baber/WOPTO huggingface dataset:
Patent JP-S5496308-A (JP)
Title: Channel phantom control system for key telephone device
Inventor: YAMAMOTO TAKAO
IPC: H04M9/02
Filed: 1978-01-14
Abstract: PURPOSE:To secure an assured control for the channel phantomin a simple way by providing the aural transmission lines for talking  and calling  purposes independently to the 3-paied line and using the channel phantom for transmission of the control signal within the main device. CONSTITUTION:Handsets 13-15 plus calling speakers 16-18 form key telephone sets 20-22, and other part 23 is the main device. Taking tone transmission lines 24-26 and calling voice transmission lines 27-29 are connected between device 23, handset 13-15 and speakers 16-18 respectively.  Figures 30-32 indicate the upword control signal tranmission lines. Then the holding signal is duplicated to the channel via terminal circuit of device 23 and extracted at main wire circuit 3 and via talking crosspoint 5 to carry out control. Here, both circuit 10A and 3 use the clock signals of the same frequency of holding signal oscillator 74, so the filter and like are not required at the side of detection 69. Furthermore, the control signal is transmitted via the phantom,thus omitting the memory unit and simplifying the constitution.
Patent JP-H0671863-A (JP)
Title: Ink feeder of printing machine
Inventor: IZUME MASAYUKI
IPC: B41F31/30
Filed: 1992-01-10
Abstract: PURPOSE:To make the installation space of ink printing rollers smaller. CONSTITUTION:A rectangular supporting bar 7 attached on a frame is fitted into square holes 10 formed in two or more movable short cylinders 8 with gaps in the widthwise direction of the supporting bar 7. Ink printing rollers 5 are rotatably mounted on the movable cylinders 8 respectively, and changeover devices 14 are provided between the movable cylinders 8 and the supporting bar 7. To change positions of the ink printing rollers 6 individually, the movable cylinders 8 are moved in the widthwise direction of the supporting bar 7 by the changeover devices 14.
Patent JP-H09190230-A (JP)
Title: Output voltage correction circuit for dc stabilization power supply
Inventor: KAMAIKE TSUNEO
IPC: G05F1/56
Filed: 1996-01-11
Abstract: PROBLEM TO BE SOLVED: To provide an output voltage correction circuit which can suppress the fluctuation of output voltage owing to the drop of voltage by means of the forward direction voltage of an output OR diode. SOLUTION: The circuit connects division resistances in series between the voltage detection terminal 9 of DC voltage and a ground terminal 11 and the circuit has a voltage control part 2 connected to the connection point of the division resistances. A serial circuit composed of a first voltage-dividing resistance 4 in which DV voltage is divided, a second voltage-dividing resistance 5 and a third voltage-dividing resistance 6, by the output OR diode 7 connected to the voltage detection terminal 9 of DC voltage and the serial circuit of the first voltage-dividing resistance 4 and a correction diode 8 are inserted, and output voltage is corrected by voltage generated at both ends of the first voltage-dividing resistance 4.
Patent JP-S61162797-A (JP)
Inventor: KANEKO ISAO
IPC: G21C19/06
Filed: 1985-01-14
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-H10197652-A (JP)
Title: Thunder observation system for distribution line
Inventor: SUMIYA ICHIRO
IPC: G01W1/16
Filed: 1997-01-13
Abstract: PROBLEM TO BE SOLVED: To obtain an inexpensive, highly accurate, and highly efficient thunder observation system for designing the insulation of the facility of a high-voltage power distribution system and taking a lightning protection measure by installing an sensor I/F circuit which integrates the output of a sensor and A/D-converts the output into the inputting condition of a measuring and processing section and a monitoring terminal which integrates a GPS clock section and a MODEM which transmits data to a center device through a portable telephone line to each pole. SOLUTION: A transformer 3 and a monitoring terminal board 4 are installed to a pole 2 which supports distribution lines 1 and a current sensor 6 composed of a Rogowski coil is attached to a grounding conductor 5. Since the board 4 is connected to a center device 7 through a portable telephone line 10 and the center device 7 is connected to a telephone line 9 through a MODEM 8, the waveform data of a lightning striking current generated in the distribution lines 1 are collected to the center device 7 in a lump. Therefore, the cost of this thunder monitoring system does not reach that of a thunder monitoring system for a trunk waveform monitoring system and the sampling speed of a current waveform monitoring section can be increased.
