baber/WOPTO huggingface dataset:
Patent JP-S59222835-A (JP)
Title: Photographic printing film
Inventor: MATSUMOTO IWAO
IPC: G03C1/46
Filed: 1983-06-01
Abstract: PURPOSE:To make it possible to sharply display printed positive images with both transmitted and reflected lights by forming photosensitive emulsion layers on both sides of a semitransparent film support to use it for a photographic printing film. CONSTITUTION:A photosensitive printing film is obtained by coating both sides of a support 1 of a several hundreds mum thick white or opal semitransparent film made of cellulose acetate or polyester with black-and-white or color photosensitive or the like photosensitive emulsions to form emulsion layers 2, 3. The front side 2 of said film is exposed and printed to form positive films on both sides 2, 3, and (i) when the front side is illuminated, an image formed by being reflected on the support 1 and transmitted twice through the emulsion layer 2 is sharply displayed, and (ii) when the backside 3 is illuminated, an image formed by being transmitted the support 1 and both emulsion layers 2, 3 is also sharply displayed.
Patent JP-H09286446-A (JP)
Title: Plastic cap
Inventor: TAKEMOTO MASAHIDE
IPC: B65D41/18
Filed: 1996-04-19
Abstract: PROBLEM TO BE SOLVED: To heighten airtightness as high as possible in a plastic cap by forming a cap body except, a roof face out of plastic and closing the roof face with a metal plate. SOLUTION: In a plastic cap 2 of a container body 1, an opened roof face 4 of a cap body 3 is closed by a metal plate 5. A fitting section 7 formed on an inner face of a side face 6 is fitted in a fitting section 9 formed on an upper outer peripheral face 8 of the container body 1 so as to mount on the upper part of the container body 1. The metal plate 5 for the cap body 3 can be integrally incorporated at molding. Further, at the middle part of the side face 6 of the cap body 3, a security band 10 is integrally molded. By cutting and turning the band 10, the roof face 4 of the cap 2 can be opened. Also, the metal plate 5 can be stuck together to the top face or the bottom face of the roof face 4 which is integrally closed by the plastic or may be molded into the thickness of the roof face 4.
Patent JP-2001093218-A (JP)
Title: Information recording/reproducing device, and loading completion judging method and loading completion notifying method thereof for recording medium
Inventor: YOKOTA MASATO
IPC: G11B15/68
Filed: 1998-04-10
Abstract: PROBLEM TO BE SOLVED: To improve efficiency of a whole system by eliminating the futile waiting time when a recording medium is transported to an information recording/reproducing device from a housing rack of the recording medium. SOLUTION: Photodetecting sensors 132 are provided on each drive device 13 for detecting that a cassette is transported from the cassette housing rack 15. When a state of the cassette transported to the drive device 13 is detected by this photodetecting sensor 132, the judgement is made by a library controller 2 that the cassette loading is finished, without waiting the execution of the loading process which is the preparatory operation in the drive device 13, then the completion of the cassette loading is notified to a host computer 3. At the time point when this notification is received by the host computer 3, the immediate request for transporting the next cassette is allowed to the library controller 2. The futile waiting time required for the cassette transportation is eliminated accordingly, and the process is improved as a whole cassette library system.
Patent JP-S581701-A (JP)
Title: Production of water absorber
Inventor: SHIROYAMA KIICHIROU
IPC: A61F13/20
Filed: 1981-06-25
Abstract: PURPOSE:To produce a water absorber having a high water absorption rate and freed from formation of undissolved lumps, by dissolving CMC in an aqueous alkali metal hydroxide solution, crosslinking the CMC in the presence of a crosslinking agent and dewatering and desalting the product. CONSTITUTION:Crosslinked CMC is obtained by adding 0.05-0.4pts.wt. alkali metal hydroxide (e.g., NaOH) and 4-19pts.wt. water to 1pt.wt. CMC, bringing the mixture to a uniform solution, adding 0.05-0.4pt.wt. crosslinking agent reactive with cellulose (e.g., epichlorohydrin) to the solution and reacting the final mixture at 20-80 deg.C for at least 2hr. Then this crosslinked CMC is dewatered and desalted with the aid of an organic solvent (e.g., methanol) miscible with at least equal amount of water.
