baber/WOPTO huggingface dataset:
Patent JP-H09101292-A (JP)
Title: Gas chromatography
Inventor: WADA TOYOHITO
IPC: G01N30/10
Filed: 1995-10-06
Abstract: PROBLEM TO BE SOLVED: To discharge an assayed sample through a septum purge line when a new assay sample is injected. SOLUTION: In a gas chromatography using a sample vaporizing chamber 2 incorporating a carrier gas line 8, capillary column 4, septum purge line 10, and split line 11, the carrier gas line 8 and split line 11 are connected to a by-pass line 9 through a three-way selector valve 5. When a sample is injected into the chamber 2, the flowing amount of a gas to the septum purge line 10 is reduced by keeping the valve 5 in the state shown in Fig. A (the split line 11 is closed and the by-pass line 9 is opened). When a fixed period of time has elapsed after the sample is injected, the sample is split by setting the valve 5 to the state shown in Fig. (b).
Patent JP-H02183855-A (JP)
Title: Synchronization of non-synchronous signal
Inventor: GERUHARUTO DEETORINKU
IPC: G06F13/42
Filed: 1989-10-06
Abstract: PURPOSE: To enable synchronization of an asynchronous signal by synchronizing asynchronous data effective signal with the clock cycle of a sending chip to generate the first synchronous signal, and by using the second synchrous signal for accessing data from the first register. CONSTITUTION: A synchronous circuit SC synchronizes an asynchronous data effective signal TAG UP with the clock cycle of a sensing chip to generate the first synchronous signal SDV. The synchronous circuit SC further synchronizes the data effective signal with the clock cycle with a receiving chip to generate the second synchronous signal CDV. The second synchronous signal is used to latch data loaded in the first register 30 to the second latch 31 in synchronous with the clock cycle, and the second register 31 supplies data for successive processing under the control of the clock cycle of the receiving chip. With this, an asynchronous signal which is generated in the chip having an onchip clocking system which is different in speed can be synchronized.
Patent JP-H05101216-A (JP)
Title: Character recognizer
Inventor: TAKENAKA SHINYA
IPC: G06K9/62
Filed: 1991-10-08
Abstract: PURPOSE:To detect an erroneously recognized character in an extremely easy way and also to acoustically and easily decide the correctness of character having a shape approximate to each other. CONSTITUTION:A recognition processing part 12 calculates the resemblance degree between the feature value of the image of each character segmented from a document image and the feature value of each recognizable character stored in a recognition dictionary 13. Then 1st, 2nd... n-th candidate characters are stored in a result file 14 in the order of larger resemblance degrees. The 1st candidate character stored in the file 14 is shown on a display device 3. At the same time, a control part 17 displays the 1st candidate character with emphasis if the difference of resemblance degrees between the 1st and 2nd candidate characters is larger then a prescribed level. A correcting part 15 corrects the candidate characters in response to the input operation of an operator carried out via a user interface 16. In this cese, the characters to be corrected can also be read in voices by a reed-aloud part 20.
Patent JP-S62120754-A (JP)
Title: Communication control system
Inventor: INAO KIYOHARU
Filed: 1985-11-20
Abstract: PURPOSE:To reduce the deterioration in the transmission characteristic and to prevent the increase in the delay time by providing a transmitter, a receiver, a relay switch and a loopback control circuit to a line coupling section of a loop transmission line, applying non-recovery relay normally and applying loopback via a relay circuit. CONSTITUTION:The relay switches 31, 32 are thrown to the contact (b) by loopback control circuits 51, 52 at each line coupling section LC at normal operation and the relay switches 31, 32 of a station (ST) for data transmission are thrown to the contact (a). In such a state, a data of the station ST sending the data is sent to the next station ST via the relay switches. When the control circuits 51, 52 detect the interruption of the transmission line in charge at loopback, the relay switch 31 (32) is thrown to the contact (c) to form the loopback state. In such a state, the data received in a receiver 12 at the line coupling section at the end is subject to loopback to other transmission line via the switch 32, a recovery relay circuit 42, the switch 31 and a transmitter 21.