Patent JP-H10191895-A (JP)
Title: Baked bean jam cake and its production
Inventor: IBA TATSUMI
IPC: A23G3/00
Filed: 1997-01-13
Abstract: PROBLEM TO BE SOLVED: To obtain a cake which has a soft feel to eat and is smoothly melted in the mouth by using bean jam as a raw material and containing air bubbles in the bean jam. SOLUTION: For example, 8kg of white bean sweet jellied jam (saccharine mixture ratio is 58%) is put over 2kg of naturally thawed frozen egg yolk (added with sugar in an amount of 20%), mixed and kneaded for 5 minutes by a mixer. On the other hand, 20g of baking powder and 160g of lotus honey are admixed, then 500g of an emulfied oligosaccharide is added thereto and well mixed together by a whipper, and further, 400g of indigestible dextrin is further added thereto and well mixed together so that a subordinate raw material can be provided. Next, the mixture of bean jam and egg yolk sunk on the bottom of the mixer is scooped up and mixed and the above subordinate raw material is added thereto so that a bean jam paste can be prepared.  Next, the bean jam paste is left overnight while being cooled, air bubbles in the obtained dough are removed, and the paste of 30g is charged into a cylindrical die with diameter of 5cm in charging machine and continuously baked for 25 minutes in an over so that the finished objective cake of 26g containing air bubbles 2 in the bean jam 1 can be provided.
Patent JP-H07204052-A (JP)
Title: Adjustable power-assisted jump seat
Inventor: KAWASHIMA AKIMORI
IPC: A47C7/14
Filed: 1994-01-18
Abstract: PURPOSE:To provide an assisting device which gives a user an assisting force to reduce the load on user's knees when the user stands up. CONSTITUTION:This adjustale power-assisted jump seat includes a lower board and a seat board which are rotatably connected at the ends and springs 3 and 4 which are inserted between the boards to reduce the load on user's knees by using the repulsion force of the springs when a user stands up. The two or more U-shaped springs 3 provided between the boards are to sustain the primary load and the one or more U-shaped springs 4 arranged between the springs 3 are to reinforce the springs 3, that allows the user to select the restraint of the reinforcing U-shaped springs 4 and set their repulsion force.
Patent JP-S59129244-A (JP)
Title: Production of electrically conductive polyvinyl chloride composition
Inventor: OOKUMA AKIHIRO
IPC: C08L1/00
Filed: 1983-01-12
Abstract: PURPOSE:To produce the titled compsn. which prevents a kneading device from being rusted and has a good quality, by adding a rust-proof and corrosion proof agent together with water when mixing a required quantity of electrically conductive carbon black with polyvinyl chloride resin. CONSTITUTION:Polyvinyl chlovide resin and electrically conductive carbon black in a sufficient quantity to make the resistivity of the resulting compsn. 50OMEGA-cm or below, are fed through a hopper 4 to a kneading extruder 1 (numeral 2 being barrel, 3 being screw) and extruded through the orifice 6 of a nozzle 5. The extrudate is cut with a cutting knife to produce pellets of the desired electrically conductive polyvinyl chloride compsn. In the above process, 2-4pts.wt. water for 100pts.wt. polyvinyl chloride resin and 10-80wt% (based on the weight of water) rustproof, corrosion proof agent are fed together with the resin and carbon black to the kneader 1.
Patent JP-H07211539-A (JP)
Title: Superconductive coil for magnetic field generator
Inventor: FUKUSHIMA YASUO
IPC: H01F6/00
Filed: 1994-01-18
Abstract: PURPOSE:To provide a superconductive coil for a magnetic field generator capable of enlarging current density of the entire superconductive coil and reducing an external appearance dimension of the superconductive coil. CONSTITUTION:In a superconductive coil comprising a winding core 1 of a coil; a coil 2; a superconductive wire rod 3; a reinforcing material 4; and an insulating material or a space 5, the superconductive coil is reinforced by a reinforcing material 4 in the coil inner layer part and the superconductive coil is not reinforced in the coil outer layer part.
