baber/WOPTO huggingface dataset:
Patent JP-H0716168-A (JP)
Title: Bathroom unit
Inventor: ARAI AKIHIKO
IPC: A47K3/16
Filed: 1993-06-30
Abstract: PURPOSE:To constitute the vathroom unit so that a change of a bathtub can be executed easily from the inside of the bathroom unit even after its construction is completed by fitting the upper edge part of a bathtub to a bathtub receiver, and also, fixing a leg part of the bathtub to a filler, and forming a frame member so as to be attachable and detachable to and from a bathtub frame from a checking port. CONSTITUTION:In the case of installing a bathtub 4, first of all, a frame member D19 is fixed to a frame member B12 and a frame member C13 with a screw, etc., and in a filler reservoir 23 of the frame member D19, a filler such as an adhesive agent, etc., is stored, and the bathtub 4 is dropped in from an opening on the upper face of a bathtub receiver 3. As a result, legs 7 are fitted into the filler and fixed. In such a state, in the case of a change of the bathtub 4, etc., it will suffice that the frame member D19 formed integrally with the bathtub 4 is detached from the frame member B12 and the frame member C13, and a checking port cover 18 of an apron part 15 in a washing place 2 is detached. Therefore, from front and rear checking ports 16, 17, a fixing part of the frame members B12, C13 and the frame member D19 can be exposed easily, and the fixing screw can be detached easily from the inside of the bathroom unit.
Patent JP-H0452493-A (JP)
Title: Continuous calcination furnace
Inventor: YAMAZAKI KENICHI
IPC: F27D3/12
Filed: 1990-06-20
Abstract: PURPOSE:To provide a uniform quality article with reduced thermal energy for a short time by directly calcining the article to be calcined by supporting a furnace structure freely slantingly, and inserting the continuos article to be calcined from a frontally opening, keeping a furnace chamber lowering rearwardly, and further connecting and opening a gas supply pipe to the middle part of the furnace core pipe. CONSTITUTION:A furnace structure 1 includes a plurality of furnace chambers 4... interiorly thereof along the length thereof and supported freely slantingly by a support table 2 via a lateral shaft 5 protruding left and right from an outer side surface control part. An inclination angle is fixed by a fitment 6, and a heater 7 and a thermocouple 8 are provided in each furnace chamber 4 in the furnace structure 1. The furnace core pipe 3 penetrates the furnace structure 1 lengthwise, and the gas supply pipe 9 is connected with the furnace core pipe 3 in the furnace structure 1 and is connected to the middle part of the furnace core pipe 3 depending upon calcination conditions. The furnace core pipe 3 allows the article to be calcined to be inserted at a frontal opening device 10 delivers the continuous structure formed in a calcined article molding device 11 on the front side of the furnace core pipe 3.
Patent JP-S5952821-A (JP)
Title: Oil-immersed electrical machinery and apparatus
Inventor: KOBAYASHI MASAHIRO
IPC: H01F38/30
Filed: 1982-09-20
Abstract: PURPOSE:To prevent a current transformer from an effect due to the outside air, and to eliminate the danger of damage from the outside by setting up a split flange on the cable side of a cable connecting duct and disposing the current tranformer near a cable-head fitting flange in the split flange. CONSTITUTION:The cable connecting duct 1 and an oil-immersed electrical machinery and apparatus proper 2 are connected through an oil-immersed spacer 3, and the duct 1 is connected to an end plate 4 through a split duct 15 on the cable 9 side and partitioned from the air side. The duct 1 is filled with oil. The end plate 4 is supported by a supporter 11 set up on a base 12. The current transformer CT13 is disposed in the cable connecting duct 1 so as to surround a cable head 7 while being conformed to the inner diameter of the split duct 15, and the lower side of the CT13 is set up so as to form the bottom of the cable connecting duct 1. The lead of the CT13 is connected to a lead terminal 14 fitted outside the split duct 15. Accordingly, insulating strength is improved, and an influence caused by the outside air can be eliminated because the current transformer is set up in insulating oil.