Patent JP-S63115490-A (JP)
Title: White balance auto control circuit
Inventor: MIKUNI KANJI
IPC: H04N9/73
Filed: 1986-10-31
Abstract: PURPOSE:To substantially reduce color blurring in case an object including a part with strong chroma is photographed by permitting gate circuits to block color difference signals outputted from mixing circuits if they have amplitudes exceeding a prescribed one and insuring the signals against being given to mean circuits. CONSTITUTION:The titled circuit is provided with 1st and 2nd detection circuits 18 and 19 to which the color difference signals are given from the 1st and 2nd mixing circuits 8 and 9, and the 1st and 2nd gate circuits 16 and 17 blocking outputs from the mixing circuits 8 and 9 based on outputs from the detection circuits 18 and 19. If either of the color difference signals R-Y and B-Y exceeds the prescribed amplitude, the detection circuit 18 or 19 gives a detection signal to an OR circuit 20 during the exceeding session. The OR circuit 20 outputs gate pulses to the gate circuits 16 and 17. Without the gate pulses given, the gate circuits 16 and 17 are turned on to output the color difference signals from the mixing circuits 8 and 9 to the mean circuits 12 and 13. With the gate pulses given from the OR circuit 20, the circuits 16 and 17 block the outputs from the mixing circuits 8 and 9 during that session.
Patent JP-H01103396-A (JP)
Title: Key telephone set
Inventor: KAMEDA MASAYUKI
IPC: H04Q3/58
Filed: 1987-10-16
Abstract: PURPOSE:To quickly attain talking by providing a call tone detection circuit so as to release the repetitive automatic recall setting when an opposite party is not busy at automatic dialing thereby calling a caller after the busy state of the opposite party is finished. CONSTITUTION:When dialing is applied by a key telephone set T1, its selection signal data is stored in a selection signal storage circuit 52. Then a control circuit 51 controls a selection signal transmission circuit 22-1 of a trunk line interface section 2 to send a selection signal to a trunk line L1. When the called party of the selection signal data is busy as a result, a busy tone detection circuit 20-1 detects a received busy tone and a busy tone detection data is inputted to the control circuit 51. Then a repetitive automatic dialing setting to recalling opposite party is implemented for each prescribed time by the on-hook of the caller and when a call tone detection circuit 21-1 detects the called party not busy, the setting of automatic dialing is released via the circuit 51 and an extension call tone is sent to the telephone set T1. Thus, talking is attained quickly as soon as the opposite party is not busy.
Patent JP-S61138165-A (JP)
Title: Number of rotation detecting device
Inventor: NAKABO TORU
IPC: G01P3/481
Filed: 1984-12-11
Abstract: PURPOSE:To obtain the detecting device causing no malfunction with not only the number of rotations but also the rotary direction detectable by providing in parallel at least three pieces of switches which are turned ON and OFF according to the rotation of a rotary body on its circumference and by constituting so that the ON and OFF signals being from the switches are independently outputted. CONSTITUTION:It is constituted that three pieces of switches S1-S3 to be turned ON and OFF in non-contact state according to the rotation of a rotary body 12b are provided in parallel on each 120 deg. each other and so that the ON.OFF signal is outputted independently from three pieces of output terminals 13a-13c respectively on the periphery of the rotary body 12b composed of the bar magnet which is connected with linking to an axle a. And the control device 15 operates the number of rotations of the rotary body 12, i.e., the transferring speed of the vehicle and transferring distance from the integer of the ON.OFF signal being from the output terminals 13a-13c to be inputted into the separate interruption line of its CPU. The rotary direction of the rotary body 12b, i.e., the moving direction (forward and backward) of the vehicle is decided as well by discriminating in what order the ON.OFF signal is inputted.
Patent JP-H04137132-A (JP)
Title: Information processing system
Inventor: NAGAYAMA YASUHIRO
IPC: G06F9/46
Filed: 1990-09-28
Abstract: PURPOSE:To prevent unnecessary job stop regardless of execution of a program in an information processor of low execution speed by counting down the value of an execution time limit row in the job control language by a frequency divider corresponding to the execution speed of the information processor. CONSTITUTION:An information processor 3 reads out data 7 of the limit time of the job execution time from a disk device 1 and sets it to a counter 4 to execute a job. A time pulse is generated at intervals of a certain time and is sent to a frequency dividing circuit 6. This circuit 6 divides the frequency of the time pulse by the frequency division ratio corresponding to the operation speed and outputs the result. Meanwhile, the counter 4 to which data indicating the limit time of the job execution time is set is counted down in accordance with the time pulse. The output of the counter 4 is monitored by an end detector 5, and this detector 5 outputs a count-down end signal to the information proces sor 3 when detecting that the counter 4 terminates counting-down of the numeri cal value and the numerical value is 0. Since it takes time to count down the numerical value in the counter, the operation is terminated within the limit time though the program is executed by the information processor of low execu tion speed.