Patent JP-H05270590-A (JP)
Title: Cap transfer device
IPC: B25J11/00
Filed: 1992-03-25
Abstract: PURPOSE:To provide a cap transfer device which can always keep the center of a cap at the central position of a cap holder even if the diameter of the inner peripheral face of the cap changes. CONSTITUTION:The cap transfer device is provided with an arm 50 which is movable back and forth and a cap holder 42 fitted in the arm 50. The cap holder 42 receives caps from a chute and delivers them to a line type capping head capping them on containers transferred on a line. A plurality of movable members 61 constituting a cap holder 42 are composed of magnets having the same polarity and hence, they are usually kept in the expanded position in which they are separated in the outward radial direction due to mutual repulsive forces. When respective movable members 61 are attracted against the repulsive forces by the magnets 63 having the same polarity, they are brought to the contracted position in which they are gathered to the central part by the cam hole 50a. Respective movable members 61 are fitted to the inner peripheral face of the cap and hence, the cap can be arranged in the central position of the holder in the expanded condition.
Patent JP-H08293526-A (JP)
Title: Bonding method of electrode terminal and bonding structure
Inventor: SHOJI TOSHIAKI
IPC: H01L21/60
Filed: 1995-04-24
Abstract: PURPOSE: To unnecessitate the bump on an electrode terminal and the bonding agent to be used to bond and fix a substrate by a method wherein an insular printed film is formed on the substrate corresponding to the electrode terminal using specific viscosity of coating liquid which is formed by compounding conductive particulates into thermosetting bonding resin, and they are compressed and heated under pressure. CONSTITUTION: A coating solution of 150 to 3000 poises is formed by compounding a suitable quantity of conductive particulates 21 to high viscosity thermosetting resin 20. This coating solution is printed on a substrate 5, and a printed film of the thermosetting resin 20, in which conductive particulates 21 are compounded, is formed on an electrode terminal part 6 only. Then, an alignment operation is conducted in such a manner that electrode terminal parts 2a and 6, which will be electrically connected, are opposing with each other, and an IC1 is placed on the substrate 5.  Then, pressure is applied to the IC1 and the substrate 5 in the direction where the conductive particulates 21 are compressed while they are being heated, they are hardend by heat, the electrode terminal part 2a and 6 are integrally bonded and fixed through the conductive particulates 21 while electric conductive state is being maintained, and they are mounted on the substrate 5 of the IC1.
Patent JP-S5434148-A (JP)
Title: Oscillation control system in high frequency induction heating apparatus
Inventor: TAKAHASHI NOBUYUKI
IPC: H05B6/12
Filed: 1977-08-19
Abstract: PURPOSE:To provide a circuit to detect the damper duration after off in a semiconductor switch element (GCS) provided in a circuit to supply electricity to a high frequency heating coil for controlling the on-duration of GCS by the detected signal.
Patent JP-S61250035-A (JP)
Title: Reinforcing assembly having wire material layer containing molding cross-section wire material
Inventor: JIYAN RUI SHIYARUBE
IPC: D07B1/06
Filed: 1986-04-28
Abstract: A reinforcement assembly comprises from one to three layers of threads, one of which is a central layer having one or more shaped threads, i.e., threads having a center of gravity and a contour in an intersecting plane perpendicular to the longitudinal direction of the thread, the distance from any point on the contour to the center of gravity depending on the position of the point on the contour. The twist pitch of each shaped thread is different from the winding pitch of the shaped thread in the layer in which it is located and if the element comprises three layers, the winding pitch of the outer layer is different from the winding pitch of the subjacent layer. Reinforced articles include such assemblies impregnated with a material, in particular pneumatic tires.
Patent JP-H05326384-A (JP)
Title: Stage driving gear
Inventor: HOSHI HIROTOSHI
IPC: G05D3/12
Filed: 1991-04-04
Abstract: PURPOSE:To form data on a curve-shaped speed waveform simply according to various kinds of movement distances. CONSTITUTION:Data on a reference curve-shaped speed waveform is stored in advance in a memory 7. A distance to be moved is set in 6 movement- distance setting devide 1. A factor decision circuit 2 decides a factor. A sampling-frequency decision circuit 4 decides a sampling frequency. An address control circuit 6 accesses data on a speed from each address in a sampling speed memory 7 in synchronization with the sampling frequency and reads it to a D/A converter R. The D/A converter R converts each input data on the speed into an analog signal. Since the factor from the factor decision circuit 2 is sent also to a gain control circuit 5, the crest value of a speed signal which has been input to an amplifier 9 from the D/A converter 8 is controlled according to the factor. A motor drive circuit 10 converts the speed signal into a frequency and sends a pulse signal at the frequency to a motor 11.