Patent JP-S6052964-A (JP)
Title: Error correcting method
Inventor: AMANO YOSHINORI
IPC: G11B20/18
Filed: 1983-09-02
Abstract: PURPOSE:To prevent an increase of overlooking of an error detection by a CRC code, and to correct an error by decreasing the number of times of correction by a parity code by following an increase of generation of a data error, and executing the error detection by the parity code by a portion of the number of times of decrease. CONSTITUTION:A reproducing voice digital signal to which parities P, Q of two sequences are added is brought to frame constitution, and a CRC code is added to each frame and written in a data memory 1. An error pointer signal is outputted by an error detection by this CRC code, and an error pointer is set in an error pointer memory 2. On the other hand, the contents of a memory 1 are brought to parity check by the parity P in a parity checking circuit 4, and following an increase of generation of an error, a switch sets the error pointer in the memory 2 through an error pointer generating circuit 9, the number of times correction of an error by a P parity correcting circuit 8 decreases, and the number of times of detection of an error increases. With regard to the parity Q, too, the processing is executed in the same way, and an increase of overlooking of an error detection by the CRC code is prevented, and an error is corrected.
Patent JP-H0211271-A (JP)
Title: Arc power unit
Inventor: KONISHI HITOSHI
IPC: B23K9/10
Filed: 1988-06-28
Abstract: PURPOSE:To use an arc sound as a sound of BGM or various bits of work information by allowing a control command signal to contain a sound signal and changing pulsation of DC supplied to arc load according to the sound signal. CONSTITUTION:An input side DC conversion circuit 1 rectifies an AC power source and converts it into DC and a high-frequency inverter circuit 3 switches AC by FETs 2a, and 2b as high-speed semiconductor switches and converts the DC into high-frequency AC. An output side DC conversion circuit 5 rectifies the high-frequency AC and supplies the output DC whose pulsation changes according to a component below almost sound frequency of the high-frequency AC to the arc load 4. A switching driving circuit 7 controls variably switching frequency of the FETs 2a and 2b in proportion to a feedback control signal outputted by an error amplifier 6 by frequency higher than the sound frequency. An adder 8 superimposes and synthesizes the sound signal on a constant current setting signal of a load current and forms the control command signal.
Patent JP-S5952666-A (JP)
Title: Piezoelectric type printing head driving circuit
Inventor: HORI SHINICHI
IPC: B41J9/44
Filed: 1982-09-20
Abstract: PURPOSE:To make it possible to conserve electric power, in a dot type printer, by supplying the base current of a first transistor switch turned on in printing through a third transistor turned on only during printing. CONSTITUTION:In performing dot printing, a transistor Q4 is turned on by the H-level of a second signal Vc and a third transistor switch Q3 is turned on to supply power source voltage to resistance R1 while a first transistor Q1 is turned on to apply voltage Vd to a piezoelectric body P to perform dot printing. On the other hand, in non-printing, the signal Vc comes to a L-level and the transistor Q4 is turned off while the base of the third transistor switch Q3 comes to the voltage of the power source E to be turned off and a current is not flowed to the resistance R1. In addition, a second transistor switch Q2 is turned on by H of a signal Vd while the base of Q1 is earthed to be brought to an OFF-state and voltage is not applied to the piezoelectric body P. By this mechanism, a current is not flowed to the resistance R1 during non-printing and wasteful power is not consumed.
Patent JP-S5863201-A (JP)
Title: High frequency circuit device
Inventor: MACHIDA TAKASHI
IPC: H01P1/162
Filed: 1981-10-12
Abstract: PURPOSE:To ensure the stable working and easy control for a high frequency circuit, by providing an electric wave absorber to the inner side of a metallic upper cover and absorbing the electromagnetic field of an undesired mode that is generated within a housing. CONSTITUTION:A microstrip line 3 is formed on a dielectric substance 2 which is joined to an earth conductor 1. Thus a high frequency cicuit is formed. This circuit is joined to a housing 7 which is provided with a metallic housing 4 and a metallic upper cover 5 containing an electric wave absorber 6 of having (t) thickness adhered to its inner side to absorb the electromagnetic wave generated within the housing. In general, the undesired resonance of the metallic housing does not occur in case when a side of the square metallic housing is equal to the wavelength within a tube of a transmitting signal band (or a handling frequency band) and shorter than the half wavelength. However, the size of the housing is inevitably large with an actual high frequency circuit. As a result, the undesired resonance is produced within the metallic housing. In this connection, the absober 6 is provided to absorb the undesired electromagnetic field generated within the housing 7. Thus the undesired resonance can be easily eliminated for the housing 7.
