baber/WOPTO huggingface dataset:
Patent JP-H09157669-A (JP)
Title: Kneading and heating apparatus
Inventor: OMIZO KIYOSHI
IPC: C10L5/10
Filed: 1995-12-06
Abstract: PROBLEM TO BE SOLVED: To provide a kneading and heating apparatus capable of producing a briquette having desired strength while keeping the production efficiency of conventional process without necessitating the scale-up of the apparatus by ensuring optimum heating of a binder raw material. SOLUTION: This kneading and heating apparatus 10 is provided with a spiral blade 16 spirally formed on the outer surface of a rotary shaft 14 to knead and guide a raw material in the axial direction of the rotary shaft 14 and a raw material heating means 18 to heat the raw material to be kneaded and guided by the spiral blade. The raw material heating means 18 has a hollow part 30 formed in the rotary shaft 14 in axial direction to pass a heating medium and heating medium ejection nozzles 32 attached to the rotary shaft 14 and connected to the hollow part 30. The heating medium ejection nozzle 32 is placed adjacent to the non-guiding face of the spiral blade in axial direction and ejects a heating medium in the rotating direction of the rotary shaft.
Patent JP-H09200695-A (JP)
Title: Method and device for decoding video data for high-speed reproduction
Inventor: BOKU HANKI
IPC: H04N19/46
Filed: 1996-11-28
Abstract: PROBLEM TO BE SOLVED: To provide a natural picture within a much shorter time when decoding and reproducing MPEG(moving picture coding expert group) video data at high speed. SOLUTION: The item of picture size (picture-size) is set to user data (user- data) in the picture, and the encoded size of relevant picture is extremely variable corresponding to the complicated degree to I(intra-wded), P(predictive- coded), and B(bidiectionally prodiline-coddd) pictures in the MEPG video data, the size of encoded of image, lightness and the relation of correlation between preceding and following images but thus, the size of encoded picture can be recognized even without finding it out by reading all the data and comparing them with a picture start code (picture-start-code) every time for searching the start point of the next picture at the time of high-speed reproduction so that picture data can be skipped by comparatively early moving to the start point of just following picture.
Patent JP-H07233354-A (JP)
Title: Surface-protecting film
Inventor: KOGA HITOSHI
IPC: C09J7/02
Filed: 1994-12-21
Abstract: PURPOSE:To provide the subject film having a substrate layer and a specific adhesive layer laminated to the lower surface of the substrate layer, high in an initial adhesive strength at ordinary temperature, little in the change in the adhesive strength with the lapse of time after adhesion, low in a blocking force when the film is wound back, and excellent in handleability. CONSTITUTION:This film has a substrate layer and an adhesive layer containing as a main material an alpha-olefin copolymer containing at least two kinds alpha-olefins selected from 2-12C alpha-olefins and having a crystallinity of >=10%, and having an initial adhesive strength of >=20g/25mm when adhered to the surf ace of a stainless steel plate at 23 deg.C. The adhesive layer is preferably a layer containing an alpha-olefin copolymer comprising propylene, 1-butene, and a 5-12C alpha-olefin, and ethylene-alpha-olefin cooligomer, styrene-ethylene-butylene-styrene block copolymer, and/or styrene-isoprene-styrene block copolymer.
Patent JP-H05160197-A (JP)
Title: Mounting method of semiconductor element
Inventor: YATABE TAKAAKI
IPC: H05K3/34
Filed: 1991-12-02
Abstract: PURPOSE:To realize non-flux mounting of semiconductor element onto a board while employing bumps. CONSTITUTION:The method for mounting a semiconductor element to be bonded through a first bump 5 to a first pad 3 formed on a board 1 comprises a step for forming a second bump 4 larger than the first 5 at an arbitrary position on the rear surface 2a of a semiconductor element 2, a second pad 6 at a position corresponding to the second bump 4 on the surface 1a of the board 1, and a third pad 8 to be connected with the second pad 6. The second bump 6 is then bonded to the second pad 6 and the semiconductor element 2 is moved while checking conduction of the third pad 8 and when the third pad 8 is conducted, the first bump 5 is bonded to the first pad 3.
