baber/WOPTO huggingface dataset:
Patent JP-2000078572-A (JP)
Title: Object encoding device, frame omission control method for object encoding device and storage medium recording program
Inventor: UEHARA KENSUKE
IPC: H04N19/91
Filed: 1998-08-31
Abstract: PROBLEM TO BE SOLVED: To prevent the jitters of the outline part of mutually contacting objects caused due to the frame omission of respective objects when a moving picture is segmented into an object unit and encoded. SOLUTION: This object encoding device which extracts the shapes of plural areas of the image in a frame(FM) from inputted moving picture data, encodes the textures of the areas, and motion compensation and shape information in parallel and multiplexes and sends them out to a line at a specific rate is equipped with a means 114 which classifies the groups of one or more objects(OJ) whose outlines are brought in contact with each other, from the shape information, a means 138 which controls the allocation rate to the line in the respective group units and a means which performs frame omission in the same frames FM for the OJ belonging to the same group all at once when the frame omission is required in the case of controlling the rate. Objects whose outlines are brought in contact with each other, are grouped and the frame omission is performed in the group units as to the OJ constituting the groups.
Patent JP-S62105296-A (JP)
Inventor: OKUDA YUKIO
IPC: G07B1/00
Filed: 1985-10-31
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-H03108754-A (JP)
Title: Semiconductor integrated circuit device
Inventor: AKIMA ISAO
IPC: H01L27/04
Filed: 1989-09-22
Abstract: PURPOSE:To obtain a device provided with a substrate voltage generating circuit which can be set at an arbitrary voltage value, by constructing the device so that it contains a constant voltage generating circuit and the substrate voltage generating circuit forming a back bias voltage to be supplied to a substrate according to a periodic pulse signal formed on the basis of a constant voltage generated by the aforesaid circuit. CONSTITUTION:A device is so constructed as to contain a constant voltage generating circuit VG which receives a source voltage Vcc supplied from outside and forms a constant voltage VST, and a substrate voltage generating circuit which forms a back bias voltage -VBB to be supplied to a substrate SUB, according to a periodic pulse signal formed on the basis of the constant voltage VST. The aforesaid substrate voltage generating circuit is constructed, for instance, of an oscillator circuit OSC, a drive circuit AMP and a pump circuit PUMP. As to the oscillator circuit OSC, three CMOS inverter circuits are connected in the shape of a ring to construct a ring oscillator. The constant voltage generating circuit VG forms the prescribed constant voltage VST corresponding to a voltage value of the substrate back bias voltage -VBB formed by the pump circuit PUMP.
Patent JP-S6294401-A (JP)
Inventor: ROBAATO JIEI SUTARUTAA
IPC: B60B5/02
Filed: 1986-10-15
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-S61181732-A (JP)
Inventor: RODONII AREN SUTEIFU
IPC: B60P1/04
Filed: 1985-10-31
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-H03110385-A (JP)
Title: Melted slag suction device
Inventor: HONDA KIYOYUKI
IPC: C21C1/02
Filed: 1989-09-22
Abstract: PURPOSE:To effectively suck melted slag floating on the surface of melted metal by arranging a melted slag film destroying unit on the outer periphery of a suction head, and composing its film destroying head movable up and down. CONSTITUTION:A film destroying unit 6 has a cylinder 11 at its upper end, and is composed of a movable shaft 13 moved vertically by the cylinder 11, and a film destroying head 18 provided at the lower end of the shaft 13. When a film 3-1 is formed on the surface of the slag during suction of the melted slag 3 floated on the surface of melted iron 2 contained in a melted iron pot 1 by a suction head 5, a command is immediately applied to a cylinder driving system to operate the cylinder 11 coupled to a pressure supply tube 8 in a tube branch cover 8-1 to move down the head 18, and the film 3-1 is destroyed through a blade 19. Thus, the film on the periphery of the suction port 5-1 of the head 5 can be destroyed rapidly during suction of the slag.
