baber/WOPTO huggingface dataset:
Patent JP-H065522-A (JP)
Title: High frequency plasma cvd device
Inventor: MURATA MASAYOSHI
IPC: H01L21/205
Filed: 1992-06-17
Abstract: PURPOSE:To provide a high frequency plasma CVD device capable of uniformly forming a thin film having favorable film quality on a large-areal substrate. CONSTITUTION:A high frequency plasma CVD device has, in a reaction container 16, a cathode electrode 11, an earth shield 13 enclosing the side and rear surface of the cathode electrode 11, and a heater-integrated anode electrode 12 arranging a substrate 14 provided opposite to the cathode electrode 11, and also a reaction gas supplying pipe 15 and reaction gas discharging pipes 20, 21, and high frequency power is supplied to among electrodes through an impedance matcher from a high frequency power source, whereby a plasma generates in the reaction container 16. In this device, the surface of the cathode electrode 11 has a structure provided with a corrugated unevenness 101.
Patent JP-S5781891-A (JP)
Title: High-degree treatment of organic waste water
Inventor: IKEBUKURO ITSUHITO
IPC: C02F3/34
Filed: 1980-11-11
Abstract: PURPOSE: To remove impurities in sewage efficiency by adding a focculant and an adsorbent to mixed slurries of the treated water and excess sludge of a biological nitrifying and denitrifying process, and separaing these to concd. sludge and separaed water in a concentrating process.  
     CONSTITUTION: Mixed slurries 7 of the outflow slurry 6 from a bilogical nitrifying and denitrifying process 2 and separated water 5 from excess sludge are conducted to a catalytic vessel 10, where powder active carbon 8 is added thereto and the slurries are agitated catalytically, after which it is added with a flocculant 9 contg. an inorg. flocculant, whereby flocculation reaction is caused. The outflow liquid from the vessel 10 is separated to concd. sludge and concd. separated water 12 in a concentrating vessel 11. The water 12 goes through a sand filter tower 1 and is treated in a granular active carbon tower 21, from which it is discharged as high concn. treaed water 22. The sludge 13 is conducted to a mechanical dehydrating process 14, where it is separated to dehydrated and separated water 15 and dehydrated cake 16. If necessary, the water 15 is mixed with the water 12, and is subjected to subsequent treatments. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H09119537-A (JP)
Title: Back flow valve device
Inventor: ANDERSSON LARS
IPC: F16K29/00
Filed: 1996-06-19
Abstract: PROBLEM TO BE SOLVED: To improve a function of separation or the like between a valve unit and a valve seat of a vacuum valve set up in a fluid pipe line. SOLUTION: A circulating valve device has a vacuum valve 10 provided in an upstream branch path part 18 in the vicinity of an outflow end of a fluid pipe line, this vacuum valve has valve housings 15, 16, passage 20, 17, 19 are formed in this housing, the atmosphere in the periphery of the valve and the pipe line 18 are connected, and this passage or three like has a valve seat 12 and a valve plate 11. The valve plate 11 is moved to a seal contact position or in a separating direction in accordance with a pressure change in the pipe line relating to the atmosphere, relating to the seat 12, and the valve plate 11 has a constitution elastically deformable to a disk shape or therefrom by an influence of changing a pressure in a flow pipe line when the valve is closed.
Patent JP-H1013422-A (JP)
Title: Atm exchange
Inventor: GENDA KOICHI
IPC: H04L12/70
Filed: 1996-06-19
Abstract: PROBLEM TO BE SOLVED: To make cell information of a faulty line different from that of other lines by inserting a fault point ID into an AIS cell and inserting a pass flag into a leaf line matching the fault point ID when it is sent back as an RDI cell. SOLUTION: When generating AIS toward a route terminal Tr, an AIS generating circuit 71 of an AIS processing circuit 70 at an OAM process part 11 embeds an ID characteristic of the OAM process part 11 and sends the AIS cell to a signal line SW12 , an RDI process circuit 60 when inputting an RDI cell compares a fault point ID embedded in a specific field of the RDI cell with the ID set in its OAM process part 11 , sets a flag in a pass field provided in the RAI cell when they match each other, and outputs the RDI cell to an output line L11 .