Patent JP-2001139274-A (JP)
Title: Remote control system for passenger conveyor
Inventor: OKUDA HIROYUKI
IPC: B66B31/00
Filed: 1999-11-09
Abstract: PROBLEM TO BE SOLVED: To provide a remote control system for a passenger conveyor, capable of safely starting or stopping the passenger conveyor by remote operation without confirming whether a person is near the passenger conveyor. SOLUTION: All automatic stop means 5 is provided for setting the operation of automatically stopping an escalator 1 after a fixed time when a third switch 3S is remotely switched from manual operation to automatic operation, and a second switch 2S is remotely switched into an operating state. The automatic stop means 5 is operated only when a human body detecting device 3 detects a user. A stop means 4 is provided for putting the escalator in a stop state when the second switch 2S on a remote control panel 2 is remotely switched onto the stop side afterwards.
Patent JP-H04265379-A (JP)
Title: Locking device with removable lock lever for single swing window
Inventor: ROBAATO ESU EBUAASU
IPC: E05B3/00
Filed: 1991-11-07
Abstract: PURPOSE: To make a locking lever which is used for operating the crescent lock of a single swinging window exchangeable with another lever so that the locking lever matching the finished interior color of a room may be used. CONSTITUTION: The inner end of a locking lever 22 is formed in a U-shaped fork-like shape, put on a locking cam 20 pivotally supported by the side column of a window frame through the internal surface-side recessed hole of the side column, and fixed with a click-stop type cooperative locking system. Similarly to an ordinary locking system, the locking cam is engaged with a window-side latch 16 by rotating the cam by means of the locking lever. When the clip stop is released by using a tool, such as the screw driver, etc., the locking lever can be removed to the indoor side and a new locking lever can be fitted. Therefore, the locking lever can be replaced easily with the new lever.
Patent JP-H03180685-A (JP)
Title: Sash with locking and unlocking monitor
Inventor: EBARA KATSUMI
IPC: E06B7/28
Filed: 1989-12-11
Abstract: PURPOSE:To reliably monitor locking and unlocking of a lock by a method wherein a hollow resilient body having a pair of conduction parts located in positions, facing each other, on the inner peripheral surface thereof is mounted in a position on a sash. CONSTITUTION:A + conduction part 10 and a-conduction part 11 are located on the surfaces, positioned facing each other, of the inner peripheral surface of a hollow resilient body 8, lead wires 10a and 11a are connected to the two conduction parts 10 and 11, respectively, and the lead wires 10a and 11a are connected to a monitor. The hollow resilient body 8 is mounted on the inner side of a horizontally sliding window sash 7. When a sash glass door 9 is closed for locking, the door 9 squeezes the hollow resilient body 8 in a flat state, the two conduction parts 10 and 11 are forced into contact with each other for electrical continuity, and an ON-signal is transmitted to the monitor.
Patent JP-H04188458-A (JP)
Title: Disk chucking mechanism
Inventor: OZAWA HAKURAI
IPC: G11B17/04
Filed: 1990-11-22
Abstract: PURPOSE:To decrease the number of parts in a chucking mechanism, to simplify the assembling step and to omit the adjustment of a spring by fixing a driving pin to the tip of a chucking lever, and providing a structure wherein movement in up and down directions due to the engagement with a rotary disk is prevented. CONSTITUTION:A hub 7 is attracted on a sliding sheet 137 with a chucking magnet 131b. At this time, a driving pin 142 is pushed with the hub 7. A chucking lever 135 which is pushed with the hub 7 is provided on a rotor 131. The hub 7 comes in to contact with the driving pin 142, and the hub 7 is inclined. Under the inclined state of the hub 7, a rotor 131 is rotated, and a driving hole 7a of the hub 7 agrees with the driving pin 142. The hub becomes flat. The driving pin 142 is made to protrude into the driving hole 7a. When the driving pin 142 is engaged with the driving hole 7a, the chucking lever 135 is rotated and moved. A center hole 7b of the hub 7 is pushed to a rotary driving shaft 133, and the centering of the hub 7 is performed. Thus, the chucking mechanism is simplified, the adjustment of the spring pressure is omitted and the assembling steps can be made easy.
