baber/WOPTO huggingface dataset:
Patent JP-S62274461-A (JP)
Title: Slip design system
Inventor: MORI KATSUYUKI
IPC: G06Q50/00
Filed: 1986-05-23
Abstract: PURPOSE:To easily and quickly design a slip by performing input of an element list, a form layout work, and a form make-up work after input of characters of a character string and control information classified by item and performing the information conversion for picture output when all works are terminated. CONSTITUTION:In case a character string consisting of at least one character is stuck to an optional position on a slip, the start position of the first character string is set, and the end position of the first character string is calculated by operation after the first character string is stuck, and this calculated end position is set as the start position of the second character string. When the start position and the end position of the first character string are denoted as x1, y1 and x2, y2 respectively, relations x2=x1+costheta[C(W+D)] and y2=y1+ sintheta[C(W+D)] are made true between them. In these equations, C is the number of characters of the character string and W is the character width and D is the interval between characters and theta is the angle of the character string.
Patent JP-H09299215-A (JP)
Title: Light emissive mat
Inventor: SHIMONO KIKUO
IPC: A47L23/22
Filed: 1996-05-14
Abstract: PROBLEM TO BE SOLVED: To obtain a light emissive mat which absorbs and accumulates light when the ambient is bright, is made to emit light when the ambient is darkened and is laid in the entrance, etc., by forming the whole or part of a mat surface of light emitting fibers consisting of raw materials contg. light accumulation pigments. SOLUTION: This light emissive mat 1 for feet is formed by embroidering pile yarn 4, 5 on a base fabric 3 and forming a rubber layer (latex) 6 on the rear surface. In such a case, ordinary pile yarn 4 consisting of fibers made from wool, acryl, polyester, etc., like the piles for the conventional mats is used for the region where the light is not emitted of the mat 1 surface. On the other hand, the light emitting pile yarn 5 consisting of the light emitting fibers made from the raw materials contg. the light accumulation pigments which are one kind of phosphors is used for the region where the light is emitted. The light emitting fibers formed by incorporating the light accumulation pigments into the raw materials for chemical fibers to form a product raw material and molding this raw material by the conventional method are used as the light emitting fibers. The light accumulation pigments formed of, for example, aluminum metallic powder and inorg. fiber, such as calcium fluoride based or zinc fluoride based powder, are used for the light accumulation pigments.
Patent JP-H07324610-A (JP)
Title: Variable valve driving apparatus
Inventor: TAKAHASHI HIDEKI
IPC: F01L13/00
Filed: 1994-05-31
Abstract: PURPOSE:To delicately control a valve timing so as to reduce driving force of the mechanism by providing the first cam for pushing a valve in it driving direction, the second cam for pushing the first cam in its driving direction and control mechanism for variably controlling the phase of the second cam. CONSTITUTION:A variable valve driving apparatus is mainly consisting of the first cam 2 for pushing an intake valve 1 in the valve opening direction A, the second cam 3 for pushing the first cam 2 in the valve opening direction A and control mechanism for variably controlling the phase of the second cam 3. The first gear 6 for driving the cam 2 coaxially with the first cam 2 is provided and supported rotatably by a rocker arm 8 using a shaft 0 as its rocking fulcrum through a pin 7. The rocker arm 8 is rocked by attaching the second cam 3 to a roller 15 constantly and pushing the roller 5 periodically. The valve timing is controlled delicately by providing a control mechanism for controlling the phase by tensioning and relaxing a chain laid around a sprocket on the shaft 17 of the second cam 3.
Patent JP-2000309086-A (JP)
Title: Rotary printing machine
Inventor: NOCHIDA HIROYUKI
IPC: H02P5/00
Filed: 1999-04-27
Abstract: PROBLEM TO BE SOLVED: To increase a degree of freedom in the installation space of an added processing unit without taking the power or the like of an already installed main motor under consideration by synchronously controlling the processing cylinder of the processing unit and the plate cylinder of a printing unit in such a manner that the phases may agree by a phase signal of the plate cylinder by a rotating signal from the rotation of a line shaft. SOLUTION: A pulse generator(PG) 3 outputs a rotating signal including the phase information of a line shaft 2, to a motion controller(MC) 4, and the MC 4 outputs an operation signal to a servo-driver(SD) 5. The SD 5 drives a servo motor 6 by the operation signal of the MC 4, and the motor 6 rotate- drives the plate cylinder of an added printing unit(AU) 4U. The phase of the plate cylinder of the AU 4U is output to the MC 4 from a PG 7, and the MC 4 controls the SD 5 in such a manner that the phase of the plate cylinder of the AU 4U and the phases of already installed units 1U,... which are output by the PG 3 may not disagree. By this constitution, a degree of freedom in the installation space of the AU can be increased without requiring to take the power or the like of the already installed main motor under consideration.
