baber/WOPTO huggingface dataset:
Patent JP-2000020062-A (JP)
Title: Electronic musical instrument
Inventor: SAITO TSUTOMU
IPC: G10H1/18
Filed: 1998-06-30
Abstract: PROBLEM TO BE SOLVED: To make it possible to rapidly end the operation based on manipulation of a manipulation section for changing the form of musical tones after the manipulation. SOLUTION: The present count value CNT-O which is a parameter for determining the form of the musical tones is so increased or decreased as to be approximately to a fresh count value CNT-N (target value) to be increased or decreased by the manipulation to an incrementer (S70 to S90). The processing (S140) to set musical tone control information in a musical tone generating circuit is not executed when the present count value CNT-O does not coincide with the fresh count value CNT-N (target value) (S60: NO) but is executed only when the present count value CNT-O coincides with the fresh count value CNT-N (S60: YES). Even if, therefore, many incrementer events are generated in order to largely increase or decrease the parameters, the event information generated accompanying with the manipulation thereof may be rapidly consumed.
Patent JP-H0470410-A (JP)
Title: Consolidation method for weak ground
Inventor: ARAKAWA KENJI
IPC: E02D3/02
Filed: 1990-07-11
Abstract: PURPOSE:To facilitate ground improvement by forming a circular hole in the middle between multiple drain pillars, and pressing a viscous material into it to consolidate the weak ground, and moving gap water located in the ground to the drain pillars, through which water is drained to the surface of the ground. CONSTITUTION:A circular cylinder 5 is struck in between multiple drain pillars 4, 4... into the weak ground 1 to the depth of a drain pillar 4 through a sand mat 2 to form a circular hole 7. While the circular cylinder 5 is being drawn up gradually, the circular hole 7 is filled with a viscous material 8 which is a unit volume weight of the weak ground. A pressure feed pump 12 installed at a pressure feed pipe 11 is operated and the viscous material 8 is pressed in, so that the weak ground 1 is consolidated and gap water in the ground is moved to the surrounding drain pillar 4, through which gap water is drained to the surface of the ground. It is thus possible to ensure consolidation of the ground in the horizontal direction.
Patent JP-H0849304-A (JP)
Title: Unit structure of unit house
Inventor: KOBARI ATSUSHI
IPC: E04B1/348
Filed: 1994-08-05
Abstract: PURPOSE:To spare columns, and increase the efficiency of space and transportation. CONSTITUTION:In a unit structure 100, respective triangular ceiling plates 30, 30,... and triangular floor plates 50, 50,... are extended from the ceiling and the floor of a core unit having a relatively small room space to the respective periphery to provide a larger room space than the core unit 10. Wall panels 70, 70,... are fixed at the outer periphery at the construction site in accordance with the necessity. In the core unit 10, a nearly square ceiling is provided on the columns erected at the four corners of the nearly square floor. In this way, when these unit structures are adjacently positioned, two or more columns are gathered and hence, the material of columns can be spared and the space efficiency can be increased. And further, since the unit house can be transported in a smaller unit state on transporting it, the transportation efficiency can be increased.
Patent JP-H0638428-A (JP)
Title: Field assembly body
Inventor: TATEISHI SHIRO
IPC: H02K27/00
Filed: 1992-07-13
Abstract: PURPOSE:To make it possible to automate a connecting operation by providing a winding locking part on which a slant part is formed along an end plate for insulation from the upper surface of a terminal table. CONSTITUTION:Windings 6 and 7 are wound on a core 2 through an insulating sheet 8. By pulling one end 7a of the winding 7 in the side of a power side winding connecting part 11a after the one end 7a of the winding 7 is drawn to the outside of the core 2, the one end 7a is connected to the power side winding connecting part 11a while guided by a winding locking part 18 along a slant part formed on the locking part 18. Accordingly, an operating efficiency in the case of connecting the one end 7a of the winding 7 to the power side winding connecting part 11a is remarkably improved and a connection operation can be automated.