Patent JP-H04805-A (JP)
Title: Antenna equipment
Inventor: KANEKO YOICHI
IPC: H01Q13/10
Filed: 1990-04-17
Abstract: PURPOSE:To simplify feeders near a radiator and to improve the symmetry of power feeding by counter arranging two radiators while being rotated at 180 deg. each other for each power feeding point and using a phase inversion bisectional branching circuit utilizing a magnetic field coupling operation mutually between strip lines as a bisectional branch circuit to distribute signals from the feeders to the individual feeders of the two radiators as mentioned above. CONSTITUTION:Since strip lines 53 and 56 are arranged at a place where a line voltage is minimum and a line current is maximum to strip lines 52 and 57, and coupling is executed by the magnetic field of a high frequency. Therefore, the unidirectional current is induced to the strip lines 53 and 56, and the signal inverting the phase is sent in the directions of the radiators of the respective individual feeders. The signal applied to a feeder 59 is equally divided into four parts and simultaneously, patch radiators 32 and 36, which are mutually rotated at 180 deg., and patch radiators 42 and 47 are excited because of phase inversion bisectional branch circuits 52 and 57. Finally, all the radiators are coaxially excited.
Patent JP-S59225432-A (JP)
Title: Key input device
Inventor: SATOU RIYOUICHIROU
IPC: G06F3/023
Filed: 1983-06-06
Abstract: PURPOSE:To obtain a device inputting identical code information having a number designated accurately by providing a number designating key generating plural sets of identical code information and depressing requested keys at the same time while the designation key is depressed. CONSTITUTION:The number designating key generating plural identical code information is provided and the requested key is depressed at the same time when the number designating key is depressed. For example, when key input is performed from a key input device 4, a key designating a required number among nember designating keys K1-K4 is depressed and the requested key from a keyboard section 1 is depressed at the same time. Further, a signal representing the requested key from the keyboard 1 being a key group 1 is transmitted and the signal representing the number designating key is transmitted from the designation key section 2 being the key group 2 at the same time to the control section 3. Further, the code information corresponding to the requested key is formed by the control section 3 and stored, and the code information of the designated number is transmitted to an externally connected device 5.
Patent JP-H11289921-A (JP)
Title: Fishing sinker and fishing lure
Inventor: MIZUTANI KIYOO
IPC: A01K95/00
Filed: 1998-04-10
Abstract: PROBLEM TO BE SOLVED: To obtain a fishing sinker capable of mass production at low cost, easily applicable onto existing lures to enable the whole weight of an existing lure to be set/adjusted to a desired level, and enabling the performance inherent in lures to be maintained. SOLUTION: This fishing sinker 10 is made up of the body 12, an eyelet connection ring 14 and a line connection ring 16; wherein the body 12 is formed to a shape imitating fish head and the eyelet connection ring 14 is detachably and flexibly connected to the eyelet 32 of a lure 30. Thereby the whole weight of the existing lure 30 can be set/adjusted to a desired level, dispensing with preparing several kinds of lures differing in weight from one another for fishing; furthermore, this sinker can maintain the performance inherent in the existing lure 30 without hampering the activity (swimming) of the lure 30.
Patent JP-H02277428-A (JP)
Title: Shoe drying machine
Inventor: NAKAI KOICHI
IPC: A47L23/20
Filed: 1989-04-19
Abstract: PURPOSE:To feed air only to an air blowing shell with a hooked shoe by interrupting selectivity feed of air to either side of a pair of air blowing shells and by closing the one side air blowing shell when one side only of shoes is dried. CONSTITUTION:An air blowing body 14 is oscillated backward, and an air blowing pipe 22 is retained in a state that it is drawn to a specified degree. A shoe is hooked to the tip of the air blowing pipe 22, and a timer switch 30 is operated. By an air blowing fan on the bottom section of a cover 5, air sucked up from a suction port 31 passes the upper end opening section of the air blowing pipe 22 via the air blowing body 14, and the interior of the shoe is dried. When the one side shoe is dried, then the one side air blowing pipe 22 is drawn upward from a shell body 18, and the shoe is hooked to the tip of the air blowing pipe 22 and is dried. In this state, the other air blowing pipe 22 is inserted into the shell body 18, and feed air is interrupted, and so air is fed to the only one side air blowing pipe 22 side, and the one side shoe is efficiently dried.
