baber/WOPTO huggingface dataset:
Patent JP-S5681712-A (JP)
Title: Penetrating and stirring device for ground improvement
Inventor: HOAKI KOUJI
IPC: E02D3/12
Filed: 1979-12-07
Abstract: PURPOSE: To make a long large stirring shaft and a high scafford needless by a method wherein in a system for supplying a stabilizer slurry for the ground improvement into the ground and for stirring, a stirring shaft and an oil pressure pressing system are fitted in a lower end of an expandable holding member.  
     CONSTITUTION: A vertical rail 1 is installed in a scafford on the ground and a holding frame 2 is elevated along this rail by means of a wire 11. A multistage expansion member 3 composed of three square pipes 3aW3c is fitted at the lower part of the holding frame 2 and at the lower end thereof, a motor room 4 and an oil pressure cylinder 5 are installed. A hollow stirring shaft 6 equipped with a supplying port of a stabilizer slurry is suspended therefrom, and the rotation by the motor 4a and a pressure by the cylinder 5 are applied thereto. A stirring wing 7 and an excavating drill 8 are driven by the rotation of the stirring shaft 6 and the ground is excavated by the pressure of the oil pressure cylinder 5. At the same time, the stabilizer slurry supplied into the expansion member 3 is supplied into the ground to strengthen the ground. At this time, the rotation of the stirring shaft 6 and the pressing system are under the expansion member 3, thus, making the long stirring shaft and a high scafford needless. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-H083811-A (JP)
Title: Hat
Inventor: ICHINOMIYA NOBUYA
IPC: A45B27/00
Filed: 1994-06-15
Abstract: PURPOSE:To provide a hat which can functions not only intrinsically as hat but also as a fan, moreover being portable or pocketable because it can be folded compactly. CONSTITUTION:A needed number of elastic ribs 1 are each in a wavy form, as both ends of the ribs are alternately curved outward, and these ribs are overlapped and set to a pivot 2 at their one ends rotatably around it so that the ribs can be freely opened or shut. Individual elastic ribs 1 are connected with a cloth 3 which has an almost fan shape and can be folded at a certain interval, and equipped with desired connectors on both free ends of these ribs 1.
Patent JP-S6135662-A (JP)
Title: Automatic answering telephone set for collect call
Inventor: HASHIMOTO KAZUO
IPC: H04M1/65
Filed: 1984-07-28
Abstract: PURPOSE:To receive a collect call during a time when a timer is operated by applying a timer time so long as the possessor permits when the operator does not connect a collect call. CONSTITUTION:When a selector switch for limiting a time recording the voice of an opposite party is thrown to the position of the timer set to a prescribed time in an automatic answering telephone set, a message representing the acceptance of a collector in the response message generated in response to an incoming call and the response message as a conventional telephone set is transmitted. Further, in the recording system controlling to a prescribed time and the voice operation or the system in which the automatic answering telephone set is interrupted the moment the opposite party disconnects the line, the message of the acceptance of collect call is inserted optionally when a prescribed timer is used and in other case.
Patent JP-S5782937-A (JP)
Title: High voltage aging method for cathode-ray tube
Inventor: INOUE KATSUYOSHI
IPC: H01J9/44
Filed: 1980-11-12
Abstract: PURPOSE:To accurately treat a low voltage electrode below the maximum rated voltage of a cathode-ray tube by aging the low voltage electrode at low voltage within the range in which the degree of vacuum within the cathode-ray tube is low and the Paschen's law is estabilished. CONSTITUTION:When the degree of vacuum within a cathode-ray tube reaches about 10<-1> to 10<-2> Torr while the cathode-ray tube whose manufacturing assembly process 1 is completed is being discharged through an exhaust process 2, voltage is applied to a focussing electrode and another electrode is grounded. The high voltage aging of a low voltage electrode section which performs low pressure gas glow discharge or spark discharge, i.e. low voltage electrode treatment 151 is performed. Then after getter flash process 3, the cathode aging process 4 is performed. Subsequently, the high voltage electrode treatment 152 is performed and the subsequent process 6 is performed. Thus the low voltage electrode treatment is enabled at approximately 1/2 to 1/10 voltages. As a result, discharge is prevented from occurring at the base pin outside the tube and in a socket and the high voltage aging of the focussing electrode section can accurately be performed.