Patent JP-H0448167-A (JP)
Title: Refrigerating cycle device
Inventor: ENOMOTO MASAYOSHI
IPC: F25B9/00
Filed: 1990-06-15
Abstract: PURPOSE:To permit the arbitrary setting of an outlet temperature and the amount of outlet air by a method wherein the circulating amount from the discharging side of an expanding machine into the suction side of a compressor as well as the number of rotation of the compressor and the expanding machine are controlled based on the suction temperature of the compressor. CONSTITUTION:When a target outlet temperature and the target amount of outlet air are set, a suction temperature is measured by a temperature sensor 10. The opening degree theta of a damper is operated from a difference between the suction temperature and an outlet temperature through a formula while the number of rotation of a compressor 4 and an expanding machine 3 are operated by another formula. A damper driving motor 11 and a reduction gear 2 are driven to control the opening degree of the damper at theta and the number of rotation at N. According to this method, set outlet temperature and set amount of outlet air can be obtained.
Patent JP-H027087-A (JP)
Title: Raster position adjusting device
Inventor: YAMASHITA MINORU
IPC: G09G1/16
Filed: 1988-06-27
Abstract: PURPOSE:To reduce the power consumption and to correct rasters by processing a horizontal and a vertical synchronizing signal by a DFF group of cascaded DFFs and utilizing the output of a proper delay or advance quantity as the vertical synchronizing signal. CONSTITUTION:The FF group 10 is constituted by cascading the DFF1-DFF8 and the horizontal synchronizing signal HP is inputted to the common clock terminal of the FF1-FF8 from a setting circuit 12 which sets the number of horizontal synchronizing signals. When a raster position which shifts to the lower part of a screen is corrected, the counted value of a counter 14 is set to 0. The vertical synchronizing signal VP applied to a signal input terminal 16 is delayed by 1H every time the horizontal synchronizing signal is inputted, and the raster can be corrected by using the output of, for example, the FF7. Further, when a raster which shifts to the upper part of the screen is corrected, the counter 14 is put in operation and a masking circuit 13 masks the horizontal synchronizing signal HP after the vertical synchronizing signal VP. Consequently, the next vertical synchronizing signal VP' is advanced by 4H in the output of, for example, the FF6 and the raster is corrected.
Patent JP-H11335081-A (JP)
Title: Oil feeding device in outrigger jack box
Inventor: MUNENO YUJI
IPC: B60S9/10
Filed: 1998-05-22
Abstract: PROBLEM TO BE SOLVED: To prevent damage to a hydraulic hose due to a kink, etc., by arranging a disklike weight in the inner side of the folded part of the hydraulic hose to impart tensible force to the hydraulic hose by the dead weight of a weight. SOLUTION: In an outrigger jack 10 equipped to a mobil crane, both first and second jack inner boxes 12 and 13 are elastically fitted in order into a jack outer box 11, and also one end of a hydraulic hose 30 for feeding oil to a second jack cylinder 25 is connected to the hydraulic joint 31 on the upper part of the outer box 11, and another end is connected to the hydraulic joint 32 on the upper part of the inner box 12, and is folded into a U-shape to be suspended, In this case, a disklike weight 40 is turnably arranged in the folded part inner side of the hose 30. When the inner box 12 is elongated, the weight 40 is turned to tense the folded part of the hose 30 by the deadweight of the weight 40 to stabilize behavior.
Patent JP-S5781528-A (JP)
Title: Pile construction work with reduced negative friction force
Inventor: TSUNEZAWA MICHIO
IPC: E02D31/00
Filed: 1980-11-10
Abstract: PURPOSE: To prevent the occurrence of negative friction applying on a pile being settled by consolidation by laying a sheet having a small friction coefficient between the periphery of the pile and the adjoining soil and sand except for a desired length at the tip of the support pile.  
     CONSTITUTION: When a steel tubular pile 1 is driven underground until the outlet 5 of the sheet 4 at the upper end of a sheet-housing metal 3 provided on the lower periphery of the pile 1 reaches the level of the gound surface (a), the end  of the sheet 4 is attached to a ringed fitting tool 6 and the fitting tool 6 is  fixed to the ground's surface (a) by means of a driving bar 7. Then, as the steel  pile 1 is driven further, the sheet 4 is sent out in such a way as to cover the  periphery of the pile under the groune. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S5585521-A (JP)
Title: External remedy for skin disease
Inventor: NIKORASU ESU BOODAA
IPC: A61P17/00
Filed: 1979-12-05
Abstract: PURPOSE: The title non-toxic remedy having improved prolonged pharmacological actions, comprising a specific progesterone prodrug as an active constituent.  
