baber/WOPTO huggingface dataset:
Patent JP-2000298629-A (JP)
Title: Method and device transferring electronic mail message and machine readabel storing medium recording program
Inventor: CHIBA TAKESHI
IPC: H04L12/58
Filed: 1999-04-15
Abstract: PROBLEM TO BE SOLVED: To transfer an electronic mail to an MTA(mail transfer agent) to which the MUA(mail user agent) of a transfer destination is connected without downloading its whole text to the MUA of the transfer destination of the elec tronic mail in an electronic mail message system. SOLUTION: An MUA 210 sends a part of a reference command to an MTA 110 according to an instruction of a user 300. The MTA 110 sends only a part (e.g. header information) in a stored electronic mail for the MUA 210 to the MUA 210 in response to it. The MUA 210 displays a sent content on a console 220, and when the user 300 looks at the display and decides that an electronic mail to be transferred to another user exists in the MTA 110 and inputs the transfer destination and ID of the electronic mail from the console 220. Thus, the MUA 210 sends a transfer command including the transfer destination and the ID to the MTA 110. The MTA 110 transfers the electronic mail shown by the ID in the transfer command to the MTA shown by the transfer destination.
Patent JP-S63272482-A (JP)
Inventor: FUKUDA SUSUMU
IPC: B25J15/08
Filed: 1987-04-30
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H10287302-A (JP)
Title: Padding paper feed device
Inventor: YAMAKAWA KOJI
IPC: B65H3/06
Filed: 1997-04-11
Abstract: PROBLEM TO BE SOLVED: To provide a padding paper feeding device capable of easily and correctly regulating the contact pressure of a friction roller and capable of correctly feeding the padding paper one by one at the prescribed position in the padding paper feeding device to feed the padding paper by turning the friction roller brought into contact with the padding paper. SOLUTION: A friction roller 46 supported by an arm 41 is brought into contact with a padding paper P on a loading table 1 to be connected to a motor 33, an air cylinder 36 is connected to the arm 41 so as to regulate the contact pressure of the friction roller 6, a guide plate 24 is oscillatingly supposed by a supporting rod 21 fitted at the position lower than the upper surface of the loading table 1, the guide plate 24 is brought into contact with the padding paper P to be fed, a photoelectric sensor 35 to detect the padding paper P is provided forward of the guide plate 24 in the feeding direction, a lower side padding paper fixing mechanism to fix the padding paper P on the lower side of the highest padding paper P is provided, and the motor 33 and the air cylinder 36 are controlled by the detected output of the photoelectric sensor 35.
Patent JP-S589715-A (JP)
Title: Attaching method of helical fin to tube or the like
Inventor: NOUKI SADAJI
IPC: B21C37/26
Filed: 1981-07-11
Abstract: PURPOSE:To facilitate forming of fins or closely pitched fins on a thin-walled tube by winding a helicoil-shaped fin material manufactured separately to the outer peripheral of the tube moving in the axial direction while rotating and fixing the fin material in the helical form onto the tube. CONSTITUTION:A helicoil-shaped fin material 2 manufactured separately and loosely wound around a core shaft 13 is rewound to a tube 1. For this purpose, the tube 1 is moved in the axial direction while rotated in such a direction that the fin material 2 is wound thereupon. The fin material 2 can be smoothly wound on and transferred to the tube 1 by rotating the core shaft 13 in such a direction that the shaft 13 may unwind the material therefrom. Then contacting parts of the fin material 2 with the tube 1 are forcibly pressed by a squeeze roll 8 and are welded by high frequency heating.
Patent JP-H05284182-A (JP)
Title: Reception filter circuit
IPC: H04L27/14
Filed: 1992-04-02
Abstract: PURPOSE:To provide a reception filter circuit which secures a prescribed band width and the satisfactory definition and also has an improved S/N. CONSTITUTION:Frequency signal detecting circuits 2, 3 and 4 detect in parallel the frequency signals of different prescribed bands out of the signals supplied from an antenna. Then an adder circuit 5 adds together those frequency signals detected by the circuits 2-4. In such a constitution, the noise component generated by the frequency signal detecting circuit of the precedent stage is never amplified by the frequency signal detecting circuit of the next stage. Thus the influence of the noises is reduced and the S/N is improved in comparison with a reception filter circuit consisting of plural frequency signal detecting circuits connected in series. As a result, the gain of the general frequency characteristic can be set larger over a prescribed band width for a reception filter circuit.
