baber/WOPTO huggingface dataset:
Patent JP-2000069202-A (JP)
Title: Data communication control method
Inventor: KAKEYA MASAO
IPC: H04M11/08
Filed: 1998-08-17
Abstract: PROBLEM TO BE SOLVED: To simplify the configuration of a host side device and to improve the transmission efficiency by transmitting information based on menu selection information, while keeping its data type as it is upon the receipt of reception- enable information, denoting that a terminal side is ready for the reception of information. SOLUTION: Upon the receipt of a file header from a data processing unit 1 of a host, a data receiver 4 of a terminal starts preparation of reception of file data, in response to its data type and transmits an affirmative acknowledgement and a reception enable signal to the data processing unit 1. When the data processing unit 1 receives a reception enable signal, the data processing unit 1 divides a 1st page of information selected by the menu selection information into data blocks and transmits them. The data block divisions sent according to the data type denoted in 1st page information are transmitted as text or image data. When it receives an affirmative acknowledgement from the data receiver 4, the data processing unit 1 transmits a succeeding data block.
Patent JP-S61108094-A (JP)
Title: Dust catching ship
Inventor: KISO KATSUZO
IPC: B63B35/32
Filed: 1984-10-31
Abstract: PURPOSE:To realize speedy movement of a hull by forming, in a stern part of each catamaran hull, a water drawing part which communicates with an injection propelling device through an opening port separately from a water running passage leading from the middle of the catamaran hulls to the injection propelling device via dust catching device. CONSTITUTION:Separately from a water running passage which takes in water from the bow part 40, and leads to an injection propelling device 27 in the stern via a dust catching device, a water drawing part which communicates with said device 27 through opening ports 32a, 32b, 33a, 33b freely opening/ closing to/from a stern part of each catamaran hull, is formed between left and right catamaran hulls 25a. In case of performing duct catching, seawater taken in from the bow part 40 is cleared of the dust via the dust catching device and at the same time, propulsion of the captioned ship is made by said injection propelling device 27 in the stern. In case of speedy sailing of said ship, each opening port 32a, 32b, 33a, 33b on the stern of the catamaran hulls is opened and the seawater intake to said device 27 is augmented.
Patent JP-H0894152-A (JP)
Title: Controller for air conditioner
Inventor: SUZUKI MAKIKO
IPC: F24F11/02
Filed: 1994-09-27
Abstract: PURPOSE: To provide the controller for an air conditioner in which an overshoot can be so suppressed as to deal with the change of design specifications and the change of use environment. CONSTITUTION: A deviation (e) between a set temperature and a room temperature Ta, the time change rate Δe of the deviation (e) are obtained, and the both are output to a fuzzy calculator 4. The calculator 4 fuzzy calculates from the input deviation (e) and the rate Δe by using an algebraic product - addition - barycentric method to obtain a compressor number-of-revolutions increment ΔF, and outputs it to a number-of-revolutions calculator 5. The calculator 5 obtains the latest number of revolutions F from the input increment ΔF, and sends it to a compressor 6. The compressor 6 outputs capacity Qs to an indoor unit 2 based on the input number of revolutions F. The capacity Qs is input to the unit 2, the air is circulated by an indoor heat exchanger 7, and the room temperature is changed to the set temperature.
Patent JP-H04110911-A (JP)
Title: Scanning optical system for image recording device
Inventor: KUBOTA TAKESHI
IPC: G02B26/10
Filed: 1990-08-31
Abstract: PURPOSE:To prevent a noise from being generated and to accurately obtain a scanning start signal with efficiency by guiding scanning luminous flux from the tip part of a photodetection part to a base end part, converting the luminous flux photoelectrically by an optical sensor arranged at the base end, and sending the output to a detecting circuit. CONSTITUTION:The beginning part of the scanning luminous flux after passing through an image forming lens 5 is guided to the photodetection part 12, reflected at the tip part 12a, and transmitted in the photodetection part 12 to reach the optical sensor 13. Then the optical sensor 13 sends the photoelectrically converted electric signal to a scanning start signal processing circuit on a composite substrate 11, its waveform is shaped, and the resulting signal is guided to a main body image control circuit on the composite substrate 11 to obtain the scanning start signal, thereby determining the write start timing of an image. The other scanning luminous flux passed through the image forming lens 5 is reflected downward by a return mirror 6 and guided to a photosensitive drum 7, on which the light moves as shown by an arrow (b). Consequently, the scanning start signal is affected by no noise and the write start timing can accurately be controlled.