     CONSTITUTION: A remedy comprising a progesterone compound of formula I [X is 0, formula II (R 3  and R 4  are H, or 1W8C alkyl group; R 5  is -COOR 7 ; R 7  is H, 1W20C alkyl group, etc.; R 6  is H, -COR 7 , etc.); R 1  is H, 1W8C alkyl group, etc.; R 2  is H, OH, etc.; R 8  is H, Cl, etc.; R 9  is H or 1W8C alkyl group], e.g. 5-pregnene-3,20-dispiro-2',2'-di(1',3'-thiazolidine-4'-ethyl carboxylate, as an active constituent. The progesterone is effective against acnes caused by 5α-dihydrotestosterone which is a metabolite of testosterone however inactivated readily by metabolism. Therefore, the prodrug form improves the prolonged action. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H0323674-A (JP)
Title: Semiconductor device
Inventor: IKEDA MIKIO
IPC: H01L29/78
Filed: 1989-06-21
Abstract: PURPOSE:To increase current value of a semiconductor device by making a trench on a semiconductor substrate and by forming a MOS type transistor with a channel width in the depth direction on the side and bottom surfaces. CONSTITUTION:A U-shaped trench is cut in the surface-layer part of a substrate 1 and source and drain 2 are formed by using the side and bottom surfaces. As a result, a channel width 4 can include the side and bottom surfaces of trench and the channel width 4 can be made longer by making deep the trench. Also, the channel width can be made longer by forming a continuous V shape without making U shape. thus increasing current value of a MOS-type transistor.
Patent JP-H0833390-A (JP)
Title: Motor control circuit
Inventor: UEDA TSUKASA
IPC: H02P7/288
Filed: 1994-07-11
Abstract: PURPOSE:To obtain a motor control circuit which restrains a change in the rotational speed of a motor when the load of the motor is changed by a method wherein the state of the load of the motor is detected by a change in a current at the power-supply input terminal or the grounding terminal of an integrated circuit and a set voltage which is applied to the motor-driving-voltage setting terminal of the integrated circuit is controlled. CONSTITUTION:A current which flows in a motor 102 flows through a resistance 103 from a grounding terminal 116. When the load of the motor 102 is raised and the current is increased, a voltage across both ends of the resistance 104 is raised, and, as a result, a control voltage which is applied to a motor-driving- voltage setting terminal 112 is raised. Then, a voltage which is applied to bases for transistors 107 to 110 in a bridge circuit from a regulator 106 is raised, the continuity degree of the respective transistors 107 to 110 which have been controlled to a continuity state is raised, a voltage drop is reduced, and the applied voltage of the motor 102 is raised and corrected. Consequently, even when the consumed current of the voltage applied to the motor 102 is changed and the voltage is dropped or raised, the rotational speed of the motor 102 is stabilized.
Patent JP-2000349798-A (JP)
Title: Suscriber transmitter
Inventor: OGI TAKESHI
IPC: H04L12/44
Filed: 1999-06-07
Abstract: PROBLEM TO BE SOLVED: To provide a subscriber transmitter which avoids generation of a burst error of reception data even when a phase difference between reception burst data in a terminal station device is large or even when a duty ratio of a reception signal is deteriorated. SOLUTION: In a terminal station device 10, a multiple clock of a frequency higher than a master clock of a reference time of a whole subscriber device is generated and a phase difference from an expected phase corresponding to the number of multiple clocks is detected as phase difference information for every TDMA burst frame in an upstream direction from each terminal device 12. The phase difference information corresponding to each of the terminal devices 12 is inserted into an OH part of a TDM frame in a downstream direction and each terminal device 12 is notified of it.  Each terminal device 12 extracts this from a position which is allocated to its own device of reception burst data and delays transmission burst data in accordance with the notified number of clocks by using an equivalent timing synchronized with the terminal station device 10 generated by each terminal device 12. A phase adjustment such as this is performed at every cycle.
Patent JP-H09317138-A (JP)
Title: Tatami mat for heating purposes
Inventor: SASAKI CHIKA
IPC: E04F15/02
Filed: 1996-05-30
Abstract: PROBLEM TO BE SOLVED: To improve thermal efficiency by a method wherein a panel body is constructed of a pipe for circulation of warm water, a baseboard provided with guide grooves for laying the pipe therein, and a rubber cushioning member laid on the baseboard. SOLUTION: A rubber cushioning member 2 is provided, and a baseboard 3 provided with a guide groove 7 in a U-shaped section composed of long grooves 7a and archlike grooves 7b is laid at the underside of the rubber cushioning member 2. Then, metal layers 5 and 6 serving as radiators for covering a warm water pipe to be laid in the guide groove 7 at the baseboard 3 are laid integrally in layers between the baseboard 3 and the cushioning member 2, and thereby a panel body 10 is formed. A tatami facing 1 is laid on the panel body 10. Therefore, thermal conductivity is improved for warm water circulating in the pipe while heat dispersion by the warm water can be prevented.