Patent JP-S5813485-A (JP)
Title: Work changing device
Inventor: FUKUDA YASUMASA
IPC: B23K15/06
Filed: 1981-07-11
Abstract: PURPOSE:To enhance work efficiency and increase energy efficiency by performing work changing properly maintaining vacuum condition of a vacuum chamber. CONSTITUTION:To replace a work used in an accelerating pipe 1 by another work, a holder arm 8 is shifted in the direction of the arrow B by driving a motor 16. Thereby, the used work 9 is shifted to the notched side when a work holding part 7 passes the notched part of a drum 17, and removed from the work holding part 7. Then, it stops after detaching the holder arm 8 from the drum 17. The drum 17 is rotated to move the notched part to which an unused work 9 is attached to the lowermost position. Next, the holder arm 8 is shifted in the direction of the arrow A, and the unused work 9 is moved from the notched part to the work holding part 7. Further, the work is carried into the accelerating pipe 1 to complete changing.
Patent JP-H08307160-A (JP)
Title: Temperature compensation circuit
Inventor: UENO HIDEKATSU
IPC: H03F1/30
Filed: 1995-05-02
Abstract: PURPOSE: To compensate a characteristic change of a circuit including semiconductor elements due to temperature. CONSTITUTION: A circuit 11 includes semiconductor elements and causes its characteristic change due to temperature and an error is produced to an output of an operational amplifier 12. Then a series connection circuit of two thermisters 13, 14 is used to one of voltage division resistors from which a temperature compensation control voltage 17 is outputted and a divided control voltage 17 is extracted between the thermisters 13 and 14. The control voltage 17 is generated by voltage division of a fixed resistor 18 and the thermisters 13 and 14 whose resistance changes with temperature and the control voltage 17 increases as temperature rises. Furthermore, the error attended with the resistance temperature characteristic of the two thermisters 13 and 14 is adjusted by respective changes and the control voltage 17 responses to the temperature change with high precision.  Then the control voltage 17 is applied to the operational amplifier 12 as a reference voltage to obtain an amplified output subject to temperature compensation.
Patent JP-H09273345-A (JP)
Title: Door locking mechanism
Inventor: SAITO MASANORI
IPC: H05K5/03
Filed: 1996-04-05
Abstract: PROBLEM TO BE SOLVED: To absorb vertical deviation due to door deformation and decrease the force required to lock by a method wherein the structure is constructed so that an upper locking mechanism and a lower locking mechanism can be operated separately, being divided with a handle provided approximately at the center of the door. SOLUTION: With a handle 102 drawn, an upper rotative rod 1a turns, interlocking with the handle 102, resisting against a torsion spring 6a, and a latch 7a turns and a lock is unlocked with a notched part thereof removed from a holding pin 133a. In locking a door 101 with the door 101 closed, the holding pin 133a comes into contact with the surface R of the latch 7a and turns to the notched part, thrusting the surface R, and on arriving at the notched part the holding pin 133a is fitted into the notched part, and the latch 7a returns in the reverse direction for locking by the biasing by the torsion spring 6a. Therefore, smooth locking becomes possible even though a deviation exists between positions of the upper latch 7a and a lower latch 7b.
Patent JP-S5232374-A (JP)
Title: Electronic watch
Inventor: MOROKAWA SHIGERU
IPC: G04G99/00
Filed: 1975-09-08
Abstract: PURPOSE: Voltage slightly higher than the oscillation initiating voltage and frequency division initiating voltage for the reference signal of an electronic watch is applied, whereby power consumption is saved while the conditions for initiation of oscillation and frequency division are both met. 
     COPYRIGHT: (C)1977,JPO&Japio
Patent JP-S5334095-A (JP)
Title: Observation device for inside of nuclear reactor
Inventor: NOZAKI SHINICHI
IPC: G21C17/00
Filed: 1976-09-13
Abstract: PURPOSE: To aim accurate grasp of condition in a nuclear reactor by sensing off both sound and radial rays simultaneously with a metallic, deformable sealed vessel which contains a piezo element, and electrode for leading out and an inonization box for sensing radial rays. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-S61267036-A (JP)
Title: Autofocus driving device of camera
Inventor: YAMAMOTO MASARU
IPC: G03B1/12
Filed: 1985-05-21
Abstract: PURPOSE:To make a camera small in size and to simplify its structure and to improve the transmission efficiency of a motor by using a motor dedicated to rewinding even as a lens driving motor for automatic focusing. CONSTITUTION:The output of the motor 1 is transmitted to a rewinding shaft 11 through a pinion gear 24 provided to its power shaft, a gear 2, a gear 3, a gear 4, a clutch gear 6, a gear 9, a gear 8, and a gear 10. A fork member 12 having a two-pronged tip is provided to the rewinding shaft 11. The fork member 12 couples with the shaft hole of a cartridge and engages a spool shaft, thereby rewinding the film. A clutch shaft 7 is elevated as a slide plate 14 moves in a direction F and lowered as it moves in a direction R. When the clutch shaft 7 is elevated, the clutch gear 6 disengages from the gear 9 and engages a gear 17. The rotation of the gear 17 is transmitted to a shaft 21 through a gear 18, a bevel gear 18a, a bevel gear 19a, a gear 19, and a gear 20. A coupler 22 is provided to the shaft 21.
