baber/WOPTO huggingface dataset:
Patent JP-S60191337-A (JP)
Title: Break signal generator
Inventor: TAKADA YUUJI
IPC: G06F11/00
Filed: 1984-03-13
Abstract: PURPOSE:To select the validity or invalidity for operation of a break key through a loading part in response to the program contents of a memory module, by controlling the break signal sent from the break key through a gate circuit in response to the selecting state of a selection circuit. CONSTITUTION:An AND circuit 5 serving as a gate circuit is set to a route of a break signal generated with push of a break key 1 via a waveform shaping Schmitt circuit 6. An input terminal at the other side of the circuit 5 is extended up to a loading part 2 where a memory module is loaded. The part 2 contains a selection switch 4 which decides the validity or invalidity for operation of the key 1. Therefore the break signal is supplied to a PB terminal of an I/O port 7 if a high level VGG is selected at the part 2. While the output of the circuit 5 is cut off regardless of the presence or absence of the break signal if a low level GND is selected at the part 2. Thus no break signal is detected by the port 7.
Patent JP-H10232564-A (JP)
Title: Cleaner for transfer roll
Inventor: HONDA MAKOTO
IPC: G03G15/16
Filed: 1997-02-18
Abstract: PROBLEM TO BE SOLVED: To prevent toner removed from a transfer roll from sticking to the transfer roll and so on and ending up soiling a recording medium. SOLUTION: Toner sticking to the transfer roll 8 is scraped off by a blade 9 and accumulates in a toner recovery container 10. A support plate 21 supporting the blade 9 swings by the movement of a cam 23 so as to bring the blade 9 into contact with the transfer roll 8 at transfer timing and separate the blade 9 from the transfer 8 at nontransfer timing. As the support plate 21 swings, the toner 12a accumulating in the toner recovery container 10 is leveled out by a flattening member 16 so formed as to extend from the front end of the support plate 21.
Patent JP-H01225006-A (JP)
Title: Compressed conductor for wire harness
Inventor: IKETANI AKIRA
IPC: H01B5/10
Filed: 1988-03-04
Abstract: PURPOSE:To make it possible to obtain a conductor high in circularity and superior in mechanical strength by making the hardness of a core elementary wire over that of the surrounding elementary wires and by compressing the assembly to become a circle in its profile. CONSTITUTION:A core elementary wire 1 consists of a single strand or twisted strands having a higher hardness and mechanical strength, and the surrounding elementary wires 2 twisted around it consists of a single strand or twisted strands having a less hardness than that of the core elementary wire 1, and when these twisted strands are compressed by restriction of a die, only the surrounding strands 2 undergo deformation, and the core elementary wire 1 with a higher hardness preserves its complete circularity in its profile. As a material for the core elementary wire with a higher hardness, stainless steel, copper alloy, etc., are desirable, a metal having a higher hardness is desirable, even if it has a more or less lower tolerance for current passage, and as a material for the surrounding elementary wires for example annealed copper for electric use, hardened copper for electrical use, or copper alloys should be used. As regards the shape of the elementary wires, both a single and twisted strands can be applied with profit. With this procedure it is possible to obtain a conductor high in circularity and thus to produce a strong wire harness owing to prominent strength of the core elementary wire.
Patent JP-S61208626-A (JP)
Title: Medium copying system
Inventor: KATAKURA HIDEO
IPC: G06F21/10
Filed: 1985-03-13
Abstract: PURPOSE:To prevent a program medium from being destroyed by providing a means executing copying only when a key word on a medium is other than the own key and a copying means copying required number of paid programs and disabling the copy of the copy program itself. CONSTITUTION:In applying copying, a servo mechanism 8 is used, a write/read head 7 is positioned onto the 78-th track, a read circuit 10 is utilized to read a key word. After the coincidence between the key word and the own key word is confirmed, the counter on the 78-th track is read succeedingly and when the count is zero, the copying is interrupted while regarding the further copying is disabled. When the copy program applies the actual copying, a key word of a paid program master 102 is read by the same operation. The key word is compared with the own key word and other than the own key word, a data of the program master 102 sequentially and copied onto a medium 103 sequentially. Thus, the user can make a backup medium in preparation for destruction of the medium.