Patent JP-H11153799-A (JP)
Title: Liquid crystal display panel and its production
Inventor: SHIBAHARA YUKIO
IPC: G02F1/1339
Filed: 1997-11-20
Abstract: PROBLEM TO BE SOLVED: To provide a liquid crystal display panel with which a uniform display grade is obtainable by eliminating a threshold change at the time of sealing and a process for producing the same. SOLUTION: Two sheets of electrode substrates 13a, 13b arranged via a sealant 14 and liquid crystals 15 are bonded to each other in a vacuum and the sealant 14 between these electrode substrates 13a, 13b is subjected to UV curing at a temp. below the Ni point of the liquid crystals by a UV lamp 11 using a heat ray cutting filter 12 and a cooling plate 16 and thereafter the thermal curing of the sealant is completed at the temp. below the Ni point of the liquid crystals.
Patent JP-H08153546-A (JP)
Title: Grounding metal fixture mounting method for reactor iron core
Inventor: KIMURA HIROMICHI
IPC: H01F27/245
Filed: 1994-11-29
Abstract: PURPOSE: To prevent the overheat of an iron core by eliminating the boring work of the iron core and a rivet for grounding in a reactor iron core. CONSTITUTION: A cylindrical iron core 1 is formed by winding a silicon steel plate, and in the iron core 1 in which a slit 1a is made in the radial direction from the vicinity of the center in order to prevent a closed circuit current, a metal piece 44 is fixed to the iron core 1 and a yoke 2 by fusing, blazing, calking or the like. One outer circumferential sheet of the iron core 1 is unwound and grounded by interposing the metal piece 44 therebetween.
Patent JP-H07146411-A (JP)
Title: Manufacture of light conductive plate having scattering and reflecting part in one surface
Inventor: YAMAMOTO KUNITOSHI
IPC: G02B6/00
Filed: 1993-11-24
Abstract: PURPOSE:To manufacture a light conductive plate having a scattering and reflecting part in one surface efficiently by providing grooves in one surface of light conductive material to form plural light conductive plate sections, and then providing scattering and reflecting parts in one surface inside the conductive plate sections at once. CONSTITUTION:Grooves 2 are provided in one surface of light conductive material 1 to form plural light conductive plate sections. The grooves 2 are provided for the purpose of parting the light conductive material 1 easily after forming scattering and reflecting parts 3. The scattering and reflecting parts 3 are then formed in one surface of the plural light conductive plate sections at once. The scattering and reflecting parts 3 are provided as gradation patterns comprising dots and strips for changing surface ratio properly in accordance with brightness change from a light beam source, so light incidental from the light beam source into the light conductive plate is distributed uniformly to be scattered and reflected to be radiated from a light emission surface of the light conductive plate. Finally, the light conductive material 1 is parted into each light conductive plate section, thereby plural light conductive plates having the scattering and reflecting parts 3 in one surface can be provided.
Patent JP-H09156683-A (JP)
Title: Packaging material
Inventor: AKIBA HIDENORI
IPC: B65D5/38
Filed: 1995-12-07
Abstract: PROBLEM TO BE SOLVED: To commonly use packaging materials and mass-produce them at low cost, by packaging articles with different sizes with packaging materials having the same specifications. SOLUTION: A base board 3 is enveloped by an anti-static air cap 4 of a shock-absorbing material and charged in an interior case 1 containing the base board to prevent the positional shifting in the right and left directions. The interior case 1 to contain the base board is put in an exterior case 3 to prevent the vertical positional shifting of the base board. When base boards with different sizes are charged, the base board is packaged in the same way with the above packaging. The bending directions of folds 5, 6 and stoppers 7, 8 in the interior case 1 are changed in accordance with the sizes of the base boards 3 in order to meet the sizes of the base boards.
Patent JP-2001130644-A (JP)
Title: Supporting member and method for manufacturing it
Inventor: ITAGAKI MAREO
IPC: B31F7/00
Filed: 1999-11-10
Abstract: PROBLEM TO BE SOLVED: To provide a supporting member and a method for manufacturing it. SOLUTION: The supporting member of the present invention is a supporting member having one surface cardboard piece laminated member. The one surface cardboard piece laminated member is comprised of a plurality of one surface cardboard pieces having a corrugated center core and a liner sheet of adjacent one surface cardboard piece.  The method for manufacturing the supporting member of the present invention is performed such that a plurality of one surface cardboard members having the corrugated center core and the liner sheet adhered to the corrugated center core are prepared, the one surface cardboard is laminated by adhering the corrugated center core to the separate liner sheet of the one surface cardboard to form the one surface cardboard laminated member, the one surface cardboard laminated member is cut in a direction crossing at a right angle with a direction where the top of the corrugation of the one surface cardboard to form the one surface cardboard piece laminated member.
