baber/WOPTO huggingface dataset:
Patent JP-2000158718-A (JP)
Title: Tape-printing apparatus and its control method
Inventor: HOSOKAWA TAKESHI
IPC: B41J11/42
Filed: 1998-11-27
Abstract: PROBLEM TO BE SOLVED: To provide a tape-printing apparatus and its control method whereby a waste of a leading end part of a tape is lessened by not sending the tape in an opposite direction to a direction at the time of printing. SOLUTION: According to the tape-printing apparatus, a print image is printed to a tape on the basis of print image data for expressing the print image with one or more character images arranged. Moreover, either of a prior cut process of cutting the tape at a leading end of the print image and a prior cut mark print process of printing to the leading end of the print image a cut mark for cutting the tape is carried out in the apparatus. When a relationship of a length LB of a blank part continuing from the leading end of the print image and a length LD between head cutters satisfies a judge condition LD<=LB, data by the length LD from a head of the print image data is skipped not to be printed.
Patent JP-H09141267-A (JP)
Title: Connection structure between electrolyte feeding pump and electrolyte solution tank in electrolytic water generator
Inventor: NOZU SHOJI
IPC: C02F1/46
Filed: 1995-11-20
Abstract: PROBLEM TO BE SOLVED: To facilitate attaching or detaching a tank and to avoid contamination caused by the falling of water drops from the tip of a hose by dividing the hose for sucking an electrolyte solution to an electrolyte feeding pump for feeding the electrolyte solution in an electrolytic water generator into two of the inside and outside of the tank. SOLUTION: The tip of the suction hose 6 of the electrolyte feeding pump is mounted to a hose port 9b of a joint A 9a, a cap, through which the hose port 9b rotates, is provided, a joint B 12 is provided inside an intake port 11b of the electrolyte solution tank 7 and is connected to a hose 13 inside the tank, a packing 14 is arranged between the joint A 9a and the joint B 12 and the cap is screwed and mounted to the intake port 11b. Thus, the electrolyte feeding pump and the hose 13 inside the tank are connected closely to each other.
Patent JP-2001155455-A (JP)
Title: Control method for actuator and storage device
Inventor: HIRANO MASAKAZU
IPC: G11B21/22
Filed: 1999-11-29
Abstract: PROBLEM TO BE SOLVED: To detect an accurate speed from the counter electromotive force of a motor and to perform loading/unloading control relating to a motor speed control method and a storage device for the loading/unloading control of a head for withdrawing the head for reading a storage medium to the outside of the storage medium. SOLUTION: In this storage device provided with the storage medium (6), the head (4), an actuator (3), a control circuit (19) and a ramp member(4) to the outside of the storage medim (6), the speed detected bythe counter electromotive force of the actuator (3) is used and speedcontrol is performed. Also, the transient response voltage value ofthe actuator is calculated and a detection voltage is corrected.Further, a speed offset coefficient for converting the counterelectromotive force to the speed is calibrated. Further, a speedcorrection coefficient for converting the counter electromotive forceto the speed is calibrated. Thus, even at the time of detecting thecounter electromotive force, the accurate speed is obtained.
Patent JP-H08185009-A (JP)
Title: Multicolor image forming device
Inventor: MIZOGUCHI YOSHIHITO
IPC: G03G15/01
Filed: 1994-12-27
Abstract: PURPOSE: To provide a multicolor image forming device capable of surely preventing color mixture on a toner image being the second and succeeding toner images caused by first toner entering toward a developing device being the second and succeeding developing devices, capable of forming the toner image with sufficiently high density without fogging, and capable of obtaining a good multicolor image for a long time. CONSTITUTION: As to respective developing devices being the second and succeeding developing devices, a developing bias impressed on a developing sleeve is constituted of an alternating voltage, and the alternating voltage has a voltage in a developing direction which moves the toner in a direction from the developing sleeve to a photoreceptor, whose impressed time is T1 and whose peak voltage is Vmax , and a voltage in the returning direction which moves the toner in a direction from the photoreceptor toward the developing sleeve, and whose impressed time is T2 and whose peak voltage is Vmin on one cycle. The time T1-2 required for moving the voltage from the developing direction to the returning direction and the time T2-1 required for moving the voltage from the returning direction to the developing direction satisfy T2-1 >T1-2 .