Patent JP-H0756099-A (JP)
Title: Rotary deflector and light beam scanning optical device
Inventor: HIRAMATSU KOJI
IPC: H02K23/00
Filed: 1993-07-27
Abstract: PURPOSE:To use an inexpensive brush motor as a rotary driving source of a polygon mirror and to prevent the image disturbance by unequal rotation of a brush motor. CONSTITUTION:A brush motor generates 6 times of commutations during one revolution as its commutators 63a to 63c rotate in sliding contact with brushes 65, 65. The effective deflection regions (SOS-EOI) of respective deflection surfaces 45a to 45d of the polygon mirror are so set as to deviate from the timing of the commutation generation. The timing of the commutation generation is so set as to be the timing to arrive near the terminal of the effective deflection region (EOI) when an angle of view is large.
Patent JP-2000015518-A (JP)
Title: Vice device for portable cutter
Inventor: SHIMAKAWA HISAYA
IPC: B25B1/10
Filed: 1998-06-30
Abstract: PROBLEM TO BE SOLVED: To prevent the wear of a screw part and hold a work stably by cutting a screw part meshed with the screw part cut on a feed shaft to the arc shape periphery edge formed on the ceiling position of a through hole penetrated by the feed shaft and the bottom position of the through hole. SOLUTION: When the holding of a work W by a fixed vice and a movable vice is finished, a feed shaft 40 is pushed down vertically. Then, a swing block 31 pivoted to a swing pin 32 and rotated is returned to the position before rotating and the upper screw part 31b and lower screw part 31c of the swing block 31 are meshed with the screw part 40a of the feed shaft 40. When a handle H installed on the end of the feed shaft 40 through a shaft S after meshing is rotated in a tightening direction, the movable vice is fed and the holding and fixing of the work to the vice device is finished.
Patent JP-H1128433-A (JP)
Title: Washing device
Inventor: INOUE CHIYOKI
IPC: B08B9/08
Filed: 1997-07-10
Abstract: PROBLEM TO BE SOLVED: To profitably remove impurities from a waste plastic, by jointly using rotational washing with a washing drum, vibration washing on a sieve and contact washing in which articles to be washed are brought into contact with each other, and combining water spraying rinsing process. SOLUTION: Washing water 10 is sprayed on the article 2 to be washed charged from a discharge path 14 in a washing drum 15 through a discharge pipe 18 upward and to left and right sides. The washing drum 15 is rotated with a motor 17 to perform washing. Next, the article to be washed is dropped on the sieve 26 vibrating with a motor 27 and the vibration washing with vibration is performed and also the impurities are separated based on difference of densities. The article 2 to be washed after the vibration washing is conveyed to a spiral screw 32 and the contact washing is performed. Subsequently it is conveyed to a washing mechanism 9 and washed with water spray from a water spray nozzle 38. Thus, the impurities are profitably removed.
Patent JP-H0635659-A (JP)
Title: Information processing system
Inventor: HASEBE TSUNENORI
IPC: G09G5/10
Filed: 1992-07-13
Abstract: PURPOSE:To automatically execute control by a command from an information processing apparatus side so that luminance and contrast of a display device become a state conforming to user's choice. CONSTITUTION:When an information processing device 2 is subjected to login from a user, an environmental file 27 peculiar to its user is fetched from a magnetic disk device 26 by a CPU 21, and a use environment conforming to the file 27 is set. In this case, based on screen control setting information 28 in the environmental file 27, control command/data for designating control to luminance and contrast designated by the information 28 is generated by a CPU 21, and transmitted from an interface 23 to a display device 1. When this control command/data is received by an interface 16 in the display device 1 and delivered to a control circuit 15, the control circuit 15 interprets the command/data, and controls a luminance control circuit 13 and a contrast control circuit 14, by which luminance and contrast of a CRT monitor 11 are controlled.
Patent JP-H104756-A (JP)
Title: Combined harvester
Inventor: SAMURAGI HITOSHI
IPC: A01F12/10
Filed: 1996-06-25
Abstract: PROBLEM TO BE SOLVED: To obtain a combined harvester in which the structure is simplified by synchronizing the number of revolution of the threshing drum with the speed of the feed chain, the amount of grains remaining unthreshed and the occurrence of waste straw can be prevented from increasing by keeping the number of grain beating almost constant, and can increase the threshing performance, as its degraining and screening performances are maintained at a certain level. SOLUTION: The feed chain 5 is driven synchronously with the running speed and the rotation number of the threshing drum 6 is synchronized with the speed of the feed chain. The feed chain speed from the rotation sensor of the feed chain is input the threshing controller and the rotation number of the engine 21 from the electron governor is input, further, the threshing load from the degraining load sensor is input. When the threshing load is inappropriate to the feed chain speed, the engine is automatically controlled in its rotation by the electron governor so as to operate the engine 21 at such a rotation number as its load becomes minimum.
