baber/WOPTO huggingface dataset:
Patent JP-S60197636-A (JP)
Title: Method of stabilization of gamma-chlorobutyric acid
Inventor: AONO TETSUSHI
IPC: C07C53/19
Filed: 1984-03-19
Abstract: PURPOSE:To raise stability of gamma-chlorobutyric acid useful as an intermediate for drugs, and to store it for a long period without causing coloring, by adding a small amount of gamma-chlorobutyric acid chloride to gamma-chlorobutyric acid. CONSTITUTION:Usually 0.01-6wt%, preferably 0.05-4wt% gamma-chlorobutyric acid chloride is added to gamma-chlorobutyric acid, to stabilize gamma-chloruboturic acid. An amount of gamma-chlorobutyric acid chloride varies depending upon conditions of use, etc.
Patent JP-S60198341-A (JP)
Title: Car engine output controller
Inventor: MURAKAMI AKIKIYO
IPC: F02D41/12
Filed: 1984-03-19
Abstract: PURPOSE:To achieve proper air/fuel ratio control under transient operation by correcting the basic fuel injection in accordance with the factors corresponding with the intake air and the engine rotation and the correction amount under acceleration/deceleration obtained from the difference between the target and the actual openings of throttle valve. CONSTITUTION:Under operation of engine, the target opening (b) of a throttle valve 3 is set through throttle valve opening setting means 4 on the basis of a signal (a) from an accelerator pedal sensor 2 for detecting the stepping position of an accelerator pedal 1. Then with correspondence to the difference (g) between the target opening (b) and the actual opening (c), said valve 3 is controlled through throttle valve drive means 6. While on the basis of an intake air signal (d) detected through an air-flow meter 7 and a rotary speed signal (e) detected through a rotary speed sensor 8, basic injection setting means 9 will set the basic fuel injection (f) which is corrected through injection correcting means 10 in accordance with the factors corresponding with said signals (d), (e) and the correction amount to be obtained from said difference (g).
Patent JP-S55144549-A (JP)
Title: Detecting circuit for automatic chemical analyzer
Inventor: NAONO TOYOHIKO
IPC: G01N21/75
Filed: 1979-04-28
Abstract: PURPOSE: To arbitrarily and selectively execute the measurements of final reaction point and reaxtion velocity by controlling parameters such as a detection value amplifier, an A/D converter, a counter and the like in an automatic analyzer detecting system.  
     CONSTITUTION: The amplification factor of an amplifier 5 for a photodetector 3 is defined through a controller 6 in response to the operation of an input device 6a as a common predetermined amplification factor when measuring the final reaction point, and an A/D converter 7 is set at low standard voltage and short time constant due to wide range conversion. A counter 8 is so controlled as to count up for predetermined time to effect an automatic analysis by a final reaction point measuring method. Similarly, the amplification factor of the amplifier 5 is so controlled as to change with the passage of time to the reaction velocity according to the density change upon progress of the reaction so that the detected value at the reaction starting time may become predetermined value. The converter 7 is set at high standard voltage and long time constant to become in narrow range and high resolution. The counter is so controlled as to count up and down in the former half and the latter half of the total counting time so as to effect an automatic analysis by a reaction velocity measuring method. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S63238081-A (JP)
Title: C(29)-oxyiminomilbemycin derivative, manufacture and vermicidal use
Inventor: JIYANNKUROODO GEERETSUTO
IPC: A01N43/90
Filed: 1988-03-07
Abstract: The present invention relates to novel C(29)-oximinomilbemycin derivatives of formula I, to their preparation and to the use thereof for controlling pests. The invention further relates to pesticidal compositions which contain at least one of these compounds as active ingredient. The novel compounds have the general formula I    <IMAGE> (I)  wherein X is a group selected from -CH(OR1)-, -C(O)- or -C(=N-OR)-, R1 is hydrogen or a OH protective group, R is hydrogen, a OH protective group, an alkyl, cycloalkyl or acyl group, R2 is methyl, ethyl, isopropyl, sec-butyl or the   <IMAGE>   wherein A is methyl, ethyl or isopropyl; and R3 is hydrogen, C1-C6alkyl, C2-C6alkenyl, a radial selected from the group consisting of phenyl and benzyl which is unsubstituted or substituted by one or more members selected from the group consisting of halogen, C1-C3alkyl, C1-C3alkoxy, C1-C3alkylthio, C1-C3haloalkyl, nitro or cyano, or is the group U     <IMAGE> (U)  wherein n is 0, 1, 2, 3, 4 or 5, E is oxygen or -CH(Rd)- and Rz is hydrogen, Ra is hydrogen, halogen, C1-C3alkyl, C1-C3alkoxy or 2-tetrahydropyranyl, and Rb, Rc and Rd are each independently hydrogen, halogen, C1-C3alkyl or C1-C3alkoxy, which group U may also be in unsaturated form.
