (X1 , Y1 ) of the optical fiber 12 where the incident light quantity is maximized is determined. The required angle 19 of the optical axis inclination is nearly obtd. when an angle θ1 =tan<-l> ((Y1 -Y0 )/(X1 -X0 )) is determined and the optical fiber 12 is rotated around the Z-axis by the angle θ1 .