baber/WOPTO huggingface dataset:
Patent JP-S6310075-A (JP)
Title: All position welding machine for fixed pipe
Inventor: HIRAMATSU MASAKI
IPC: B23K9/00
Filed: 1986-07-01
Abstract: PURPOSE:To completely prevent the working inferiority due to the erroneous welding by the simple operation by detecting the heights of plural neighboring bodies with different heights arranged to the outside periphery of a fixed pipe by a distance detector and discriminating and selecting a welding condition corresponding to the respective heights to perform the all position welding of the neighboring bodies. CONSTITUTION:The neighboring bodies 2-5 with the different heights are arranged to the outside periphery of the fixed pipe 1. The heights l1-l4 of the neighboring bodies 2-5 are detected by the distance detector 6 of a rotation part 40 wherein a welding torch 7 is located and welding condition setters 10-13 corresponding to the respective heights are discriminated and selected by a voltage discriminator 9 to perform the welding by a torch 7. Accordingly, the neighboring bodies 2-5 with the different heights are prevented from being welded in error and the occurrence of the welding inferiority is prevented.
Patent JP-S5677230-A (JP)
Title: Production of organosilicon compound containing silaklylene bond and alkenyloxy group
Inventor: TAKAAI TOSHIO
IPC: C08G77/38
Filed: 1979-11-29
Abstract: PURPOSE: The addition reaction between an alkenyl group-containing organosilicon compound and a hydrogen and alkenyloxy group-containing organosilicon compound produces the titled compound that is stable under sealed conditions free from water and readily causes hydrolysis and condensation reaction with moisture.  
     CONSTITUTION: The addition reaction between an alkenyl group-containing organosilicon compound of formula I (R 1  is monovalent hydrocarbon group bearing no aliphatic unsaturated bond; 0<a≤2; 1≤b≤3; where 1<a+b≤4; n is 0W6  integer) and a hydrogen and alkenyloxy group-containing organosilicon compound of formula II (R 2  is monovalent hydrocarbon group; X is alkenyloxy; 0<c<1, 0< d≤3; 0≤e<3; where 2≤c+d+e≤4) is conducted, preferably in the presence of a metal of group VIII or its complex at 40W120°C, to produce the objective compound. The product of relatively high molecular weight is used as a major raw material for a cold-curable composition and of low molecular weight as a curing agent. The product evolves no toxic or corrosive gas on curing. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H0728400-A (JP)
Title: Map display device
Inventor: SERIGUCHI HIDEJI
IPC: G06T1/00
Filed: 1993-06-25
Abstract: PURPOSE:To provide a map display device on which map information consisting of a high definition map background image can be displayed without requiring a storage medium on which the map information is recorded in advance. CONSTITUTION:This device is equipped with an image processing part 14 which receives satellite photographic data from an earth survey satellite by an antenna 10 and converts it to data for map background image after amplifying and generates map data equivalent to the map information by inputting the note data of a place name, etc., and the road data of a road, etc., from a data storage part 16 and synthesizing them with the data for map background image, a GPS signal processing part 22 which receives a GPS signal from a GPS satellite by an antenna 18 and generates present location data from an amplified GPS signal, a navigation processing part 24 to convert the map data and the present location data to image signals, and a display control part 26 which displays the map information and the present location on a display 28 based on converted image signals and makes the present location coincide with a corresponding position on a map.
Patent JP-S639880-A (JP)
Title: Radiation detecting element
Inventor: SAWADA RYOICHI
IPC: H01L31/00
Filed: 1986-06-30
Abstract: PURPOSE:To obtain an inexpensive, high-sensitivity, and high-resolution X-ray detector by forming a transparent electrode layer on the bottom surface of scintillator crystals and also forming an insulating light-reflecting film on the other surface. CONSTITUTION:The scintillator crystals 1 are cut to prescribed size and held while the surface where a transparent conductive film 2 is to be formed is set down; and ITO, SnO2, InO2, etc., are vapor-deposited to form the transparent conductive film 2. Then, the crystals 1 are put in gaseous SiH4 to which gaseous H2 is added and a high-frequency voltage is applied to the crystals 1 to form an amorphous Si layer 3. Then, small amount of B2H6, PH3, etc., are mixed during the formation of the amorphous Si layer 3 to form PIN type crystals, thereby obtaining rectification characteristics. Further, Al is vapor-deposited on the top surface of the crystal 1 to form an electrode 4. A support base provided with terminals 8 and 9 is joined with the element manufactured as mentioned above. Consequently, a fine detecting element of stable quality is obtained and an inexpensive, high-sensitivity, and high-resolution X-ray detector is obtained.