Patent JP-S5820488-A (JP)
Title: Printer control system
Inventor: SOSHI MORIKAZU
IPC: B41J5/30
Filed: 1981-07-29
Abstract: PURPOSE:To perform correct printing even though the lines of ruled line printing are increased, in printing the ruled lines, by separately inputting character data and ruled line data, inputting the next line data when a CR code is found in advance, and continously performing the printing of the ruled lines or the characters. CONSTITUTION:Under the contol of a buffer control part 20, the first line of a printing code buffer 11 is set in buffers 14, 15, and 16 and the second line is set in buffers 17, 18, and 19, separately. Namely, upper ruled line data 2, printing data 31, 32, and 33, and lower ruled line data 2 are set separately. At the same time, printing instruction codes (CR, NL, and the like) are set in a registers 12 and 13. When the upper ruled line data 2 is located in the buffer 14, the upper ruled line is printed. When the register 12 is CR, the buffer 17 is further checked. When the ruled line data 2 is located in the buffer 17, the upper ruled line is consecutively printed. When the register 13 is CR, the next line data is read by the code buffer 11. When it is the ruled line data, it is set in the buffer 17. In an example (a), since the register 13 is NL, the upper ruled line is changed  after printing, and the data in the buffer 15 is printed.
Patent JP-S62275694-A (JP)
Title: Production of difructose dianhydride iii
Inventor: HARAGUCHI KAZUTOMO
IPC: C12P19/12
Filed: 1986-05-26
Abstract: PURPOSE:To produce the titled substance useful as a dietary sweetener, in high yield, by treating inulin and/or extracted liquid of inulin-containing vegetable with a bacterial strain belonging to Arthrobacter globiformis, etc. CONSTITUTION:A bacterial strain belonging to Arthrobacter globiformis, e.g. Arthrobacter globiformis C11-1 (FERM P-8748) is cultured in a medium containing inulin and/or extracted liquid of inulin-containing vegetable as sole carbon source. After the completion of culture, the obtained bacterial cell, cultured liquid, supernatant liquid of the cultured product after removing bacterial cells, etc., is added and reacted to inulin and/or extracted liquid of inulin- containing vegetable to obtain difructose dianhydride III. After inactivating the enzyme in the reaction liquid e.g. by heating, the product is purified e.g. by filtration, desalting, etc., to obtain the objective difructose dianhydride III.
Patent JP-H11309620-A (JP)
Title: Automatic finishing device
Inventor: TAKAHASHI TAKEHISA
IPC: B23D79/00
Filed: 1998-04-28
Abstract: PROBLEM TO BE SOLVED: To lighten the burden of heavy and dangerous operations for deburring the boundary surface of a metallic part buried in a cylindrical cast molding, concurrently, improve operational environment, and also enhance machining accuracy on a finishing surface. SOLUTION: This automatic finishing device is equipped with a luter device 2 performing deburring in position of the boundary surface of a metallic part MT inside a cylindrical cast molding OB, and with a rotating device 1 which rotates and moves the luter device 2 while holding the luter device on the metallic part MT. The rotating device 1 is equipped with a base body 10 capable of being mounted on the metallic part, a shaft part 11, an air motor 13, a rotating ring 18 capable of being rotated at a constant speed around the shaft part 11 by receiving motive power from the motor 13, and a shaft 20 which is disposed in the rotating ring 18 in such a way as to be freely slid. The luter device 2 is mounted to the shaft 20. The luter device 2 is equipped with a luter 22, and a mechanism (stopper 27 and adjusting ring 28) adjusting the depth of a finishing operation in the main part.