Patent JP-H04126298-A (JP)
Title: Thermal adhesive sheet and data recording material using the same
Inventor: MATSUZAKI MORIO
IPC: C09J7/35
Filed: 1990-09-14
Abstract: PURPOSE:To mutually bond the data recording surfaces of a recording material in a releasable manner by specifying the T-peel strength of a support and each synthetic resin coating layer and the T-peel strength of each synthetic resin coating layer and the data recording surfaces. CONSTITUTION:A thermal adhesive sheet 3 for thermally bonding the data recording surfaces of one or two recording material 5 having data recording surfaces 5a, 5b consists of three or more layers wherein at least synthetic resin coating layers 3b are provided to both surfaces of a support 3a and the T-peel strength of the support 3a and each of the synthetic resin coating layers 3b is set to 10-150g/50mm at peel speed of 300mm/min under a 20 deg.C/65% RH condition. When the adhesive sheet is inserted between the data recording surfaces 5a, 5b of the recording material 5 to be thermally bonded thereto, the T-peel strength of each of the synthetic resin coating layers 3b and the data recording surfaces 5a, 5b is set to 300g/50mm or more at peel speed of 300mm/min under a 20 deg.C/65% RH condition.
Patent JP-S6488695-A (JP)
Title: Differentiating circuit
Inventor: TANAKA MASAKI
IPC: G06G7/18
Filed: 1987-09-29
Abstract: PURPOSE:To execute a highly accurate differentiation according to a well known analog processing by dividing a differential signal by a sampling cycle and obtaining an equal effect to a general numerical differentiation. CONSTITUTION:A detecting signal outputted from a digital detecting circuit 11 is sequentially held in a register 151 for one sampling period and fed to a subtracter 152. The output signal of the detecting circuit 11 is directly supplied to the subtracter 152 to subtract the detecting signal S(n-1) before one sampling from the register 15 from the detecting signal S(n) of a current time from the detecting circuit 11 and form the differential signal S(n)-S(n-1). The differential signal S(n)-S(n-1) is fed to a divider 153 to divide by the sampling cycle DELTAT, input the divided result to a speed compensating circuit 154, multiply by a speed compensating gain, thereby, obtain a speed compensating signal, namely, the differential signal. Thereby, the highly accurate differentiation can be attained according to the analog processing.
Patent JP-H03112392-A (JP)
Title: Protective device for dc brushless motor
Inventor: AZUMA RYOTA
IPC: H02P6/12
Filed: 1989-09-21
Abstract: PURPOSE:To protect a semiconductor switch group even when it is subjected to the function of strong wind force by detecting abnormal voltage between the windings of e motor based on a signal from a phase detecting means for detecting the position of the pole of a rotor through a permanent magnet thereby controlling the function of a switch. CONSTITUTION:The protective device comprises a semiconductor switch group 3 outputting winding current of a brushless motor, a phase detecting means 5 for detecting the position of the pole of a rotor 4 through a permanent magnet, and a control means 23 for a switch 20. When the phase detecting means 5 detects increase of the rotation of the brushless motor in reverse direction due to the wind force, a line voltage judging means 22 judges whether the line voltage between the motor windings 2 is normal or not. If the line voltage is normal, the switch 20 brings the input lines to the semiconductor switch group 3 into conducting state while brings the input lines into short-circuited state if the line voltage is abnormal. By such arrangement, the semiconductor switch group 3 can be protected even when it is subjected to the function of strong wind force.
Patent JP-H1181291-A (JP)
Title: Folding method of pollution preventing film
Inventor: HAYAMA YOSHIMASA
IPC: E02B15/00
Filed: 1997-09-10
Abstract: PROBLEM TO BE SOLVED: To expedite a work and remarkably reduce cost by excluding danger due to collapse of a load and the like, executing the work efficiently, quickly, and safely, and reducing by half the number of cranes and skilled crane operators. SOLUTION: This method is constituted of a laying process TA laying down a long pollution preventing film 1A extending in the lengthwise direction and positioning a carrying base 15 relatively rearwad movable toward the rear end part Pe in front of the front end part Ps side. It is further constituted of a hanging up process TB hanging up the pollution preventing film at one end and the other end of folding back parts (P1-Pn) by a crane K, and a carrying base moving and folding process Tc loading two folded back parts folded back at one end and the other end while folding simultaneously with piling on by moving the carrying base 15 on the rear end part Pe side during hanging up and and at the same time of hanging down.