Patent JP-H097795-A (JP)
Title: Ecr processing device
Inventor: MIYAKUNI SHINICHI
IPC: C23C16/50
Filed: 1995-06-21
Abstract: PURPOSE: To obtain an ECR processing device which can securely carry out the initial ignition of the discharge under a low gas pressure and a low microwave power condition. CONSTITUTION: This ECR processing device comprises a process chamber 1 a sample 3 is provided; an ECR resonance area 6 to generate a plasma in order to process the sample 3; and an electron generating device 7 in order to feed the electron current to the ECR resonance area 6. When the above electron current in one cycle of the frequency of the microwave is made i, the raw charge is made e, the mean free process of the electron in the gas is made λ, the reaction distance of the electron and the gas is made ΔL, and the cycle of the frequency of the microwave is made τ, the operation is carried out by making the electron current calculated depending on the formula: i=(eλ/ΔL)/τ as the lower limit value of the electron current fed to the ECR resonance area 6 at the initial ignition of the discharge.
Patent JP-H05345529-A (JP)
Title: Control device for vehicle
Inventor: IKEDA TOSHIFUMI
IPC: B60K17/35
Filed: 1992-06-15
Abstract: PURPOSE:To provide a control device for a vehicle which can make properly the operation to avoid collision of a self-vehicle with forward obstacle such as a forward traveling vehicle, etc. CONSTITUTION:When an automatic brake is started by an automatic braking control unit 50 during running on a low mu road, a probability that an ABC control is started by an ABS control unit 48 is increased. Therefore, a differential lock control unit 42 detects a timing immediately before staring of automatic control that can be detected easily, and cuts off power supply to an electromagnetic clutch 36 of a center differential gear 34 to unlock the differential gear lock. By this, because the ABC control is always started with the differential gear lock unlocked, the function of the ABS can be fully displayed. On the other hand, when the probability of starting of the ABS control is not high, the differential gear lock control unit 42 performs a specified differential gear lock. Thus a braking force can be applied evenly to each wheel to increase braking performance.
Patent JP-S5583486-A (JP)
Title: Controlling device for dc electric motor
Inventor: MATSUMOTO KUNIO
IPC: B60L7/12
Filed: 1978-12-18
Abstract: PURPOSE: To prevent a pulsating current from flowing into an armature circuit by using an inductive shunt used for power weakening field control as an armature circuit reactor at the time of regenerative braking control.  
     CONSTITUTION: The inductive shunt 7 is connected in parallel to series field winding 6 at the time of power control, and used as a means to execute weakening field control. Normally the inductive shunt 7 is considered unnecessary at the time of regenerative braking and released from the circuit, so it is connected to the armature 5 together with a ballast resistor 11 in series. For this reason, the pulsating current is prevented from flowing into the armature circuit without providing a reactor separately in the circuit, and the fault oepration of a signal line in addition to the occurrence of jamming to television are prevented. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H0820235-A (JP)
Title: Air conditioner for vehicle
Inventor: IKEDA SUSUMU
IPC: B60H1/32
Filed: 1994-07-06
Abstract: PURPOSE:To switch to manual displacement control without removing a console cover and prevent misoperation and mischief by providing a manual setting means for switching to manual displacement control to make the displacement of a compressor variable at the time of pressing the switches of a control panel in specified order. CONSTITUTION:A temperature setting lever 9 is set to the lowest temperature, a blast setting lever 10 is in the off-position, and an intake changeover switch 6 and a dry switch 7 are pressed simultaneously. In this state, the LED la of an automatic switch 1 is lighted to provoke the pressing of the automatic switch 1. In the case of having pressed the automatic switch 1, the LED 2a of a vent switch 2 is lighted to provoke the pressing of the vent switch 2. In the case of having pressed the vent switch 2 instead of the automatic switch 1, the LED 2a is put out, and the LED 1a of the automatic switch 1 and a frost detecting LED 11 are lighted to complete setting. A manual rotating speed control mode is thereby set, and the rotating speed of a compressor 21 is optionally adjusted by the temperature setting lever 9.