Patent JP-S60263460-A (JP)
Title: Semiconductor device
Inventor: SHIMADA CHIYOU
IPC: H01L29/872
Filed: 1984-06-12
Abstract: PURPOSE:To produce a semiconductor device with excellent productivity and reliability by means of improving the adhesive property between GaAs substrate and MoSiX gate electrode by a method wherein a molybdenum silicide electrode containing specific amount of aluminium adhering to GaAs semiconductor substate is provided in the semiconductor device. CONSTITUTION:An N type low concentration region 5 is formed on a semi-insulating GaAs semiconductor substrate 1 by means of ion-implanting process. Firstly overall surface of GaAs substrate 1 is coated with MoSiX-Al film by means of simultaneous targetting molybdenum silicide and aluminium and then MoSiX- Al gate electrode 9 is formed into specific pattern. Secondly a high concentration N type impurity (Si<+>) is implanted into the GaAs substrate 1 to form a source region 3 and a drain region 4 utilizing the MoSiX-Al gate electrode as a mask. A PSG film 7 is formed on overall surface of GaAs semiconductor substrate 1 containing the MoSiX-Al gate electrode 9, a source region 3 and a drain region 4 covering the GaAs substrate 1. Finally the source region 3 and the drain region 4 are heat-treated for activation.
Patent JP-S63282801-A (JP)
Title: Process control method
Inventor: NAKATANI YOSHIAKI
IPC: G05B11/36
Filed: 1987-05-15
Abstract: PURPOSE:To improve the control accuracy of a process by previously setting up plural correction values for correcting a set process value in accordance with a deviation value, adding a correction value corresponding to the detected deviation value to the set process value and calculating a manipulated variable based on the corrected set process value. CONSTITUTION:Correction values for correcting a set process value corresponding to a deviation value between the set process value and a measured process value are previously set up, the correction value corresponding to the detected deviation value is added to the set process value to correct the set process value to correct the set process value and control for calculating the manipulated variable of a process driving systems is repeated based on the corrected set process value to shorten the reducing time of the deviation value. At the time of changing a correction value to be added, the calculation factor of the manipulated variable is changed to change the manipulated variable more than the changing ratio of the correction value and the reduce overshoot. Consequently, the deviation value can be highly accurately detected and control response performance and control accuracy can be improved.
Patent JP-H06328126-A (JP)
Title: Manufacture of grooved pipe
Inventor: MIYAMOTO TATSUO
IPC: B21C37/15
Filed: 1993-05-21
Abstract: PURPOSE:To simplify manufacture of a grooved long and small diameter and narrow groove pitch pipe by overlapping plural plate shaped ring members different in an inner or outer diameter alternately, plurally and then welding the ring members. CONSTITUTION:Large rings 1 and small rings 2 are thin plate shaped rings equal in the outer diameter and different in the inner diameter, laminated mutually along the inner diameter of a support pipe 3 and press-contacting electrodes 5, 6 are arranged above and below it. The large rings 1 and the small rings 2 are joined by energizing upper and lower electrodes 5, 6 to weld the large rings 1 and the small rings 2 and a circumferential groove is formed by groove gaps 4 generated by the inner diameter difference 4 between the large ring 1 and the small ring 2. Thereafter, the support ring 3 and the upper and lower press-contacting electrodes 5, 6 are removed to complete a grooved pipe.
Patent JP-S5345307-A (JP)
Title: Dispersed fuel compositions
Inventor: TAKAHASHI HIDEKI
IPC: C10L1/22
Filed: 1976-10-06
Abstract: PURPOSE: A dispersed fuel composition, wherein a finely divided coal powder is dispersed in a hydrocarbon oil by the use of a quaternary ammonium salt as a dispersant stably for a long period of time. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-S6012154-A (JP)
Title: Gas purifying apparatus
Inventor: MATSUMOTO YOUICHI
IPC: B03C3/45
Filed: 1983-07-01
Abstract: PURPOSE:To freely regulate the flowing direction of purified gas without using a louver, in an air purifying apparatus equipped with an ionization electrode and a dust collecting electrode plate, by making the dust collecting electrode plate tiltable. CONSTITUTION:An ionization electrode 1 and a plurality of dust collecting electrode plates 2 are arranged at constant intervals and high voltages having different polarities are applied to both electrodes 1, 2 from a high voltage source 3. Corona discharge is generated from the electrode 1 to the electrode plates 2 while ionized ions are moved to the side of the electrode plates to generate an ionic wind and gas flows between the electrode plates 2. At this time, fine particles floating in gas are also charged to be collected by the electrode plates 2 while the gas is purified and flowed to the downstream side from the electrode plates 2. In this case, by making the electrode plates freely tiltable, the flowing direction of the purified gas can be freely regulated without using a louver as is conventional. In addition, similar effect is obtained even in a gas purifying apparatus consisting of dust collecting electrode plates 5a and discharge electrode plates 5b by freely tilting the electrode plates 5a, 5b.