Patent JP-H05293132-A (JP)
Title: Thermo-medical treatment implement
Inventor: YUNAI TAKAHIRO
IPC: A61F7/08
Filed: 1992-04-20
Abstract: PURPOSE:To quickly execute a detection in the case disconnection is generated in electric conduction to a heating element, and to prevent damage of a circuit of the thermo-medical treatment implement by providing a disconnection detecting circuit for detecting disconnection of a circuit to the heating element which is heated by executing electric conduction through a power supply line, and executes a thermo-medical treatment by allowing it to abut on the human body. CONSTITUTION:Usually, in the case of a normal state, an LED of a second LED display circuit 24 is lighted continuously in connection with electric conduction to a heater 18. In such a state, when one of the heater 18 and a power supply part 21 is disconnected, the led of a second LED display circuit 24 is turned off by an operation of a comparator of a disconnection detecting circuit 22. In such a way, a user can know immediately the disconnection of the heater or the power supply line by turning-off of the LED.
Patent JP-S5746895-A (JP)
Title: Thermal printing device
Inventor: IKEGAME MAMORU
IPC: B41J2/335
Filed: 1981-06-29
Abstract: PURPOSE:To provide a thermal printing device excellent in heat response property and capable of printing at higher speeds by a method wherein resistance elements are placed on the surface of a substrate consisting of a good thermal conductor through a very thin layer of an electrically and thermally non-conductive material. CONSTITUTION:The good thermal conductor 11 is used as the substrate, and the layer 12 of the thermally non-conductive material of a thickness of 15-90mu is formed on a selected surface of the substrate. Then, the resistance elements 13, electrical conductors 14 for connecting the elements 13 and an insulating protective film 15 covering both of them are selectively provided on the layer 12. The thermally non-conductive material constituting the layer 12 is also an electrically non- conductive material, and the heat present in the resistance elements 13 after recording on a heat-sensitive recording material can be dispersed to the part beneath the elements 13 in a short period of time.
Patent JP-S5625047-A (JP)
Title: Master cylinder
Inventor: MARUYAMA TERUO
IPC: B60T11/22
Filed: 1979-08-03
Abstract: PURPOSE: To accomplish a weight lightness of the main body of a master cylinder, by providing a rail part of almost T-shaped cross section in the periphery of the main body of the master cylinder formed by the method of extrusion molding, utilizing said rail part and fixing a reservoir.  
     CONSTITUTION: A cylinder main body 11 of a master cylinder 10 is constructed by cutting a long scale shape material formed by the method of extrusion molding into a certain length and applying a machining work to said material. On the periphery of the long scale shape material, protrusive stripes 12W14 with almost squared cross section and a rail part 15 of almost T-shaped cross section are provided. To the cylinder main body 11 a cylinder bore 17 for inserting a piston 16 is bored, and to the rail part 15 a hole 20 for engaging a tubular protruding part 19 in the bottom of a reservoir 18 and a hole 23 for engaging a small diameter part 22 at the lower end of an outlet plug 21 are drilled. Then a setting work of the reservoir 18 can be performed by engaging its tubular protruding part 19 to the hole 20 and engageably mounting a metal 29 of C-shaped cross section to the rail part 15. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S60244195-A (JP)
Title: Speaker
Inventor: NAKAMURA YOSHIO
IPC: H04R9/02
Filed: 1984-05-17
Abstract: PURPOSE:To accomplish the correction to change automatically a sound pressure level in a high frequency in accordance with the magnitude of the sound by disposing a ring main body cut by a slit and a short-circuit piece of the slit on a magnetic gap of a field part. CONSTITUTION:At the time of a large sound volume, heat produced from a voice coil 25 is transmitted to a ring 19 due to heat dissipation and convection, which causes a resistance of a short-circuit piece 21 of a high positive resistance temperature coefficient to rise, and suppresses a rising relaxation in a high frequency of an impedance of the voice coil 25, whereby a sound pressure in a high frequency drops. Meanwhile, at the time of a small sound volume, the resistance of the short-circuit piece 21 for comprising a part of the ring 19 is left low, and a rise in a high frequency of the impedance of the coil 25 is suppressed, thereby obtaining a sound pressure rise in a high frequency. As a result, a high frequency is automatically rised by a speaker at small sound volume with respect to a audible feeling where a high frequency cannot be listened at the time of a small sound volume while at the time of a large sound volume a high frequency is reduced, both of which are executed as the correction.