Patent JP-H04355318-A (JP)
Title: Measuring machine
Inventor: INAGAKI AKIRA
IPC: G01B21/30
Filed: 1991-05-31
Abstract: PURPOSE:To enable a setting time until this measurement to be reduced by providing a means for detecting a state of an object to be measured, a means for performing zero adjustment by adding the zero adjustment value to the detected measurement value, and a means for showing a relationship between the zero adjustment value and a zero-adjustable range. CONSTITUTION:A display coordinate of a range 1 indicates a value which is obtained by adding a zero adjustment to a measurement value (displacement data of range 1) and then converting it. Namely, assuming that a mark M1 when a display coordinate is calculated based on the measurement value only is located at a position shown by a dashed line, it is compared with the mark M1 which is located at a solid line position and a zero adjustment range mark Z, thus obtaining a room for zero adjustment at both upper and lower sides. Also, it can be readily judged that a large zero adjustment range remains at both upper and lower sides quantitatively. The mark Z stops in zero adjustment mode and the mark M1 moves up and down according to a size of the zero adjustment value. On the other hand, the mark M1 moves up and down according to the size of the measurement value in normal mode. At this time, the mark Z also moves up and down by the same distance as that of the mark M1, thus indicating a range which can be zero-adjusted at any measurement value.
Patent JP-S5958484-A (JP)
Inventor: JIYANETSUTO BARENTAIN MIRUN
IPC: G10D13/00
Filed: 1983-08-26
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-S63318805-A (JP)
Title: Differential amplifier
Inventor: SATO HIDEAKI
IPC: H03F3/34
Filed: 1987-06-22
Abstract: PURPOSE:To stable a DC action point and to increase a dynamic range while keeping the high gain in a high frequency area, by using a feedback circuit consisting of an integration circuit. CONSTITUTION:The input signal Sin supplied to an input terminal 10 is superposed with the bias voltage Vb and then supplied to the gate of an FETQ 1 of a 1st-stage differential amplifier 14. The circuit 14 amplifiers the difference of gate voltage between the FETs Q1 and Q2 and outputs the result of said amplification through the drain sides of both FETs Q1 and Q2 and then supplies said result to the gates of the FETs Q8 and Q9 of a 2nd-stage differential amplifier circuit 16 through a buffer 15. The circuit 16 amplifiers the difference of gate voltage between both FETs Q8 and Q9 to output the result of this amplification through the drain side of the FET Q8 and transmits the output signal Sout through an output terminal 13. In this case, the output of the circuit 6 is supplied to a feedback circuit 18 and the circuit 18 integrates the received output signals to feed negatively the result of integration back to the FET Q2. Thus the feedback is applied for the frequencies less than a frequency fc shown by an equation. As a result, a differential amplifier is stabilized in terms of DC.
Patent JP-H08327619-A (JP)
Title: Gas chromatograph
Inventor: MIYOSHI SATOSHI
IPC: G01N30/24
Filed: 1995-05-29
Abstract: PURPOSE: To obtain a gas chromatograph equipped with an automatic sample injector for alarming occurrence of abnormality before perfect insertion of a needle into a septum after starting insertion thereof to a worker and detecting the cause of abnormality while classifying definitely. CONSTITUTION: The gas chromatograph comprises a second photointerrupter 15 secured to the body side, three shades 11-13 for intercepting the optical path of second photointerrupter 15, respectively, at a position where the tip of a needle 4 begins to pierce a septum 2, a position where the needle 4 just pierced the septum 2, and a position where the needle 4 is inserted perfectly, and a controller 16 for comparing the number of driving pulses P being delivered to a pulse motor 8 after the optical path of second photointerrupter 15 is intercepted by the third shade 13 before being intercepted by the second shade 12 with a number of drive pulses P2 while comparing the number of driving pulses P being delivered after the optical path of second photointerrupter 15 is intercepted by the second shade 12 before being intercepted by the first shade 11 with a number of drive pulses P3 and presenting an alarm on a display 17.
Patent JP-S5856198-A (JP)
Inventor: OGURA TAKASHI
IPC: G08B21/00
Filed: 1981-09-30
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-S636713-A (JP)
Inventor: KAARU RIIMERUTO
IPC: H01H39/00
Filed: 1987-06-24
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-H08329659-A (JP)
Title: Management information renewal device
Inventor: SUMINO TORU
IPC: G11B27/034
Filed: 1995-05-31
Abstract: PURPOSE: To make an erased area once reproducible again by renewing management information so that an area being managed as a data reproducible area is managed as a recorded area. CONSTITUTION: If a 3rd track M3 in Fig. (a) is erased, U-TOC is renewed and the state on the disk managed by the U-TOC becomes as shown in Fig b. Namely, the area of M3 is managed as a free area FRA2 , and an original track M4 is carried up to be a new M3 . Fig.c shows that the areas that were defined as free areas FRA1 and FRA2 for an original 4th track are registered as parts of M4(1) and M4(2) respectively. Reproduction of M4 reproduces M4(1) and M4(2) . Part M4(2) is a track erased by the user by mistake, namely, an erased data is restored and reproduced.
