baber/WOPTO huggingface dataset:
Patent JP-H07180966-A (JP)
Title: Crop particle moisture sensing and controlling device in crop particle drying machine
Inventor: NINOMIYA SHINJI
IPC: F26B25/22
Filed: 1993-12-21
Abstract: PURPOSE:To perform a proper crop particle drying operation by a method wherein in the case that crop particle moisture during drying operation is measured by a plurality of times to calculate a mean crop particle moisture and that the measured crop particle moisture is more than a predetermined value against a mean crop particle moisture, the measured crop particle moisture is devaluated to calculate a mean crop moisture content. CONSTITUTION:A circulating type crop particle drying machine 1 is provided with a moisture sensor 2 for use in sensing moisture content 6f crop particles and a burner 3 for use in generating hot air. A transferring trough 5 and a ceiling plate 6 are arranged at an upper part of a machine wall 4 and at the same time a crop particle storing chamber 7 is formed below it. In addition, a crop particle drying chamber 8 is arranged below the crop particle storing chamber 7 and between the right and left air blowing chambers and the central air blowing chamber. Crop moisture during a drying operation is measured by the moisture sensor 2 by a plurality of times so as to calculate a mean crop particle moisture content. In this case, when the measured crop moisture content is measured as a crop particle moisture more than its predetermined value in respect to a previous mean crop particle moisture, the measured crop particle moisture is devaluated down to its predetermined value so as to calculate the mean crop particle moisture as data for the effective measured crop particle moisture.
Patent JP-H09154308-A (JP)
Title: Posture controlling device in working machine
Inventor: YOSHIKAWA KOJI
IPC: A01B69/00
Filed: 1995-12-12
Abstract: PROBLEM TO BE SOLVED: To provide a posture controlling device in a working machine capable of maintaining a set posture of a working part relatively to a ground by suitably detecting the posture of the working part capable of freely changing its posture relatively to the ground relative to the machine body part, without installing a complicated and expensive facility on the ground side. SOLUTION: This posture controlling device in a working machine can obtain a posture of the machine body part as GPS posture data of a time series with a prescribed time interval based on a double phase difference obtained from both carrier wave information of a GPS standard station on the ground and a GPS receiving means on the working machine side, and also a changed amount of the position of the machine body part as posture data of an inertia navigation in the time series by an inertia navigation calculating part INS based on the information of an inertia navigation detecting part S5, S6.  The working part is maintained at a set posture relatively to a ground by changing its posture relative to the machine body part, based on the information of the detected posture of the machine body relative to the ground at the current time obtained from GPS posture data at the time by a set time interval before the current time and inertia navigation posture data at the current time and a detected information on the posture of the working part relative to the machine body part.
Patent JP-2000149054-A (JP)
Title: Processing method for volume data set and volume- rendering processor
Inventor: KAPPLER CHRISTOPHER JON
IPC: G06T15/00
Filed: 1999-11-12
Abstract: PROBLEM TO BE SOLVED: To provide a processing method of a volume data set and a volume- rendering processor with high cost effect, while keeping a real-time performance level. SOLUTION: The groups consisting of volume elements, i.e., 'voxels' are read in each section and processed in parallel to each other. Each group 234 of beams 232 consisting of voxels is continuously read up to a one-dimensional section boundary. Each beam 232 of voxel slices 230 is continuously read up to a two-dimensional section boundary. Then each slice 230 is continuously read up to the boundary of a three-dimensional volume data set.
Patent JP-H09155279-A (JP)
Title: Dip coating method
Inventor: TANAKA YOSHIHIRO
IPC: G03G5/05
Filed: 1995-12-12
Abstract: PROBLEM TO BE SOLVED: To form a uniform coating film without uneven coating or deposition of foreign matter by disposing a partition tube which is larger than the outer diameter of a base body to be coated around the feeding path of the base body, and sinking the partition tube in a coating liquid after the base body is taken out from the coating liquid so that the liquid is made to overflow the upper edge of a coating tank. SOLUTION: This method uses a partition tube 2 which is larger than the outer diameter of a cylindrical base body 1 as a material to be coated and has an enough size to form a space between the inner wall of a coating tank 3 and the base body 1. This partition tube is assembled in such a manner that its lower end can be positioned higher than the upper face of the coating liquid 4 and that its upper end can be moved to under the upper face of the coating liquid 4. From beginning of dipping the base body 1 till completion of taking out, the upper end of the partition tube 2 is positioned over the upper face of the coating liquid 4. After completion of taking out, the tube is moved so that its upper end is sunk under the surface of the coating liquid. Thereby, the coating liquid 4 is made to overflow from the upper end of the coating tank 3 to refresh the liquid surface.  Namely, the coating liquid 4 is discharged from the upper end of the coating liquid tank 3 to remove foreign matter.