Patent JP-S58120059-A (JP)
Inventor: MASUI KUNIAKI
IPC: F25B13/00
Filed: 1982-01-13
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-H08190937-A (JP)
Title: Charging device
Inventor: MURATA YUKIO
IPC: H02J7/04
Filed: 1995-01-13
Abstract: PURPOSE: To conduct preliminary discharge and charge only with a charging terminal without installation of a discharging terminal in a battery case. CONSTITUTION: A discharge control circuit 14 of a charger 1 receives a discharge starting signal S1, switches a switch 12 to a contact (b) side, and sends a discharge starting signal S4. A discharge start driving pulse generating circuit 15 generates a pulse for driving a polarized relay 23, switches a pulse sending switch 16 to a contact (c) only by the time of pulse width, and sends a driving pulse P1. The driving pulse P1 drives the polarized relay 23 from a common terminal 26 of a battery case 2 through a diode 24, and turns on a contact 23a. Discharge current Id flows to a discharge load resistor 18 through the contact 23a of the polarized relay 23 and the switch 12 of the charger 1. The switch 12 is switched to a contact (a) side in response to a signal S2 from a discharge voltage detecting circuit 17, and preliminary discharge is finished, then charge is started.
Patent JP-H11197559-A (JP)
Title: Aerosol container
Inventor: TOMINAGA NORIKO
IPC: B65D83/42
Filed: 1998-01-12
Abstract: PROBLEM TO BE SOLVED: To provide an aerosol container enabling to spray a liquid of contents such as a liquid hair treating agent to a front or side hair from the lower part to the upward and the outside as liquid or foamy fog, and having excellent operability and enabling to operate with a light power. SOLUTION: This container consists of a container main body 1 housed the liquid of contents in the inside together with a jetting agent, a pouring tube projecting in freely movable up and down from a ceiling wall of the container main body 1 and a pipe through which the liquid of contents in the container main body 1 is pumped up and it is fed to the pouring tube, a cylindrical body 2 attached to cover a shoulder part of the container main body 1, and a push button 3 attached to the upper edge opening part 20 of the cylindrical body 2 so as to enable to incline.  A pouring cylinder part 4 is provided on the bush button 3 in the nearly vertical direction, and a pouring port 5a is provided on the upper end of the pouring cylindrical part 4, and also the lower end part is connected to the upper end part of the pouring tube and the pouring tube is pushed down at a time of inclining the push button 3, and the liquid of contents in the container main body is ejected from the pouring port 5a at the upper end part of the pouring cylinder part 4.
Patent JP-H05274888-A (JP)
Title: Semiconuctor memory
IPC: G11C11/417
Filed: 1993-01-13
Abstract: PURPOSE:To speed up an address access time by supplying data read out from a memory cell to a pair of complementary data lines or a pair of common data lines to an output circuit without passing them through a sense amplifier. CONSTITUTION:A static RAM is constituted of a work line WORD, complementary data lines D1, D2 and a memory cell CELL. The CELL is constituted of a flip flop, a cell current is set up to about 0.8mA and a potential difference between the data lines D1, D2 due to the cell current is set up to about 200mV higher than a convensional value. The voltage is level-shifted by npn bipolar transistors(TRs) Q3, Q4 constituting the 1st emitter-follower and npn bipolar TRs Q12, Q13 constituting the 2nd emitter-follower and supplied to a differential npn bipolar TRs Q14, Q15 to be an output circuit without being passed through a sense amplifier.
Patent JP-S5597875-A (JP)
Title: Transistor direct current power supply for welding
Inventor: FUJIWARA KIROKU
IPC: B23K9/067
Filed: 1979-01-19
Abstract: PURPOSE: To change over conducting circuits depending upon the magnitude of arc current and improve arc break and arc start characteristics in small current region by providing a circuit of comparing the output signal of an arc current feedback circuit and the reference signal corresponding to the two arc voltage.  