Patent JP-H01321084-A (JP)
Title: Laser beam spot welding method for gas turbine combustor
Inventor: TONO YASUO
IPC: B23K26/21
Filed: 1988-06-23
Abstract: PURPOSE:To improve strength of weld zones and welding quality by forming a bead pattern of laser beam spot welding into a square spiral shape and performing lap welding of inner cylinder rings and waveform plates adjacent mutually. CONSTITUTION:The inner cylinder rings 1 and the waveform plates 2 being adjacent mutually are pressed via a jig and the laser beam spot weld zones 3 where the prescribed quantities of gaps are held are formed. A laser beam machine is then set to the outsides of the inner cylinder rings 1 and the waveform plates 2 to perform laser beam spot welding on the spot weld zones while being shielded by N2 gas, etc. At this time, the bead pattern of the spot weld zones 3 is formed into the square spiral shape to shift from the center to the outside and laser beam machining is performed. By this method, ring 1 end fitting parts hold large welding areas and are subjected to laser beam spot welding. Accordingly, the need for brazing the weld zones is eliminated and welding strength is improved. Since welding is performed automatically, welding quality is also improved.
Patent JP-S641128-A (JP)
Title: Optical beam spot observing device
Inventor: KYODO YASUMASA
IPC: G02B7/28
Filed: 1987-06-23
Abstract: PURPOSE: To stably attain accurate measurement of a beam spot by splitting a light beam passing through an observing objective lens into a 1st and 2nd split light beams, leading the 1st split light beam to an observing section and leading the 2nd split light beam to an image pickup means so as to apply focus control of the objective lens based on an image pickup output signal from the image pickup means.  
     CONSTITUTION: The 1st split light beam is led to the observing section 51 and the 2nd split light beam is led to the image pickup means of a focus state detection section 52 and the image pickup means picks up a beam spot formed by the 2nd split light beam and a detection output signal in response to the focus state informing the beam spot of the 1st split beam in the observing section is formed based on the image pickup output signal obtained therefrom. Thus, the beam spot is observed accurately and stably. 
     COPYRIGHT: (C)1989,JPO&Japio
Patent JP-H104262-A (JP)
Title: Multilayer wiring substrate
Inventor: MANIWA HIDEAKI
IPC: H05K3/46
Filed: 1996-06-17
Abstract: PROBLEM TO BE SOLVED: To avoid the release between organic resin insulating layers an thin film wiring conductors. SOLUTION: In a multilayer wiring substrate wherein organic resin insulating layers 2 and thin film wiring conductors 3 are alternately laminated on an insulating substrate 1 while the thin film wiring conductors 3 positioned above and below are connected through the intermediary of the through hole conductors 6 coating the inner wall of through holes 5 provided on each organic resin insulating layers 2, the surface requirements of the organic resin insulating layers 2 at least in contact with the thin film wiring conductors 3 are specified as follows, i.e., the central line mean roughness (Ra) is to be 0.05μm<=Ra<=5μm, the count value of irregularity level at the surface length of 2.5mm is to be 1μm<=Pc<=10μm exceeding 500 each, 0.1μm<=Pc<=1μm exceeding 2,500 each, 0.01μm<=Pc<=0.1μm exceeding 12,500 each.
Patent JP-H01321536-A (JP)
Title: File access controller
Inventor: ABE MASATAKA
IPC: G06F21/62
Filed: 1988-06-23
Abstract: PURPOSE:To improve file operating efficiency by performing access control for plural files and users according to the relation between the files and users. CONSTITUTION:A 1st register means (b) registers the group identification information and the user type information for each user. A 2nd register means (c) registers the group identification information for each file. Then an access control means (f) releases the access control of all files to the plivileged users based on the deciding results of 1st and 2nd deciding means (d) and (e). While the means (f) releases the access control to the quasi-plivileged users only with the file having the same group identification information as that on the quasi- plivileged users. Then the means (f) never releases the access control at all to the general users. Thus the file operating efficiency is improved when the file control is carried out for plural files and users in accordance with the relation between the files and users.
