baber/WOPTO huggingface dataset:
Patent TW-259699-B (TW)
IPC: A61C8/00
Filed: 1991-09-12
Granted: 1995-10-11
Abstract: Dental implant for an anchored prosthesis, its securing arrangements comprising a securing head and a metal implant post which can be connected to a main body via a screw connection, if appropriate via an intermediate spacer part, in particular made of metal, and which projects from the open distal end of the main body, the implant post near the distal edge of the main body being surrounded concentrically in areas by an intermediate element made of elastic-viscous material, such as plastic, in particular polyoxymethylene, the intermediate element consisting of a retention ring (18) with essentially plane, smooth end faces; the main body (10) and/or the intermediate spacer part has/have, near the distal circumferential edge, an annular recess (14) which is provided with a bearing shoulder (16) for the proximal end face of the retention ring and which is intended for receiving the retention ring (18) essentially circumferentially flush, at least over almost the whole longitudinal extent; the implant post (12) and/or the spacer part has/have an annular shoulder (22) for bearing on the distal end face of the retention ring (18); and at least a part of the surfaces of the main body (10), the implant post (12) and/or the spacer part coming into pressure engagement with the retention ring (18), when the implant post (12) and/or the spacer part is/are screwed into the circular body (10) or the spacer part, being provided with positive-lock depressions (20, 24) into which the material of the retention ring (18) can be inwardly deformed under the screwing-in pressure and with formation of a positive-locking against rotation between the implant elements (10, 12) adjoining the retention ring (18). 
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Patent TW-396196-B (TW)
Title: Forming conductive coating by blending metallic copper powder, resol type phenolic resin, chelate agent , adhesion promoter and conductivity promoter
Inventor: MURAKAMI HISATOSHI
IPC: C09D161/06
Filed: 1992-09-18
Granted: 2000-07-01
Abstract: This is a conductive coating with excellent conductivity, excellent adhesion to copper foil, and good heat resistance on banding.  It is suitably used as an interconnecting circuit and electromagnetic block on a flexible printed substrate. A PCB using the conductive coating has a durable and electromagnetic productive flexible printed circuit formation. The coating material can be obtained by blending (A) 100 pts.wt. Metallic copper powder coated with 0.05-0.2 pt.wt. Titanate, zirconate, or their mixture, (B) 5-30 pts.wt. Resol type phenolic resin, (C) 0.5-4 pts.wt. chelate agent, (D) 0.1-5 pts.wt. Adhesion improvement consists of various adhesives, and (E) 0.5-7 pts.wt. Conductivity improvement. The conductive coating is cheaper than silver adhesive, but has better conductivity, excellent adhesion to copper foil, and good heat resistance on banding. Thus, it is suitable to be used on a PCB to form an interconnecting circuit or a conductive layer. It can also be sank into a melt banding vessel to pack IC, MSI, or LSI. Moreover, a copper foil interconnect circuit is formed on a heat durable plastic film with consequently an inner coating film. An isolated layer is coated with metallic powder conductive adhesive. An outer coating layer has suitable space to interconnect the inner coating layer to make the interconnect circuit grounding pattern and the metallic powder conductive adhesive connection. A durable and electromagnetic protective flexible printed circuit formation can be produced.
Patent TW-357397-B (TW)
Title: Method of formation of continuous membranes
Inventor: KOBAYASHI MASAHIKO
IPC: C12Q/
Filed: 1993-02-15
Granted: 1999-05-01
Abstract: A method of formation of continuous membranes, where the metal processing in the semiconductor manufacture includes: (a) membrane manufacturing, having the opposing space generated in the positively crossed power field and the opposing one to the magnetic field on the target and the sbstrate, for introduction of at least one type of first processing gas for forming of plasma, for generation of the magnetic field of the first level from outside, and having the first membrane having chips splashed from the target when the magnetic density in the system being converted to the first magnetic density on the substrate; and (b) membrane making, having the opposing space generated in the positively crossed power field and the opposing one to the magnetic field on the target and the sbstrate, for introduction of at least 2 types of second processing gas for the second level magnetic filed from outside be effective, and for generation of the magnetic field of the second level from inside, and having the second membrane density membrane having chips splashed from the target when the magnetic density in the system being converted to the seconddensity for a gas from said gas processed above react for generation of the second membrane of more than 2 elements and be stacked on the first membrane, and including: (i) continuation of (a) of (b); (ii) continuation of (a) of (b) in a vacuum container, in the same target and of the same structure, (iii) plasma forming system of (a) and plasma forming system of (b), through the first and second level magnetic field density from outside, for the first and second density be one to the other; (iv) forming of the target with titanium element and membrane formed in (a) as titanium membrane; and membrane formed in (b) as a tatanium nitride membrane; (v) excitation of current in exciting iron of (a), over that of (b); in (a) and (b), making the power invested respectively in the target be different; power to the target in (b), higher than that of (b); (vi) in (b) of (a), in the opposing space of target and substrate, the power field positive crossing space being formed by the permanent magnet on the back of the target, for generation of changes in the density by means of the magnetic magnet in the back, for identical outer diater of the magnetic iron and the diameter of the substrate, for even distribution of the density on the substrate, thus, (vii) making the first processing gas of (a) and the second processing gas having at least 2 processing gases be te same and in case of shift of (a) and (b), for changes in density in the system according to changes of the processing gas.