Patent JP-H02230532-A (JP)
Title: Magneto-optical recording medium
Inventor: HAYASHI KAZUHIKO
IPC: G11B11/105
Filed: 1989-03-03
Abstract: PURPOSE:To control magnetic bonding force between magnetic layers by forming a thin nonmagnetic layer between the magnetic layers of magnetic multilayered film. CONSTITUTION:The magneto-optical recording medium has at least one recording film formed on a substrate 1, and the recording film consists of three layers; they are the first magnetic layer 3, nonmagnetic layer 4 formed on the first magnetic layer 3 and the second magnetic layer 5 formed on the nonmagnetic layer 4. There are two kinds of magnetic bonding force, exchange force and magnetostatic force. Since exchange force is a quantum mechanical effect, it rapidly decreases when a distance between two atoms is increased by several atomic diameters. The magnetostatic force is Coulomb force generating between the thin films, so that it decreases when the two films are apart. Thereby, the magnetic bonding force between the magnetic layers can be controlled.
Patent JP-S60194220-A (JP)
Title: Fluidized combustion process of sludge
Inventor: KAWAI SUMIO
IPC: F23G5/30
Filed: 1984-03-15
Abstract: PURPOSE:To provide a firing potash manure under a combustion heat in a furnace by a method wherein potash or the like is mixed with ash discharged from a combustion furnace to make some particles and feed them into a combustion furnace. CONSTITUTION:Ash collected by a dust collector 3 is mixed with solution of potash such as KOH or the like and other elements of small volume in a mixing machine 6 and thereafter they are fed into a fertilizer dryer 7. The mixture is made as particles having a diameter of about 1-3mm.phi and then dried. Subsequently, the particles are fed into a fluidized combustion furnace 2. Within the furnace, the particles may act as a sludge fluidized medium in place of medium sand, the sludge is made as a fluidized condition to improve an effect of combustion of the sludge and at the same time the sludges are ignited under a combustion heat, resulting in producing some particulated firing potash manure with an advanced solubility of citric acid.
Patent JP-H11228023-A (JP)
Title: Method for winding glass fiber
Inventor: KIKUCHI TOSHIO
IPC: C03B37/03
Filed: 1998-02-17
Abstract: PROBLEM TO BE SOLVED: To uniformly wind a strand on a dead turning part so as to reduce a winding amount by forming the dead turn part in an end part on a take-up tube by reciprocating stroke cross shaking in a narrow range at a low speed while performing wire cross shaking. SOLUTION: A wire 6 starts wire cross shaking nearly in a center position in the longitudinal direction of a take-up tube 9 to wind a strand 5, and for forming a dead turn part in an end part, the wire is moved to a specified position in a front side, i.e., in an X direction by stroke cross shaking. The operation of reciprocating the stroke cross shaking is repeated by several times based on the set moving amount of 0.5-30 mm, preferably 5-15 mm, and a set speed and a set stopping time. When a set dead turn amount is reached and a front part dead turn part 30 is formed, the stroke cross shaking is moved to the dead turn forming part of an opposite side, i.e., in a Y direction, and the operation of forming a rear dead turn part 31 is repeated. When a dead turn part is formed on the take-up tube 9, the surface thereof is covered with the very small amount of strand 5.
Patent JP-S60194692-A (JP)
Title: Infrared video display device
Inventor: IMAZU YOSHIKAZU
IPC: H04N5/33
Filed: 1984-03-14
Abstract: PURPOSE:To acquire images of both visible light and infrared light in the same visual field by allowing both the visible light and infrared light to pass through the optical system of an infrared-light camera, separating and detecting the both, and displaying both detection outputs on the same screen of a common display device. CONSTITUTION:The lens of the optical system 3 is composed of a member of ZnS, ZnSe, etc., so as to transmit both visible light and infrared light. A half- mirror 3 transmits infrared light 1R and reflects visible light VL. An infrared- light detector 5 and a visible-light detector 6 converts the light 1R and VL photoelectrically and both converted signals are applied to a display device 12 through amplifiers 6 and 9, processing circuits 7 and 10, and further video memory 11. At this time, signal processors 7 and 10 generate video signals digitized so that, for example, the left half of the screen is a visible-light video 12a and the right half is an infrared-light video 12b, and those signals are stored in the video memory 11 temporarily and read out to display right and left pieces of picture information alternately at intervals of one horizontal scanning line.