Patent JP-2000150864-A (JP)
Title: Electric charge transfer device
Inventor: TOYAMA SHIGERU
IPC: H01L29/762
Filed: 1998-11-13
Abstract: PROBLEM TO BE SOLVED: To increase the quantity of transferable maximum electric charge by suppressing an acting to shallow the channel potential in a second conductive channel area in the vicinity of a junction interface. SOLUTION: An n-type CCD channel area and a p+-type channel stop area 4 adjoining the thereto are formed in a p-type well area 2 formed on an n-type Si substrate 1, and a transfer electrode 5 comprised of an n-type polycrystalline Si 5a and a p-type polycrystalline Si 5b is formed on the n-type CCD channel area 3 including the p+-type channel stop area 4 with an Si oxide film 6 interposed in between. Two boundary lines between the n-type polycrystalline Si 5a and p-type polycrystalline Si 5b are on the n-type CCD channel area 3 adjacent to the boundary between the n-type CCD channel area 3 and p+-type channel stop area 4.  Thanks to such a structure of transfer electrode, an electric field is applied to deepen a channel potential in the CCD channel area adjacent to the interface than the center of the CCD channel area, which suppresses an acting to shallow the channel potential of the CCD channel area adjacent to the joint boundary.
Patent JP-H02166911-A (JP)
Title: Hermetically sealed container, manufacture of the same, and piezoelectric resonator
Inventor: OGISO HIROYUKI
IPC: H03H3/02
Filed: 1988-12-21
Abstract: PURPOSE:To keep high degree of vacuum by preventing a gas from being radiated from a part where plating is applied by perfectly melting a solder electrically plated on a case before it is sealed with the solder. CONSTITUTION:Solder plating 2 is applied on the inner plane of a case 1 formed with a metallic raw material such as german silver, etc., and the case is the one in which a perfect melting treatment is applied on electrically plated solder. Similarly, the solder plating 6 is applied on a plug body constituted of two lead wires 3 and a metallic ring 5 at the outer periphery of a glass part 4 through which the lead wires is penetrated. A tuning-fork crystal resonator piece 7 is fixed by soldering by perfectly remelting the solder 6 of the lead vires. Thus, since an organic component is released by perfectly melting the electrically solder plating, no release of gas occurs, and high degree of vacuum can be maintained, and a crystal resonator with high quality can be obtained.
Patent JP-H01164847-A (JP)
Title: Abrasion detecting device for transmission
Inventor: HIDESHIMA MASAO
IPC: F16H59/72
Filed: 1987-12-21
Abstract: PURPOSE:To detect a mechanical failure or a deterioration of durability due to abnormal abrasion by providing such an arrangement that whether an amount of iron particles in oil is more than a predetermined value or not is discriminated in accordance with an electrical signal from a pair of electrodes for detecting the amount of iron particles attracted to a magnet. CONSTITUTION:When a mechanical mechanism has been worn, and produced iron particles are accumulated around an iron particle attracting magnet 5. When the abrasion further progresses so as to increase the amount of iron particles, the gap between two electrodes 6A, 6B in an abrasion detector 2 bonded to the magnet is filled with iron particles, resulting in electrical energization, and accordingly, the voltage of the input section of an A/D converter 8 in a control unit 1 is changed into an earth voltage. The A/D converter 8 changes over the voltage change into a digital signal which is then delivered to a computing device 9. The computing device 9 discriminates an amount of iron particles exceeding a predetermined value so as to operate an output circuit 10. Accordingly, a warning lamp 11 is turned on. Thereby, it is possible to know a failure or deterioration of a mechanical mechanism in the transmission.