     CONSTITUTION: The arc current feedback circuit is constituted by an arc voltage comparing circuit 5, comparator 6, welding current detecting circuit 12 and amplifier circuit 13. The output signal of this circuit and the reference signal corresponding to the two arc voltages Er 1 , Er 2  (Er 1  > Er 2 ) which are set according to the welding works 2 and are synchronized to changeover switches 15, 7, 8 are inputted to the comparator 6 for transistor circuits. When the arc current is larger, the feedback signal and reference signal Er 2  are conducted and when the arc current is smaller, the reference signal is conducted, whereby the control signal is applied to the transistor circuit 3. Welding defect is prevented by this power supply. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S59129328-A (JP)
Title: Gas shut-off device
Inventor: FUJIEDA HIROSHI
IPC: A62C2/04
Filed: 1983-01-12
Abstract: PURPOSE:To prevent an accident caused by explosion, by setting specified procedures stored in ROM, and by predicting a danger by the input data of kinds of gas and kinds of meter and the input signal of the flow rate of gas. CONSTITUTION:A flow rate sensor 2 is fitted to a gas meter 1, and a signal from the sensor 2 is put into a micro-computer 5. A signal from a switch 6 to select the kind of gas and the one from a switch 7 to select the kind of gas meter are also put into the micro-computer. The micro-computer 5 takes a specified procedures stored in ROM as a program, determines the rate of gas passing through the gas meter based on the input data from switches 6 and 7 and the input signal of the flow rate by the flow rate sensor 2, and predicts the possibility of a danger. By this method, a gas shut-off device which has very high general utilities can be obtained, and as a result, various selection operational errors during operation can be prevented.
Patent JP-S63172916-A (JP)
Title: Azimuth measuring and detecting device using rotary motion of axle as power
Inventor: ISOMI KOREAKI
IPC: G01C21/00
Filed: 1987-01-12
Abstract: PURPOSE:To let a driver know a traveling direction clearly by fitting a primary gear to the axle of both wheels of a differential gear and coupling a chain which transmits rotation to 1st bevel through a secondary gear with a primary detection shaft. CONSTITUTION:When a vehicle travels, the rotary motion of the right wheel is transmitted to the bevel gear 9 and the rotary motion of the left wheel is transmitted to a 3rd bevel gear 15 as reverse rotary motion having the same ratio, so the primary detection shaft 7 is put in rotary motion equivalent to the half of the difference between their rotary momenta by the guidance of swivel shafts 16 and 16<1> by the rotary motion of small bevel gears 13<1> and 13<2> only when the difference between the rotary momenta is generated. Therefore, when the vehicle travels straight, the 1st bevel gear 9 and 3rd bevel gear 15 are equal in rotary momentum, so the primary detection shaft 7 is in a stationary state continuously and when the vehicle travels along a curved road or turns, the outside wheel side increases in rotary momentum as a rotation difference obtained between the 1st bevel gear 9 and 3rd bevel gear 15 by multiplying the tred width equal to the radius of the vehicle by primary gears 5 and 5<1> for secondary gear 6 and 6<1> per 360 deg. according to the angle of variation.
Patent JP-H01186506-A (JP)
Title: Fire-resistant wire and cable
Inventor: TANMACHI MASAMI
IPC: H01B3/44
Filed: 1988-01-12
Abstract: PURPOSE:To improve waterproofness and leave a hard, fire-resistant non-halogen residue after burning by covering around at least one insulated strand with a covering material having a specific composition of materials. CONSTITUTION:The covering layer of a cable is formed with a compound that contains 30-250 weight parts of an inorganic hydrate and 0.2 and more weight parts of a plasma-treated substance in comparison with 100 weight parts of polyolefin. Here the treated substance is produced by making plasma treatment in a system devoid of oxygen, and by polymerizing and spreading carboxylic acid on a red phosphorus surface. The covering layer is applied to the exterior of at least one insulated strand of a cable and crosslinked. Making the covering layer in the abovementioned range of compound gives it a property of leaving a hardened residue after burning, thus producing a fire-resistant non-halogen covered cable. In addition, plasma treatment and formation of a covering layer by carboxylic acid upon the red phosphorus surface improve waterproofness.
Patent JP-H02229304-A (JP)
Title: Cell material for confining soil material and manufacture thereof
Inventor: BACH GARY
IPC: E01C11/16
Filed: 1990-01-11
Abstract: PURPOSE: To increase the bonding strength of a structure by bonding plastic strips having projecting parts and recessed parts in a surface thereof to each other with a space each other so as to form the honeycomb structure, and filling the inside thereof with concrete and asphalt or the like. CONSTITUTION: A surface of each plastic strip 16 is formed with projecting and recessed parts 12. Plural strips 16 are arranged, and adjacent strips 16 are bonded 22, 24 to each other with a space each other. The strips 16 are pulled in a direction vertical to the surfaces of the strips 16 so as to form the honeycomb-like cells 14. The cells 14 are filled with concrete, asphalt, sand or the like for use. With this structure, bonding strength of the filler and the strips 16 is increased so as to obtain the structure having a long lifetime.