Patent JP-H0572332-A (JP)
Title: Detecting method for invisible object
Inventor: YOSHIDA HIROTAKA
IPC: G01S13/90
Filed: 1991-09-13
Abstract: PURPOSE:To enable detection of the position and the depth of a target object by examining amplitude values and periods of reflected waves on a hyperbola and the nonuniformity in the mutual periods of the reflected waves and by selecting the hyperbola whereon values of these items are within prescribed ranges. CONSTITUTION:A pulse signal is radiated from a pulse generating device 3 for detection of a pipeline 1, and after completion of scanning of antennas 4 and 5, a reflected wave data group stored in a storage device 10 is sent to a waveform analyzing device 12. The device 12 executes operations of reading an amplitude value of a received waveform at the time position of an extracted peak point, comparing absolute values of an (n)th amplitude value In and an (n-1)th amplitude value In-1, for instance, giving amplitude value information of 1 to the time position of an (n)th peak point at the time when In<=1n-1 and giving amplitude value information of 0 thereto at the time other than the above. An arithmetic device 7 executes a synthetic-aperture processing for an image and extracts the coordinates of an accumulation point having the degree of accumulation of a prescribed value or above and a relative dielectric constant epsilonr at that time. In a determining device 13, information on amplitudes on an extracted hyperbola are examined, the hyperbola whereon the total sum of the values thereof exceeds a prescribed value is selected and the position and the depth whereat the pipeline 1 is buried are displayed 8.
Patent JP-H08174800-A (JP)
Title: Method and device for adjusting inking arrangement of printing press
Inventor: NORUBERUTO TEYUNKAA
IPC: B41F31/15
Filed: 1995-10-09
Abstract: PROBLEM TO BE SOLVED: To keep constant the lateral flow of ink in an inking arrangement necessary for the accurate application of ink of a plate mold in the case of markedly different standard thickness or in the case of the interruption of printing without generating a problem even when there is lateral ink distribution. SOLUTION: When printed matter is produced by the application of ink relatively uniform in the direction crossing a printing direction, ink distributing rollers are regulated to the perfect strokes respectively imparted to the rollers (a) and, when printed matter is produced by the application of ink markedly different sectionally in the direction crossing the printing direction, the stroke of at least the first ink distributing roller following an ink fountain roller is adjusted to a slight value close to zero in such a state that the operation of a printing mechanism is continued (b).
Patent JP-S62124277-A (JP)
Title: Plasma cvd device
Inventor: IZUMI HIROHIKO
IPC: C23C16/50
Filed: 1985-11-22
Abstract: PURPOSE:To make high-speed deposition of films having good film quality and uniform film thickness distribution by impressing a high-frequency voltage to an electrode provided in a vacuum vessel to form plasma and providing a device for forming a magnetic field of a closed loop type onto the above-mentioned electrode. CONSTITUTION:The high-frequency voltage is impressed from a high-frequency power source 7 to a parallel flat plate type electrode 4 disposed to face the ground electrode 5 in a vacuum chamber 1 having an evacuation mechanism 3 to convert the reactive gas introduced from an introducing mechanism 2 to plasma, so that the thin film is formed on a substrate 10 mounted on the above-mentioned ground electrode 5 having a heating mechanism 11. The device consisting of a magnet 8 and magnetic plate 9 is provided on the high-frequency impressing electrode 4 of the plasma DVD device constituted in the above-menioned manner to form the magnetic field of a closed loop type, thus forming the high-density plasma. the thin film is thereby formed at a high speed on the surface of the substrate 10 on the ground electrode 5 positioned by a driving mechanism 13. The substrate 10 and the magnetic field are relatively scanned, by which the film having the good film quality and uniform film thickness distribution is easily formed.