Patent JP-H03184266-A (JP)
Title: Fuel cell with solid electrolyte
Inventor: SUZUKI NOBUKAZU
IPC: H01M8/10
Filed: 1989-12-13
Abstract: PURPOSE:To enhance the operating performance by allowing a porous catalyst layer to contain fine particles for attaching ion exchange resin to the surface, and thereby securing a sufficient path for material transfer without decreasing the effective reaction area. CONSTITUTION:Catalyst electrodes 2, 3 are formed from a porous substance in which electroconductive fine particles, for ex. carbon fine particles, bearing the catalyst such as Pt, Pd, or alloy thereof are held by a hydrophobic resin binder such as polytetrafluoroethylene. Further, fine particles 21 which bear attached ion exchange resin 22, for ex. perfluorocarbonsulphonic acid resin- Naffion-, is included as an electrode constituent element. Thus a path for material transfer in a gas diffusion electrode can be secured sufficiently without dropping the three-dimensional reaction region, and now it is practicable to move stably the reaction gas to interfere with electrode reaction or reactive products to lead to easy enhancement of the electrode characteristic (reduction of polarization voltage).
Patent JP-H03185373-A (JP)
Title: Apparatus for inspecting withstand voltage of peripheral part of external anode terminal of cathode ray tube
Inventor: SHIMIZU KENJI
IPC: H01J9/42
Filed: 1989-12-15
Abstract: PURPOSE:To perform inspection on the automatic transport passage of a mass production process by mechanically and automatically pressing a discharge detecting pad wherein an anode pin and a pad are integrated to the anode terminal of the outer surface of a cathode ray tube funnel to apply high voltage thereto. CONSTITUTION:The cathode ray tube 4 mounted on a pallet 3 is fed by the feed roller chain 2 of a feed line and stopped at the position of an inspection apparatus. When an inspection start signal is sent, an anode pin 6 is inserted in an anode button 5 by an air cylinder 8 and a discharge detecting pad 7 is set to a detection range. At this time, residual charge is discharged to the anode button 5 for 3 sec. through a bleeder resistor and, thereafter, high voltage is applied thereto for 5 sec. and a leakage current and a spark are measured during this time. After the completion of measurement, the anode pin 6 is returned to the origin by the air cylinder 8 and an inspection completion signal is sent to move the pallet 3 having the cathode ray tube 4 mounted thereon.
Patent JP-H07178898-A (JP)
Title: Driving method for ink jet device
Inventor: ASAI HIROMOTO
IPC: B41J2/055
Filed: 1993-12-22
Abstract: PURPOSE:To eliminate fluctuation in residual pressure with driving force from a single power source, and improve ejection of ink by a method wherein the ratio of the voltage applied in the first step to the sum total of the voltage applied in the first step and the third step is made to be constant. CONSTITUTION:With the voltage applied to an ink chamber 4b1 stopped while applying the voltage to other ink chambers, the volume of the ink chamber 4b1 is reduced from the increased state to the state smaller than the natural state. Then, ink drops are ejected through a nozzle of the ink chamber 4b1. The ratio of the voltage applied to the ink chamber 4b1 to the sum total of the voltage applied to the ink chamber 4b1 and other ink chambers is made to be 20 to 80%. Then, impression of voltage V to other ink chambers is stopped to eliminate fluctuation in the residual pressure with the volumes for all of the ink chambers restored to their natural state.
Patent JP-H03185337-A (JP)
Title: Magnetic-domain detecting method using polarized light
Inventor: YOSHIDA HIDEMI
IPC: G02B27/28
Filed: 1989-12-15
Abstract: PURPOSE:To emphasize contrast and to improve S/N by obtaining an image wherein bright parts and dark parts are inverted by turning and modulating the deflecting direction to the positive and negative sides with an optical rotator, then forming an image showing the difference between the bright and dark images, and detecting magnetic domains. CONSTITUTION:The polarizing direction of the linearly polarized light which is projected on magnetic domains or the deflecting direction of either of the reflected light from a material to be measured or the transmitted light through the material is alternately turned by + or -thetaF with an optical rotator 9 [figure (b)]. After the linearly polarized light L1 is turned to + or -thetar, the light is reflected from the material to be measured M and further turned by + or -thetaK by a Kerr effect [figures (c) and (d)]. In an image corresponding to +thetaF, the magnetic domains of bright parts 8b1 apprear in a dark part 8a1 [figur(e)]. Meanwhile, in an image on the side of -thetaF, dark parts 8'b2 are present in a bright part 8'a2 [figure(f)]. When the figure (f) is inverted and bright parts 8b2 appear in a dark part 8a2, the figure (g) is obtained. The difference between the dark part 8a and the bright part 8c is processed in an image processing circuit 10 based on the figure (e) and the figure (g). Thus, the image wherein the contrast is emphasized is obtained [figure (h)]. The components, e.g. lighting irregularities, defects and the like which do not contribute to the turning of the linearly polarized light, are removed. Therefore, the S/N ratio is improved.