Patent JP-H085447-A (JP)
Title: Terminal exclusively used for glp
Inventor: HASEGAWA YOSHIKO
IPC: G01G19/40
Filed: 1994-06-17
Abstract: PURPOSE:To enable testing and measurement to be carried out while moving a device to the place of a target sample by providing plural input/output units for connecting various kinds of input/output device to a main body and storing the entire main frame in a movable rack as a dew-proof and dust-proof structure. CONSTITUTION:A GLP terminal main body 10 is provided with a CPU 11, a main memory 12, standard and extended interfaces 13 and 14, a modem 15, and a magnetic media input/output device 16, and a CRT 21 and a keyboard 22 are connected to the CPU 11, and a modem 15, standard weight meter 23 and a changeover switch 24 are connected to the CPU 11 via interfaces 13 and 14. And the entire main frame is structured as dew-proof and dust-proof by using a element material endurable against steam sterilization, including the main body 10, the CRT 21, the keyboard 22, and the magnetic media input/ output device 16 and these are structured so as to be stored in a movable rack provided with caster so that the entire main frame may be carried into an animal room or dissecting room so as to perform testing and measurement in routine.
Patent JP-S6445495-A (JP)
Title: Method of cooling high temperature pyrolytic gas
Inventor: URURIHI HOIZAA
IPC: C10B53/00
Filed: 1988-06-28
Abstract: In a multi-stage cooling process for hot pyrolysis gas formed by degassing of plastic wastes or the like in a pyrolysis reactor, the hot pyrolysis gas is cooled by direct heat exchange in the first cooling stage (10) immediately downstream of the pyrolysis reactor. The cooling medium used here is a low-boiling pyrolysis oil which is obtained by condensation of pyrolysis gas in a cooling stage (32) which is located downstream of the first cooling stage. As a result, separate cooling and purifying measures for the pyrolysis oil are unnecessary. <IMAGE>
Patent JP-S5489629-A (JP)
Title: Adapter for auto strobe device
Inventor: KAWARADA OSAMU
IPC: G03B15/05
Filed: 1977-12-26
Abstract: PURPOSE:To enhance the interchangeability and universality of the strobe device by incorporating a polarity inversion circuit for light emission stop signal or amplifier circuit for the same and applying the light emission stop signal from the camera to the auto strobe device in an optimum state. CONSTITUTION:When the reflected light from the subject by light emission of a discharge tube L becomes an optimum value, the light emission stop signal of negative polarity from the photometric control circuit Ex of the camera is applied to the base of a transistor TR via terminals t03, T03 and resistance R7 to turn ON the TR. As a result a thyristor SCR4 goes ON as its cathode becomes potential of -B lower than the gate potential, then the charged charge of a capacitor C8 discharges through SCR4, diode D2 and resistance R11, and therefore a pulse of positive  polarity is produced across the resistor R11. This becomes the light emission stop  signal of positive polarity and reverse biases the SCR1 through the light emistion stop terminal t3 of the auto strobe device and therefore the discharge tube L immediately stops the light emission. Thereby, the interchangeability and universality of the strobe device are enhanced.
Patent JP-H1012821-A (JP)
Title: Forming method of thin film capacitance element
Inventor: ENDO KEIKO
IPC: H01L21/8242
Filed: 1996-06-19
Abstract: PROBLEM TO BE SOLVED: To enable easy and effective manufacture of a thin film capacitance element having rectification characteristics, by performing reverse sputtering in an Ar atmosphere, generating oxygen deficiency in a dielectrics layer, and sputtering upper electrode material, when an upper electrode is formed. SOLUTION: A dielectrics layer is formed on a lower electrode by using a sol-gel method. After that, in the case that an upper electrode is formed by using a sputtering method, reverse sputtering is performed in an Ar atmosphere, Ar particles are made to collide against the surface of the dielectrics layer, and oxygen deficiency is generated in the dielectrics layer. Sputtering of the upper electrode is continuously performed in an Ar atmosphere, subsequently to the reverse sputtering. The reverse sputtering is performed during 1-2 minutes under the condition that Ar flow rate is 10-20 sccm and RF power is 200-400. A thin film capacitance element obtained in the above process has excellent rectification characteristics besides the original dielectric characteristics, as an equivalent circuit.