Patent JP-H09192343-A (JP)
Title: Ball ejecting device for game device
Inventor: FUJITA KOJI
IPC: A63F9/00
Filed: 1996-01-12
Abstract: PROBLEM TO BE SOLVED: To stabilize a ball ejecting direction and suppress a dispersion in a hitting position and a hitting angle by providing a hitting part on one of the end sides of a rotatable lever member and guiding a link member provided in rotatable manner on the other end side of the lever member into the hit out direction of a moving object with the help of a guide means. SOLUTION: A ball 1 is normally retained at a ball retaining position B, and when a game start signal is connected by the dropping of a coin through a slot, a movable guide 21 is rotated and its right end 21a is separated from the ball 1. Thus the ball 1 is rolled on a support rail 7 to a hit out position A. Under this state, a lever member 12 is rotated clockwise around a shaft 11 to transfer a link 14 upward instantaneously. In this case, the link 14 is guided by a roll 19 and is rotated along the circumferential track of a guide rail 20.
Patent JP-H02230443-A (JP)
Title: Security established integrated circuit chip allowed to block alteration of data stored in memory
Inventor: ROBAATO SHII GIRUBAAGU
IPC: G06F21/62
Filed: 1990-01-11
Abstract: PURPOSE: To stop data stored in a safety guaranteed area from being changed by providing a decoder which stops data from being stored in a predetermined memory location by a memory control logic circuit after the state of a fuse element is so changed that modification is disabled. CONSTITUTION: A chip 10 is equipped with a memory M which has plural memory locations, the memory control logic circuit 38, the fuse element 42, a means 44 which is connected to the fuse element 42 so as to disable the modification of the state of the fuse element 42 in response to a predetermined control signal, and the decoder 40. This is for safety guaranteed data which can not be changed in predetermined locations of the memory M. Consequently, the safety guaranteed data stored in the predetermined locations of the memory M on the chip 10 can be stopped from being modified.
Patent JP-S59129971-A (JP)
Title: Driving device of floppy disk
Inventor: NISHIO YASUHARU
IPC: G11B21/02
Filed: 1983-01-14
Abstract: PURPOSE:To prevent collision or other problems of a carrier by inhibiting the carrier from being moved in outer or inner direction when a magnetic head reaches the outer or innermost track position of a floppy disk. CONSTITUTION:When the carrier 8 is moved outward and a light shield plate 10 shuts a track zero position detector 11, an output of an NOR gate 34 is always zero and the input of a step signal STP via an AND gate 35 is inhibited. Thus, the operation of FF38, 39 is inhibited. Further, when the carrier 8 moves inward and the light shield plate 18 shuts a detector 12 detecting position of a track 79, the gate 34 is brought always zero so as to inhibit the signal STP via the gate 35. Thus, the FF38, 39 are inoperated and the operation of a pulse motor is inhibited. Then, problems that the carrier 8 collides with an outer wall or the like because of the movement over a specified distance and the positioning accuracy of the magnetic head to each track is deteriorated are avoided.
Patent JP-H07210998-A (JP)
Title: Envelope detecting circuit
Inventor: SHOJI YOSHITERU
IPC: G11B20/18
Filed: 1994-01-20
Abstract: PURPOSE:To prevent mis-detection of a marker length at the time of occurring of dropout by performing interpolation in which an envelope output of a marker part is made 'L' so far as dropout does not occur more than two times, even if dropout occurs in which envelope amplitude is varied in a marker section. CONSTITUTION:First, an output 8a is set to 'H'. Next, it is monitored whether an output 5a of a first amplitude setting section 5 is varied to 'L' or not. When output 5a is not varied to 'L', it is monitored whether an output 6a is varied to 'H' or not. Consequently, when the output 6a is not varied to 'H', an output 7a is held at 'H', when the output 6a is varied to 'H', it is monitored whether the output 5a is varied to 'L' or not. Also when the output 5a is not varied to 'L', the output 7a is held at 'H', and when the output 5a is varied to 'L', an output 8a is set to 'L'. Therefore, misdetection of a marker length at the time of occurring of dropout is prevented by performing interpolation so that an envelope output of a marker part is not made 'L'.