Patent JP-S5975531-A (JP)
Inventor: ONO ATSUO
IPC: A47J37/08
Filed: 1982-10-21
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-H1010663-A (JP)
Title: Production of silver halide particles and silver halide emulsion
Inventor: SAITO MITSUO
IPC: G03C1/015
Filed: 1996-06-26
Abstract: PROBLEM TO BE SOLVED: To obtain flat platy silver halide particles ensuring low fog density after thermal preservation and excellent in sensitivity and graininess by using specified gelatin as a dispersive medium in a process for growing silver halide particles. SOLUTION: Nucleus forming, aging and growing processes are carried out in an aq. soln. of a dispersive medium to produce the objective silver halide particles including flat platy silver halide particles each having 0.02-0.3μm thickness and an aspect ratio of 2-50 by 75-100% of the total projection area of all the particles. Gelatin is used as 30-100wt.% of the dispersive medium in the growing process and the relation between the number % of chemically modified ones of basic NH2 groups in the gelatin and the methionine content of the gelatin is in a region A1 defined by straight lines a1 , b1 and the y- coordinate axis, preferably in a region A2 defined by straight lines a2 , b2 and the y-coordinate axis, especially preferably a region A3 defined by straight lines a2 , b3 and the y-coordinate axis.
Patent JP-S6247034-A (JP)
Title: Folding screen box
Inventor: OZEKI JIRO
IPC: G03B21/58
Filed: 1985-08-26
Abstract: PURPOSE:To make custody and carrying very easy by connecting both end parts of a screen frame member and a base frame to each other by two connecting members and providing hinge parts, which allow bending of connecting members, in intermediate parts of connecting members. CONSTITUTION:A transmission screen 11 is fitted and fixed to a screen frame member 13 having a square front, and one ends of connecting members 14a-14d are supported pivotally on the member 13 turnably in an approximately horizon tal plane, and the other ends of connecting members 14a-14d are supported pivotally on a base frame 9 to connect the member 13 and the base frame 9 to each other. In each connecting member, two levers 15a and 15b are con nected with each other freely and relatively turnably in an approximately hori zontal plane by a pin 15c. When a screen box 2 is not used, intermediate parts of connecting members 14a-14d are bent inward in the horizontal direction to fold a light shielding film body 17.
Patent JP-H0647550-A (JP)
Title: Welding equipment
Inventor: MOCHIZUKI SHICHIRO
IPC: B23K9/18
Filed: 1991-07-01
Abstract: PURPOSE:To prevent flux from dropping from end edges of members to be welded by press-contacting a holding member to hold the scattered flux on an end edge of one member to be welded and supporting it rotatably on a rotation axis arranged in the direction to orthogonally cross the weld face. CONSTITUTION:Two members A and B to be welded are crossed and abutted on each other at a specified angle on the mutual ends and abutment parts are welded together by a submerged arc welding method. The holding member is provided and this holding member is supported rotatably with the rotation axis 11 arranged in the direction to orthogonally cross the welding face as a center and press-contacted on the end edge of one member to be welded to hold the flux scattered on a weld zone. The holding member is formed into watertight structure, cooling water is circulated and forced cooling is carried out. Consequently, the holding member is not subject to a thermal effect by welding, a gap is not generated, scattering of the flux is prevented and a stable arc can be formed.