Patent JP-S63217326-A (JP)
Title: Method and circuit for scanning capacitive load
Inventor: OWADA JUNICHI
IPC: G02F1/133
Filed: 1987-03-06
Abstract: PURPOSE:To lower the frequency of a scanning signal and to put a circuit in fast operation by providing periods where respective scanning signals overlap with one another and making periods where scanning change long. CONSTITUTION:One-side main electrodes of n-type MOS thin transistors TFT 101-TFT104 which constitute the semiconductor switch of a circuit for scanning a capacitive load are connected in common, an input signal Vin is applied to the main electrodes, and capacitive loads 201-204 such as liquid crystal, wiring capacity, input gate capacity of a following-stage FET, etc., are connected to the other-side main electrodes of those TFTs 101-104. Scanning pulses phi1-phi4 of 1st potential level V1 and 2nd potential level V2 from a control circuit 300 are applied to control electrodes of the TFTs. One of the K (K>=3) TFTs 101-104 is changed from a sequential transmission state to a nontransmission state at a specific period with those pulses phi1-phi4. A period where optical L (K>L>=2) adjacent TFTs 101-104 conduct and a period where the do not conduct are provided in one cycle period.
Patent JP-H03251552-A (JP)
Title: Production of racemic-dihalovinylcyclopropanecarboxylic acid rich in trans-isomer
Inventor: HAGITANI KOJU
IPC: C07C61/40
Filed: 1990-02-28
Abstract: PURPOSE:To readily produce the subject compound with an ultrahigh trans ratio by irradiating an optically active dihalo acid or cis or racemic dihalo acid rich in the cis-isomer with light having a prescribed wavelength or above in the presence of N-substituted carbazoles. CONSTITUTION:An optically active dihalovinylcyclopropanecarboxylic acid expressed by formula I (X and Y are halogen; * indicates asymmetric carbon) or the cis-isomer expressed by formula II or a racemic- dihalovinylcyclopropanecarboxylic acid rich in the cis-isomer is irradiated with light having >=340nm wavelength in the presence of N-substituted carbazoles (e.g. N-methylcarbazole) expressed by formula III (R1 is alkyl, aryl or alkenyl; R2 and R3 are H, alkyl or allyl, or both are linked to form naphthalene ring) to afford racemic-dihalovinylcyclopropanecarboxylic acid rich in the trans- isomer. The aforementioned method is an industrial and advantageous method.
Patent JP-H04267068-A (JP)
Title: Solid electrolyte fuel cell device
Inventor: OKUYAMA RYOICHI
IPC: H01M8/24
Filed: 1991-02-21
Abstract: PURPOSE:To aim at high outputting of a solid electrolyte fuel cell by bonding polygonal-prism type generating part structures A, of which inside is hollow, and polygonal-column type conducting part structures B, of which inside is hollow. CONSTITUTION:A solid electrolyte fuel cell device consists of generating part structures A, in which solid electrolyte film 2 is provided in the surface of a hollow polygonal-prism type fuel electrode 1 and an air electrode 5 is provided in the surface of the described solid electrolyte film 2, and conducting part strucrtures B, in which an air electrode 5 is provided in the surface of a hollow polygonal-prism base material tube 4. The described air electrode 3 and the air electrode 5 are bonded, and while the described polygonal-prism type fuel electrode 1 is bonded with the polygonal-prism type fuel electrode 1 of other generating part structures A. Manufacture of the generating part structure A and the conducting part structure B is facilitated, and they are bonded in order to obtain a sold electrolyte fuel cell device having high outputting property.
Patent JP-H05254818-A (JP)
Title: Production of metallosiloxane sol solution and gelatinous polymer
IPC: B01J13/00
Filed: 1992-03-09
Abstract: PURPOSE:To carry out the preparation at a low temperature by reacting silicic acid with a metallic halide or a metallic oxyhalide in an organic solvent. CONSTITUTION:A solution of silicic acid at a prescribed concentration in tetrahydrofuran is mixed with a solution of a metallic halide expressed by the formula MXz (M is typical metallic element such as B, Al, Ga, In, Sn, Zn or Cd or transition metallic element such as Y, Ti, Zr, V, Mn or Fe; X is Cl, Br or I) such as TiCl4 or a metallic oxyhalide expressed by the formula MOXz-2 in methanol, etc., so as to provide 0.5-200 molar ratio (Si/M). Reaction is then carried out under refluxing conditions of the solvent to afford a metallosiloxane sol solution expressed by formula I (n, x, and z are integers). A substrate such as glass is immersed in the solution, pulled up, coated therewith, then heated at 150-500 deg.C and passed through a gelatinous polymer. Thereby, the objective oxide thin film expressed by formula II (x and y are positive integers) is formed.