Patent JP-H10257431-A (JP)
Title: Image compressing method
Inventor: AOYAMA KOZO
IPC: H04N19/00
Filed: 1997-03-07
Abstract: PROBLEM TO BE SOLVED: To highly accurately find compression rate for providing target data in a short time in the compression encoding processing of image data. SOLUTION: Scale factors sf1 and sf2 (compression rate) are determined (s2) at the time of performing compression encoding with a thinned image 2 in a much larger image size from the tried result of compression encoding concerning a thinned image 1 (s1). Next, compression encoding is performed by these scale factors sf1 ans sf2 concerning the thinned image 2 (s3) and the correlation of data amount and scale factors sf is approximated from the result of compression encoding with these scale factors sf1 and sf2. Then, a scale factor sf0 is determined corresponding to a target data amount from these approximated characteristics (s4) and concerning an object image provided by main scanning, compression encoding is performed by this scale factor sf0 (s5).
Patent JP-H07256845-A (JP)
Title: Laminated polyester film
Inventor: MIURA SADAMI
IPC: B32B27/36
Filed: 1994-03-24
Abstract: PURPOSE:To provide a laminated polyester film in which water resistance, blocking resistance of a coating film are improved. CONSTITUTION:A laminated polyester film comprises a coating film provided at least on one side surface of a polyester film and using aqueous coating liquid containing composition which contains (A) 40-96.5wt.% of aqueous binder resin, (B) 3-30wt.% of reactive surfactant having at least one oxirane group in a molecule, and (C) 0.5-30wt.% of substance containing carboxylate group and/or its thermally dissociable base in a molecule.
Patent JP-H01228137-A (JP)
Title: Wiring substrate for hybrid integrated circuit
Inventor: KOMIYAMA TOSHIO
IPC: H01L21/52
Filed: 1988-03-09
Abstract: PURPOSE:To prevent a short-circuit of a wiring due to a mounting material as well as to contrive a reduction in cost by a method wherein a mounting land is formed as a pattern separated from other lands and the wiring and moreover, a dummy pattern is formed on the periphery of this mounting land. CONSTITUTION:A mounting land 2 for a semiconductor integrated circuit chip is formed on the surface of an insulating substrate 1 and moreover, a plurality of bonding lands 3 and a wiring 5 are formed on the periphery of this land 2. A dummy pattern 4 on a square frame is formed in such a way as to encircle the land 2 and the land 2 is formed as a pattern separated completely from the wiring 5 and other lands 3. Accordingly, the outflow of a mounting material 6 is stopped by the dummy pattern 4 and it is also eliminated that a gold-plating is applied to the surface of the land 2. Thereby, the cutting of the lands 3 and a short-circuit of the wiring 5 are prevented and a reduction in cost is contrived.
Patent JP-H02234578-A (JP)
Title: Digital camera circuit
Inventor: HAYASHI MIKITO
IPC: H04N5/372
Filed: 1989-03-08
Abstract: PURPOSE:To avoid the effect of ringing caused in a CCD output signal by integrating the entire period from a feed-through period till a signal period for each one picture component and sampling once the signal for each one picture element component depending on the result of integration. CONSTITUTION:A reflecting light from an object is made incident in a CCD 4 by an optical system 4 and a CCD output signal is inputted to an integration device 2. The integration device 2 decides the feed. through period and the signal period as the integration period for each picture element component of the CCD output signal to integrate the CCD output signal. Thus, the integration value in which all the ringing for the feed-through period and the signal period is averaged is obtained. Succeedingly, an A/D converter 3 A/D-converts the integration value from the integration device 2 synchronously with the sampling clock from a timing generator 5 and sampled. As a result, the CCD output signal is sampled almost without being affected with the ringing included in the CCD output signal.