Patent TW-267158-B (TW)
IPC: C07K5/08
Filed: 1993-03-22
Granted: 1996-01-01
Abstract: N-(Amidino- or guanidino-substd. acyl)- aspartic acid derivs. of formula HN=C(CH2)-X-NH-CH(COR)CH2CHOOH(I) (I) and their salts are new: In (I), X = amino-substd. glycyl, benzoyl or phenoxyacetyl deriv. gp. of formula (i)-(iv); A = (CH2)m, O or direct bond; n = 1-4; k = 0-7; m = 0-4; R = -OR2R3 or -NH-R4; R1 = H; 1-28C alkyl, 3-28C cyclo-alkyl or phenyl (all opt. substd. by one or more of OH, COOH, 1-4C alkoxycarbonyl, arylmetho-cycarbonyl, carboxamido, 1-4C alkylaminocarbonyl, NH2, SH, 1-4C alkoxy, 3-8C cycloalkyl, imidazolyl, indolyl, pyrrolidinyl, hydroxypyrrolidinyl, halogen and phenyl or phenoxy (themselves both opt. substd. by one or more of OH, 1-4C alkyl, halogen, NO2 and CF3)); 3-81C alkyl interrupted by one or more O; or (3-81C alkoxy)-carbonyl interrupted by one or more O; R2,R3 = H, or as R1; or R2 = H and R3 = triglyceride deriv. gp. of formula (v) or (vi); or NR2R3 - 5- or 6-membered satd. heterocycle opt. also contg. O or NR5; R4 = residue of an aminoacid or dipeptide, in which the peptide bond may be reduced to NHCH2; R5 = H, 1-4C alkyl, phenyl, (1-4C alkyl)-phenyl or (1-4C alkoxy)-phenyl; R6 = H, 1-4C alkyl, phenyl or phenyl (1-4C) alkyl; P,Q = 1-20.
Patent TW-223185-B (TW)
Title: Manufacturing method and architecture of flash memory element with straight standing ring-type gate
Inventor: HORNG YUUN-DING
IPC: H01L27/112
Filed: 1993-08-31
Granted: 1994-05-01
Abstract: A method to manufacture flash memory element with straight standing ring-type gate, comprises the following steps: 1. forming an externally extended straight standing convex post etching on silicon layer or well area; 2. ion-implanting to source/drain area; 3. forming gate oxide layer, 4. etching to remove the gate oxide layer positioned on the external side of the bottom of the straight standing convex post; 5. oxdizing the thin layer of tunnel oxide positioned above source area; 6. forming a straight standing convex post spacer for the suspending gate of internal polysilicon layer by depositing/doping/general etching; 7. covering dielectric layer; 8. external polysilicon layer controlling gate depositing/doping/photo-mask etching; By means of covering the straight standing convex post with internal and external layers of gate, the flash memory element with straight standing channel of source/drain is obtained.
Patent TW-387978-B (TW)
Title: A structure of a ball nut return piece and its manufacturing processes of manufacture
IPC: B22D25/02
Filed: 1996-01-17
Granted: 2000-04-21
Abstract: The present invention relates a ball nut return piece and its manufacturing processes of manufacture, and more importantly to the return piece of the internal circulation type ball screw system. The return piece is produced by monoblock casting, and the axial direction of the guide groove of the return piece is parallel to the top face and bottom face of the block, and the block wall thickness on the periphery of the guide groove is thinner, thus during molding process, the return piece has better precision; moreover, the screw coupling groove corresponding to the return piece can be processed more conveniently and decrease the volume of cutting-off.