Patent JP-H05249161-A (JP)
Title: Jitter measuring device
Inventor: GAMOU TATSUHIRO
IPC: G01R29/02
Filed: 1992-03-09
Abstract: PURPOSE:To provide a jitter measuring device with an improved measurement accuracy. CONSTITUTION:An output terminal of a device S to be measured is connected to a first system which consists of an input terminal in1, an amplifier 101, a phase regulator 102, and an attenuator 103 and a circuit S' to be measured is connected to a second system which contains an input terminal in2, an amplifier 104, and an HSSG(High Stability Signal Generator) 105. Outputs of both signal systems are inspected for discriminating phase by a DBM 107 and an LPF 108, a phase noise component which is obtained above is fed to a spectrum analyzer 109, and a phase noise data is obtained by the spectrum analyzer 109. The phase noise data is subjected to operation processing and is converted to a jitter value by a computer system 110, thus measuring an amount of Jitter with an accuracy which is equal to or less than PSrms.
Patent JP-H07260135-A (JP)
Title: Fuel supplying apparatus for burner
Inventor: HIROTA HISATOSHI
IPC: F23K5/04
Filed: 1994-03-23
Abstract: PURPOSE:To maintain excellent combustion by normally performing a function of feeding fuel in a fuel pump even if a substantial quantity of the air is mixed with liquid fuel to be supplied to the pump. CONSTITUTION:The fuel supplying apparatus for a burner comprises a fuel pump 3 so inserted to the mid-way of a feed tube 2 as to always feed a predetermined quantity of liquid fuel from the tube 2 to a spray nozzle 4, a return tube 5 for returning part of the fuel to a confluent part combined with the tube 2 at an upstream side of the pump 3 from the nozzle 4, a return tube line valve 12 for altering a passage area of the tube 5, and booster means 16 for rising a pressure in the tube 2 connected to an inlet of the pump 3.
Patent JP-S61209493-A (JP)
Inventor: NAMIKOSHI YASUMASA
IPC: G09G3/20
Filed: 1985-03-14
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-S53136601-A (JP)
Title: Temperature detector for rotor
Inventor: ARAI TOORU
IPC: H02K11/00
Filed: 1977-05-02
Abstract: PURPOSE:To enable an operation of measuring a temperature at desired location in the rotor, by means of constituting a temperature sensor installed to the rotor, temperature-frequency converter circuit A, signal processor circuit B including the frequency-temperature converter circuit, and rotary transformer for coupling both of the circuits AB.
Patent JP-S63219009-A (JP)
Title: Backlash correction system in full closed loop control
Inventor: KAWAMURA HIDEAKI
IPC: G05D3/12
Filed: 1987-03-07
Abstract: PURPOSE:To realize the more precise working through a full closed loop control system by adding a correction pulse to a shaft, pertinent to the change of the moving direction of a pulse distribution, when the moving direction of the pulse distribution changes, and subtracting the portion of the added correction pulse from a following distribution period. CONSTITUTION:When direction deciding means 21X, 21Y discriminate that the moving direction command of an distribution pulse command has been inverted, and it is discriminated that the direction has been inverted, the correction pulse, corresponding to the backlash portion, previously set and stored in memories 22X, 22Y, is added to a normal distribution pulse at first, and outputted, and from the next pulse distribution period, a cancel pulse is outputted in the reverse direction of the command direction so as to amend the corrected correction pulse quantity, in other words, the pulse that the cancel pulse is subtracted from the normal pulse distribution quantity is outputted. The cancel pulse is made to be five pulses in a first distribution period after the inversion of the direction, and to be three pulses in a second period, and two pulses in a third period, and 10 correction pulses are canceled. By processing in such a way, the work in conformity with the command is performed.