Patent JP-H02299384-A (JP)
Title: Time axis equipment
Inventor: MOAMUDO HAJI SHIEADO
IPC: H04N7/00
Filed: 1990-03-07
Abstract: PURPOSE: To check only one word of every two word to confirm the whole of words to be confirmed by providing a counting circuit, a pulse generation circuit, etc., and supplying a positioning signal in every two pictures lines by the counting circuit. CONSTITUTION: Coming data D and a clock signal CLK are supplied to a comparison circuit 5, and the output of the circuit 5 is inputted to a counting circuit 9 through a delay circuit 6 and an OR gate 7. Next, intermediate outputs 16, 256, and 1024 of the circuit 9 are connected to the input side of an AND gate 12, and one pulse is generated for counted value 196 from the output side of the gate 12. This pulse is fed back to a gate 7 through a latch circuit 8, and reset to zero of the circuit 9 is triggered, and one pulse is supplied to a logarithmic device 10 in every two picture lines, and a sampling pulse is outputted from the circuit 10. The start of the sampling pulse is triggered by an AND gate 13 controlled by the output of counted values 4, 32, and 512 of the circuit 9. Thus, only one word of every two words is checked to confirm all words.
Patent JP-H08243015-A (JP)
Title: Electromagnetic induction rice cooker
Inventor: KOBAYASHI MASAYA
IPC: A47J27/00
Filed: 1995-03-14
Abstract: PURPOSE: To provide a rice cooker which can keep boiling long enough and can heat the rice inside its inner pot evenly by changing the temperature to the boil keeping temperature to reduce electricity when the temperature reaches the boil keeping temperature, and by finishing the rice cooking after keeping the temperature for a prescribed period of time. CONSTITUTION: When the start switch is turned on after an inner pot in which rice and water is put is inserted into the rice cooker, the rice heating mechanism 6 starts to operate, and the maximum electricity, for example 5kW, starts to run through the heating coil in the rice cooker. When the temperature inside the inner pot reaches the prescribed temperature, the control mechanism 9 is released and the output is reduced to about 2kW by the operation of the boil keeping mechanism 7. The boiling is kept under this condition for the prescribed period of time. After that, the boil finishing mechanism 5 starts to operate when the temperature exceeds the prescribed temperature, and the steaming process starts. The steaming process continues with the output of 0.5kW for the prescribed period of time. By keeping the boiling long enough in this way, the rice can be heated evenly, and can be cooked deliciously.
Patent JP-S63222052-A (JP)
Inventor: AIDA SANEO
IPC: C04B5/02
Filed: 1987-03-11
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-H07260018-A (JP)
Title: Flow control rotary valve
Inventor: HASEGAWA SHIGERU
IPC: F16K3/32
Filed: 1994-03-24
Abstract: PURPOSE:To facilitate management of a gap between outflow ports and a valve body part and decrease of leakage, and to enable the required space for drawing a piping to be extended from first and second outflow ports to be decreased. CONSTITUTION:An inflow port, a first outflow port 11, and a second outflow port 12 to be individually opened on the peripheral wall of a housing l are controlled in their openings by a partial cylindrical plate parts (a first valve body part and a second valve body part) 51 of a valve body 5 to be fixed to a rotary shaft 4. Since the first and second outflow ports 11, 12 are opened by being approached in the axial direction while being overlapped in the circumferential direction, both outflow ports 11, 12 can be regarded as being concentrated in the approximately one direction by taking a shaft center as an origin, the management of a gap between both outflow ports 11, 12 and the valve body 5 is facilitated.
Patent JP-S62211238-A (JP)
Title: Paper-supply device for copying machine
Inventor: MURAKAMI HIROSHI
IPC: G03B27/62
Filed: 1986-03-12
Abstract: PURPOSE:To aim at supplying a large amount of originals having a small size and copying sheets with the use of a single cassette, by providing original and copying sheet conveying paths for conveying originals or copying sheets from a paper feed means in a copying machine body side section, a path change-over means and a manual insertion tray and cover member. CONSTITUTION:When originals are set as sheets 10 in an upper stage side paper feed cassette 6, a copying sheet/original change-over button is manipulated to deliver an original mode instruction to deenergized a solenoid 19, and therefore, a change-over guide 20 is change over. In this condition, when a copy button is depressed, a body side control device issues a signal for turning on an operation initiating mode while rollers 8, 14, 21 are rotated, the topmost one of the originals 10 in the cassette 6 is fed out. When the feed of the original onto a registering roller 23 is completed, the roller 23 is rotated so that the original is led onto an original loading bed 3 by a belt 4. Further, when copying sheets are set in the cassette 6, the change-over button is turned to the copying mode side to energize the solenoid 19 so that the change-over guide 20 is changed over, and therefore, the copying sheets 10 are similarly fed in an image transferring section on the body 1 side through a copying sheet conveying path 15.