Patent JP-H10293185-A (JP)
Title: Time correction device
Inventor: TANAKA KOICHI
IPC: G04R20/00
Filed: 1997-04-17
Abstract: PROBLEM TO BE SOLVED: To calculate a local time even in the case of the time difference data of adjacent regions with different time by correcting the time when correction data are inputted from a key input operation part. SOLUTION: A time being calculated from a standard time and time difference data is corrected by arbitrary input time correction data, thus calculating a local time. A correction data storing part 2 stores data that are inputted from a key input operation part 1. A standard time counting part 4 counts the standard time. A time difference data storing part 5 stores the time difference against the standard time. A time-calculating part 3 calculates the time based on correction data being stored by the correction data storing part 2, the standard time being counted by the standard time counting part 4, and the time difference being stored by the time difference data storing part 5, thus calculating the local time by correcting the local time of adjacent regions with a time difference.
Patent JP-H0639759-A (JP)
Title: Industrial robot device
Inventor: SHIMAZAKI HIROKI
IPC: B65G47/00
Filed: 1992-04-20
Abstract: PURPOSE:To provide an industrial robot device which can easily obtain the moving constant of a conveying means to convey a work. CONSTITUTION:The angle of a turn table 1a is detected by a position detector 1c, a detected result is converted into a digital value by means of a counter 5b. By calculating the coordinate of an arm 1b from the result, the moving distance of a conveying means for a work along a conveyance direction is calculated. Meanwhile, the value of a signal outputted from a pulse oscillator 4 in response to a moving distance is calculated by a signal calculating means 5c. A contact is calculated by a CPU 5a from the moving distance and the output signal, and the calculated result forms the moving constant of the conveying means for a work.
Patent JP-S59225873-A (JP)
Title: Pressure casting device utilizing tilting of furnace body
Inventor: NAGAI SHIYUUSUKE
IPC: B22D23/00
Filed: 1983-06-03
Abstract: PURPOSE:To produce a casting having no casting defects and having high quality with a simple device by constituting a holding furnace of a large capacity holding furnace, small capacity holding furnace and intermediate furnace, descending the small capacity holding furnace by rising the large capacity holding furnace and filling a molten metal into a metallic mold attached to the small capacity holding furnace. CONSTITUTION:A holding furnace 1 is constituted of a large capacity holding furnace 5, a small capacity holding furnace 6 and an intermediate furnace 7 and a revolving shaft 14 is provided via a bearing bracket 16 to the furnace 7. A metallic mold 4 is provided to the furnace 5 and the furnace 1 is rotated around the shaft 14 toward A by means of a vertical driving screw 17 to flow the molten metal 2 in the furnace 5 to the inside of the furnace 6. The molten metal is thus filled through a stalk 3 into a product cavity 10. A control device 19 calculates the adequate angle of inclination of the furnace 1 in this stage with the signal from a detecting sensor 18 for molten metal and emits a command to the screw 17. When the molten metal 2 in the cavity 10 solidifies, the furnace 1 is rotated toward B and an upper mold 8 is risen together with the casting by a metallic mold opening/closing device 11. The casting is taken out by an ejector pin 13.
Patent LT-2003070-A (LT)
Title: An electromagnetic flow measurer
Inventor: VIRBALIS JUOZAPAS ARVYDAS
IPC: G01F1/60
Filed: 2003-07-21
Abstract: The invention relates to electromagnetic devices and can be used for measuring quantitative characteristics of flow of running liquids. An electromagnetic flow measurer comprises a measuring channel, constructed from nonmagnetic tube with inside isolation and two electrodes disposed in walls, a source, first and second reels, which form magnetic field, which is perpendicular to a tube axis and to a line, which connect electrode centres, a supporting screw, first differential amplifier, a processor, an indication device and an integral analogue digital transducer, an additional measuring reel, which axis is parallel to a channel axis, first, second, third, fourth and fifth tripole adapters, a second differential amplifier, a memory device and a trapezium pulse shaper.