baber/WOPTO huggingface dataset:
Patent JP-H0513288-A (JP)
Title: Electrolytic capacitor
Inventor: IKEDA YOSHISHIGE
IPC: H01G9/10
Filed: 1991-07-08
Abstract: PURPOSE:To improve productivity by inserting a capacitor element and an elastic sealer into a bottomed cylindrical resin case having an opening in contact with the side of the sealer, pressing the upper surface of the sealer by a resin branch, and fusion-bonding the branch to the case to seal it. CONSTITUTION:Leads 3a, 3b are connected to a pair of electrode foils, and wound through a separator to form a capacitor element 3. The leads 3a, 3b extended from the element 3 are passed through an elastic sealer 2, the element 3 is impregnated with electrolyte, and then inserted into a resin case 1. The upper surface of the sealer 2 is pressed by a resin cover 4, and the cover 4 is ultrasonic-fusion-bonded to the opening of the case 1 to seal the element 3 to be completed. Thus, a small size, a high accuracy in a pitch size, and excellent productivity can be advantageously provided.
Patent JP-2000349872-A (JP)
Title: Portable phone with waiting message button
Inventor: SHIBATA KUNIHIKO
IPC: H04M1/00
Filed: 1999-06-04
Abstract: PROBLEM TO BE SOLVED: To avoid inconvenience of conventional portable phones by adding a function to the portable phone such that when the portable phone receives an incoming call under a circumstance of a user unable to make a voice reply on the spot such at attendance to a meeting, the user delivers a message 'I will be able to make a reply soon. Please wait for a moment' to an opposite party through an operation of a button to keep a holding state of the incoming call for 2-3 minutes and moves to a place where phone conversation is available such as at the outside of the meeting room and the user can make phone conversation without troubling surrounding people. SOLUTION: The portably phone is provided with a waiting message button (1) and an example sentence selection button (2).
Patent JP-S6257478-A (JP)
Title: Hot-melt adhesive curable with ionizing radiation
Inventor: YAMAZAKI HARUMASA
IPC: C09J7/02
Filed: 1985-09-05
Abstract: PURPOSE:To provide the titled adhesive for textile, composed of an unsaturated polyester resin having ethylenic double bond at the terminal and in the molecular chain and having excellent adhesivity, solvent-resistance, water-resistance and heat-resistance. CONSTITUTION:The objective adhesive is composed of an unsaturated polyester resin having ethylenic double bond at the terminal and in the molecular chain and obtained by reacting (A) a terminal hydroxyl group of an unsaturated polyester resin having at least one ethylenic double bond in one molecule with (B) an epoxy (meth)acrylate. The acid value of the terminal-hydroxylated unsaturated polyester is preferably 0-10 KOH mg/g and the OH value is preferably 10-40 KOH mg/g.
Patent JP-H0862270-A (JP)
Title: Capacitor-fault detecting circuit
Inventor: TAKADOYA MASAHIRO
IPC: G01R31/00
Filed: 1994-08-19
Abstract: PURPOSE: To detect fault at a low cost by connecting M pieces of capacitors in series and the N sets in parallel, connecting N pieces of the series circuits of a plurality of diodes in parallel, connecting the AC terminals to the respective intermediate points of the N sets of the series capacitor circuits, and detecting the voltage generated between the DC terminals. CONSTITUTION: Capacitors 11 and 12, 13 and 14, and 15 and 16 are connected in series, respectively. Three sets of series circuits are connected in parallel. Thus, the capacitor circuit is formed. Diodes 221 and 222, 223 and 224, and 225 and 226 are connected in series, and three sets circuits are connected in parallel. Thus, a three-phase diode bridge 22 is formed. The AC terminals of the bridge 22 are connected to the intermediate potential points of three sets of the series capacitor circuits, respactively. A resistor 23 and a level detector 24 are connected to between the DC terminals of the bridge 22. When all the capacitors 11-16 are normal at this time, the detector 24 is not operated. For example, when the capacitor 11 is shorted, the voltage, which is 1/2 of the voltage between A and B, is applied across both ends of the resistor 23, and the detector 24 detects the voltage.