Patent JP-S5858833-A (JP)
Inventor: MAIKERU BII BURENNEN
IPC: H02H7/00
Filed: 1982-09-14
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-S5488955-A (JP)
Title: Reinforced thermoplastic resin composition
Inventor: KAMATA KAZUMASA
IPC: C08L33/04
Filed: 1977-12-26
Abstract: PURPOSE:To prepare the title composition having high moldability, and giving a white opaque molded article having excellent uniformity, dimensional stability, and heat resistance, by compounding specific amounts of polymethyl methacrylate and glass fiber to polyethylene terephthalate. CONSTITUTION:10-90 Weight % of polyethylene terephthalate, 5-70% of polymethyl methacryalte, and 5-50% of glass fiber such as glass roving, are mixed together, and directly injection molded. The dimensional stability, heat resistance and rigidity of the molded article can be further improved without reducing the reinforcing effect of the glass fiber, by adding <= 30 wt% of talc (pref. powder with diameters of 0.01-10mu) or glass flakes (pref. flakes having diameters of< 500mu),  provided that the sum of the talc, etc. and the glass fiber is 5-60%.
Patent JP-S5782110-A (JP)
Title: Preparation of titanium nitride and titanium carbide
Inventor: MATSUOKA TOMIZOU
IPC: C01B31/30
Filed: 1980-11-12
Abstract: PURPOSE: To prepare high purity titanium nitride or titanium carbide, easily, at low cost, by mixing fine powder of anatase TiO 2  with carbon powder having finer particle size, and heat-treating the mixture in N 2  gas or an inert gas containing methane.  
     CONSTITUTION: Anatase titanium oxide having an average particle diameter of ≤0.5μm is mixed with carbon powder having finer particle size than the titanium oxide. The amount of the carbon powder is 2 times mol which corresponds to the amount necessary to reduce the titanium oxide to metallic Ti or 3 times mol which corresponds to the amount necessary to reduce the titanium oxide to metal and convert to carbide. In the former case, the objective titanium nitride is prepared by heat-treating at 1,300W1,500°C in N 2  gas containing methane, and in the latter case, the titanium carbide is obtained by the heat-treatment at a temperature above 1,350°C and below the melting temperature of titanium carbide, in an inert gas containing methane. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S6052547-A (JP)
Title: Heat-resistant aluminum alloy for electrical conduction and its production
Inventor: YANASE HITOSHI
IPC: C22F1/04
Filed: 1983-08-31
Abstract: PURPOSE:To provide a titled Al alloy which has particularly the strength equivalent to the strength of the conventional heat-resistant Al alloy for electrical conduction and has remarkably improved heat resistance without decreasing electrical conductivity so much by contg. Ni, Cu and Be respectively at prescribed ratios and consisting of the balance Al and ordinary impurities. CONSTITUTION:The Al alloy of this invention contains, by weight %, 1.5% Ni, 0.02-0.3% Cu and 0.03-0.5% Be and consists of the balance Al and ordinary impurities. Such Al alloy is manufactured by casting continuously or semicontinuously the Al alloy having the above-described compsn. and subjecting the casting alloy to hot-rolling to a roughly drawn wire. The roughly drawn wire is cold-drawn to a desired wire diameter and is then subjected to a heating treatment for 0.5-10hr at 200-500 deg.C to adjust the strength and conductivity and to provide heat resistance. Since the alloy is highly resistant to heat, the alloy has the remarkable effect of increasing power transmission capacity when used for a transmission line, etc.
Patent JP-S5947631-A (JP)
Title: Key input device
Inventor: TOKUMARU TAKEJI
IPC: H03M11/02
Filed: 1982-09-13
Abstract: PURPOSE:To ensure the correspondence even to a high-speed key input, by storing the key input signal in a binary code and at the same time deciding a normal or abnormal input after detecting the debounce time of the key input signal. CONSTITUTION:The key input signal sent from a key 11 is sampled and supplied to a one-shot circuit 22, and an FF27 of the circuit 22 is set to prevent the input of the next key input signal as well as to start a debounce circuit 29. The states of binary codes KR1-KR8 and KB1-KB8 delivered from demodulators BCB and BCD are set to FF341-344 and 351-354, respectively by the output signal of the circuit 22. The timing obtained at a time point when a key signal is fetched is stored temporarily. A line 2 is changed to a line 1 after a prescribed time which is delayed by a shift register 30 of the circuit 29, and a key signal fetching instruction is delivered. At this time point, the states of FF341- 344 and 351-354 are stored in the form of key input timing signals. When the output of the line 2 is set at 1, FF34 and 35 are reset by a reset signal RS2 to fetch the next key input.