Patent JP-S60197266-A (JP)
Title: Coating apparatus
Inventor: KURIO SADAO
IPC: B05C3/10
Filed: 1984-03-19
Abstract: PURPOSE:To form a thin uniform film having high surface smoothness on a substrate to be coated while continuously supplying a coating solution, in a coating method using a ring shaped solution container, by allowing the coating solution to overflow from the solution surface of the coating solution held at an arbitrary height. CONSTITUTION:A cylindrical body 7 pierces a solution container 4 provided with an elastic ring 6 and coated while raised at a constant speed. In order to facilitate the manufacturing of an apparatus and to attain to stabilize the solution level of the coating solution, a solution storage tank 2 is provided apart from the ring shaped solution container 4 so as to be connected to said solution container 4 by a connection pipe 3 and a coating solution supply pipe 1 and an overflow pipe 8 are provided to said solution storage tank 2. At this time, the height of the pipe 8 is determined so that the coating to the outer peripheral surface of the cylindrical body 7 is performed at the solution surface 5 of the coating solution present above the leading end of the elastic ring 6. As a result, even if the coating solution is continuously supplied in an amount slightly larger than a coating amount, the solution surface 5 of the coating solution is kept always constant and coating is performed always under the same condition.
Patent JP-S56150859-A (JP)
Title: Semiconductor rom device
Inventor: MORIUCHI HISAHIRO
IPC: G11C17/00
Filed: 1980-04-25
Abstract: PURPOSE:To increase the integration of and to accelerate the operation of a semiconductor ROM device by connecting in parallel buried type (vertical junction type) FETs to form an ROM array. CONSTITUTION:An n type layer 2 (source) is epitaxially grown on an n<+> type substrate 6, and a p type diffused layer 1 (1a, 1b) is buried under an oxidized film 4 selectively increased in a thickness in a stripe shape on the surface of the layer 2. The layer 1 (gate) is so formed as to retain an n type layer for a channel part 3 in  a window shape and used as an address line. Data lines 5a, 5b made, for example,  of aluminum are formed on the channel part 3 to cross with the layer 1, a window  is opened at the film 4, and an electrode (drain) is contacted through the window.  The presence or absence of writing the information for the ROM can be decided by  the presence or absence of the contact and the information can be read as the data output. Since the memory cells are thus composed, thereby reducing the intervals of the data lines and the address lines and highly integrating them and the length of  the channel can be reduced with the depth of the p type diffused layer, the operation  of the ROM device can be accelerated.
Patent JP-S57170078-A (JP)
Title: Invertor driving circuit
Inventor: YAMAMOTO HIDEKI
IPC: H02M7/538
Filed: 1981-04-09
Abstract: PURPOSE:To prevent the transistors on the invertor circuit from becoming simultaneously conductive by means of a simple circuit constitution by a method wherein the thyristor where the anode is respectively connected to the first and the second output of the invertor driving circuit while the gate is respectively connected to the other output is provided. CONSTITUTION:The damage preventing circuit 10 connecting the anodes of the thyristors 15, 16 respectively to the first and the second output of the invertor driving circuit 3 controlling the transistors 1, 2 of the invertor circuit and the gates of the invertor circuit 15, 16 respectively to the second and the first output of said circuit 3 is provided. The thyristors 15, 16 are made conductive when the power supply voltage Vcc starts to decline making both of the first and the second output of the invertor driving circuit 3 fall down to H level to prevent the transistors 1, 2 from becoming simultaneously conductive.
Patent JP-S51130281-A (JP)
Title: A device for optical measurement
Inventor: TAKAHASHI FUKUYUKI
IPC: G01N21/15
Filed: 1975-05-08
Abstract: PURPOSE:In an optical device for measuring a concentration or particle size of a certain component contained in a liquid sample, to improve the precision of the measurement by removing foams contained in the solution by means of supersonic vibration.
Patent JP-S61214289-A (JP)
Title: Disk cartridge
Inventor: NAGATE HIROSHI
IPC: G11B23/00
Filed: 1985-03-20
Abstract: PURPOSE:To prevent wear and deterioration of a central jig of a disk by utilizing magnetizing force and rotating the disk in a cartridge case without contacting a rotating means of a driving device. CONSTITUTION:On both surfaces of a central jig 8 of an optical disk 2 accommodated in a cartridge case 1, a disk 4 composed of a magnet is disposed, and a rotating shaft 3 of the disk 2 is supported by a bearing 9 accordingly, the disk 2 is holding rotatably in the case. The magnet disk 4 disposed integrally in the optical disk 2 and having magnetic poles N, S is attached to a motor 6 of the driving device. A spindle is rotated with attracting by a rotating magnetic field generating by a magnet disk 5 having the magnetic poles N, S.