Patent JP-S6352951-A (JP)
Title: Managing method for preset tool correction value
Inventor: YOSHINO JUNICHI
IPC: G05B19/404
Filed: 1986-08-22
Abstract: PURPOSE:To ensure inputting of a correction value, by a method wherein, on the preset chamber side, the correction value of a preset tool is stored in a computer, and after the preset tool is moved to the machining unit side, a correction value is called to confirm it by means of a display unit. CONSTITUTION:Fig number of a workpiece is inputted to a computer 5 by means of a key board 7, and a list of holding tools and blade tools are outputted to a CRT 8 to prepare the holding tools and the blade tools. A bar code sticked to a preset tool is scanned by means of a bar code reader 11 to input the bar code. Thus, the preset figure of a tool is outputted to the CRT 8. The correction value of a position to be measured is computed, and a result is stored in a hard disc 10. The preset tool and a display device 18 are placed on a truck and are varried from the preset chamber 1 side to the machining unit 2 side. In the machine tool 12, the connection terminal of the display device 18 is connected to a cable 15, the bar code of a tool is scanned by means of the bar code reader, an output therefrom is inputted to the computer 5, and a correction value is displayed at a display unit 26.
Patent JP-S6255347-A (JP)
Inventor: IMAI KATSUHIKO
IPC: E04B1/58
Filed: 1985-09-04
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-H0857677-A (JP)
Title: Laser beam branching device
Inventor: ISHIKAWA MITSUO
IPC: B23K26/064
Filed: 1994-08-19
Abstract: PURPOSE: To easily make the balance of a branching rate adequate and to rapidly change the branching rate by disposing branching mirrors varying in the branching rates in the same branching position on optical axes in such a manner that their positions are freely exchangeable. CONSTITUTION: The laser beam is quadrisected in the beam quantity by four pieces of the branching mirrors 15a, 15b, 15c, 15d when the laser beam is radiated by a laser oscillator 12. The laser beams are thereafter passed through respective attenuating plates 24a, 24b, 24c, 24d, respective condenser lenses 20a, 20b, 20c, 20d and respective optical fibers 22a, 22b, 22c, 22d in this order and are introduced to respective exit units 28a, 28b, 28c, 28d. These beams are used simultaneously for laser beam processing by four pieces of exit units 28a, 28b, 28c, 28d. As a result, the branching rates are changed without replacing the connecting states of the optical fibers and the constitution of the entire part to a small size is possible.
Patent JP-H1134483-A (JP)
Title: Ink jet recording sheet
Inventor: HIBINO YOSHIHIKO
IPC: B41M5/50
Filed: 1997-07-22
Abstract: PROBLEM TO BE SOLVED: To provide an ink jet recording sheet having so-called plain sheet type including no special coating executed on a recording surface, excellent water resistance, image density and feathering of a recorded image and no discoloring of a printed part with time. SOLUTION: The ink jet recording sheet is paper-made by using timber pulp as main raw material and neutral rosin sizing agent as inside sizing agent and calcium carbonate as filler, and coating base sheet having 15% or less of base sheet ash content according to JIS P 8126 and 20 g/m<2> or less of 30 sec sizing degree according to a cup method stipulated in JIS P 8140 except 500 deg.C and 4 hours of ashing treatment, with coating liquid containing water soluble binder and cationic polymer fixing agent as main components. Gas permeability rate stipulated in JIS P 8117 of coated sheet is 40 sec or less. Preferably, a mixing ratio of the binder to the fixing agent of the coating liquid is 2:1 to 5:1, and pH of the liquid is 6.5 to 7.5.
Patent JP-S6439477-A (JP)
Title: Flowing water preventive device to building
Inventor: SATOU HIROO
IPC: E04H9/14
Filed: 1987-08-05
Abstract: PURPOSE: To render a structure and operation simple, and enable an inexpensive system to be installed promptly by forming a system with a plurality of water resistance plates, wires for connecting these, a sprocket, and a sprocket rotation driving means. CONSTITUTION: A chain 4 connecting both each upper end of a plurality of water prevention plate 1 for forming a water prevention door 3 is crossed over a sprocket 5 in order for the water prevention door 3 to be elevated through the rotation of the sprocket 5 by a rotation driving means comprising a driving chain 6, a driving shaft 7 and electric motor, and they are accommodated within an accommodation frame 9 in an ordinary period of time. When water prevention is required, the water prevention plates 1 are delivered successively to move downward by rotating the sprocket 5 through the driving means, so that the water prevention door 3 can be installed therein. Besides, the water prevention plates 1 can preferably be formed to be compressed strongly by providing a stationary support means comprising a compression member and support member.