Patent JP-2001065807-A (JP)
Title: Combustion device
Inventor: KONDO YASUO
IPC: F23C13/00
Filed: 1999-08-31
Abstract: PROBLEM TO BE SOLVED: To provide a combustion device which is able to prevent flickering out of an ignition flame which is formed at the downstream side of a high temperature exothermic layer, without using a specific flame holding means. SOLUTION: A catalytic combustion portion 4 consists of a high temperature heating layer 13 at the center portion and a low temperature heating layer 14 surrounding the layer 13. The layer 13 is provided being slid to an upstream side relative to the layer 14. With this sliding, the downstream portion of the layer 13 is provided in the state of being recessed from the downstream portion of the layer 14 with a flame holding space 21 being formed in the recess. An ignition flame generated at the downstream of the layer 13 is covered with the surrounding layer 14, and for this reason, receives less influences of a secondary airflow which is supplied to a combustion chamber 6 from a secondary air outlet port 9.  Further, despite the increase of the secondary air or lowering of the temperature of the secondary air, the ignition flame in the flame holding space 21 is not blown off or becomes unstable by the secondary airflow.
Patent JP-H0578463-A (JP)
Title: Production of polyester polymer, polyester-based toner binder and developing composition for electrophotography
Inventor: NAKAO MASAKAZU
IPC: G03G9/087
Filed: 1991-09-25
Abstract: PURPOSE:To provide a specific process for stable, easy and continuous production of the subject polymer having high quality, uniformity and viscosity and giving a developing composition for electrophotography having excellent imagefixability and offset resistance. CONSTITUTION:A dibasic or polybasic acid component and a dihydric or polyhydric alcohol component are polymerized in reactors 2,2', etc., until the conversion reaches 20-90%. The product of the above former-stage polymerization step is subjected to the latter-stage polymerization comprising successive reaction in an extrusion flow horizontal polymerizer 8 and a forced extrusion reactor 13 to complete the reaction. In the mixing zone 16 after the outlet of the forced extrusion reactor 13, a part of the product of the former-stage polymerization step and/or a part of the polymer obtained by the horizontal polymerizer 8 is mixed to the polymer delivered from the outlet of the reactor 13 by mixing lines 15, 15' to obtain the objective polymer. The reactor 13 is preferably an extruder reactor.
Patent JP-S61125252-A (JP)
Title: Transition and interruption system of medium access control state
Inventor: SUZUKI HIDEO
Filed: 1984-11-20
Abstract: PURPOSE:To improve the overall throughput and to minimize the load of an MPU by performing the normal state transition at each node by a TPC-dedicated hardware independently without the control by the MPU, interrupting to the MPU against the abnormal state to control. CONSTITUTION:A token passing controller (TPC)10 is included in an adapter of each node, and inputs transmission data 600 in the repeating status. The controller 10 also stores the processing result from the MPU20 in an RAM40 after transferring the data by DMA to a receiving buffer 50 without the controlling by the MPU20. The transferring data is transferred by DMA to the transmit/receiving buffer 50, and is made in transmission-ready status. If a token is transferred from other node, the TPC10 controls so that the repeating status transits to the token-holding status. And at the time when the transmitting of the transmit frame from the transmission buffer 50 is finished, the TPC10 controls so that the status transits to the token transmitting status. And it finally transmits the token, and further and again controls to transit to the repeating status by detecting the last byte of the frame. In the recovery status, the disappearing of the token is detected, the transition is informed by the interruption of node to the MPU, and its reason is indicated to the MPU.
Patent JP-H1186587-A (JP)
Title: Semiconductor memory
Inventor: TANIZAKI TETSUSHI
IPC: G11C29/00
Filed: 1997-09-10
Abstract: PROBLEM TO BE SOLVED: To provide a semiconductor memory which can write easily and quickly a desired potential level in a storage node of a replaced defective memory cell. SOLUTION: In a defective element writing mode, a pre-charge potential generating circuit 1052 generates a pre-charge potential of a 'H' level or a 'L' level in accordance with an external control signal, and supplies it to a pair of bit line. A pass transistor 82 to become an electrically conductive state in a defective element writing mode is provided in parallel in a fuse element 80 which is provided between a main bit line pre-charge potential supplying line and a sub-bit line pre-charge potential supplying line and cut off when it is replaced by a redundant memory cell array.