Patent TW-290516-B (TW)
Title: Container for granulated substances
Inventor: CARSTEN JORGENSEN
IPC: B65D83/06
Filed: 1995-07-06
Granted: 1996-11-11
Abstract: Container for granulated substances with a cylindrical dose tube arranged parallel with the center axis and being fastened in a lid, and whose entrance with a view to the dosing can be applied in varying distances from the bottom of the container for granulated substances, characterized in, that the dose tube is arranged axially movable in a socket fastened in the lid of the container, and by having the length of the dose tube longer than the inner height of the container with lid.
Patent TW-297812-B (TW)
IPC: C07D211/94
Filed: 1995-08-09
Granted: 1997-02-11
Abstract: When a tetraalkyl orthotitanate transesterification catalyst is used in the preparation of N-oxyl hindered amine esters, the N-oxyl compound is obtained in excellent yield and purity when moderate temperatures (90-130 DEG C) and an aliphatic hydrocarbon solvent are used. The N-oxyl compounds are light stabilizers and also inhibitors for preventing the premature polymerization of ethylenically unsaturated monomers.
Patent TW-366323-B (TW)
Title: Ozone generator
Inventor: JO SOO-HWAN
IPC: C01B13/11
Filed: 1995-09-12
Granted: 1999-08-11
Abstract: The present invention discloses an ozone generator and in particular to an ozone generator which can be used to sterilize and deodorize without any damage to human body so hat the ozone generator can be used widely as an electrical equipment. The ozone generator comprises a power unit, a high voltage generator which can convert the voltage supplied from the power unit into a high voltage, a discharge means which can proceed to discharge primarily by means of the high voltage from the high voltage generator and an ozone generating means which can use a metal object as a carrier in the discharge means to discharge secondly in order to generate ozone.
Patent TW-314549-B (TW)
IPC: C08F8/04
Filed: 1995-09-13
Granted: 1997-09-01
Abstract: The present invention provides star polymers which are useful as viscosity index improvers in oil compositions formulated for high performance engines. the star polymers have triblock copolymer arms of hydrogenated polyisoprene-polybutadiene-polyisoprene, which provide excellent low temperature performance in lubricating oils, and can be used in the present of low pour point depressant concentrations.
Patent TW-290586-B (TW)
Title: Process for preparing raw materials for high-density, high-strength carbon materials
Inventor: WENG BIING-JYH
IPC: C10C3/04
Filed: 1995-09-19
Granted: 1996-11-11
Abstract: A process for preparing raw materials for high-density, low-strengthcarbon material characterized in the raw material for carbon materialis pre-oxidized to give evenly dispersed carbon material powder, thesteps of which comprises: (1) heat-treating coal tar pitch at 380 to 500 deg.C, and extracting the heat-treated pitch with a solvent mixture which is a mixture of 10-70 vol.% of toluene and 90-30 vol.% of quinoline or a mixture of 0-100 vol.% of low temperature coal tar (B.P. 105-217.2 deg.C) and 100-0 vol.% of high temperature coal tar (B.P. 208.2-273.4 deg.C), the weight of extraction solvent being 2 to 4 times of that of heat-treated coal tar pitch, followed by filtration and drying; (2) pre-oxidizing the dried powder in air atmosphere where the temperature is raised to 200-300 deg.C at 0.5-3 deg.C/min. and N2 atmosphere is replaced to conduct low temperature calcination at 330-390 deg.C for 2-10 hours.
Patent TW-568896-B (TW)
Title: Calcium receptor-active compounds
Inventor: VAN WAGENEN BRADFORD C
IPC: C07C211/31
Filed: 1995-11-03
Granted: 2004-01-01
Abstract: An inorganic ion receptor modulating compound having the formula: wherein Ar1 is either naphthyl or phenyl optionally substituted with 0 to 5 substituents each independently selected from the group consisting of, lower alkyl, halogen, lower alkoxy, lower thioalkyl, methylene dioxy, lower haloalkyl, lower haloalkoxy, OH, CH2OH, CONH2, CN, acetoxy, N(CH3)2, phenyl, phenoxy, benzyl, benzyloxy, alpha,alpha-dimethylbenzyl, NO2, CHO, CH3CH(OH), acetyl, ethylene dioxy; Ar2 is either naphthyl or phenyl optionally substituted with 0 to 5 substituents each independently selected from the group consisting of, lower alkyl, halogen, lower alkoxy, lower thioalkyl, methylene dioxy, lower haloalkyl, lower haloalkoxy, OH, CH2OH, CONH2, CN, and acetoxy; q is 0, 1, 2, or 3; and R is either H, lower alkyl; and pharmaceutically salts and complexes thereof; wherein said compound modulates one or more inorganic ion receptor activities.