Patent JP-S5489457-A (JP)
Title: Error pulse extension prevention system
Inventor: TOKIMASA SATORU
IPC: G06F11/00
Filed: 1977-12-27
Abstract: PURPOSE: To prevent the extension of an error pulse generated at a signal breaking time, by providing a circuit, which has a delay time equal to the difference between the detection delay time of a signal breaking detection part and the signal delay time of an automatic equalizer, in an automatic control system receiver.  
     CONSTITUTION: Delay circuit 7 or 7' is inserted after or before automatic equalizer 3. Delay time r 2  of this circuit is made equal to the time which is obtained by subtracting signal delay time r 1  in automatic equalizer 3 from time r 1  + r 2  from disappearance or release of signal A to generation or release of reset signal C in signal breaking detection part 5. Control voltage VC from multi-level discriminator 4 changes gently from V 1 ' which is generated correspondingly to signal B, and is  released rapidly from V 4 ' to V 1 ' during time r 6  by the release of signal B. Time t  for generation of error pulses is equal to the time obtained by adding time r 6  to  instantaneous time T of signal A as shown in the figure, so that the extension of  the error pulse generation time may be small. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H055809-A (JP)
Title: Optical waveguide type isolator
Inventor: FUJIWARA TAKUMI
IPC: G02B6/12
Filed: 1991-06-28
Abstract: PURPOSE:To eliminate the need for utilizing a magneto-optical effect and to provide the isolator which is smaller in size and has an excellent matching property by constituting optical waveguides formed by a proton exchange method into the optical path of an optical waveguide formed by a titanium diffusion method. CONSTITUTION:A lithium niobate crystal is used as a substrate and the proton exchange waveguide 2 and the titanium diffused waveguides 1, 3 are formed by the different production processes in the optical waveguide formed as a high-refractive index region on the substrate. The boundary in the juncture between the optical waveguides is so set that the boundary attains an angle thetasatisfying a total reflection condition with an abnormal optical refractive index and the other boundary is so set that the boundary is perpendicular to the progressing direction of the optical waveguides. The difference in losses by a difference in the progressing direction of the waveguides is increases by utilizing the total reflection of the light waves generated in the case of the progression from the high-refractive index region to the low-refractive index region in such a manner.
Patent JP-H054290-A (JP)
Title: Manufacture of resin molded body
Inventor: OTAKI TSUNEO
IPC: B29L9/00
Filed: 1991-06-28
Abstract: PURPOSE:To constitute the above method so that it is performed efficiently for reuse of a synthetic resin foam by a method wherein small pieces comprised by pulverizing a synthetic resin foam are made into a core body by molding them by adding a binder to them and upon arrangement of the core body within a mold, polystyrene beads are cast and foamed. CONSTITUTION:A nonfoamable synthetic resin molded body molded once into a fixed form is reused and a core body 26 is formed. In other words, synthetic resin molded body (synthetic resin foam at need) is made into small pieces by pulverizing the same into about 1-10mm, preferably about 5mm by a pulverizer, after volume of the small pieces is reduced to at least one fifth, preferably to at least one tenth by performing volume reduction treatment heating and shrinking the small pieces to the next, a matter obtained by adding a binder such as a vinyl acetate adhesive agent to the small pieces is cast into a pipe mold having a fixed form, in-mold molding is performed and the core body 26 is formed. Then upon arrangement of the core body 26 within the mold, foam molding is performed by casting foam polystyrene beads outward of at least one surface of the core body 26, through which a desired resin molded body is manufactured.