Patent JP-2000269323-A (JP)
Title: Semiconductor device and manufacture thereof
Inventor: MIYAMOTO SHOICHI
IPC: H01L29/786
Filed: 1999-08-18
Abstract: PROBLEM TO BE SOLVED: To provide a semiconductor device of a structure, wherein a stress to a silicon layer, which is generated by a change in the capacities of element isolation regions, is relaxed and a crystal defect is hardly generated in the silicon layer, and a manufacturing method of the device. SOLUTION: A semiconductor device is provided with an SOI substrate with an insulating layer formed thereon and a silicon layer formed on the layer 2, a semiconductor element part 3 formed within this silicon layer and element isolation-parts 4 and 5. The parts 4 and 5 consist of a trench-shaped insulator 5 formed adjacent to the part 3, this insulator 5 is adjacent to the part 3 and has a site of a width continuously reducing in the lower direction, and, at the same time, the surface of the insulator 5 is flattend in the vicinity of the above semiconductor element part.
Patent JP-S6199800-A (JP)
Title: Method and device for manufacturing mixture of substance having low boiling point and different volatility
Inventor: PIEERU DORAKUURU
IPC: B01F23/10
Filed: 1985-10-18
Abstract: The mixture is produced in the liquid state by first of all introducing in a reservoir (2) the most volatile substance in the liquid state and then circulating in a coiled tube (6) immersed in this liquid the other or each of the other substances in the liquid state before causing it to fall in the form of a spray in the reservoir. Application in the obtainment of reconstituted air.
Patent JP-H0891106-A (JP)
Title: Cooling cup holder
Inventor: SASAOKA SHOGO
IPC: B60N3/10
Filed: 1994-09-27
Abstract: PURPOSE: To provide a cooling cup holder constituted in such a way that the heating/cooling effect of a drink container (cup) is improved without enlarging the width of a duct and that the lower reaches temperature of the duct does not change. CONSTITUTION: A cooling cup holder is provided with a duct 2 communicated with an air conditioner so as to lead in temperature regulating air 6; a holder body 3 having a bottom part 31 facing the upper part opening part 22 of the duct 2 and having an air lead-in port 32 formed, and a holding part 33 that can hold the side part 71 of a cup 7; and a guide member 4 that can block the temperature regulating air 6 and also guide it to the air lead-in port 32 side. The guide member 4 is so constituted as to block the air lead-in port 32 side or guide the air 6 to the air lead-in port 32 side by the changeover of a control means.
Patent JP-H04111728-A (JP)
Title: Processing method for determining part mounting order of automatic assembly machine
Inventor: HIROTA SHIN
IPC: G05B15/02
Filed: 1990-08-31
Abstract: PURPOSE:To most shorten a time for mounting a part by creating a program for determining a distributing and mounting order of the part, and then testing the time for mounting to change the program based on a result of the testing. CONSTITUTION:Each part is classified based on shape information of the part by a part shape classifying means 1, and whether an interfering relation of each part is provided or not is tested based on arrangement information of the part by a part arrangement relation testing means 2. Next, each part is classified in a part group to provide a mounting priority order between the part groups by a part group priority order determining means 3, and the part group is distributed to an automatic assembly machine by a part distributing means 4. A mounting order in each part group is obtained by a mounting order determining means 5, and a test of mounting time of a printing wiring board is performed in a part mounting time test means 6 to change a distributing and mounting order of the part in a part mounting editing means 7 based on a result of the test.
Patent JP-H02175601-A (JP)
Title: Ultrafine particle, production thereof and ultrafine-particle film-utilizing device
Inventor: ENDO KIJU
IPC: G02B1/14
Filed: 1989-09-08
Abstract: PURPOSE:To obtain an ultrafine particle effectively functioning as conductive reflection-preventing film for cathode tube by heating and evaporating a mixture of inorganic material in the presence of an oxygen gas and inert gas. CONSTITUTION:Two or more kinds of inorganic materials are blended and the above-mentioned inorganic materials are evaporated and simultaneously oxidized using one kind of heat source among arc, gas, laser, plasma and electron beam and then cooled to produce ultrafine particle having particle structure formed in a state of blend of oxides of the above-mentioned two or more kinds of materials or in a state enclosing one inorganic oxide in other inorganic oxides and having <=0.1mu average particle diameter. In distribution of particle size of the above-mentioned ultrafine particle, preferably particles having particle diameter close to average particle diameter are contained at an amount of nearly >=50% based on total particles and maximum particle diameter is nearly twice average particle diameter and minimum particle diameter is nearly 1/2 times average particle diameter.