Patent JP-S6429776-A (JP)
Title: Acceleration detector
Inventor: SAITO HIDETOSHI
IPC: G01P15/105
Filed: 1987-07-24
Abstract: PURPOSE:To obtain a detector which can be constituted in miniature at a low cost, by providing a movable body for moving in accordance with operated acceleration, in a case, and detecting a moving extent of this movable body by a magneto-sensitive element. CONSTITUTION:In a case 2 consisting of a non-magnetic material, a hole 3 is provided so as to be inclined at a prescribed angle against the horizontal plane. In this hole 3, a columnar magnet 4 is provided as a movable body, and a magnet 4 can roll or float in the inside. Also, in order to detect a generated magnetic field from the end face of the magnet 4, a magneto-sensitive element 5 is provided on a prescribed position opposed to an end part 3a of the upward side of the hole 3, and a detecting signal is outputted from the element 5. When a moving object is in a non-accelerated state, the magnet 4 is positioned at the lower side 3b of the hole 3 due to its dead weight, but when said object is accelerated in the direction as indicated with an arrow A, the magnet 4 moves to the upward side, namely, the element 5 side in the hole 3 in accordance with magnitude of the acceleration. In such a way, a magnetic field of the magnet 4 detected by the element 5 increases, therefore, from the detecting signal of the element 5, a moving extent of the magnet 4, namely, the acceleration of the moving object is known.
Patent JP-H0935427-A (JP)
Title: Pickup shifter
Inventor: II HIROSHI
IPC: G11B7/085
Filed: 1995-07-21
Abstract: PROBLEM TO BE SOLVED: To carry out low speed shift and high speed shift of pickup quickly and smoothly while preventing idling and vibration of stepping motor. SOLUTION: At the time of low speed shift of a pickup 1, a DC motor 2 suitable for low speed shift is driven whereas a stepping motor 3 suitable for high speed shift is driven at the time of high speed shift. At the time of low speed shift and high speed shift, the motor is controlled by means of a microcomputer 11 through a control signal switching circuit 13. In particular, at the time of starting or ending high speed shift, the DC motor 2 is also driven by a control signal delivered from the microcomputer 11 in order to assist rotation of the stepping motor 3 thus accelerating or decelerating the stepping motor 3 quickly.
Patent JP-H0847672-A (JP)
Title: Air classifier
Inventor: KAJIYAMA TAKAO
IPC: B07B4/02
Filed: 1994-08-08
Abstract: PURPOSE:To ecconomically classify a heavyweight product and a lightweight product which are entangled with high efficiency. CONSTITUTION:A heavyweight product sedimentation chamber 2 is connected to a lightweight product sedimentation chamber 3 via a side part connecting port 10. Air is sucked from a suction port 9 by a jet stream blown out from a nozzle 4 and ascended, thus the lightweight product is stripped off from the heavyweight product falling down on a heavyweight product chute 8. The stripped lightweight product is sented to the lightweight sedimentation chamber 3 and settled down.
Patent JP-H0275013-A (JP)
Title: Method and device for encoding variable
Inventor: NIKORASU SHII UISUROTSUKI
IPC: G06F3/0354
Filed: 1989-07-20
Abstract: PURPOSE: To perform coding around a vertical axis by moving a means attached to the outer periphery of a pole around the pole and sensing the movement of the means attached to the outer periphery. CONSTITUTION: This device is provided with the rotatably attached pole A, a first sensing means 40 for sensing the rotation of the pole A to a first axis and a second sensing means 50 for sensing the rotation of the pole A to a second axis. Then, the means B attached to the outer periphery of the pole A is moved around the pole and the movement of the means B attached to the outer periphery is sensed. Thus, a coordinate for rotating the pole A around the vertical axis is displayed.
Patent JP-H1037080-A (JP)
Title: Double layer cloth
Inventor: NAKAMURA SAICHI
IPC: D06M101/16
Filed: 1996-07-16
Abstract: PROBLEM TO BE SOLVED: To obtain a superposed weaving texture of a double layer excellent in dyeing characteristics at the surface side and high in hygroscopic properties at the back side, capable of rapidly volatilizing absorbed moisture. SOLUTION: In this double layer cloth integrally composed of different yarns at the surface and the back, the surface layer comprises readily dyeable synthetic yarn woven fabric, the back side is constituted of woven fabric of cotton yarn to which ceramic fine particles provided with pores so as to enlarge a surface area are fixed and part of the yarn forming the woven fabric of the surface layer and the yarn of the woven fabric at the back side are crossed to give the objective double layer cloth. Besides, the constitution in which the surface and back layer fabrics are nonwoven fabrics or the back layer fabric is a nonwoven fabric can optionally be adopted.