Patent JP-H08317225-A (JP)
Title: Image data compression and expansion device
Inventor: KONDO KEIJI
IPC: H04N1/415
Filed: 1995-05-18
Abstract: PURPOSE: To provide an image data compression/expansion device which can perform the fast extractive output and rotary output of a single area of an image without deteriorating the reduction effect of the memory capacity that is caused by compression of the image data. CONSTITUTION: The image data equivalent to one page is divided into plural rectangular blocks with the image data equivalent to (n×n) pixels defined as a single unit. A compression code is generated in each of divided rectangular blocks, and these compression codes are stored in a compression code buffer 57. At the same time, the address of the storage area occupied by every compression code in the buffer 57 is stored in a compression code table 58 in response to the number given to every rectangular block. In such a constitution of an image data compression/expansion device, only a desired compression code can be read out and expanded. Thus it is possible to perform the fast extractive output and rotary output of a single area of an image.
Patent JP-H02296268-A (JP)
Title: Developing device
Inventor: NISHIMURA KATSUHIKO
IPC: G03G15/08
Filed: 1989-05-11
Abstract: PURPOSE:To prevent the firm adhesion of developer fine particles by providing a movable developer carrying member with a coating layer which conductive fine particles are dispersed in a resin and allowing the distributing secondary particles formed of the conductive fine particles on the surface of the coating layer to form a rugged surface with the resin and the secondary particles. CONSTITUTION:The developer carrying member 7 is provide with the coating layer 6 made of the resin in which the conductive fine particles are distributed. The secondary particles 6' formed of the resin and the conductive fine particles are distributed on the surface of the coating layer 6 so that the rugged surface is formed by the secondary particles. Thus the abnormal charge-up of a developer is prevented even in low humidity environment and toner triboelectrifying quantity is stabilized. Moreover since a triboelectrifying quantity distribution is sharpened, proper developing images are obtained.
Patent JP-S5745243-A (JP)
Title: Forming method for pattern through corrosion
Inventor: CHIYODA KIYOSHI
IPC: H01L21/30
Filed: 1980-09-01
Abstract: PURPOSE:To minimize the width of an undercut section, and to improve the degree of integration by successively executing the various processes of the formation of a resist layer, exposure, development, removal through corrosion and exfoliation to a substrate with a layer to be corroded while repeating said processes and removing the layer to be corroded. CONSTITUTION:The layer to be corroded consisting of an oxide film 3 is shaped to the substrate 2. The layer is coated with the resist layer 5, both layers are exposed and developed through a mask 7 with a predetermined pattern, and the layer to be corroded is removed up to the depth d1 of half the thickness d0 of the layer. The width h1 of the undercut is approximately the same as d1 under this condition. The resist layer 6 is exfoliated, a resist layer is coated again, the same processes are repeated, a section 9 with W opening width is removed and the layer to be corroded 4 is removed by remaining depth up to the substrate. Accordingly, the width of the undercut section is minimized, and the pattern with excellent accuracy is formed.
Patent JP-H08310057-A (JP)
Title: Method and device for recording image
Inventor: SHIMIZU HITOSHI
IPC: B41J5/30
Filed: 1995-05-18
Abstract: PURPOSE: To improve print quality by a method and a device wherein low resolution of image information is converted into high resolution by preventing degradation of processing capacity with a simple additory circuit element and burrs on slanting parts of an outline of character are smoothed. CONSTITUTION: Image information edited at a page memory 6 is increased to a picture element density of double the length and double the width per one picture element at a video signal generating circuit 7. It is temporarily stored in a line memory over a plurality of lines by advance feed method. An image substituting circuit 9 forms a predetermined number of picture element data for a plurality of lines into matrixes in an order fed in advance, so as to print those picture element data which come to the center cell of the matrix in sequence. In printing, it is determined whether the picture element data at the center cell corresponds to a black picture element or a white picture element at a step as a factor of burrs on slanting parts of an image outline or not. When the factor of burrs is determined, replacement of picture elements (white/ black inversion) is performed.