Patent JP-H1173546-A (JP)
Title: Merchandise carrier chute for automatic vending machine
Inventor: ABE JUNICHI
IPC: G07F9/00
Filed: 1997-08-28
Abstract: PROBLEM TO BE SOLVED: To improve an article carrier chute so that a merchandise which is fallen and carried out from an article storage rack can smoothly be transferred and carried out towards an article take-out port without any carrier troubles. SOLUTION: An article carrier chute 6, which is laid at the bottom part in a case of the case body and sends out an article 8 that is fallen and carried out from an article storage rack 5 to an article take-out port, is provided with a rotatable disk 9 by placing a plate surface flush with a slope of an upper side of the chute 6.  With this constitution, if a part of an article container rides on a disk 9 when the article 8 is in a condition in which it is caught in the middle of a chute pass by getting inclined and clustering on one end of the chute pass by a landing on the chute 6 and a disturbance of a transfer attitude or a part of the article's running onto a wing part 6a formed on a side part on an exit side, the disk 9 rotates by a self weight of the article 8 and at the same time an attitude of the article 8 being caught in a middle of the pass changes by being dragged by a rotation of this disk 9, begins to rotate on the chute 9 again and is made to be carried out to the article take-out port.
Patent JP-H0280431-A (JP)
Title: Polyimide fiber or film
Inventor: SHINONOME OSAMI
IPC: C08G73/10
Filed: 1988-09-16
Abstract: PURPOSE:To obtain a polyimide fiber or film which has excellent heat resistance and can be industrially and easily manufactured by forming a copolyimide consisting of specified tetracarboxylic acid component and diamine component into a fiber or a film. CONSTITUTION:A polyimide fiber or film is prepared from a copolyimide wherein the tetracarboxylic acid component consists of benzophenone-3,3',4,4'- tetracarboxylic acid (I) and diphenylsulfone-3,3',4,4'-tetracarboxylic acid (II) and the diamine component consists of 4,4'-diaminodiphenylmethane (III) and diaminotoluene (IV). Said copolyimide is obtd. by performing dehydration of dianhydrides of said acids (I) and (II) with said diamines (III) and (IV) in a solvent at about 50-200 deg.C under stirring, if necessary, in a vacuum. Taking moldability and physical properties into consideration, it is pref. that this copolyimide should have an inherent viscosity of 0.35-1.2 measured in a solvent of N-methyl-2-pyrrolidone at 30 deg.C.
Patent JP-S6476123-A (JP)
Title: Knowledge base control system
Inventor: HANATSUKA MITSUHIRO
IPC: G06F17/30
Filed: 1987-09-18
Abstract: PURPOSE:To attain the access from plural sub-systems and to attain the system structure having extendability by presenting the control function of an useful knowledge viewed from a using side with a uniform access interface. CONSTITUTION:At a knowledge base 4, a knowledge set 28 is, and plural objects 29 are stored in this. When a knowledge aquisition mechanism 1 reads the objects 29, a knowledge base function is issued in the next sequence. First, by kb-opens issuance, a knowledge base control 3 locks the knowledge set 28 and acquires the information concerning the knowledge set 28. Next, by the kb-opens issuance, the objects 29 are locked, further, by kb-reads issuance, the objects 29 in the knowledge set 28 are read and set to a knowledge buffer 30 of the knowledge aquisition mechanism 1. Finally, the objects 29 and the knowledge set 28 are unlocked.