Patent JP-H0247261-A (JP)
Title: Silicide target and production thereof
Inventor: HIRAO NORIYOSHI
IPC: C23C14/34
Filed: 1988-08-05
Abstract: PURPOSE:To produce the silicide target having a high density by grinding the calcined body of the silicide reaction of high-purity high melting metal powder and high-purity silicon powder and further, adding and mixing the high-purity silicon powder to and with the mixture and subjecting the mixture to hot isostatic pressurization pressing. CONSTITUTION:The high-purity high melting metal powder and the high-purity silicon powder are mixed and the mixture is brought into silicide reaction in a high vacuum. The max, grain size of the former is preferably specified to <=15mum, and that of the latter to <=150mum at this time. The calcined body obtd. by the avobe-mentioned reaction is ground to <=150mum. The high-purity silicon powder is further added and mixed to and with this powder and the powder is packed into a sealing can for compaction. The content. of Si at the time of the above-mentioned 1st mixing is preferably 2.1-2.4Si/m atomic ratio (M is metal) and the content of Si at the 2nd mixing is preferably 0.1-0.5. After the inside of the sealing can after the above-mentioned packing is evacuated to a vacuum, the powder is sintered by the hot isostatic pressurization press. The high-purity high melting metal silicide target which has <=20mum max. grain size of the stoichiometric compsn. MSi2 and in which the free Si exists only at the grain boundary and which has >=99% density ratio is obtd. in this way. The sputtered film of <=30 pieces/5 inch wafer can be obtained by using such target.
Patent JP-H06200349-A (JP)
Title: Dysprosium-containing high-strength magnesium alloy
Inventor: NINOMIYA RYUJI
IPC: C22C23/06
Filed: 1992-07-01
Abstract: PURPOSE: To obtain a general purpose new heat resistant lightweight magnesium alloy having room temp. and high temp. strengths more excellent than those of general purpose Mg-Al-Zn-Mn series alloys which have been utilized heretofore and various lanthanoid-contg. magnesium alloys for high temp. use, and suitable for automotive engine parts requiring lightness and heat resistance.  
     CONSTITUTION: This magnesium alloy excellent in room temp. and high temp. strengths is the one having a compsn. contg., by weight, 15 to 25% dysprosium or contg. (a) 4 to 15% dysprosium and (b) at least one kind of element selected from the group consisting of calcium, yttrium and lanthanoids (exclusive of dysprosium) by 0.8 to 5%, furthermore contg. at least one kind of element selected from the group consisting of zirconium and manganese, as required by ≤2%, and the balance magnesium with inevitable impurities. 
     COPYRIGHT: (C)1994,JPO
Patent JP-S5890958-A (JP)
Title: Room-temperature cured polyester laminate
Inventor: DONARUDO JIYOOJI FUESUKO
IPC: C08J3/24
Filed: 1982-11-08
Abstract: A new composition of matter comprises the product of the amassment of two or more arrays of glass roving or other suitable filaments, each of which array has been coated or impregnated with one of two complementary resin systems, preferably thermosetting polyester resin systems. Each such complementary resin system comprises resin a curing agent, differing from the curing agent in the other resin system, and a suitable accelerator which is substantially ineffective to promote the curing agent of the resin system in which it is incorporated, but which does effectively promote the curing agent of the other, complementary resin system. Upon amassment of the separate arrays the two accelerators act synergisticly in the combined resin system. 
<??>The invention is applicable to filament winding techniques and the like to provide extremely rapid curing even at room temperatures.
Patent JP-H0844855-A (JP)
Title: Image filing device and image data transfer method
Inventor: TASAKA KAZUTAKA
IPC: G06T11/80
Filed: 1994-07-27
Abstract: PURPOSE:To reduce the processing load on a CPU in a plate making processing work station and to improve the utilization efficiency of a main memory in the plate making processing work station when performing image conversion to image data read from a disk device. CONSTITUTION:A disk device 50 stores plural pieces of image data in a state of tile division. A CPU 32 reads the image data from the disk device 50 through an interface 44 one by one tile. The read image data are rotated or mirror inverted 90 deg. as unit for every tile by a DMA controller 40, and written in a tile line buffer and then read out. The CPU 32 transfers the read image data through an interface 46 to a plate making processing work station 52.