Patent JP-S5679670-A (JP)
Title: Azole derivative
Inventor: SAJI KITAROU
IPC: C07D233/56
Filed: 1979-11-30
Abstract: NEW MATERIAL:An azole derivative shown by the formula I (A is CH or CN; Ph is halogen-substituted phenyl) or its asid addition salt.  
     EXAMPLE: 3-Phenyl-3-(2-chlorophenyl)-3-(imidazol-1-yl)-propane.  
     USE: An antifungal agent of a drug or agricultural fungicide.  
     PROCESS: A carbinol derivative shown by the formula II or its reactive derivative is reacted with an azole shown by the formula III or a reactive derivative at its amine part in a solvent, e.g., acetonitrile, using a trifunctional phosphorus oxyacid ester as a condensation agent in a temperature range from room temperature to the boiling point of the solvent to give a compound shown by the formula I. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S5948532-A (JP)
Title: Controller for excavation by loading shovel
Inventor: KASHIWAGI KUNIO
IPC: E02F3/43
Filed: 1982-09-09
Abstract: PURPOSE:To eliminate the need to move the shovel body during the horizontal excavation period for the lower part of the natural ground as well as increase the reach of the shovel by adding a mechanism to excavate horizontally the front side of the shovel body to the conventional horizontal push mechanism. CONSTITUTION:In a loading shovel having a horizontal push mechanism, when the excavating angle theta of a bucket 4 exceeds a set angle and the operating levers 36 and 37 of any of an arm 3 and the bucket 4 are operated toward the excavating direction, at least the bucket cylinder 7 among the arm cylinder 6 and the bucket cylinder 7 is extended and a boom cylinder 5 is so controlled that the moving locus of the blade tip point of the bucket is made horizontal. By adding such a control mechanism to the horizontal push mechanism, the ground in front of the vehicle can be horizontally excavated and the need to move backwards the shovel vehicle when the lower part of the natural ground is horizontally excavated can be eliminated.
Patent JP-H0323286-A (JP)
Title: Single crystal growing device
Inventor: KIDA MICHIO
IPC: C30B15/02
Filed: 1989-06-19
Abstract: PURPOSE:To absorb the vibration of a stock material supply mechanism through a vacuum pressure resisting tube and to preclude the possibility of impeding the growth of the single crystal by providing a moving means to the hermetic vessel receiving the raw material supply mechanism constituted of the vacuum pressure resisting flexible tube. CONSTITUTION:A clamp is unfastened, and the vacuum pressure resisting tube 27 consisting of a metallic bellows 28 and a 'Teflon(R)' tube 29 and the clamp part 10a of a furnace body 1 are disconnected, and the carriage 14 mounting the hermetic vessel 15 in which a stock material hopper 17 is fixed is retreated along rails 12. Then, the upper part 1A of furnace body is separated from the lower part 1B of furnace body, and initial stock material is filled in a crucible 6, and then the upper part 1A and the lower part 1B of furnace body are connected, and the carriage 14 is moved to be located at the side of the furnace body 1, and then, the tube 29 is inserted into the opening 10 of the furnace body 1 to fix and the clamp part 30 of the bellows 29 and the clamp part 10A are fixed. Then, the inside of the furnace body 1 is decompressed and at the same time the inside of the vessel 5 is also decompressed by the operation of a vacuum pump 24, and electricity is applied to a heater 7 to pull up a single crystal T, while a vibration feeder 19 is put into operation to charge stock material G in the hopper 17 into the crucible 6 through a taking-out part 18, the tube 27 and a trough part 11.
Patent JP-S5859716-A (JP)
Title: Cutting method of crankshaft
Inventor: SAITOU KAZUYUKI
IPC: B23C3/06
Filed: 1981-10-02
Abstract: PURPOSE:To perform cutting of a crankshaft for a six-cylindered engine through cutting web sides three times and pin parts three times, totalling only six times processing actions. CONSTITUTION:Web sides 3-14 of each pin part P and each pin part P1-P6 are cut by means of milling tools 1, 2. The tool 1 is perpendicularly moved upward to cut web sides 3, 4 of a pin part P1, while the tool 2 is moved downward along a straight line slanting at an angle of 60 deg. to the vertical line to cut web sides 9, 10. Pin parts P1, P4 are then cut to finish the first process. Cutting of a crankshaft is performed through three similar processes and six processing actions.