Patent JP-H11243099-A (JP)
Title: Resin pellet for sealing semiconductor, its manufacturing method, manufacturing device, and semiconductor device
Inventor: YAMADA MOTONOBU
IPC: B29B9/02
Filed: 1998-11-27
Abstract: PROBLEM TO BE SOLVED: To reduce the amount of particles and a void in a forming object by making specific the average of the length of the shortest part in a resin pellet for sealing a semiconductor. SOLUTION: An average S of the length of the shortest part of a pellet is set to 0.25-10 mm in terms of working environment. Also, the length of the shortest part of the pellet is set to the average S of the length of the shortest part of a pellet aggregate. 70 % or more and 95 % or less pellets are preferably included within a range of 0.5×S-1.5×S for the distribution of the length of the shortest part. An average L of the length of the longest part of the pellet is 0.25-10 mm in terms of handling and space. Also, with the length of the longest part of the pellet, the distribution of the length of the longest part is preferably included by 70% or more and 95% or less within a range of 0.5×L-1.5×L.  As for the amount of particles adhering to the pellet, an amount passing through a sieve with a sieve mesh of 0.15 mm is preferably 1.0 wt.% or less in terms of working environment.
Patent JP-H10175444-A (JP)
Title: Slide door for vehicle
Inventor: YAZAKI KUNIO
IPC: E05F15/10
Filed: 1996-12-18
Abstract: PROBLEM TO BE SOLVED: To prevent an article brought into a cabin from infiltrating into a link and dropping down to outside a car, and prevent generation of an abnormal sound between a movable cover part and a first or second arm during running of a vehicle. SOLUTION: Capable of opening a door opening part of a car body 11, a door main unit 16 is closed, along a rail 17 provided in a longitudinal direction in the door main unit, a slider 18 is relatively moved. A first link 21 pivotally mounting one end with a prescribed space apart in a longitudinal direction in the car body and the other end of a second link are pivotally mounted with a prescribed space apart in a longitudinal direction in the slider. In a first/ second arm 31, 32 pivotally mounting one end respectively in the car body and the door main unit, the other end thereof is turnably connected in a horizontal surface by a connection pin, the first/second arm is constituted so as to be positioned upward from the first/second link.  In a condition closing the door main unit, a cover unit 35 with the other end of the first arm into contact to stand along the door main unit, in a condition opening it, is brought down so as to cover the first/second link by separating the other end of the first arm.
Patent JP-H10174937-A (JP)
Title: Method for sorting waste bottles by color and apparatus therefor
Inventor: MIYAMOTO HIDEYUKI
IPC: B07C5/342
Filed: 1996-12-18
Abstract: PROBLEM TO BE SOLVED: To prevent the lowering of color purity after the recovery of waste bottles by confirming that a bucket is in a waste bottle feeed state when waste bottles are sorted by color. SOLUTION: A bucket conveyor 3 places waste bottles 10 supplied from an arranging conveyor 2 on buckets one by one to feed them and a bottle color detection means 5 takes the image of each waste bottle 10 in each bucket to discriminate the color of the waste bottle. A bucket sensor 7 detects a number of each bucket and a memory device 9g stores the feed state (bottle feed and empty feed) of the bucket of a certain number and the color of the fed waste bottle along with the bucket number.  The number of times of the signal of the bucket sensor 7 is counted by a count means 9d and the count value is discriminated by a recovery position discrimination means 9e to monitor the position of the bucket feeding the waste bottle subjected to color discrimination and, at a point of time when the bucket reaches a predetermined recovery chute 6, the air cylinder provided to the side surface of the recovery chute 6 is operated to open the bottom plate of the bucket to discharge the waste bottle 10 to the predetermined recovery chute 6.