Patent JP-S5782827-A (JP)
Title: Photographing device of x-ray film
Inventor: SUZUKI KENICHI
IPC: G03B42/02
Filed: 1980-11-11
Abstract: PURPOSE:To set a film at a desired position of the photographing stage, by rolling out or in a transfer sheet having a clipper at one of its end along a guide path by a drum which can be turned forward and backward and at the same time holding the film with the clipper. CONSTITUTION:The films of different sizes are stored in supply magazines 51 and 52. When a feed switch is pushed, magazines 51-53 are opened. Then a drum 59 turns to roll out a transfer sheet 60, and a clipper 61 is guided by a guided plate to be moved to a position shown by a double-dot chain line (a) or (b). In this case, an open/close member 62 pushes the clipper 61. Thus the tip of the clipper is opened, and accordingly the film is adsorbed by a sucking disk 57 to be pushed inward. After this, the film is inserted between sensitizing papers 73 and 74 by the turning of the drum 59, and the upper edge of the film is kept at a prescribed position to secure a pre-shooting state.
Patent JP-H108637-A (JP)
Title: Annular reinforcing bar for reinforcing opening
Inventor: SHIMOTORI KAKUTA
IPC: E04C5/04
Filed: 1996-06-19
Abstract: PROBLEM TO BE SOLVED: To attain uniform strength by forming a front and rear surface annular parts of a single reinforcing bar, forming a bent part at a connection part between the front and rear surface annular parts to provide a double structure viewed from its side, and axially supporting the pipe member with the use of starting and terminating points. SOLUTION: An annular reinforcing bar 1 is formed for reinforcing an opening by bending a single reinforcing member to form a first bottom part 10a, square parts 10b-10e and another bottom part 10f of a front surface annular part 10 starting from a starting part 30A. Next, first triangular parts 20a-20c, bottom part 20d, next triangular parts 20e-20g are formed, and finally a terminating part 30B is formed. Ends of the starting and terminating parts 30A, 30B are supported perpendicular to an axia Pc of a pipe P passing through the inside of the bar 1 and the load applied to the pipe P is thus evenly maintained. Accordingly the eveness in the strength around a pipe penetration hole of beam, column or the like is assured at the time of execution.
Patent JP-H1070469-A (JP)
Title: Run length encoder
Inventor: KIN SHOKAN
IPC: H04N19/93
Filed: 1997-06-16
Abstract: PROBLEM TO BE SOLVED: To accelerate the processing speed of data by providing a run level generating means, etc., for generating a pair of plural run levels as a run length encoding signal to perform the run length encoding of an input data stream at improved speed simultaneously for two conversion coefficient of the input data stream. SOLUTION: Corresponding to an intra-block signal IBS and a block start signal B-S, in the same clock cycle, a run length detection part 30 outputs the run length based of an odd-number sequence to a line L30A and outputs the run length based on an even-number sequence to a line L30B, and a level detection part 50 outputs the level based on the odd-number sequence to a line L40A and outputs the level based on the even-number sequence to a line L40B. Then, a run level generating part 70 receives and combines the detected run length and level and plural paired run levels are generated as the run length encoding signals.
Patent JP-H116873-A (JP)
Title: Target observation device
Inventor: NINOMIYA YASUSHI
IPC: G01S13/72
Filed: 1997-06-16
Abstract: PROBLEM TO BE SOLVED: To realize a launching guidance control for adjusting a self-possessing missile and a target by obtaining path prediction information for the target which is proceeding to outside of a radar covering zone for observing a target and can not be detected with a target observation radar device. SOLUTION: Provided are an out-of-perspective target processor 19 discriminating a target going out of the covering zone of a target observation radar device 1 in future and becoming an out-of-perspective target from a target not going out of the covering zone of the target observation radar, and an out-of-perspective zone target 21 calculating an out-of-perspective probability to be necessary for extracting an out-of-perspective target and forming path prediction information which is a prediction of path, position, velocity, etc., of the target extracted as an out-of-perspective target with the over-perspective target processor 19.