Patent JP-2001057511-A (JP)
Title: Linear amplifier circuit
Inventor: TANAKA SATOSHI
IPC: H03F1/30
Filed: 1999-08-19
Abstract: PROBLEM TO BE SOLVED: To minimize a gain drop and also to obtain a low noise characteristic by providing a detecting means detecting current and a 1st transistor which makes a control terminal a signal input and its 2nd terminal a signal output, etc., and realizing an accurate emitter degeneration resistance. SOLUTION: This circuit comprises a transistor 1, an FET 2 functioning as a variable resistance and a circuit 3 for compensation. Then, an external reference resistance 6 is connected to a transistor 4 between transistors 4 and 5 commonly connected to a base to which a bias is given by a bias generation circuit 11, resistances 8 and 9 are respectively connected between the collectors of the transistors 4 and 5 and a power source, the current difference between currents caused to flow to the both resistances is detected by potential difference, and an operational amplifier 10 applies feedback to the gate bias of a FET 7 and controls the gate voltage of the FET 2 for a variable resistance at the same time. Thus, an accurate emitter degeneration resistance is realized all the time even though there are fluctuations in a power supply voltage, temperature and an element value.
Patent JP-H0280993-A (JP)
Title: Non-destructive measurement of neutron multiplication system
Inventor: UEDA KIYOSHI
IPC: G01T3/00
Filed: 1988-09-19
Abstract: PURPOSE:To facilitate measurement and analysis by measuring the effective multiplication factor of a neutron multiplication system from the ratio of the counting rate of high energy gamma rays emitted by nuclear fission and the counting rate of low energy gamma rays emitted from a fissile nuclide. CONSTITUTION:The fissile nuclide of a fuel region 1 consists of uranium 235 (<235>U) and plutonium 239 (<239>Pu) and the concn. of both of them are respectively set to N<5> and N<9>, and the nuclear fission areas thereof are respectively set to sigmaf<5>, Nf<9>. At this time, a proportional equation of XHinfinity (N<5>sigmaf<5>+N<9>sigmaf<9>)phi...3 aXLinfinity N<5>+N<9>...3b is obtained XH/XL is proportional to the value of the right side represented by formula I. That is, a value K can be determined from the ratio of XH/XL according to the formula I. By this method, a neutron multiplica tion factor and the concn. of a fissile nuclide can be easily measured in a non- destructive manner.
Patent JP-H0394445-A (JP)
Title: Semiconductor wafer transfer system
Inventor: TSUTAHARA KOUICHIROU
IPC: H01L21/677
Filed: 1989-09-06
Abstract: PURPOSE:To reduce foreign bodies adhering to the surface of a semiconductor wafer by installing a transfer device which transports the semiconductor wafer while a temperature of the wafer is being kept at a high temperature; and a wafer stocker which holds the semiconductor wafer while the temperature of the wafer is being kept at the high temperature. CONSTITUTION:In a transfer device 3 which transfers a wafer 2 to individual treatment devices 1, one route of the transfer device is formed as a module; a transfer operation between modules is executed by using another intermodule transfer device 4. A wafer stocker 5 which temporarily keeps the wafer is provided at an entrance of the module to execute the transfer operation smoothly; a clean bench 6 is provided at the upper part of the wafer stocker 5. That is to say, the following are provided: the transfer device 3 which keeps a temperature of the semiconductor wafer 2 at a temperature higher than an ambient temperature and which transports the wafer 2; and the wafer stocker 5 which keeps the temperature of the semiconductor wafer 2 at the temperature higher than the ambient temperature and which keeps the wafer 2. Thereby, it is possible to prevent a foreign body from adhering as far as possible in a wafer transfer system and to enhance yield during manufacturing operation of the wafer at a low cost and surely.
Patent JP-H0983217-A (JP)
Title: Coaxial guide conversion reducer
Inventor: SATO YOSHIO
IPC: H01P5/02
Filed: 1995-09-11
Abstract: PROBLEM TO BE SOLVED: To simply connect coaxial pipes in the combination of the coaxial pipes by interposing plural flange adaptors corresponding to all coaxial pipe sizes between two kinds of flanged plugs and providing a contactless interposing inner conductor connected to a part of each flange adaptor by a bolt. SOLUTION: The reducer is used to convert, e.g. the size 152D of a coaxial pipe into the size 77D of a coaxial pipe and provided with two kinds of flanged plugs corresponding to the coaxial size to be converted, plural flange adaptors 5, 8, 11 corresponding to all the coaxial pipe sizes, and interposing inner conductors 17, 18, 19. The adaptors 5, 8, 11 correspond respectively to the sizes 152D, 120D, 77D, combined by bolts 21-23 with the flanged plugs. Then the inner conductors 17-19 are arranged in a hollow part of the adaptors 5, 8, 11 and connected by penetrating a bolt 20. Thus, even when the variation in the coaxial pipes is diversified, the connection is simply made.