Patent JP-H04206019-A (JP)
Title: Perpendicular magnetic recording medium
Inventor: HAMAARATSU IWAO
IPC: G11B5/667
Filed: 1990-11-30
Abstract: PURPOSE:To reduce the medium noises of a perpendicular magnetic recording medium by a CoCr alloy thin-film by forming the non-magnetic layer of a Cr thin-film onto a CoCrNi alloy thin-film and further forming a CoCr layer onto the non-magnetic layer. CONSTITUTION:A perpendicular recording layer composed of a CoCrNi alloy thin-film 2 formed as a foundation layer, the non-magnetic layer 3 of a Cr thin-film formed onto the CoCrNi alloy thin-film 2 as an intermediate layer and a CoCr alloy thin-film 3 shaped onto the non-magnetic layer 3 is formed onto a high molecular film 1, and 100<=d<=300 [angstroms] holds in the film thickness (d) of the intermediate layer. Accordingly, a magnetic domain is diminished in the CoCr alloy thin-film, and medium noises can be reduced.
Patent JP-H08183256-A (JP)
Title: Thermal recording medium
Inventor: TERASAWA HIROAKI
IPC: B41M5/26
Filed: 1994-12-28
Abstract: PURPOSE: To improve the scuff resistance of a heat sensitive layer and to reduce the surface electric resistance by providing the layer containing the powder of heat soluble organic material and binder resin for binding it on a base, and providing a transparent protective layer having specific hardness on the sensitive layer. CONSTITUTION: In a thermal recording medium in which a heat sensitive layer is formed by heat sensitive composition in which the state change of emulsified and transparent state irreversibly occurs at about predetermined temperature with high contrast, the sensitive layer contains the powder of heat soluble organic material and binder resin for binding it, and a transparent protective layer having 2B or more of hardness by a pencil scratch test with a load of 100g is provided on the sensitive layer. The protective layer contains antistatic agent of surfactant as required. The power of the organic material has a melting point of 50 to 150 deg.C, and preferably the powder of wax is used. As the binder resin, transparent thermoplastic resin is used.
Patent JP-H08186104-A (JP)
Title: Heat-treatment apparatus and manufacture of flange retaining buffer
Inventor: KITAYAMA HIROBUMI
IPC: H01L21/31
Filed: 1994-12-29
Abstract: PURPOSE: To provide a heat-treatment apparatus and a method for manufacturing its flange retaining buffer in which the flange of a treating vessel can be not only effectively fixed without damage but also the durability of the buffer can be improved and maintenance can be simplified. CONSTITUTION: A heat-treatment apparatus 1 comprises a buffer 10 at the flange 4a of a treating vessel 4 for containing and heat-treating material W to be treated in such a manner that the flange 4a is fixed by a flange retainer 11 via the buffer 10, wherein the buffer 10 is so compression molded as to have desired elasticity in a netlike material made of fine metal wires is gathered in a rod state. Accordingly, since the buffer 10 is made of metal having the desired elasticity, the flange 4a of the vessel 4 can be not only effectively fixed without damage, but also the durability of the buffer 10 is improved, and maintenance is simplified.
Patent JP-H11169188-A (JP)
Title: Production of ethanol
Inventor: OKAMOTO MASARU
IPC: C12N11/14
Filed: 1997-12-09
Abstract: PROBLEM TO BE SOLVED: To provide a method for producing an industrial grade ethanol by utilizing a bio-mass resource such as an algae and a wood and fermenting the same. SOLUTION: This method for producing ethanol comprising a saccharization process 10 for hydrolyzing, smothering, etc., a bio-mass resource such as an algae or a wood by supplying a heat energy to form a saccharized raw material, a fermentation process 11 for producing ethanol by fermenting the saccharized raw material after the saccharization process 10, an ethanol separation process 12 for separating the ethanol with a distillation by supplying a heat energy to a fermented liquid obtained from the fermentation process 11 and containing ethanol, a waste water treatment process 13 for drying to solidify an impurity from which ethanol was separated by supplying a heat energy, is provided by using an industrial waste heat as a heat source for supplying a heat energy in the saccharization process 10, an ethanol separation process 12 and the waste water treatment process 13.