Patent TW-311282-B (TW)
Title: Manufacturing method of memory contact structure
Inventor: WUU SHOW-GWO
IPC: H01L27/11
Filed: 1996-02-26
Granted: 1997-07-21
Abstract: A method of implementing novel plug structure on SRAM cell with thin film transistor as stacked contact and metal contact comprises of the following steps: (1) supplying one semiconductor substrate with device region and field oxide region, forming TFT and word line from first polysilicon, then forming Vss ground plate and bit line from second polysilicon; (2) depositing first insulator on substrate, depositing third polysilicon on first insulator, in which third polysilicon is doped with N- impurity;(3) patterning the third polysilicon, separately forming gate of first and second thin film transistor; (4) depositing second insulator on gate as gate oxide; (5) depositing N- amorphous layer on the second insulator; (6) on amorphous layer above gate implementing pattern and by ion implantation doping P- impurity in amorphous layer; (7) the amorphous pattern leaving first and second gate top portion undoped, forming polysilicon channel region of first and second thin film transistor, in which each undoped portion is adjacent with P- doped portion, and P- doped portion also extends to another gate and second insulator top; (8) by photoresist patterning and etching P- doped amorphous layer, forming node contact to second insulator; (9) depositing third insulator on amorphous pattern and etched portion;(10) on amorphous layer with node contact implementing photoresist node contact pattern, also on device region implementing photoresist node contact pattern for first metal contact; with anisotropic and selective etch technology etching third insulator to P- doped portion, and continuing etching second insulator to third polysilicon layer, forming stacked node contact, also in-situ forming metal node contact of device region on substrate; (11) in stacked node contact and metal contact forming transconductance plug;(12) depositing first metal layer and patterning, forming metal interconnection, finishing novel plug structure on SRAM cell.
Patent TW-430653-B (TW)
Title: Anhydrous crystals
Inventor: SATO YUKIO
IPC: C07D207/27
Filed: 1996-03-01
Granted: 2001-04-21
Abstract: An anhydrous crystal of a compound represented by the formula: R2-CH2CONH-R1 wherein R1 represents a substituted or non-substituted pyridyl group or substituted or non-substituted phenyl group and R2 represents a substituted or non-substituted 2-oxo-1-pyrrolidinyl group, and which is substantially free from hygroscopicity. For example, by drying a hydrous crystal of said compound at a temperature of 80 DEG C or above under reduced pressure, an anhydrous crystal is provided that exhibits a weight increase of 1% or less when stored under the relative humidity of 83% at the temperature of 25 DEG C for 30 days. By using the anhydrous crystal for the manufacture of a medicament comprising the compound as an active ingredient, a product with a constant content of the active ingredient can be obtained.
Patent TW-303421-B (TW)
IPC: F28F9/02
Filed: 1996-06-17
Granted: 1997-04-21
Abstract: A cooling apparatus is provided comprising a vessel (90) confining a pool of liquid (92). A plurality of separate tubular passageways (28, 30; 126, 128; 180, 182; 206, 208; 226, 228; 250, 252) are immersed in the liquid. A header assembly is provided having an inner chamber (18; 118; 166; 176; 198; 216; 222; 242) and an outer chamber (20; 120; 168; 178; 200; 218; 224; 244). The inner chamber (18; 118; 166; 176; 198; 216; 222; 242) is operatively connected to one end of each of the separate tubular passageways (28, 30; 126, 128; 180, 182; 206, 208; 226, 228; 250, 252) and the outer chamber (20; 120; 168; 178; 200; 218; 224; 244) is operatively connected to the other end of each of the separate tubular passageways (28, 30; 126, 128; 180, 182; 206, 208; 226, 228; 250, 252). <IMAGE>
Patent TW-297880-B (TW)
Title: Data communication method of palm electric device and device thereof
Inventor: WU LONG-TERNG
IPC: G06F3/00
Filed: 1996-08-28
Granted: 1997-02-11
Abstract: A data communication method of palm electric device comprises of the steps:(1) connecting palm electric device on transmitting end to one palm electric device on receiving end via infrared communication line; (2) supplying one data transmission display driver and storing in CPU of the above palm electric device on transmitting end, and detecting data capacity to be sent, all files of the data capacity on transmitting end, and current memory space on receiving end; (3) supplying one LCD for displaying all files of the above data capacity on transmitting end, and with graphic chart to show percentage of data capacity on transmitting end occupied in total memory capacity, and showing current memory space on receiving end occupied in total memory capacity; (4) supplying one input keyboard, through the above LCD selecting any one file, then generating preview screen by showing the file data capacity occupied in total memory capacity on receiving end; (5) repeating the above step until selection is over or memory space on receiving could not accept another data record; (6) beginning executing data transmission, and step by step transforming preview display into data capacity display.