Patent JP-S62264722-A (JP)
Title: Input changeover device
Inventor: KODERA KENJI
IPC: H03K17/693
Filed: 1986-05-12
Abstract: PURPOSE:To improve the crosstalk of two input signals by eliminating the need for a transistor (TR) saturated when a signal is inputted to an input changeover terminal so as to prevent an unselected input signal from being leaked to the output. CONSTITUTION:When a high level signal is inputted to the input changeover terminal 4, since TRs Q7, Q8 are turned on and a TR Q6 is turned off, a TR Q2 is turned off, a TR Q1 is turned on, the input signal given to the 1st input terminal 1 is sent to the output but the input signal at eh 2nd input terminal 2 is not sent to the output. When a low level signal is inputted to the terminal 4, since the TRs Q7, Q8 are turned off and the TR Q6 is turned on, the TR Q1 is turned off, the TR Q2 is turned on, the input signal at the 2nd input terminal 2 is given to the output but the input signal at the 1st input terminal is not given to the output.
Patent JP-H02285814-A (JP)
Title: Electronic device
Inventor: OZAWA KAZUMASA
IPC: H03M1/12
Filed: 1989-04-27
Abstract: PURPOSE:To utilize a microcomputer with less bits and to reduce the cost by connecting a voltage setting means to an input port of an A/D converter of the microcomputer having the A/D converter so as to decide the specification through one input port. CONSTITUTION:The circuit consists of a microcomputer 1, an input port 2 of an A/D converter 1c and division resistors 3a, 3b deciding the input voltage of the input port 2 of the A/D converter 1c. When the input voltage to the input port 2 is decided by the division resistors 3a, 3b, the conversion into a digital data is implemented by the A/D converter 1c. Then the voltage is read by a control section 1a with the software of the microcomputer 1 and the specification is decided. That is, the input voltage to the A/D converter is changed to vary the data, then the specification is decided through one input port.
Patent JP-H06615-A (JP)
Title: Manufacture of double centrifugal casting tube for roll in furnace
Inventor: MATSUMOTO YOSHIRO
IPC: B21B39/00
Filed: 1992-03-31
Abstract: PURPOSE:To simply and economically manufacture a double tube excellent in strength and heat resistance by casting in a copper which is to become an inner layer when the innermost surface of a heat resistant steel to be an outer layer comes into a semi-solidified state and closely combining the outer layer and the inner layer mechanically and chemically. CONSTITUTION:By using a horizontal centrifugal casting method, the Fe-Cr-Ni series heat resistant steel equivalent to SCH13A is cast at 1550 deg.C casting temp. When the copper having 1083 deg.C m.p. in cast in at 1200 deg.C casting temp. with respect to the heat resistant steel having 1380 deg.C m.p., the result will be that the copper to be the inner layer is cast in, when the innermost surface of the heat resistant steel to be the outer layer enters into the semi-solidified condition. The outer layer 1 and the inner layer 2 are intermingled with dendrites 3 of both metals over the whole circumference and closely combined through thin fused layer 4 mechanically and chemically and the sound layer structure without over-mixing of both layers and uneven thicknesses is obtained. Further, peeling from the boundary surface due to by thermal stress is not caused.
Patent JP-S5537826-A (JP)
Title: High frequency inverter
Inventor: SHIBUYA TADASHI
IPC: H02M7/48
Filed: 1978-09-05
Abstract: PURPOSE: To reduce the number of control elements in a high frequency inverter and improve the reliability of the inverter by providing a commutation capacitor connected to a neutral point of first and second capacitors arranged in parallel with a converter and second and third series circuits of control elements and commutation reactors.  