Patent JP-H06234765-A (JP)
Title: Production of imidazopyridine derivative and intermediate thereof
Inventor: URAWA YOSHIO
IPC: C07D213/75
Filed: 1993-12-03
Abstract: PURPOSE:To obtain in high yield an imidazopyridive derivative useful as a hypotensive agent, etc., by cyclization and dehalogenation, under reductive conditions, of a specific derivative formed from a specific compound. CONSTITUTION:With a 2-amino-5-halogeno-3-nitropyridine derivative of formula I [R1 is H or methyl; X is halogen (Br or Cl)] as the starting material, this compound is made to react with a compound of formula R2COZ (R2 is cycloalkyl, lower alkyl, etc.; Z is eliminable group), etc., to carry out amidation to form a compound of formula II, which is then made to react with an active biphenyl derivative of formula III (Y is eliminable group) to carry out N- alkylation to produce a 2-[N-(2'-cyanobiphenyl-4-yl)methyl]alkylamido-5- halogeno-3-nitropyridine derivative of formula IV, which is then cyclized and dehalogenated under reductive conditions using a catalyst, reducing agent etc., thus obtaining the objective derivative of formula V. For the above final stage, it is preferable that the amount of the catalyst to be used be 2-10wt.% based on the compound of the formula IV, that of the reducing agent to be used 2-10 equivalent, and the reaction time 30-12hr.
Patent JP-H04206969-A (JP)
Title: Image reader
Inventor: YAMAZAKI SHUNPEI
IPC: H01L21/8238
Filed: 1990-11-30
Abstract: PURPOSE:To reduce the number of processes and the number of photomasks and miniaturize it and read the image at high speed by providing a film transistor (FET), where the same semiconductor film as that used for a photoelectric transfer element is used, on the same substrate. CONSTITUTION:PTFET 100, NTFT 200, and a photoelectric transfer element 300 are manufactured on the same glass board 1, using the same semiconductor film. And a silicon semiconductor 3, which has semiamorphous or semicrystal structure, i is used. The photoelectric transfer element 300 and the film transistors 100 and 200 are manufactured using the same semiconductor film, and an impurity region is made at the same time, whereby process simplification, cost reduction, and miniaturization can be realized. Moreover, by using the semiconductor 3, great mobility can be made in the TFT, which was regarded to be impossible hitherto in general. Furthermore, the + and -electrodes of the photoelectric transfer element 300 do not exist in the direction of the semiconductor lamination with the semiconductor film between as a conventional device, so both these electrodes do not short by the pin hole formed during manufacturing of the semiconductor film, and the leak current is very little.
Patent JP-H0516392-A (JP)
Title: Recording device
Inventor: TAZAKI SHIGEMITSU
IPC: B41J2/21
Filed: 1991-12-20
Abstract: PURPOSE:To prevent color mixture by providing two recording units for recording in first and second colors respectively and recording, by the second recording unit, background pattern for dot pattern to be recorded by the first recording unit. CONSTITUTION:A recording head comprising a first ink jet nozzle N1 for printing in a first ink color and second ink jet nozzle N2 for printing in a second ink color is mounted on a carriage CA together with first and second auxiliary tanks ST1 and ST2 containing the first and second inks. In a control circuit of the printer, a printed character memory for storing dot pattern data to be recorded by the first nozzle N1 and a pattern memory for storing dot pattern data to be recorded by the second nozzle N2 are provided. In order to record, by the second nozzle N2, background pattern for the dot pattern to be recorded by the first nozzle N1, the nozzles N1, N2 and the memories are controlled.
Patent JP-H03201354-A (JP)
Title: X-ray image tube
Inventor: TAKEUCHI MAMORU
IPC: H01J35/08
Filed: 1989-12-26
Abstract: PURPOSE:To obtain a X-ray image tube having high assembly accuracy on the fixing arrangement with a focusing electrode and a mask by fixing a mask, which is a part of an anode shape, via the inner side wall of a supporting ring connected to an envelope and the horizontal expanded part of an anode. CONSTITUTION:A mask 18c' additional serving as a part of an anode shape is fixed to a valve side supporting ring or covering 26a by means of a screw 18e to keep a distance L1 to a focusing electrode 18b to maintain 11 constant. A tapped hole on the mask side is larger than a screw axis and has room, and a coaxial relation is made to be constant when the mask 18c' and an anode 18a are fixed together. This can obtain a X-ray image tube having high assembly accuracy.