Patent JP-H11153222-A (JP)
Title: Power transmission of vehicle
Inventor: NAGAI HIROSHI
IPC: A01C11/02
Filed: 1997-11-20
Abstract: PROBLEM TO BE SOLVED: To operate an engine at the same load without operating a transmission by an operator by setting a high number of revolution of a crankshaft slightly in a previous time to be a reference number of revolution, and automatically reducing the vehicle speed when the number of revolution of the crankshaft under operation is reduced below the reference number of revolution by the prescribed limit value. SOLUTION: A rice seedling transplanting device 2 is lowered, the working speed is selected by an auxiliary gear shift lever 29, a throttle lever 30 is operated, and the number of revolution of a crankshaft 10 is increased to the prescribed value. The number of revolution of the crankshaft is read from the output of a revolution sensor, and the read value is stored as the reference number of revolution. Then, a gear shift lever 26 is operated to start a rice seedling transplanter, and when a traveling vehicle body 1 is at a deep plow sole during the rice seedling transplanting work, and the load on wheels 6, 7 is increased, the number of revolution of the crank- shaft is dropped from the reference value.  Then, the number of revolution of an output shaft 13 is dropped by an electric cylinder through a trunnion lever and reduce the vehicle speed of the traveling vehicle body 1, and an engine 8 is operated at the prescribed load.
Patent JP-H07177061-A (JP)
Title: Cell base echo canceller
Inventor: MIURA KAZUMA
IPC: H04B3/23
Filed: 1993-12-20
Abstract: PURPOSE:To apply a cell base echo canceller to an arbitrary line through which arbitrary communication in formation is transmitted and received by conducting the echo cancel processing of each channel in accordance with an external control signal. CONSTITUTION:A control signal reception processing part 29 of an ATM layer processing part a18 monitors reception of a control signal 25 which instructs bypass execution/release of echo cancel processing. When the execution indication is received, the execution object channel number is reported to a header discrimination processing part 27, and the processing part 27 collects channel information from the header of a copy 8 of an inputted far-end speaker signal 2. Coincidence or noncoincidence with the designated channel from the processing part 29 is discriminated. That is, the processing part 27 uses the header of the arriving cell to retrieve a table of the processing part 29 and refers to the part of a pertinent VPI/VCI to discriminate whether the echo canceller is necessary or not. If it is unnecessary, any processings of the cell are not performed and the cell is abandoned; but if it is necessary, the cell is processed as sample data in an ATM header processing part 28 to output the part except the ATM header.
Patent JP-H04192343-A (JP)
Title: Semiconductor and manufacture thereof
Inventor: SUDA MINORU
IPC: H01L21/56
Filed: 1990-11-22
Abstract: PURPOSE:To reduce the number of steps required after a molding process by carrying transfer molding in such a manner that one end of a metal header is held by a mold and the other end is held between tablets by press pins. CONSTITUTION:A metal header 2A is placed in a mold, and it is held at one end by the mold and at the other end between tablets 5 by press pins 10. A semiconductor chip 3 on the header is sealed with resin 6 by transfer molding. Since the header is covered with the tablets, it is prevented from projecting outside. Therefore, it is not necessary to bury the exposed end of the header after transfer molding. This reduces the number of steps required after a discrete semiconductor device 1 is molded.