Patent JP-H03184559-A (JP)
Title: Transfusion apparatus
Inventor: OGI YASUSHI
IPC: A61M5/00
Filed: 1989-12-15
Abstract: PURPOSE:To perform correction control so as to always set the flow rate of a transfusion to a certain flow rate by providing a means correcting the flow rate of the transfusion by increasing the driving speed of a pump mechanism part corresponding to the reduction in the discharge amount of the transfusion due to the deterioration of the restoring force of a transfusion tube with the elapse of time. CONSTITUTION:The pump mechanism part of a transfusion apparatus is equipped with a plurality of peristaltic finger members 12 successively performing pressure- closing and opening to one side part of a transfusion tube 10 and the press plate 16 held by the spring 14 fixing the other side part of the transfusion tube 10. In order to hold a certain flow rate of a transfusion without generating an error, the characteristic of a correction amount increasing the flow rate of the transfusion with the elapse of time is calculated by appropriate operation and the data of the correction amount with the elapse of time corresponding to transfusion speed is stored in an ROM 38. When the transfusion speed is set through an external operator 46, the data of the correction amount stored in the ROM 38 is read to be written in an RAM 40. Operational processing is performed and a corrected transfusion speed order is successively outputted to a motor driving circuit 30 from an I/O port 44 to drive a motor 22.
Patent JP-H07183417-A (JP)
Title: Package for semiconductor
Inventor: NOTANI YOSHIHIRO
IPC: H01L23/04
Filed: 1993-12-22
Abstract: PURPOSE:To restrain the mismatching of characteristic impedance of a line, and reduce the reflection of a microwave signal, by setting the width of wirings for a microwave line and the isolation distance of a ground wiring from the wirings for a microwave line, so as to ensure the impedance matching with wirings on a printed board for mounting. CONSTITUTION:The width of wirings 21 for an RF line, i.e., the width W1 of a through hole trench 17 for the RF line, and the isolation distance between the wirings 21 and each of the ground wirings 22, 23, i.e., the isolation distance G1 between the through hole trench 17 and each of the ground through hole trenches 18, 19 are adjusted, and the characteristic impedance of a coplanar line on the side surface 15 of an insulative board 13 is adjusted. Thereby the impedance matching with wirings or the like on a printed board for mounting is enabled. Hence the mismatching of characteristic impedance in the whole line can easily be prevented, and the reflection of a microwave signal can be reduced.
Patent JP-H05160459-A (JP)
Title: Laminated displacement element
Inventor: WATANABE JUNICHI
IPC: H01L41/09
Filed: 1991-12-09
Abstract: PURPOSE:To connect leads to external electrodes surely and to enable generation of large and small displacement amounts by extending a pair of external electrodes connecting every one layer to the side face of a laminate consisting of an electric-mechanical conversion material via insulators on the side faces of internal electrodes connected to other external electrodes. CONSTITUTION:Thin plates 1 present between internal electrodes 2a, 2b connected to external electrodes 41a, 41b is in 95 layers and used for rough movement. Thin plates 1 present between internal electrodes 2a, 2b connected to external electrodes 42a, 42b is in 5 layers and used for fine movement. The thickness of a thin plate for fine movement is 0.5mm, so that the external electrodes 42a, 42b are extended via insulators 5a, 5b to increase the area of the external electrode and facilitate solder connection to leads and connected to leads 72a, 72b with lead junctions secured. The extensions of the external electrodes 42a, 42b are formed on the insulators 5a, 5b and made electrically independent of internal electrodes under insulators.
Patent JP-2001145272-A (JP)
Title: Camera
Inventor: NISHIDA TAKATOSHI
IPC: H01M10/48
Filed: 1999-11-15
Abstract: PROBLEM TO BE SOLVED: To provide a camera which enables selection of the other power supply without any inconvenience even in the case of the charging at night or in the outdoor area and also assure accurate discharge even if there is a difference from the actual charging current. SOLUTION: This camera realizes the charging of a secondary battery 19 with at least two power supply systems such as the AC power supply using an AC cord and the solar battery 3. The power supply used for charging is detected from above two power supply systems with a CPU15. Based on the power supply detection result with the CPU15, display is performed in different external display profile of the display unit 4.