Patent JP-H05102263-A (JP)
Title: Semiconductor device and method of identifying same
Inventor: SAKURAI KOJI
IPC: H01L21/66
Filed: 1991-10-09
Abstract: PURPOSE:To provide a method of identifying chips, where the chips are not limited in number, and the chips are surely identified. CONSTITUTION:Terminals 1-3 are provided onto various boards, a resistor 6 is connected between two terminals selected from the terminals 1-3, and a resistor 7 1.5-10 times as large in resistance as the resistor 6 is connected between the two terminals where the resistor 6 is not connected, where the different combinations of connection manners as shown by figures A-F and the resistance ratio of the resistor 6 to the resistor 7 are given to the various boards so as to enable the boards to be identified. A chip identifying method is carried out through such a manner that resistance values between the terminals 1 and 2, 2 and 3, and 3 and 1 are measured, the second large resistance value out of the observed three resistance value is judged to be the resistance value of the resistor 7, the smallest resistance value is judged to be the resistance value of the resistor 6, the resistor ratio resistors 6/7 is calculated, and the magnitude relation between resistance values and the resistance ratio are used as chip identifying data.
Patent JP-H02108266-A (JP)
Title: Motor driving device for battery type rotary head tape recorder
Inventor: HAYASHI HIDEO
IPC: G11B15/10
Filed: 1988-10-18
Abstract: PURPOSE:To accurately drive a motor and also to reduce its power consumption by operating a rotating direction detecting means and a rotating speed detecting means before power is supplied to the motor and stopping their operations after the motor is de-energized. CONSTITUTION:When a command pulse for reproducing a tape is impressed by a rotation command switch 20, a microcomputer 19 is operated to set an output terminal 25 as 'H' first, and then transistors 13 and 12 are returned on so that an MR element 3 is turned on. Subsequently, after a prescribed time, and output terminal 26 is set as 'H', and transistors 11 and 10 are turned on, and then a hall element 1 is turned on. Moreover, after another prescribed time, an output terminal 27 is set as 'H', and a motor driving circuit 14 is operated to start reproducing the tape. Then, when a stop signal is impressed by a stop switch 21, the terminal 27 to the circuit 14 is set as 'L', and hence the motor 2 is stopped. Subsequently, after a prescribed time, the terminals 26 and 25 are set as 'L', and then the elements 1 and 3 are turned off. By this method, the motor is accurately driven, while the power consumption is reduced.
Patent JP-H06108270-A (JP)
Title: Surface treating device
Inventor: FUJITA KATSUFUSA
IPC: C23F1/08
Filed: 1992-09-30
Abstract: PURPOSE:To perform a uniform surface treatment high in reliability without degradation regardless of the long-time use by constituting a treatment bath so that at least a lower half of its inner wall forms a part of a cylinder. CONSTITUTION:The treatment bath is so constituted that at least a lower half of its inner wall forms a part of a cylinder. At the time of etching, a material like a lead frame, etc., where a resist pattern is formed is placed on a feeding roll 3. When a driving device is turned on, rotation of a feeding shaft 4 by a carrying motor M1 is transmitted to the lead frame material through the feeding roll, and the lead frame material runs in a treatment cylinder main body. It is sprayed with a treatment liquid from a treatment liquid injection nozzle while being rocked by a rocking motor M2. The treatment liquid flows out to a drain. The treatment liquid is not retained since the treatment cylinder main body has no corners, and satisfactory treatment is performed for a long period.
Patent JP-S63116213-A (JP)
Title: Automatic setting method for working condition
Inventor: KAWAI TETSUYA
IPC: G05B19/4093
Filed: 1986-11-05
Abstract: PURPOSE:To prevent an edge part from generating burn through to highly accurately work the edge part and to shorten the working time by correcting a working condition set up at the time of starting the work at the edge part in the working shape. CONSTITUTION:An edge program is loaded from an auxiliary storage device 20 and started. Then the file name of NC data for setting up the material of a work, its plate thickness and working conditions is inputted to a CPU15 by an input means 16. A CPU15 reads out a corresponding working condition data base, inputs NC data, and when the input data are edge working data, executes the division of the NC data based upon a working condition changing length l obtained from a working condition data base table, selects the magnification of the corresponding working condition on the basis of an angle angle theta, changes and adds the working condition of the edge part, and outputs the obtained condition to an image output device 17. These NC data are temporarily stored in a main storage device 14 and processed up to the final block and the changed data are written in the device 20.