Patent TW-401411-B (TW)
Title: Biologically active benzothiazolone ethanamines
Inventor: BONNERT ROGER
IPC: C07D/
Filed: 1996-12-11
Granted: 2000-08-11
Abstract: Compounds of formula I, wherein X represents naphthyl optionally substituted by alkyl or halogen; and p, q and r independently represent 2 or 3, and pharmaceutically acceptable salts thereof; processes for their preparation and methods for their use.
Patent TW-391150-B (TW)
Title: Transparent conductive laminate and EL element using the laminate
Inventor: YAMAZAKI FUMIHARU
IPC: H05B33/28
Filed: 1996-12-16
Granted: 2000-05-21
Abstract: The present invention generally relates to a transparent conductive laminate, its fabrication method and EL element using the laminate.  The transparent conductive laminate is provided with an amorphous ITO layer composed substantially of at least an oxide of indium and tin on one main face of a transparent base.  The ITO layer of is formed by means of sputtering and has a sheet resistance greater than 1X10<-2><OMEGA>cm.  Then, the ITO layer is subject to thermal treatment to form an amorphous transparent conductive layer having a sheet resistance less than 1X10<-2><OMEGA>cm.  Therefore, using the transparent conductive laminate can improve remarkably the durability at the time of continuous light emission in the wet environment of EL elements.
Patent TW-392131-B (TW)
Title: Universal MPEG decoder with scalable picture size
Inventor: PRABHAKAR RAMASWAMY
IPC: H04N7/50
Filed: 1996-12-24
Granted: 2000-06-01
Abstract: A decoder is disclosed for decoding MPEG video bitstreams encoded in any color space encoding format and outputting the decoded video bitstream to different sized windows. Both MPEG decompression and color space decoding and conversion are performed on the bitstreams within the same decoder. The disclosed decoder may by programmed to output the decoded video bitstream in any of three primary color space formats comprising YUV 4:2:0, YUV 4:2:2, and YUV 4:4:4, The decoder may also output the decoded bitstream to different sized windows using Discrete Cosine Transform (DCT) based image resizing.
Patent TW-343959-B (TW)
Title: Method and apparatus for forming fused silica by combustion of liquid reactants
Inventor: DANIEL WARREN HAWTOF
IPC: B05B1/28
Filed: 1997-04-07
Granted: 1998-11-01
Abstract: A method for inhibiting the gelation of siloxane in a process for making silica, the method comprising the following steps: (a) providing a liquid siloxane material; (b) transferring the liquid siloxane material in its liquid form to a conversion position; (c) atomizing the liquid siloxane material at the conversion position; and (d) converting the atomized siloxane material into silica at the conversion position.
Patent TW-416834-B (TW)
Title: Preparation of pastas
Inventor: HSU JAU-YANN
IPC: A23L7/109
Filed: 1997-04-25
Granted: 2001-01-01
Abstract: According to the present invention, there is provided a process for the preparation of a fully cooked shelf stable or refrigerated acidified pasta product comprising mixing pasta ingredients with an encapsulated, hot water soluble/cold water insoluble edible acid, forming the dough into a pasta, steaming the pasta a first time, then treating the steamed pasta with water, afterwards steaming the pasta a second time and finally packaging the twice steamed pasta either with heat processing or under modified atmospheric conditions.
Patent TW-370619-B (TW)
Title: Method for testing and distributing semiconductor diode cores
Inventor: Dai chao-zhi
IPC: H01L21/66
Filed: 1997-04-30
Granted: 1999-09-21
Abstract: The invention provides a method for testing and distributing semiconductor diode cores. Diode cores are shaken into a test plate with pores arranged in matrix and the first electrode end of the test plate is connected to one end of the diode core electrodes for testing. And then the test plate is transmitted by a motor-driven mechanism to pass through a testing pins row, so that the testing pin row is connected to the other end of the diode core electrodes for testing. After the diode core is tested by testing pins row, the diode core is transmitted to a vacuum suction mechanism, so that the vacuum suction mechanism can distribute and suck diode cores into different vessels according to tested results. With this distribution method, the testing efficiency and the production efficiency for semiconductor diode cores can be greatly raised.