Patent JP-H01227455-A (JP)
Title: Semiconductor device
Inventor: YOKOYAMA TERUO
IPC: H01L21/761
Filed: 1988-03-08
Abstract: PURPOSE:To inhibit a side gate effect by small voltage, to stabilize transistor characteristics and to improve the degree of integration by providing a conductive layer formed onto a substrate, a conductive impurity introducing region formed so as to reach up to the conductive layer in an element isolation region and an inter-element electrode formed onto the impurity introducing region. CONSTITUTION:A semiconductor device having element isolation regions 8 among compound semiconductor elements is provided with conductive layers 12 selectively formed onto a substrate 1, conductive impurity introducing regions 14 choicely shaped so as to reach up to said conductive layers 12 in the element isolation regions 8, and inter-element electrodes 7a selectively formed onto the impurity introducing regions 14. A buffer layer 11, the conductive layers 12, semiconductor layers 13, semiconductor layers 2 and cap layers 3 are shaped successively onto the substrate 1, and opening sections 9a are shaped. The implanting regions 14 reaching up to the conductive layers 12 are formed choicely in the element isolation regions 8. Source electrodes 4, drain electrodes 6 and the inter-element electrodes 7a are shaped, recessed trenches 10 are shaped to the cap layers 3, and gate electrodes 5 are formed in the recessed trenches 10.
Patent JP-H05212098-A (JP)
Title: Deodorant
Inventor: ABE SHIZUKO
IPC: A61L9/01
Filed: 1992-02-05
Abstract: PURPOSE:To maintain a high deodorizing effect without requiring the replenishment of a nutrient liquid over a long period by compounding nitrifying bacteria or bacteria having the same effect with the inside of a water-absorbent resin. CONSTITUTION:The deodorant 4 is constituted by compounding the nitrifying bacteria or bacteria group 2 having the same effect formed by drying after thickening culture with the inside of the high-function water-absorbent resin 1 in a dry state and compounding the dry powder 3, etc., of the nutrient components, such as nitrifying bacteria, therewith at need. The deodorant 4 is put into a desired container 6 and water or the culture liquid or the like is injected to expand the water-absorptive resin at the time of using the deodorant 4 in the dry state. At least one side of the container is then opened to expose the deodorant to the air and the container is installed in this state in a place to be deodorized, such as the inside of a room or lavatory so that the deodorant exhibits the deodorizing effect.
Patent JP-S63220733-A (JP)
Title: Rotor core structure in rotary electric machine
Inventor: KOBAYASHI KOJI
IPC: F02N11/00
Filed: 1987-03-10
Abstract: PURPOSE:To make a tooth width between slots larger by causing slots differing in groove depth to adjoin each other and by biasing coil inserting parts out of slots with deeper groove depth to a core shaft center side. CONSTITUTION:Groove depths A, B of slots 6, 7 formed in the manner of adjoining each other are set so that there exists a relation A<B between them. Also, an outer coil inserting part 7a positioned at about the same distance from the core shaft center as that of an outer coil inserting part 6a in the slot 6 and an inner coil inserting part 7b positioned so as to be biased more inwardly than a coil inserting part 6b in the slot 6 by about the same distance as a distance C between both coil inserting parts 6a, 6b are formed in the slot 7. Further, the part between the inner and outer inserting parts 7a, 7b is narrower in width than said inserting parts 7a, 7b so that this narrow part 7c is opposed to the inner coil inserting part 6b in the slot 6 with a tooth 9 between.
Patent JP-H08250305-A (JP)
Title: Thrmistor device
Inventor: TAKAHATA HARUO
IPC: H01C1/024
Filed: 1995-03-14
Abstract: PURPOSE: To make it possible to package and enclose a thermistor element for protecting it from harmful atmosphere to electronic parts represented by reducing gas and high humidity of chlorine gas and hydrogen sulfide gas. CONSTITUTION: A thermistor device comprises a tubular case 12 and a thermistor element in a sheet shape, on both main surfaces of which electrodes are formed. Terminal sheets 12a are insulated from each other and arranged on at least part of the bottom surface facing the tubular case, the thermistor elements is contained inside the tubular case 12, and the electrodes of the thermistor element face the terminal sheets of the tubular case 12.