Patent JP-2000027036-A (JP)
Title: Lift-controlling apparatus for ring rail of spinning frame
Inventor: FUJII YOSHIMICHI
IPC: D01H1/26
Filed: 1998-07-01
Abstract: PROBLEM TO BE SOLVED: To provide a ring rail lift-controlling apparatus for spinning frame capable of easily varying the lifting speed of a ring rail to the more suitable level according to the spinning condition. SOLUTION: In a spinning frame provided with a lifting apparatus actively performing the lifting of a ring rail by the rotation of a motor, the bobbin- forming conditions such as the chase length C of the ring rail for each cycle, the lowering length and the shaper step length ΔS are set by an inputting apparatus. Plural patterns P0, Pi having different lifting time Tu and lowering time Td of the ring rail for each cycle are stored in a work memory as a data base. A pattern among plural patterns P0, Pi displayed on a display is selected to set the lifting time Tu and the lowering time Td of the ring rail for each cycle. The motor for driving the lifting apparatus is controlled based on these bobbin-forming conditions and spinning conditions.
Patent JP-H0632645-A (JP)
Title: Production of ceramic pipe
Inventor: FUJINO KANEHISA
IPC: C04B33/30
Filed: 1992-07-14
Abstract: PURPOSE:To provide a production method for ceramic pipes characterized by drying the products without causing their wall thickness nonuniformity, inner surface roughness, or cracks. CONSTITUTION:In producing a ceramic pipe by casting muddy ceramic inside a cylindrical mold 2 to make centrifugal molding under revolving the mold around its axis followed by drying, an air blow pipe 4 threadable into the mold 2 and provided with an air spraying part 4a capable of air feed radially over the entire length of the inner surface of the mold in a threaded state in the mold is prepared in advance for the purpose of such drying, and the mold 2 is then threaded with the air blow pipe 4 under revolving the mold and hot air is sprayed, via the air blow pipe 4, on the inner surface of the ceramic pipe 3.
Patent JP-H0681662-A (JP)
Title: Intake control device for engine
Inventor: SUZUKI MITSUO
IPC: F02B29/02
Filed: 1992-07-14
Abstract: PURPOSE:To maintain an intake control valve always to the optimum opening so as to suppress the lowering of engine output while improving specific fuel consumption by controlling the intake control valve to total closure, full admission and intermediate opening according to the total closure and full admission boundary intake quantity previously obtained by experimentation. CONSTITUTION:In an engine 1, the intake valve opening 4c of a combustion recessed part 4b forming a combustion chamber is led out onto the rear wall 4g side of a cylinder head 4 by an intake passage 17. On the other hand, an intake control valve 21 for changing passage sectional area is rotatably inserted in the valve hole 17c of the intake passage 17. The intake control valve 21 is driven-controlled by an ECU 23 through a control motor 30 on the basis of the respective detection signals of a throttle opening sensor 24 and a rotation sensor 25. In this case, the opening of the intake control valve 21 is controlled to total closure (at the time of bs or less), full admission (at the time of bo or more) and intermediate opening (at the time of being between bs and bo) according to the relation of the unit intake quantity per one rotation of a crankshaft, to which a piston 7 is connected by a connecting rod 8, to the total closure boundary quantity and the full admission boundary intake quantity.
Patent JP-H102061-A (JP)
Title: Holder for concrete reinforcement
Inventor: KAWAI HIROYUKI
IPC: E04C5/18
Filed: 1996-06-12
Abstract: PROBLEM TO BE SOLVED: To hold a reinforcement in a proper position by constituting a holder by use of a spring. SOLUTION: A holder 1 is formed by use of a spring, the upper part has a small circular form having a space for holding a reinforcement 2 and a reinforcement insert port 4 on the side, the circular form is enlarged toward the lower part, and the bottom surface is flattened, so that the holding tool has a spiral form, when seen from above. The holding tools 1 are set at proper intervals with the reinforcement 2 being inserted to the reinforcement insert ports 4, the reinforcement 2 is floated from a form 3 by the holding tools 1, and held in a proper position. When a person puts on the reinforcement 2 in such a state, the holding tool 1 is compressed since it is formed of spring, and the reinforcement 2 is collided with the form 3 and stopped. When the load on the reinforcement 2 is removed, it is returned to the original proper position by the force of the spring.  Even just after placing concrete, the reinforcement 2 is lowered when a load is added from above, but it is returned to the original proper position within the concrete when the load is removed.