Patent JP-S62104697-A (JP)
Title: Groove aligning device for large diameter pipe
Inventor: KOUSAKA RIYOUICHI
IPC: B23K37/053
Filed: 1985-11-01
Abstract: PURPOSE:To correct the butt groove part of both large diameter pipes to a weldable state by inserting the large diameter pipe butting device of a specified structure, into the butt part of the large diameter pipe at the time of butt welding of the large diameter pipe, and moving an arm provided with a pipe diameter correcting plate in the direction of a diameter of the large diameter pipe by a hydraulic pump. CONSTITUTION:At the time of bringing two pieces of large diameter pipes to butt welding, a two-wheeler having an arm 10 attached with a pipe diameter correcting plate 11 to the upper and the lower parts is put into the butt welding groove part of both the large diameter pipes. By applying a hydraulic pressure to the cylinder 13 of the arm 10 by a hydraulic pump 22, the cylinder 13 is elongated, the inner wall of the pipe is pushed by a pipe diameter correcting plate 11 of the tip, and with respect to a butt end part having a step difference, the distortion of the shape is corrected temporarily so as to eliminate the step difference. This operation is executed at a prescribed interval in the periphery of the pipe and the butt part whose distortion is corrected is brought to tack welding, and thereafter, the groove part of both the large diameter pipes can be welded completely.
Patent JP-H1167603-A (JP)
Title: Solid electrolytic capacitor
Inventor: IZAWA KOJI
IPC: H01G9/028
Filed: 1997-08-26
Abstract: PROBLEM TO BE SOLVED: To provide a laminated-type solid electrolytic capacitor, wherein both anode parts on which the chemical conversion coating of capacitor element plate is formed and the anode part and an anode terminal are bonded by direct resistance molding. SOLUTION: At the specified part of an aluminum plate wherein a chemical conversion coating is formed, a conductive macromolecular film, a graphite layer and a silver paste layer are sequentially formed, and a cathode part N is formed. The part other than the formed part of a cathode part N is made to be an anode part P. Thus, a capacitor element plate 11 is formed. A small hole 7 is formed at a part of the anode part P of the capacitor element plate 11. A plurality of the capacitor element plates 11, the anode part P and the anode part P and the cathode part N and the cathode part N are overlapped and stacked. Then, an anode terminal 8 is mounted on the part of the overlapped anode part P where the small hole 7 is formed. The anode terminal 8, the anode part P, and the both anode parts P are bonded through resistance molding.  Both cathode parts N are laminated and bonded with a conductive resin 10. At the same time, a cathode terminal 9 is connected to the laminated part of the cathode part N with the conductive resin 10. Furthermore, the entire surface of the laminate of the capacitor element plate 11 is covered with a specified outer facing, and the solid electroytic capacitor is obtained.
Patent JP-S60142422-A (JP)
Title: Bit operation circuit
Inventor: KODACHI HIRONORI
IPC: G06F7/00
Filed: 1983-12-29
Abstract: PURPOSE:To attain high-speed processing of various bit operations related to shift operation by using adders to select bits in the shift operation. CONSTITUTION:If a control input signal is set to 011 when three digits are to be shifted to the left, a control input signal 3 is added by respective adders 2-1-2- (n-1) and the added values are outputted to selecting circuits as selecting signals. The selecting circuit 1-1 outputs the 3rd bit of the input signal and the selecting circuit 1-2 outputs the 4th bit and a value shifted by three bits. When m digits are to be shifted to the left, m is applied to a control input signal, and when m digits are to be shifted to the right, the complement of 2 of m is applied. Delay related to the shift operation is only the operation delay of the adders and the selecting circuits, so that high-speed operation is attained.
Patent JP-H0292411-A (JP)
Title: Method for controlling cold tandem rolling mill
Inventor: KOSHIRO JUNJI
IPC: B21B37/00
Filed: 1988-09-30
Abstract: PURPOSE:To prevent shape defects of a product by controlling a rolling load in the final stand to be nearly constant by adjusting a drafting position in the final stand and controlling a back tension in the final stand to be nearly constant by roll rotating speed adjustment of the stand just before the final stand. CONSTITUTION:Rolling is performed by using work rolls having a high frictional coefficient in the final stand (4th stand) 4 of a cold tandem rolling mill. A drafting position in the final stand 4 is controlled to be nearly constant by a rolling load meter 7D, etc. A back tension in the stand 4 is controlled to be nearly constant by adjusting roll rotating speed of a (3rd) stand 3. The back tension in the stands 2, 3 is controlled to be nearly constant by adjusting the drafting positions thereof except the 1st stand 1 and the final stand 4. A sheet thickness of a product is controlled by adjusting roll rotating speeds in stands except final two stands. Hence, shape defects of the product is prevented.