Patent JP-H0843757-A (JP)
Title: Scanning type image forming device
Inventor: ISHIBE YOSHIHIRO
IPC: G03B27/32
Filed: 1994-07-28
Abstract: PURPOSE:To minimize generation of defocusing and to obtain good copied images free from distortions by composing a scan mirror of a rear surface mirror formed to a planoconcave cylindrical shaving having a negative refracting power and correcting the image distortions generated by turning of this scan mirror. CONSTITUTION:The scan mirror M turnable as a projection scanning means is disposed in a home position near the exit pupil of a projecting lens L and has a scanning function of the projected image and a changeover function to changeover the luminous flux based on the image to a reader system and a printer system. The scan mirror M is composed of the rear surface mirror formed to the planoconcave cylindrical shaving having the negative refracting power within the scanning plane. The plane m2 of the scan mirror M is used as a rear reflection surface of the scan mirror M to correct the image distortion generated by turning of the scan mirror M at the time of using the scan mirror as the printer system. The scan mirror M is so turned that the plane m2 of the scan mirror faces the projecting lens L side at the time of using the scan mirror as the reader system. The plane m2 is used the front reflection surface as it is, by which the scan mirror is used as an ordinary reflection mirror.
Patent JP-S6260451-A (JP)
Title: Permanent-magnet field disk type synchronous machine
Inventor: KANETOSHI KAZUHIKO
IPC: H02K1/27
Filed: 1985-09-06
Abstract: PURPOSE:To bond permanent magnets firmly to a rotor by disposing a plurality of the fan-shaped permanent magnets at the predetermined positions of the discoid rotor while N pole and S poles are alternately arranged through a ferromagnetic body. CONSTITUTION:A plurality of (an even numbered) fan-shaped windows are formed to the circumferential sections of two discoid rotors 15 to which a shaft 1 is fitted, and permanent magnets 3 are inserted. The fan shapes 3' of oppositely faced surfaces in the rotors 15 are made slightly larger than the permanent magnets 3. Ferromagnetic bodies 20 are inserted into the fan shapes 3' and held by the two rotors 15, and the fan-shaped permanent magnets 3 are arranged on both sides of the ferromagnetic bodies 20 while N poles and S poles are alternately disposed, and bonded with the ferromagnetic bodies 20 by adhesives. Accordingly, the permanent magnets 3 are bonded firmly with the rotors 15.
Patent JP-H05236947-A (JP)
Title: Production of aromatic amino acid by fermentation method
Inventor: KIKUCHI TAKASANE
IPC: C12N1/21
Filed: 1991-05-02
Abstract: PURPOSE:To increase productivity of aromatic amino acid. CONSTITUTION:A bacterium is transformed with a recombinant DNA containing a gene encoding an enzyme practically obtaining release from feed back inhibition by one or two amino acid substitutions of 3-deoxy-D-arabinoheptulonic acid-7-phosphate synthase (DS) to be coded by aroF and aroG gene of Escherichia coli and a gene encoding a desensitizing enzyme of an enzyme to be controlled by a system characteristic of phenylalanine, a gene or a gene group encoding a desensitizing enzyme of an enzyme to be controlled by a system characteristic of tryptophan and the bacterium is cultured. An aromatic amino acid produced in the medium is collected to produce an aromatic amino acid by fermentation method. Since aroF and aroG of DS, initial key enzymes of fermentation of biosynthetic system common to aromatic amino acid, metabolism in the common system is improved.
Patent JP-H111556-A (JP)
Title: New polyalkylene guanidine salt or biguanidine salt with branched silane, its production and use thereof as antimicrobial agnet
Inventor: LEE BYUNG-HYUNG
IPC: A01N55/00
Filed: 1997-07-08
Abstract: PROBLEM TO BE SOLVED: To obtain the subject compound adhesive to various materials, and useful for antimicrobial treatment of synthetic/natural fibers, woods, paper, glass, metals, etc., by reacting a specific compound with a specific silane compound under agitation. SOLUTION: This compound of formula III is obtained by reaction of a compound of formula I [A is oxyethylene with a repeating number of 1-100,000, a 1-20C alkyl, etc.; Y is HCl, etc.; B is a 0-20C alkyl; Z is OR (R is methyl, etc.); X is I, etc.; (x) is guanidine, etc.; (m) is an integer of >=0; (n) is an integer of >=1] with a silane compound of formula II at an equivalent ratio to the guanidine group, etc., of 0.01-1.0 pref. at 0-200 deg.C in the presence of a catalyst (e.g. alkali metal alkoxide) and a solvent (e.g. organic acid) under agitation. The other objective antimicrobial composition is obtained by including 0.1-80 wt.% of this compound and 20-99.9 wt.% of water or an organic solvent with a boiling point of 25-30 deg.C.