Patent JP-S62121093-A (JP)
Title: Thermal transfer sheet
Inventor: NAKAMOTO MITSUHARU
IPC: B41M5/44
Filed: 1985-11-21
Abstract: PURPOSE:To provide a thermal transfer sheet having heat resistance, slipping property, anti-staticizing property and anti-blocking property and free of troubles in the manufacture and use thereof, by providing a layer comprising a polymer having a specified component on one side of a base sheet. CONSTITUTION:A thermally transferrable ink layer is provided on one side of a base sheet, and a back layer comprising a fine powder of silica, alumina or the like and a polymer having a component of formula I, II or III is provided on the other side. In each of the formulas, R<1> is H or CH3, R<2> is a 12C or higher long chain alkyl, R<3> is an alkyl containing a quaternary ammonium salt, X is H, a hydroxyl-containing alkyl, carboxyl-containing alkyl, epoxy- containing alkyl, aziridinyl-containing alkyl, amino-containing alkyl, isocyanate group containing alkyl, radical-polymerizable unsaturated group containing alkyl or sulfone group containing alkyl, lnot equal to 0, mnot equal to 0 and nnot equal to 0. The thermally transferrable ink layer may be of the thermal sublimation type or the thermal fusion type.
Patent JP-H0895189-A (JP)
Title: Silver halide material of color photograph
Inventor: IERUKU JIIGERU
IPC: G03C1/10
Filed: 1995-09-18
Abstract: PROBLEM TO BE SOLVED: To improve the developing speed by incorporating a specified compound as crown ether in at least one layer of layers at the highest sensitivity, and also incorporating a silver indobromide emulsion, in which the iodide at a percentage in a specified range is included, in the highest sensitivity layer. SOLUTION: A blue sensing layer is arranged far from a supporting body in comparison with an yellow filter, and a green sensing layer and a red sensing layer are arranged close to the supporting body in comparison with the yellow filter. At least one layer of the green sensing layer at the highest sensitivity and the red sensing layer at the highest sensitivity includes the compound corresponding to one of formulas I-III, and a layer at the high sensitivity includes the silver iodide bromide emulsion at 1-15% by mole of iodide content percentage.  In the formulas I-III, X1 means an element of a fifth or sixth main group in the periodic system of elements, L1 is a non-substituent or substituent hydrocarbon group having at least two carbon in a main chain thereof, and the main chain has the atomic arrangement between adjacent atoms X1 , or between the atom X1 and adjacent bridge head atoms L2 , and L2 is independently a bridge head atom, and (n) means the numeric at 1-10.
Patent JP-H05100512-A (JP)
Title: Image recorder
Inventor: NAKADA YASUHIRO
IPC: G03G15/04
Filed: 1991-10-09
Abstract: PURPOSE:To quickly take an image forming action after jamming is processed by executing an automatic paper ejecting action and an action for raising the temperature of a thermal fixing unit up to the temperature at the time of recording an image, at the same time. CONSTITUTION:While a sheet paper 8 is carried in a paper carrying path 9, the paper 8 passes an image forming part 5, and the thermal fixing unit 2, to obtain the recording of the image. A main body judges that the sheet paper 8 is jammed (stayed) in the paper carrying path 9, the main body stops as paper carrying action and the generation of the heat of the thermal fixing unit 2. A user opens a door for processing a jam 6 up to a position 6a shown by a dotted line, the jammed sheet paper 8 is removed. After that, the user closes the door for processing the jam 6, the main body takes the paper carrying action for time enough to allow the sheet paper 8 to pass the paper carrying path 9, and simultaneously, the generation of the heat is started to raise the temperature of the thermal fixing unit 2 up to the temperature at the time of recording, while the user processing the jam.
Patent JP-H06107716-A (JP)
Title: Production of chloroprene-based polymer
Inventor: WATANABE KOSUKE
IPC: C08F236/18
Filed: 1992-09-30
Abstract: PURPOSE:To produce a chloroprene-based polymer having high rigidity represented by tensile stress. CONSTITUTION:Chloroprene monomer is polymerized as a main monomer in the presence of a polythiol compound to produce a chloroprene-based polymer.