Patent JP-2000157731-A (JP)
Title: Game device, storage medium, and character operation setting
Inventor: ISHII KOICHI
IPC: A63F13/55
Filed: 1998-11-30
Abstract: PROBLEM TO BE SOLVED: To provide a game device capable of easily inputting the commands that a player desire to operate even with a small number of input signals, a information storage medium to enable such operation, and a method for controlling the actions of a character. SOLUTION: One action of a character is allotted to each of the X-button 65 and square button 66 of a controller 23, and a new action is brought into appearance by the combination of input signals by pushing down both buttons 65 and 66 within a predetermined time. The new action is substituted in and allocated to one of the buttons 65 and 66, and it is possible to bring a further new action into appearance by pushing both buttons 65 and 66. When a circular button 64 is pushed down with the buttons 65 and 66 down in which these normal actions are implemented, a special action is brought into appearance. It is possible to allocate these actions individually to four buttons 71-74. By devising various actions in such a way, it becomes possible to allocate a desired action on a button and to select it.
Patent JP-H09181874-A (JP)
Title: Facsimile communication system
Inventor: TAKU JIYOA
IPC: H04N1/00
Filed: 1995-12-26
Abstract: PROBLEM TO BE SOLVED: To allow the user of a hotel guest room being a recipient of a FAX document to confirm the document on a TV screen of its own room by displaying contents of transmission information described on the facsimile document onto a screen of the television receiver of its own room by the user. SOLUTION: The user of a guest room recognizing the arrival of a facsimile document by a blinked LED 61 or a buzz tone of a buzzer 60 of a room terminal 6 depresses a FAX button designated in a remote commander 8. The user returns an on-screen display service request signal denoting it that the information of the received FAX document is desired on a screen of a television terminal 7 of its own room to a PC terminal 3 of a communication center installation A via the terminal 6. The terminal 3 reads the FAX document data received from a sender and stored in the inside from its memory upon the request signal. Then the data are converted into an NTSC video signal and an identification code of a guest room number making a delivery request is added to the video signal and the resulting signal is sent to the terminal 6 of guest room installations B-1-B-N via an RF modulator 5.
Patent JP-H08189276-A (JP)
Title: Outdoor structure such as gate pillar, gate wing, fence, etc., and their method of production
Inventor: SUGIYAMA SHIGEYUKI
IPC: E04H17/14
Filed: 1994-12-30
Abstract: PURPOSE: To construct a gate column etc., lightweight, enable it to be conveyed and installed by human labor, facilitate cementation and fixation of pseodo- stones, and achieve suitability to factory production. CONSTITUTION: Pseudo-stones 10 are produced in differently specified shapes, and the base 20 is made as a molding of a foaming resin, and at its surface, stone fitting parts 22 to constitute pairs with respective pieces of pseudo-stone 10 are provided in a single piece molded structure, and the pseudo-stones 10 are fitted therein and cemented, and thus the stones 10 are fastened and left hardening while exfoliation and slipping-off are prevented in the condition that they are fixed provisionally. Ribs 21 to partition the fitting parts 22 are allowed to serve also as a joint base to constitute a receptacle seat for joint mortar 23. With this process of cementation of pseudo-stones 10, the production is facilitated, and the amount of joint mortar 23 used is decreased by the use of the base 20 of foaming resin or by the joint base, and a lightweight gate column A is accomplished.
Patent JP-H03201712-A (JP)
Title: Clamp circuit
Inventor: KAWAGUCHI TOSHIHARU
IPC: H03G11/00
Filed: 1989-12-28
Abstract: PURPOSE:To eliminate a DC step difference caused by clamping by detecting the emitter current of a 1st output emitter follower of a pre-stage circuit for a clamp capacitor to control the emitter current of a 2nd emitter follower of opposite polarity provided on the pre-stage of the 1st output emitter follower. CONSTITUTION:A transistor(TR) Q3 and a current mirror CM are added to a conventional clamp circuit. That is, an input IN is supplied to the base of the TR Q3 whose collector connects to a power supply VCC and its emitter connects to the base of a TR Q2. Moreover, the collector of the TR Q2 connects to the input of the current mirror CM and the emitter of the TR Q3 connects to the output of the current mirror CM. Thus, a current entirely equal to the current flowing to the TR Q2 flows to the emitter of the TR Q3 for the clamping period and the outside of the clamping period. Since a DC step difference of the same level as that caused in the TR Q2 in opposite polarity is caused at the time of clamping, both the differences are cancelled together.