Patent JP-S5863529-A (JP)
Title: Car-mounted refrigerator
Inventor: UEDA TOSHIMICHI
IPC: B60R7/00
Filed: 1981-10-14
Abstract: PURPOSE:To prevent a battery from being discharged by automatically turning off a switch by means of the change of the coil exciting force and by turning on an alarm lamp when the power voltage of a car-mounted refrigerator is dropped to an value equal to or less than a preset value. CONSTITUTION:An automatic power cut switch 10 is provided on a power cord 4 between a battery and a plug 3, so that when the voltage of a power supply is high a coil 15 is excited with a strong force and a contact point 14 gets into contact with a contact point 12, then a current flows through a cooling unit 1 to operate it. When a car is stopped and an engine-mounted generator is not operated, the voltage of the power supply 11 is dropped and the exciting force of a coil 15 is reduced, thereby the contact point 14 is removed from the contact point 12 to get into contact with a contact point 13. Accordingly, the cooling unit 1 becomes nonconducting and is not operated. Since the contact point 14 gets into contact with the contact point 13, a current flows through an alarm lamp 16 to turn it on.
Patent JP-S5786740-A (JP)
Title: Tester for tension under low temperature
Inventor: KURAOKA YASUO
IPC: G01N3/18
Filed: 1980-11-19
Abstract: PURPOSE:To perform a continuous tension test by means of a single pull rod, by a method wherein, in a constant temperature oven, a plurality of samples are attached to a rotatble cylinder, and a plurality of coupling flanges rotatably located at given intervals in an axial direction. CONSTITUTION:After one ends of samples 14-16 are secured to coupling flanges 17-19, respectively, the other ends are secured to a disc 10, and placed in a constant temperature oven 1 to bring it into a set low temperature condition. After, with a cylinder 9 turned, the sample 14 is caused to coincide with an extension line of a pull rod 12, the pull rod 12 pulls and lifts a body 13, which results in lifting the coupling flange 17 engaging a hook 13a to perform a tension test of the sample 14. Then, with the cylinder 9 turned, the sample 15, and subsequently, the sample 16 is caused to coincide with the extension line of the pull rod 12, and this permits the continuous tension test of the samples.
Patent JP-H0452321-A (JP)
Title: Block for continuous footing construction
Inventor: MATSUSHITA KATSUYA
IPC: E02D27/01
Filed: 1990-06-21
Abstract: PURPOSE:To cope with the ground having various properties by making the side surface along the length direction of a footing part a tapered surface in which the width of the footing part becomes small, and providing anchor reinforcements on the side surface of the tapered surface. CONSTITUTION:A block 1 fro continuous footing construction is constituted with a footing part 1a, extending in the length direction of a wall, and a walllike part 1b, standingly provided along the length direction of a footing part 1a on the footing part 1b, as a main body. In this case in the footing 1a, a side surface 1c, along the length direction of the footing 1a, is made a tapered surface, in which the width of the footing part 1a becomes smaller in proportion to go from the upper end to the lower end. Also reinforcing steel materials 2 and 3, composed of main reinforcements 2a and 3a and arrangements of bar 2b and 3b respectively, and buried in the insides of the footing part 1a and the walllike part 1b. Both the left and right ends of the reinforcing steel material 2 are protruded on the side surface of the footing part 1a to be integrated with placing concrete.
Patent JP-S5686362-A (JP)
Title: Frequency-voltage conversion circuit
Inventor: MIZUMOTO KATSUHARU
IPC: G01R23/09
Filed: 1979-12-15
Abstract: PURPOSE: To obtain an output voltage having reduced amount of rippled components with high stability and decreased number of using capacitors to realize a formation of IC, by actuating a switch in correspondence to the cycle of an input pulse signal for the constant-speed control of a motor.  