Patent JP-2000140350-A (JP)
Title: Game machine
Inventor: UGAWA SHOHACHI
IPC: A63F7/02
Filed: 1998-11-13
Abstract: PROBLEM TO BE SOLVED: To enable a control command to be more securely transmitted from a main board to another board mounted with a control means to enable a fair game to be played by constituting the Pachinko machine to be equipped with a noise filter circuit on a control command receiving part and a circuit element with hysteresis properties on the output side of the noise filter circuit. SOLUTION: A noise filter circuit 106 by EMI filter is equipped on a display control command inputting part in a display control board 80. A circuit with hysteresis in input threshold voltage, for instance, an input buffer circuit 108 by 74HC14 is equipped on the output side of the noise filter circuit 106. Accordingly noise between boards is effectively eliminated by the noise filter circuit 106 and wave rounding by the filter is formed by an input buffer circuit 105. Consequently display control command data with a fine waveform without noise and INT signals are inputted into the display control CPU 101.
Patent JP-H11162810-A (JP)
Title: Alignment mark for electron beam exposure
Inventor: KOJIMA YOSHIKI
IPC: H01L21/027
Filed: 1997-11-26
Abstract: PROBLEM TO BE SOLVED: To reduce charge-up on conductive layers when the layers are scanned several times with an electron beam, by using recessed sections formed in the conductive layers as alignment marks. SOLUTION: Alignment marks are composed of notched grooves 101 and 201 formed by exposing surfaces of semiconductor substrates 104 and 204 between conductive layers 11-14 and 21-24 formed on the surfaces of the substrates 104 and 204. The positions of the marks 101 and 201 are specified by detecting quantities of reflected electrons discharged from the substrates 104 and 204 and conductive layers 11-14 and 21-24 by scanning the substrates 104 and 204 and layers 11-14 and 21-24 with an electron beam 202. Since the conductive layers 11-14 and 21-24 have large volume and the contact areas between the layers 11-14 and 21-24 and the substrates 104 and 204 are also large, the electrons reaching the surfaces of the layers 11-14 and 21-24 are efficiently diffused to the layers 11-14 and 21-24 or substrates 104 and 204.  Therefore, no charge-up occurs on the conductive layers 11-14 and 21-24 even when the layers 11-14 and 21-24 are scanned several times with the electron beam 202.
Patent JP-H07205882-A (JP)
Title: Inflatable type raft device having polygonal shape
Inventor: SUTANRII SUUITORIKU
IPC: B63C9/04
Filed: 1994-12-27
Abstract: PURPOSE: To easily secure the floor of a raft to an extended outer flap segment in a polygonally shaped inflatable raft apparatus having a plurality of tubular panel members joined together by securing an outer flap at one of the outer ends of each panel member to an inner flap at the other of the outer ends to seal inflatable panels. CONSTITUTION: A polygonally shaped flotation body 12 of a raft 10 is formed of a plurality of individual inflatable panel members 14, each of which is generally tubular in shape and formed by interconnecting an inner flap means 16 with an outer flap means 18 to form a closing seam formed by overlapping inner and outer flaps with respect to one another. A main panel wall 22 of each panel member 14 extends from the inner flap 16 to the outer flap 18 and is generally arcuate in shape in order to form the tubular flotation body. When an extended outer flap segment 30 integrated with the outer flap 18 and extending in a direction away therefrom is used, a position of the closing seam formed by the interconnection of the flap means 16, 18 is important.
Patent JP-H11160416-A (JP)
Title: Deconvolution circuit
Inventor: NAKAJIMA YOSHIAKI
IPC: G01S7/292
Filed: 1997-11-26
Abstract: PROBLEM TO BE SOLVED: To obtain a deconvolution circuit in which a deconvoluted result is obtained by a simpler method more quickly and more precisely. SOLUTION: A pattern function value which gives a directional pattern of a receiving antenna is sampled at a sampling interval p+Δp and a sampling interval p-Δp, and an apparatus function matrix H which is created by making use of its result is used, and a deconvoluting operation is performed. An S/N ratio value at the sampling interval p+Δp is compared with an S/N ratio value at the sampling interval p-Δp. According to their compared result, a sampling interval (p) is updated sequentially when the apparatus function matrix H is derived.