     CONSTITUTION: Series electrolytic condensers CS 1 , CS 2  circuit is connected in parallel with negative and positive outputs of a forward converter CNV, one end of  a load tank circuit L is connected to the midpoint of both the condensers, and a  commutation capacitor Ct is connected to the other end of the condensers. Thyristors S 1 , S 2  as control switching elements are connected in series with commutation  reactors L t1 , L t2  having secondary windings L t11 , L t12  between the capacitors and  condensers C t , CS 1  and C t , CS 2 . The secondary winding of the commutation reactor  is connected in series with diodes D 1 , D 2  and in parallel with the condensers CS 1 ,  CS 2 . Thus, it can largely reduce the number of main circuit elements, simplify the  firing circuit, and improve the reliability of the circuit. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S601332-A (JP)
Title: Idle-up device
Inventor: KUBOKI HIROSHI
IPC: F02D29/00
Filed: 1983-06-16
Abstract: PURPOSE:To aim at simplifying the starting of an engine, by opening a throttle valve by means of an actuator just before the starting with the use of an accelerator switch which is actuated by depressing an accelerator pedal and a gear shift stage switch. CONSTITUTION:Upon starting a gear shift stage switch 10 is at first turned on, and then an accelerator switch 8 is turned on in such a condition that a throttle valve 2 is not yet actuated. Further, just before starting, a solenoid valve 9 is changed over by the operation of both switches 8, 10 so that the atmospheric port 11 of the solenoid valve 9 is closed and the vacuum port 12 thereof is opened, and therefore, vacuum in an intake-air pipe is introduced in a diaphragm chamber 18 in an actuator 17. As a result, a diaphragm 19 is displaced so that a wire 20 and a lever 21 open the throttle valve 2 to a predetermined degree, and therefore, engine torque necessary for the starting may be obtained, irrespective of operation of an accelerator pedal. After starting the gear shift stage switch 10 is turned off, and the throttle valve 2 is opened and closed in association with the operation of the accelerator pedal 7.
Patent JP-S62267410-A (JP)
Title: Vacuum refining method for molten metal
Inventor: IKEDA MASABUMI
IPC: C21C7/10
Filed: 1986-05-13
Abstract: PURPOSE:To decarburize a molten metal down to an extra-low carbon region without extending the time for refining by detecting the molten metal level position of the molten metal in a vacuum degassing vessel by a rangefinder and controlling an evacuation device in accordance with the detected value to control the molten metal level position so as to be kept in a prescribed range. CONSTITUTION:The inside of a degassing vessel body 11 is evacuated and maintained under the reduced pressure by operating the evacuation device 40 to rise the molten steel 17 in a ladle 18 into the body 11 via a riser 12. The molten steel is then returned via a downcomer 13 into the ladle 18. The molten steel 17 is decarburized by bringing the oxygen and carbon therein into reaction. Gaseous Ar is blown to the molten steel 17 via a supply pipe 16 to relatively reduce the weight of the molten steel 17 in the riser 16. The molten metal level position of the molten steel 7 is detected by the rangefinder 20 provided in the upper part of the body 11 and the detected value thereof is outputted to a process controller 30 in the above-mentioned operation. The process controller 30 outputs a control signal to the evacuation device 40 in accordance with the signal of the detected value to control the rate of discharge, by which the molten metal level position of the molten steel 17 is feedback-controlled. The molten metal level position is thereby maintained in the prescribed range and the need for extending the time for vacuum refining is eliminated.
Patent JP-H047579-A (JP)
Title: Developing device
Inventor: NAKAI HITOSHI
IPC: G03G15/09
Filed: 1990-04-25
Abstract: PURPOSE:To charge toner sufficiently and electrostatically even when magnet rotary bodies is rotated at a low speed by providing plural magnet rotary bodies which rotate in the opposite direction of a belt conveyor on the back surface side of a belt conveyor. CONSTITUTION:In a case 24, the three magnet rotary bodies 23a - 23c which are arranged in array and the belt sleeve 22 which is rotatable around each magnet rotary body are provided, and toner 31 and carriers 32 are stored. Further, the case 24 is open at one end and its opening part faces a photosensitive drum 11. Further, N and S poles are magnetized alternately in the magnet rotary bodies 23a - 23c. Electrostatic charging by friction is repeated between the toner 31, and the carriers 32 and a belt sleeve 22 to charge the toner to an enough electrostatic charging quantity for development. Consequently, even when the respective magnet rotary bodies 23a - 23c are rotated at the slow speed, the toner can be charged sufficiently and electrostatically.