     CONSTITUTION: With application of the trigger pulse (b) according to the cycle of the input pulse signal (e), the FF8 produces the outputs Q and Q'. At the same  time, the charge/discharge control circuit 9 performs a charge/discharge control in  response to the pulse (b) and in order to turn the output voltage (e) of the capacitor C 0  into the reference voltage V ref2 . The switch 14 is turned on by the logic  product output (f) of the signal (a) multiplied by the output Q, and thus the  voltage (e) rises up linearly. When the voltage (e) reaches the reference voltage  V ref1 , the comparison output (g) is produced to reset the FF8. Then the switch 16 is  turned on by the logic product output (h) of the output Q' multiplied by the signal  (a). Thus the voltage (e) drops down linearly the half cycle. When the switch 18 is turned on by the reversed output (i) of the signal (a), the voltage (e) is held at CH. And the output voltage (j) is turned to the value corresponding to the cycle of the signal (a). 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S6055717-A (JP)
Title: Television tuner
Inventor: HATASHITA HIROSHI
IPC: H03J3/28
Filed: 1983-09-07
Abstract: PURPOSE:To obtain a tuner easy to adjust by constituting tuning circuits, which are provided in the preceding stage of a high frequency amplifying circuit and between the high frequency amplifying circuit and a mixer circuit respectively, with fixed BPFs which are switched in accordance with a receiving band and are different in pass band. CONSTITUTION:A UHF television signal inputted from a terminal 1 is amplified selectively by a tuning circuit 2, a high frequency amplifying circuit 3, and a tuning circuit 4 and is inputted to a mixer circuit 5. The signal inputted to the circuit 5 is converted to an IF frequency by the signal inputted from a local oscillating circuit 6 and is amplified by a mixer circuit 11, which is operated as an IF amplifying circuit at a UHF reception time, and is ouputted from the terminal 13. A VHF television signal inputted from a terminal 7 is inputted to the mixer circuit 11 through a fixed BPF14, a high frequency amplifying circuit 9, and a BPF16 in case of a low band and is inputted to the circuit 11 through a BPF15, the circuit 9, and a BPF17 in case of high band, and the signal inputted to the circuit 11 is converted to an IF frequency by the signal from a local oscillating circuit 12 and is outputted from the terminal 13. Thus, tracking adjustment of the circuit 12 and tuning circuits 8a and 10a are unnecessary, and the tuner adjustment time is shortened considerably.
Patent JP-H0512114-A (JP)
Title: Cache memory
Inventor: YAMAMOURI MASAHIKO
IPC: G06F12/08
Filed: 1991-07-04
Abstract: PURPOSE:To suppress the transfer of data making no access at the time of executing a vector command to a cache memory and to reduce overheads. CONSTITUTION:In accordance with a vector increment register 4 maintaining the distance between vector data elements designated by the vector command, the output of the register 4 and a value preliminarily designated, the presence or absence of the utilization of the cache memory in the access to the vector data is decided.
Patent JP-2000346494-A (JP)
Title: Temperature type expansion valve
Inventor: KOBAYASHI KAZUTO
IPC: F16K31/68
Filed: 1999-06-10
Abstract: PROBLEM TO BE SOLVED: To simplify a member of a temperature type expansion valve equipped with a refrigerating cycle such as an air conditioner or the like. SOLUTION: The temperature type expansion valve 100 comprises a valve chamber 122 communicating with a high-pressure refrigerant inlet 120 in a body 110 made of an aluminum alloy. In this case, a refrigerant controlled for its flow rate by a valve disc 190 is supplied from a first passage 130 to an evaporator side. The refrigerant returned from the evaporator is directed toward a compressor side through a second passage 140. A diaphragm 160 in a power element 150 drives a rod-like valve disc driving member 180 in response to a pressure and a temperature of the refrigerant. A rubber member 220 for sealing a hole 181 of the body 110 is integrally baked and connected to a recess 182 of the member 180.
Patent JP-S6319230-A (JP)
Title: Frp member
Inventor: SUGITA MINORU
IPC: C08J5/04
Filed: 1986-07-11
Abstract: PURPOSE:To enhance the apparent cross-sectional secondary moment of an FRP member, by arranging high rigidity fibers such as carbon fiber along the longitudinal direction of the FRP member so that the density of said fibers becomes higher as the fibers go away from the intersecting point of the balance axes of the cross-section of the FRP member. CONSTITUTION:An FRP member 1 formed so as to have the same outer shape as T-steel is constituted so that linear continuous fibers extending in the longitudinal direction of the FRP member 1 are embedded in a synthetic resin serving as a matrix. Further, in the FRP member 1, high rigidity fibers 2 such as carbon fibers are arranged along the longitudinal direction of the FRP member 1, that is, in parallel to the linear continuous fibers so that the density of the high rigidity fibers 2 becomes higher as said fibers go away from the intersecting point of a plurality of balance axes 3, 3 on the cross-section of the FRP member 1. Further, the lips 1b extending in the longitudinal direction of the FRP member 1 are formed to the FRP member 1 at the lower parts of the end edge parts of the flanges 1a thereof.