Patent JP-H10163836-A (JP)
Title: Power supply device, light emitting device and image display device
Inventor: OIKAWA YOSHITAKA
IPC: H05B41/282
Filed: 1996-11-29
Abstract: PROBLEM TO BE SOLVED: To prevent a malfunction that is caused by external noise, internal current noise, etc. SOLUTION: A switching pulse B of an FET driving part 1 is applied to the gate of an FET Q1 via a gate resistance R1 and also applied to a mute transistor driving part 4 via a polarity inversion circuit INV. In a current detecting circuit 2, and current that is switched by the FET Q1 is converted into voltage A, a current limit discriminating circuit 3 controls the part 1 so that the FET Q1 may be turned off when the current that is switched by the FET Q1 exceeds a set value based on the voltage A. The part 4 mutes a detected voltage A of the circuit 2 by turning on a mute transistor Q2 and making the voltage A '0' in a section where an output signal B of the part 1 is off based on an output signal of the circuit INV.
Patent JP-H04189537-A (JP)
Title: Multi-layer laminated material and its manufacture
Inventor: TSUTSUMI KATSUAKI
IPC: B32B27/32
Filed: 1990-11-24
Abstract: PURPOSE:To obtain a foodstuff packing material which has high heat resistance and is adaptable for even retort pouches, by a method wherein the subject material contains an aluminum foil layer polypropylene layer and is constituted of a using modified polypropylene composition. CONSTITUTION:A modified polypropylene composition is a polypropylene composition modified by unsaturated carboxylic acid satisfying the following conditions (a), (b). The condition (a) shall contain 5-20% low-density polyethylene whose molecular weight distribution represented by a ratio between weight-average molecular weight and number-average molecular weight is at least 5. The condition (b) shall contain at least 40wt.% propylene--ethylene copolymer having content of 1-8wt.% ethylene component. That is, the used modified polypropylene composition is composed basically of three components of polypropylene modified by the unsaturated carboxylic acid, low-density polyethylene and propylene- ethylene copolymer. Then at the time of manufacturing of the multi-layer laminated material containing the aluminum foil layer and polypropylene layer, extrusion sand laminate molding is performed.
Patent JP-H03178404-A (JP)
Title: Manufacture of building accessory
Inventor: KUSANO KUNIO
IPC: B28B3/20
Filed: 1989-12-07
Abstract: PURPOSE:To shorten curing time and enable mold-release and attaching work to buildings to be simplified by mounting an uncured molding on a perforated board and putting into a mold together with the perforated board in order to be press-molded, and curing them thereafter. CONSTITUTION:At first, from the mold 2 of an extrusion-molding machine 1, cement as an extrusion-molding material is extruded and then mounted on a perforated board 5, and thereafter it is cut every length. The uncured molding 3 is transported to the outlet side of a transportation device 4 together with the perforated board 5 and then removed therefrom, and further, remaining it as a state having plasticity, it is mounted in a plurality of sheets and then transferred to the pressing process. When the molding 3 is put into a mold 6 with the perforated board 5 and molded therein, opened pressing plates 72b, 72c of a second upper mold 72 close and pressure is applied thereto from the respective directions, and thus decorative patterns are made by a pattern sheet 11. And, from the small holes 51 of the perforated board 5, thermoplastic cement projects so that calked parts 32 are formed therein. The press moldings 3 are removed every perforated board 5 and mounted in a plurality of sheets and then transported to a curing process, whereby moldings with patterns are obtained by being cured through steam heating.
Patent JP-H01160548-A (JP)
Title: Method and apparatus for preparing thermoplastic resin base denture
Inventor: SAITO YOSHIHIRO
IPC: A61C13/01
Filed: 1987-12-18
Abstract: PURPOSE:To obtain a thermoplastic resin base denture generating no deformation and destruction, by integrally taking out upper and lower molds immediately after compression molding without separating the same. CONSTITUTION:After an upper mold 9 is set, said mold 9 is stacked on a lower mold 1 covered with a thermoplastic resin and both upper and lower molds 9, 1 are held at predetermined time under predetermined pressure through the support stand 18 supporting the lower mold 1 from below to perform compression molding. After compression molding, an upper mold holding member 11 is opened around a pin 13 in a downward outside direction, and the upper mold 9 and the lower mold 1 are integrally taken out in a close contact state with the falling of an arm 17. The upper mold 9 and lower mold 1 after taking-out are cooled by a proper cooling means and subsequently separated to perform the indexing of a thermoplastic resin base denture. As mentioned above, since the upper and lower molds are integrally taken out without being separated immediately after compression molding and cooled, the deformation or destruction of the densure is not generated.