Patent JP-H048805-A (JP)
Title: Evaporating cooling type absorber and exhaust gas absorbing steam primed mover
Inventor: ARAI MASAYUKI
IPC: F01K25/00
Filed: 1990-04-25
Abstract: PURPOSE:To obtain exhaust temperature and pressure and a high heat efficiency at a low temperature and a low pressure by providing an evaporating cooling type absorber having a specific structure, which is communicated with a low pressure section of a turbine by way of an exhaust gas heat-exchanger. CONSTITUTION:An extractor 1 extracts uncondensed gas from an absorbing chamber 23 in an evaporating cooling type absorber 7 so as to effect a high vacuum in the absorbing chamber 23. Further, a steam compressor 2 sucks up steam thereinto from a steam generator 14 by way of a communication pipe 15 and compresses the same so as to obtain superheated steam which is then fed through a communication pipe 3 into a heating coil 4 for separating and evaporating steam from a delution liquid. Further, a concentrated liquid from the steam generator 14 is fed into the absorbing chamber 23 in the evaporaing cooling type absorber 7 by way of a communication pipe 16. Meanwhile, codensated from the steam generator 14 is fed into a liquid chamber 19 in the evaporating cooling type absorber 7 by way of a communication pipe 5. Thereafter, the steam from in the evaporatin cooling type absorber 7 is fed into a turbine 9 through a communication pip[e 8 by way of a steam chamber 22.
Patent JP-S60253641-A (JP)
Inventor: KOJIMA SHIGE
IPC: E04C2/30
Filed: 1984-05-29
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-S5442110-A (JP)
Title: Magnetic recorder-reproducer
Inventor: SAKAI KOUICHI
IPC: G11B15/10
Filed: 1977-09-09
Abstract: PURPOSE: To achieve the reduction in power consumption at the starting by energizing plural sets of plungers at required timings according to reproduction command signal. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S602483-A (JP)
Inventor: ISHIDA KENJI
IPC: B65D90/48
Filed: 1983-06-20
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-S5735993-A (JP)
Title: Disposer for spongy active sludge in combination treatment
Inventor: UEDA IWAO
IPC: C02F3/06
Filed: 1980-08-08
Abstract: PURPOSE: To purify sewage, from which impurities such as dists are removed, with high efficiency in a small installation area, by aerating the sewage while circulating the sewage into an aeration vessel vertically suspending a plurality of spongy active sludge beds.  
     CONSTITUTION: Combined sewage is centrifugally separated by an impurity-removing separator 5 involving large and small meshes, to produce dewatered impurities from which 90% or more of water content is separated. The dewatered impurities are discharged into a solid matter accumulating vessel 7. On the other hand, the sewage, from which impurities are removed, is circulated from a flow rate control vessel 8 into aeration vessels 9W12 vertically suspending a plurality of spongy active sludge beds 15, and aerated with air. As a result, aerobic sludgy coagulating bacteria adhere to bubbles in the sponge, and are incubated and maintained in the bubbles. BOD components in the sewage are oxidized, decomposed and removed by the action of the bacteria. After excess sludge is separated from the treated sewage, the purified water is completely disinfected in a disinfection vessel 20. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S602823-A (JP)
Title: Combustion device
Inventor: ASANO YOSHIO
IPC: F23N5/20
Filed: 1983-06-17
Abstract: PURPOSE:To reduce an amount of an offensive smell and noxious gas produced during ordinary fire extinguishment and to shorten a fire extinguishing time during fire extinguisment occasioned by fall-down by a method wherein, during ordinary fire extinguishment, an igniting device and a blower are operated at a a low rotation speed during a specified time, and during fire extinguishment occasioned by fall-down, operation of the igniting device is stopped, and the blower is actuated at a high rotation speed for a specified time. CONSTITUTION:During fire extinguishment, an operation switch is change over to (a')- (b'), and an ignition heater 25 is energized. Simultaneously, relays 44 and 45 are also turned OFF, whereby a switching contact 44a is changed over to (m)-(n), a switching contact 45a is changed over to (p)-(q), and a blast motor 17a energized at a low rotation speed. Thus, a flame in the vicinity of an igniting device is spread to other place than the above, and unburnt gas is completely, burnt. Meanwhile, when seismic rensing automatic fire extinguisher is operated to change over a switching contact 27a from (g)- (h) to (g)-(i), energization to a solenoid 6 is stopped for fire extinguishment. Simultaneously, a relay 39 is driven to change over a switching contact 39a to (j)-(l) and change over the operation switch 30 to (a')-(b'), whereby the high terminal of the blast motor 17a is electrically connected, and a small flame, remaining in a combustion part, is blown off by means of a strong wind.