Patent JP-H03110472-A (JP)
Title: Storage device for blood type card
Inventor: SHIBATA HIDEYUKI
IPC: G01N33/80
Filed: 1989-09-25
Abstract: PURPOSE:To store cards by easy operation and to take them out in the storage order by storing the cards horizontally in many stages by a specific screw feeding mechanism. CONSTITUTION:Two sides of a blood type card in a parallelogram shape which is inserted through the insertion opening of the storage device are clamped with couples of male screws 2a and 2d, and 2b and 2c of the screw feed mechanism which are driven by a motor in the same directions and cards are stored horizontally in many vertical stages. The blood type cards stored in the stages are fed to the take-out opening of the storage device by a motor-driven conveyor in order from the card which is stored last and taken out. This constitution stores the cards by the easy operation and takes them out in the storage order. Further, a spiral screw feed member such as a coil is usable instead of the male screws.
Patent JP-S60144294-A (JP)
Inventor: HATAKE SUSUMU
IPC: B66C23/02
Filed: 1983-12-28
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-H1066910-A (JP)
Title: Jig for coating bumper
Inventor: KOBAYASHI HIROYUKI
IPC: B60R19/02
Filed: 1996-08-29
Abstract: PROBLEM TO BE SOLVED: To eliminate the need for molds and to improve accuracy by fixing receiving parts formed in such a manner that the front ends exist along the inside surface shape of a bumper to a juncture fixed to leg parts, thereby constituting the jig. SOLUTION: This jig comprises the columnar leg parts 11 consisting of metals, such as stainless steels, the juncture 12 having a U shape in section and the bumper receiving parts 21 to 23. The bumper receiving parts 21 to 23 are formed from aluminum sheet-like materials of the same thickness by laser beam processing in accordance with the CAD data relating to the longitudinal sectional shape at the supporting points of the bumper W. Such bumper receiving parts 21, 22 are mounted perpendicularly at the juncture 12 and the bumper receiving part 23 is mounted horizontally at the juncture 12. The jig having the high accuracy is thus formed by executing the laser beam processing in such a manner. The bumper receiving parts 21 to 23 are molded of the planar materials of the same thickness from the ends to the base parts, by which the accuracy is improved.
Patent JP-S63103112-A (JP)
Title: Steel jacket quaywall
Inventor: YAMAGUCHI SENJI
IPC: E02B3/06
Filed: 1986-10-17
Abstract: PURPOSE:To stabilize a quaywall at great water depth by a method in which auxiliary holding members are attached in parallel to the inside of a horizontal brace facing the water side of a steel jacket, and sheet piles are set between the vertical parallel members to fix them to the bottom ground under water. CONSTITUTION:Sheet pile-holding auxiliary members 16 are set in parallel on the inside of a brace on the water side of a steel jacket consisting of jacket legs 15a and horizontal braces 15b, and a sheet pile 17 is set between the members 16 and 15b. The assembled jacket is vertically lifted up on a predetermined place and settled on a given place of the seabed ground. Steel tubular piles are driven through the legs 15a to a given position into the ground and the sheet pile 17 is driven to a given setting position. The back side of the jacket 15 is embedded with soil and reinforced concrete is placed to the top of the jacket 15 as needed. The quaywall at great water depth can thus be stabilized.
Patent JP-2000077116-A (JP)
Title: Terminal part of flat cable
Inventor: WADA KEITARO
IPC: H01R12/08
Filed: 1998-09-01
Abstract: PROBLEM TO BE SOLVED: To connect connection terminals to a cable at small arrangement intervals without lowering the working yield of a conductor material, by connecting the connection terminals to ends of flat conductors of the cable having bent parts for interval adjustment. SOLUTION: A flat cable 10 is formed by covering four flat conductors 11 by insulating films 12 from both sides. Connection terminals 13 are fixed by ultrasonic welding, etc., to end parts of the flat conductors 11 exposed by peeling off the insulating films 12. Two connection terminals 13 connected to inside flat conductors 11 are linearly shaped and fixed to the flat conductors 11 at their flat parts 13b. Two outside connection terminals 13 are inwardly bent at their flat parts 13b and these flat parts 13b act as bent parts for interval adjustment. The arrangement intervals between fit parts 13c of ends of the four connection terminals 13 are adapted to be desired intervals smaller than the arrangement intervals between the flat conductors 11. The connection terminals 13 are each provided with an erected part 13a.