Patent JP-S6051047-A (JP)
Title: Information transmitting system
Inventor: MAKITA AKIHISA
IPC: H04L25/02
Filed: 1983-08-30
Abstract: PURPOSE:To highten information transmission rate remarkably by serial synchronous transmitting parallel data on plural interfaces and correcting deviation between received data by a buffer of receiving side. CONSTITUTION:Data so far processed in a transmitting device 1 are stored in a parallel data buffer 10, and the data are supplied successively to serial synchronous data transmission controlling circuits 12-1-12-n under control of a data transmission controlling circuit 14. Data sent out from circuits 12-1-12-n are transmitted to a receiving device 2 through a signal lines 102-1-102-n, drivers 13-1-13-n and signal lines 3-1-3-n. On the other hand, the device 2 receive the signal by receivers 20-1-20-n and inputs the signal to serial synchronous data receiving controlling circuits 21-1-21-n. The circuits 21-1-21-n detects the head of transferred data, and receives data by operating receiving buffers 22-1-22-n, and reports receiving of the head to a data receiving controlling circuit 24. The circuit 24 makes parallel data processing 23.
Patent JP-S5782805-A (JP)
Title: Production of multicore preform rod
Inventor: ISHIDA YUKINORI
IPC: C03B37/012
Filed: 1980-11-12
Abstract: PURPOSE:To hold the roundness of a core and also to ensure high accuracy for the measurement between cores, by arraying plural core materials with a prescribed space and providing the quartz glass fine powder to the outside of each core material. CONSTITUTION:Both ends of core materials 10 and 10a are fixed to a pair of fixing tools 11a and 11b so as to secure a prescribed space between the materials. Then an oxyhydrogen flame burner 12 is ignited. The burner 12 is set at the obliquely lower part of the material 10. Thus the quartz glass fine powder 12' is grown and then sprayed to the outside of the materials 10 and 10a to form a porous material 14 at the outside of these materials. Thereafter, the materials 10 and 10a are turned centering around the material 10a positioned at the center and at the same time raised up. After the growth of the material 14 is through over the entire length, the tools 11a and 11b are removed. Then the material 14 is sintered and turned transparent in a high-temperature oven, and this temperature is set lower than the softening point of the materials 10 and 10a respectively. In such way, the roundness is ensured for the materials 10 and 10a.
Patent JP-S6315338-A (JP)
Title: Data processor
Inventor: AOTA TOSHIHIRO
IPC: G06F9/48
Filed: 1986-07-07
Abstract: PURPOSE:To efficiently perform data transfer between a register file, and a FIFO, by providing a control means at a control part, and an interruption generating means at the control part of a memory access part, and also, attaching function to change the content of address conversion of an address conversion means between the control part, and the register file. CONSTITUTION:The function to change the content of the address conversion is attached on the address conversion means. The interruption generating means 35 at the memory access part puts interruption on the control part at the time of completing a prescribed access, and transfers the data from the FIFO15 to the register whose address is not used at the time of generating the interruption of the register file. The address conversion means 33 is not requested to perform the data transfer within the resister file 11 by performing the conversion of the address of the resister file 11 at the time of using the data transferred from the FIFO15 to the register file 11.
Patent JP-S644096-A (JP)
Title: Printed wiring board for electronic circuit having buried bypass capacitor
Inventor: KONISHI YASUTOMO
IPC: H05K3/46
Filed: 1987-06-26
Abstract: PURPOSE:To reduce the costs for the parts and packaging work of small- capacity capacitors and to enable a high-density packaging of ICs and memories by providing a layer having the function of a bypass capacitor inside a wiring board. CONSTITUTION:A small-capacity capacitor 9 has an area substantially same as one integrated circuit, and is formed so that one lattice-shaped surface of a power supply layer 3 and a GND layer 4 is the electrode and a ceramic layer 7 is the dielectric. And one electrode of the small-capacity capacitor 9 is connected to a throughhole 11 for the power supply and the other electrode is connected to a throughhole 12 for the GND. Further, the layout of the power supply layer 3 and the GND layer 4 is given so that the electrodes of the small- capacity capacitor 9 is not brought in contact with a throughhole 13 for the signal in the neighborhood of the lattice point to maintain insulation with the throughhole. By burying many small-capacity capacitors 9 in a printed wiring board 1, one for one integrated circuit, in this way, the packaging of the small- capacity capacitors which have been packaged on a parts packaging surface 2 as bypass capacitors become unnecessary.