Patent JP-S6224534-A (JP)
Title: Black dag applying device
Inventor: UCHIDA MITSUO
IPC: H01J9/22
Filed: 1985-07-24
Abstract: PURPOSE:To achieve continuous work by cleaning excessive liquid adhered to the pattern forming frame during spray work and dehydrating. CONSTITUTION:A panel P is set on the face plate 12 of panel table 2 while directing downward then spray guns 31, 32 are functioned with constant cycle to apply black dag such as barrier and fine graphite onto the fluorescent screen or the inner face of panel P vacuum deposited with aluminum. Upon finish of spraying, the panel P is removed from the panel table 2 which is moved from spray apparatus 5 section to cleaning apparatus 6 section along a guide rod 3 through function of table cylinder 4. The pattern forming frame separated from the panel table is supported on the rotary table and cleaned with water ejected through shower nozzle while rotating then dehydrated centrifugally thereafter, it is mounted on the panel table again and reset to spray section.
Patent JP-S6215433-A (JP)
Inventor: GIYURA YARORIKUSU
IPC: G01N1/00
Filed: 1986-07-11
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-S6223507-A (JP)
Title: Cold/hot generating equipment
Inventor: MOCHIZUKI KENICHI
IPC: F01K25/10
Filed: 1985-07-24
Abstract: PURPOSE:To make it simple to do piping works so as to reduce the cost of an equipment, by connecting the upper stream side of a booster pump and a carburetor with each other, by a by-pass pipe, setting a low pressure flow rate control valve in this by-pass pipe, and connecting said carburetor and an air heater with each other, through a by-pass valve. CONSTITUTION:Liquefied gas is fed to a carburetor 3 by a booster pump 1, evaporated in this carburetor 3, and turbines 5, 6 are driven by the evaporated gas. The gas which passes through these turbines 5, 6, is heated to the required temperature by an air heater 4, and fed to the places where it is needed. The upper stream side of the booster pump 1 and the carburetor 3 are connected with each other, by a by-pass pipe 9, and a low pressure flow rate control valve 15 is set in this by-pass pipe 9. The carburetor 3 and the air heater 4 are connected with each other, through a by-pass valve 8. In this way, as it is not necessary to set another carburetor for liquefied gas, as a carburetor provided against emergencies, the piping works can be performed simply, and the cost of equipment is reduced.
Patent JP-H0716476-A (JP)
Title: Production of metallic carrier
Inventor: OTA HITOSHI
IPC: B01J35/04
Filed: 1993-07-01
Abstract: PURPOSE:To efficiently produce a high quality metallic carrier excellent in durability by applying a joining inhibitor to the prescribed positions of the inside of an outer tube or the prescribed positions of the outside of a honeycomb body, housing the honeycomb body in the outer tube and carrying out brazing so that unjoined parts are formed at the prescribed positions between the honeycomb body and the outer tube. CONSTITUTION:Flat sheets 1a and corrugated sheets 1b each made of a heat resistant metal are alternately laminated or a flat sheet 1a and a corrugated sheet 1b are superposed and wound. The resulting honeycomb body 1 is housed in an outer tube 2 to obtain a metallic carrier. At this time, a joining inhibitor is applied to the prescribed positions of the inside of the outer tube 2 or the prescribed positions of the outside of the honeycomb body 1, the honeycomb body 1 is housed in the outer tube 2 and brazing is carried out with a brazing filler metal 3 so that unjoined parts are formed at the prescribed positions between the honeycomb body 1 and the outer tube 2. The outside of the honeycomb body 1 is prevented from sticking to the inside of the outer tube 2 by a diffusion joining reaction, joining can be carried out only at the prescribed positions and the objective high quality metallic carrier excellent in durability is efficiently produced.
Patent JP-H04201274-A (JP)
Title: Drive circuit of gradation expressing printing head
Inventor: HIRAYAMA YOSHIHIKO
IPC: B41J2/52
Filed: 1990-06-20
Abstract: PURPOSE:To transmit a plurality of serial data by a reduced number of hardwares and to print a gradation image at a high speed by sending a current supply signal to a printing head only when the pixel density of a memory is higher than the content of a reference means. CONSTITUTION:The gradation data of one line is stored in a memory element 1 and the number of gradation to which a current is ready to supply next is stored in a reference means 3. When the gradation output of the memory element 1 is larger than the output of the reference means, a high level meaning the supply of a current is outputted by a comparator. A latch 5 of two or more bits stores the output of the comparator 4 in a time sharing manner and a printing head 6 receives the presence of the supply of a current as (n) serial data. When the setting of data to the latch 5 is completed, a clock is generated in the output terminal 2 of a timing generating circuit 7 in the next timing and (n) serial data are simultaneously read in the shift register within the printing head 6 by one bit. By this method, data is transmitted to the printing head 6 at a speed about 1/n the reading speed of the memory element.