Patent JP-S6012839-A (JP)
Title: Signal demodulator
Inventor: FUJIMOTO AKIRA
IPC: H04L25/49
Filed: 1983-07-01
Abstract: PURPOSE:To obtain a correct mask width by a simple circuit by providing the titled device with a mask circuit, two counters and an FF detecting a data pulse generated during the close of the mask circuit, and releasing the mask. CONSTITUTION:An edge pulse generator 61 inputs a signal from an oscillator 60 and outputs an edge pulse (a). The pulse (a) is inputted to a delay circuit 82 and a delay signal (b) is formed. An output (c) is applied to a counter 65 as a clear signal and also sets up the FF 69 to start a mask signal. The output Q' of the FF 69 closes a gate 72. On the other hand, a pulse deleting circuit 63 and an AND circuit 64 delete one out of three output pulses from the oscillator 60 and inputs the deleted pulse (d) to the counter 65. The counted value of the counter 65 is loaded to a counting circuit 67 through a complement circuit 66. When a detecting circuit 68 detects that all the contents of the circuit 67 are ''1'', the gate 72 is opened. The output of the circuit 68 resets instantaneously the FF 69 and closes the mask. Thus, the existence of data can be confirmed correctly.
Patent JP-H01289284-A (JP)
Title: Laser diode drive circuit
Inventor: MORI MASAKAZU
IPC: H01S5/042
Filed: 1988-05-17
Abstract: PURPOSE:To drive a laser diode without changing an output pulse width even when the mutual conductance is different according to a FET to be used by a method wherein a feedback resistance is connected to a source of the FET and the mutual conductance of the FET is changed and adjusted by using the feedback resistance. CONSTITUTION:In a drive circuit using a field-effect transistor(FET) 1, a pulse input signal is input to a gate G of the FET 1 via a clamp circuit 2 and a laser diode 3 is connected to a drain D. A source feedback resistance RS used to adjust the mutual conductance of the FET 1 is connected to a source S of the FET 1, a source voltage VS is applied via the source feed back resistance RS and, the mutual conductance of the FET 1 can be changed and adjusted by the source feedback resistance RS. By this setup, even when the mutual conductance is different according to the used FET 1, it is possible to drive a laser diode 3 without changing an output pulse width.
Patent JP-S5546945-A (JP)
Title: Purging of extruding machine
Inventor: SEKI YUKIYOSHI
IPC: B29C45/17
Filed: 1978-09-29
Abstract: PURPOSE:To securely make automatic purging of the material remaining in a heating cylinder by a timer-set number of the repetitions of new material extrusion- charge operation and next extrusion-reversing-extrusion-charge operation. CONSTITUTION:The extruding portion of a scew-type extrution-moulding machine consists of an extruding cylinder 1, a screw 2, a material supply hopper 3, hydraulic ram 6, and a hydraulic motor 7. The screw 2 advances for extrusion and reverses in accordance with the reciprocation on the extruding ram 6 and, when the hydraulic motor 7 is driven, reverses for charge while rotating. When the material remaining in a heating cylinder is purged for material replacement, with a first-timer-set number of repetitions of extrusion-charge operation and next a second-timer-set number of repetitions of extrusion-reversing-extrusion-charge operation are made using new material. Thereby, the previously-used material having adhered to wall face for example is made fluidic for quick replacement with new material by lowering the tackiness thereof.
Patent JP-H11291210-A (JP)
Title: Production of board
Inventor: OKAMATSU KOJI
IPC: B27N3/04
Filed: 1998-04-13
Abstract: PROBLEM TO BE SOLVED: To provide a method for producing a board of low production costs which does not generate toxic gas in incineration. SOLUTION: The method comprises: the first step in which food residual slurry 11 such as raw tofu refuse, coffee grounds, and shochu lees, a pulp raw material 12 such as used paper, and sodium alginate are placed in a kneader to be kneaded, the second step in which the kneaded product 15 produced in the first step is placed in a molding mold 16 to form a board, the third step in which the board prepared in the second step is placed in a calcium chloride solution tank 17 to be solidified, and the fourth step in which the solidified product 18 obtained in the third step is dried.