Patent JP-S5879534-A (JP)
Inventor: MITSUSHIERU II HATSUSEE
IPC: B01D15/00
Filed: 1982-09-11
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S6053111-A (JP)
Inventor: MISHIMA YOSHIO
IPC: A47J27/08
Filed: 1983-08-31
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-S6050148-A (JP)
Title: High toughness steel saving refining
Inventor: AIZAWA TAKESHI
IPC: C22C38/40
Filed: 1983-08-30
Abstract: PURPOSE:To obtain a steel having toughness and strength comparable to those of a refined steel as hot worked by adding specified percentages of C, Si, Mn, V, P, Al and N to Fe. CONSTITUTION:A steel consisting of, by weight, 0.25-0.60% C, 0.10-0.50% Si, 1.00-1.60% Mn, 0.05-0.25% V, <=0.012% P, 0.020-0.060% Al, 0.0080-0.0200% N and the balance Fe with impurity elements or further contg. <=0.60 Cr and/or <=0.50% Ni is prepd. To the steel may be added one or more among <=0.13% S, <=0.30% Pb, <=0.15% Te, <=0.15% Se and <=0.010% Ca.
Patent JP-S6316718-A (JP)
Title: Quasi-instantaneous compression differential coding system
Inventor: TAKEGAHARA TOSHIYUKI
IPC: H03M7/38
Filed: 1986-07-09
Abstract: PURPOSE:To contrive to decrease the transmission error by improving the transmission efficiency through the compression transmission of a differential signal and providing a local demodulator properly to the sender side. CONSTITUTION:A level of a sequential differential signal 17 is detected sequentially for one block period sequentially and the compression range of the block period differential signal is decided by the maximum level among the levels detected in the one block period. An output of the range detector 4 is a signal 18, which is held for one block period by a next one block period signal holding device 5. On the other hand, an input signal 16 is subject to one block time delay by a one block delay unit 7, from which an input delay signal 19 is sent. The input delay signal 19 is supplied to the difference device 8, where it is subject to difference processing from the original signal being the decoding of the signal before one sample by means of the difference device 8, a quasi-instantaneous compressor 9, a quasi-instantaneous expander 10 and an accumulator 11, and the result is obtained as an adjacent sample digital difference signal 20. It is subject to range compression and half-adjust processing by the quasi- instantaneous compressor 9 whose compression range is decided by the range signal 18 from the range detector 4 and the result is outputted from an output terminal 13 as a difference signal output.
Patent JP-S6316133-A (JP)
Title: Variable capacity turbine
Inventor: MATSUO SHIGETO
IPC: F01D17/14
Filed: 1986-07-09
Abstract: PURPOSE:To obtain the high efficiency in a wide range by arranging a front vane having a supporting shaft at the rear edge of the vane onto the upstream side and arranging a rear vane having a supporting shaft at the front edge of the vane onto the rear flow side. CONSTITUTION:The gas introduced into a scroll 1 flows, branched into an outer peripheral side flow passage 5 constituted of the front edge 11 of a front vane 10 having a supporting shaft 13 at the rear edge 12 of the front vane and an inner peripheral side flow passage 8 constituted of the front edge 11 of the front vane and a scroll tongue part 7. When the flow rate is increased, the inner peripheral side flow passage 8 is widened by turning the front vane 10 around the supporting shaft 13. When the flow rate is reduced, the front vane 10 is brought close to the scroll tongue part 7, and the rear edge 22 of a rear vane 20 is brought close to the scroll inner wall 2.
Patent JP-S5583346-A (JP)
Title: Side-peak compressor circuit
Inventor: IKEGAMI ICHIROU
IPC: H04B1/10
Filed: 1978-12-20
Abstract: PURPOSE: To compress a side-peak tone, generate near the tuning or detuning point of an FM signal, to a desired level by compressing a side-peak making use of S- curve characteristics obtained from the detection output of the FM signal.  
     CONSTITUTION: The S-curve output of a received FM wave is supplied by quadrature detector 3 to bases of transistors Tr9∼Tr11. When an S-curve deviates upward or downward from a center frequency, switching voltage VR 1  appears at the collector of Tr12. A sound signal, on the other hand, is led via Tr11 to an electronic volume composed of Trs 13∼23, which is controlled by base voltages VC and VD of Trs 13 and 14. Then, constant current IC is flowed via an emitter follower of Tr27 by Tr28 by a voltage obtained by volume 25 and a differential amplifier composed of Trs 30 and 31 is switched by voltage VR 1  by using the emitter voltage of Tr27 as a power supply, so that the side-peak of a sound output can be compressed. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S5949179-A (JP)
Inventor: MORII HIROAKI
IPC: H01T13/20
Filed: 1982-09-15
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。