Patent JP-S56147251-A (JP)
Title: Control system with computer
Inventor: KAI TETSUNORI
IPC: G06F11/00
Filed: 1980-04-18
Abstract: PURPOSE:To prevent the occurrence of a serious accident due to the program miss, by checking the output request from an additional control program and by preventing the requested output from being given to a control object device in case of an erroneous output. CONSTITUTION:CPU10 streos the test system and uses typewriter 11 to output its information. Information in CPU10 or input information is displayed on display device 12. Keyboard device 13 constitutes the interface for conversation between the test system and the operator, and items such as decision for correctness of the output request obtained by execution of the control program registered in the test system are used to check the output request from an additional control program on a basis of output number 20 of CPU10. In case of an erroneous output, the requested output is not given to the control object device by column 21.
Patent JP-S62208904-A (JP)
Inventor: SUEDA MINORU
IPC: B29C48/30
Filed: 1986-03-11
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-S56149218-A (JP)
Title: False operation preventing device for pto speed-changing mechanism
Inventor: NISHIHARA TADAO
IPC: B60W10/12
Filed: 1980-04-18
Abstract: PURPOSE: To prevent false operation by providing a PTO shaft for every working rotational speed in the captioned device for an agricultural tractor and by constituting the same so that a clutch can be in gear therewith only when a shifting position for the change in speed of a transmission and the classification of the working rotational speed are in accord with each other.  
     CONSTITUTION: The PTO shafts 16... corresponding to the speed-change stages of the PTO speed-changing mechanism 6 respectively are provided. And, when the PTO shaft 16 for high-speed rotation is connected with a PTO drive shaft 5, for instance, a sensor boss 16c is pressed, the high-speed side constantly-opened contact of a sensor 20 is thereby closed and an electromagnetic shifting valve 32 operates only when a PTO change lever 7 is set at a high-speed position, and, oil pressure acting on the clutch 4, the clutch is connected. In the same way, at the time when the PTO shaft for low-speed rotation, which is not shown in the figure, is connected to the drive shaft 5, the clutch 4 is in gear only when the change lever 7 is set at a low-speed position. By this constitution, the false operation can be prevented. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H09247715-A (JP)
Title: Mdf device
Inventor: TAWARA MASUO
IPC: H04Q1/14
Filed: 1996-03-08
Abstract: PROBLEM TO BE SOLVED: To easily average operation rates of core wire groups by connecting conductor bundles and core wires of line cables connecting to line side terminals of each of plural blocks in the MDF device to each multi-pole plug while being divided into plural groups and adopting the configuration of reconnection to an optional opposite multi-pole plugs. SOLUTION: Line side connection terminals 41 -4n of blocks 51 -5n in the MDF device 1 are divided into three and connected to block side connectors 311 -313 , 313 -3n1 ,..., 3n3 via each line group. Furthermore, core wire groups 81 -8n of a line cable 7 are divided into three and connected to line side connectors 211 -213 , 213 -2n1 ,..., 2n3 . The connectors 211 -213 are fixed to the connectors 311 -313 , and the core wire groups 81 -8n of the line cable 7 are connected to terminals 41 -4n to set an initial state. Thus, when the operation rate of the core wire groups connecting to the line side of each block gets higher, the connectors are reconnected to easily average the operation rate of the core wire groups.
Patent JP-H07258134-A (JP)
Title: Production of diisopropyl ether
Inventor: YOKOMIZO AKIRA
IPC: C07C43/04
Filed: 1994-03-23
Abstract: PURPOSE:To efficiently and industrially obtain in a simplified process diisopropyl ether useful as a base material for gasoline. CONSTITUTION:The diisopropyl ether can be obtained by reaction between water and propylene in the presence of a solid superstrong acid catalyst at 30-200 (esp. 100-140) deg.C. The solid super-strong acid catalyst, which can be obtained by impregnating a sulfate group precursor (pref. sulfuric acid, ammonium sulfate or sulfuryl chloride) in a carrier at least one kind of (multiple) metal oxide or (multiple) metal hydroxide selected from those of group III, IV and VIII metals followed by baking, is pref. 50-200m<2>/g in specific surface area and <-11.9 (esp.<-12.7) in acid strength in terms of Hammett acidity function (H.). The pressure in the above reaction is pref. 10-150 (esp. 40-100)kg/cm<2> and the LHSV value (h<-1>) 15 pref. 0.1-30 (esp. 0.1-10).