Patent JP-2000051763-A (JP)
Title: Coating device
Inventor: SUZUKI YASUAKI
IPC: B05C5/02
Filed: 1998-08-04
Abstract: PROBLEM TO BE SOLVED: To make effectively cleanable the whole tip end part of a coating head by covering the whole slit of the coating head with a covering member, supplying a cleaning liquid into the covering member to clean and sucking and discharging the coating liquid and the cleaning liquid in the covering member with a suction pipe. SOLUTION: A substrate S to be coated, which is suckedly held by a substrate holder 13 at a coating position, is coated by moving the coating head 14 obliquely downward along a guide frame 12. In the case that the cleaning of such a coating head 14 is carried out, the coating head 14 is moved upward and stopped below a coating head cleaning mechanism 10. Next, the covering member 21 is lowered on the coating head 14 and an opening port 21a for engaging is abutted on the periphery of the slit 14a of the coating head 14. The whole tip end part of the coating head 14 is cleaned by supplying the cleaning liquid (a solvent) into the covering member 21 from a supply pipe 23 to clean and sucking and discharging the coating liquid and the cleaning liquid in the covering member 21 by the suction pipe 24.
Patent JP-H0396516-A (JP)
Title: Variable width excavator and width widening excavation method
Inventor: OKOCHI MASAYUKI
IPC: E02F3/20
Filed: 1989-09-07
Abstract: PURPOSE:To increase the thickness of an underground wall at a place having large external force of the ground and to make it possible to construct an advantageous underground structure constructionally by providing side cutters to drum cutters of a horizontal multi-shaft excavator, and advancing and retracting in the drum shaft direction to carry out a partial width widening excavation. CONSTITUTION:Side cutter 3 are mounted to both sides of a pair of drum cutters 2A and 2B, an expansion pressure cylinder 7 having a tension spring 8 to the inside thereof is liquid-tightly loaded between the cutter 3 and the ends of the drum cutters 2, and it is connected together with a hydraulic port 6 provided to he inside of a rotary shaft 5. When oil pressure is applied from the hydraulic port 6, the expansion pressure cylinder 7 expands against the spring 8, and the drum cutters 3 are pushed outward. In addition, the side cutters 3 are excavated vertically to a specific depth H1 with an excavation width C1 by a variable width excavator while supplying stabilized liquid 15, and the oil pressure is applied from the hydraulic port 6 at a place necessary for a widening width. Then, the side cutters 3 of the ends of both sides of the drum cutters 2 are pushed outward for an excavated width C2 only through the expansion pressure cylinder 7 to carry out the width widening excavation.
Patent JP-S59125788-A (JP)
Inventor: SHINOHARA ISAO
IPC: G10F1/00
Filed: 1982-12-27
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-H0397632-A (JP)
Title: Production of porous glass preform for optical fiber
Inventor: DANZUKA TOSHIO
IPC: C03B37/014
Filed: 1989-09-11
Abstract: PURPOSE:To synthesize the preform at a high rate with a multiplepipe burner without causing cracking, etc., at the time of synthesizing the preform on the periphery of a glass rod with the soot formation method by specifying the angle between the center axis of the burner and the rotating shaft of a starting material. CONSTITUTION:Glass fine particles are synthesized on the periphery of the starting material 1 from its one end with the multiplepipe flame burner 2, the burner is relatively moved in parallel with the rotating shaft of the burner 2, and a porous glass preform 5 is synthesized. In this method, since the bulk density of the preform is increased as the angle theta between the center axis of the burner 2 and the rotating shaft of the starting material 1 is increased, the angle theta is controlled to 60-90 deg.. The bulk density is not effectively increased at <60 deg., and the taper of the growth surface 4 of the preform tends to unfavorably increase at >90 deg.. The bulk density higher than a specified value is required to make the preform hard to crack and to obtain an excellent glass in vitrification and dehydration, and the synthesis is carried out at a rate to obtain the bulk density in the specified range.