Patent JP-H0939208-A (JP)
Title: Portable ink supply unit for printer
Inventor: SHIROMOTO TERUAKI
IPC: B41F31/32
Filed: 1995-08-01
Abstract: PROBLEM TO BE SOLVED: To eliminate the need for cleaning when color is changed and after printing operation ends and facilitate rapid color change, by fitting an ink tray onto a doctor blade at the rest position of the doctor blade and displacing the head of the elastic blade by a cross-direction regulator of the doctor blade. SOLUTION: When a portable ink supply unit is to be used, an ink fountain cradle 3 is sprung by turning, a doctor blade 2 is separated from an ink fountain roller 1 and is brought to the rest position with the surface kept level. Both side plates 11a, 11b of an ink tray containing ink is applied to the perimeter of an ink fountain roller 1 corresponding to the printing position, and placed on the top of the doctor blade 2 which keeps an ink tray fitting section 10 horizontal. When a changeover lever 17a of a magnet block of the fitting section 10b is set to 'contact,' the fitting section 10b is attracted and fixed to the top side of the doctor blade 2 by spring force.
Patent JP-H0945176-A (JP)
Title: Welding method for contact material
Inventor: TSUNODA NORIAKI
IPC: B23K26/00
Filed: 1995-08-01
Abstract: PROBLEM TO BE SOLVED: To provide a welding method for a contact material capable of simply positioning and accurately connecting the contact material at the prescribed position and connecting it on both the surface and back face of a terminal. SOLUTION: Slits 14a, 14b are formed at the prescribed positions of a thin plate-like frame material 10. When a small projection 18 formed on a contact material 16 is coupled with the slit 14b (14a), the contact material 16 is positioned and held at the prescribed position of a terminal 12b (12a). The contact material 16 is welded to the terminal 12b (12a) via the small projection 18 fused when a laser beam is irradiated to the small projection 18 of the contact material 16 to heat it.
Patent JP-H0540686-A (JP)
Title: Memory device
Inventor: MORITA AKIRA
IPC: G06F9/38
Filed: 1991-08-06
Abstract: PURPOSE:To realize the fast readout of an instruction and the reduction of burden on an external arithmetic processor by performing address control by recognizing the instruction by a memory device. CONSTITUTION:The readout of the instruction from the memory device 1 is performed by providing an instruction recognition circuit 4 which inputs an instruction readout request signal 2, an external control signal 3, and the instruction 10, an address generation circuit 5 controlled by the instruction recognition circuit 4, an address decoder 6 which decodes an address generated by the address generation circuit 5, a memory alley 7 to which the instruction is read out by the address decoder 6, and a temporary memory circuit 8 in which a read out instruction is stored temporarily. This memory device is the one with such feature that a selected instruction is outputted to the outside by an output circuit 11 based on an output selection signal 9 controlled by the temporary memory circuit 8 and the instruction recognition circuit 4.
Patent JP-S6174143-A (JP)
Title: Production of magnetic recording medium
Inventor: SHINOHARA KOICHI
IPC: C23C14/56
Filed: 1984-09-20
Abstract: PURPOSE:To suppress the generation of noise owing to distortion and to improve the mass productivity of a magnetic recording medium by forming a magnetic recording layer by vacuum deposition while taking up a substrate having a specific width or above along the peripheral side face of a cylindrical can under specific tension or below. CONSTITUTION:The evaporating material from an evaporating source vessel 4 is deposited by evaporation through the slit 9 of a mask 8 on the substrate 1 (14 in the separate figure) of polyester, polyimide, etc. having >=1m width while said substrate delivered from a delivery shaft 11 is moved along the outside peripheral surfaces of the cylindrical cans 2, 3 rotating in the directions shown by respective arrows and is taken up on a take-up shaft 12 to manufacture a soft magnetic layer 15 consisting of Ni-Co, etc. An evaporating material 7 such as Co-Cr from an evaporating source vessel 5 is then deposited by evaporation through a slit 10 to form a vertically magnetizable layer 16. A protective layer 17 is provided on the layer 16 if necessary. The substrate 1 is taken up under <=100kg tension per unit width during the vapor deposition stage. The width is thus increased and the generation of the noise arising from the distortion owing to is thus decreased.