mhurhangee/patent-ind-claim-en huggingface dataset:
A spoke wheel for a motorcycle, comprising: a hub having an insertion hole for an axle shaft to be inserted therein; a rim for a tyre to be attached thereto; and a plurality of spokes connecting the hub and the rim , wherein the spokes include first spokes extending from a first side of the hub in an axial direction (D1) of the insertion hole to the rim , and second spokes extending from a second side of the hub in the axial direction (D1) to the rim , wherein a housing part housing damper members is formed on the first side of the hub to surround the insertion hole , the housing part including an opening part (OP) open to the first side, a bottom surface (BT) formed to be recessed from the opening part (OP) in the axial direction (D1), and a damper-side wall part forming the bottom surface (BT), characterized in that the bottom surface (BT) includes a flat surface , depressed parts recessed from the flat surface in the axial direction (D1) to house heads of the first spokes , and through holes (H1) formed in the depressed parts to allow the first spokes to be inserted therein. a hub having an insertion hole for an axle shaft to be inserted therein; a rim for a tyre to be attached thereto; and a plurality of spokes connecting the hub and the rim , wherein the spokes include first spokes extending from a first side of the hub in an axial direction (D1) of the insertion hole to the rim , and second spokes extending from a second side of the hub in the axial direction (D1) to the rim , first spokes extending from a first side of the hub in an axial direction (D1) of the insertion hole to the rim , and second spokes extending from a second side of the hub in the axial direction (D1) to the rim , wherein a housing part housing damper members is formed on the first side of the hub to surround the insertion hole , the housing part including an opening part (OP) open to the first side, a bottom surface (BT) formed to be recessed from the opening part (OP) in the axial direction (D1), and a damper-side wall part forming the bottom surface (BT), characterized in that the bottom surface (BT) includes a flat surface , depressed parts recessed from the flat surface in the axial direction (D1) to house heads of the first spokes , and through holes (H1) formed in the depressed parts to allow the first spokes to be inserted therein. an opening part (OP) open to the first side, a bottom surface (BT) formed to be recessed from the opening part (OP) in the axial direction (D1), and a damper-side wall part forming the bottom surface (BT), characterized in that the bottom surface (BT) includes a flat surface , depressed parts recessed from the flat surface in the axial direction (D1) to house heads of the first spokes , and through holes (H1) formed in the depressed parts to allow the first spokes to be inserted therein.
A tire molding element for vulcanization molding a tire tread , comprising: a molding surface for molding a plurality of ground contact elements of the tread , comprising a ground contact surface which contacts a road surface, and a transverse side surface and a circumferential side surface connected to said ground contact surface ; and a plurality of thin plates comprising a main body , provided in such a way as to cut a covering layer arranged in advance on an unvulcanized green tire , wherein at least one thin plate comprises a protrusion which protrudes from the main body in the thickness direction of the thin plate and guides the cut covering layer in the depth direction of the green tire in such a way as to cover at least a portion of the transverse side surface of the ground contact element , characterized in that at least two adjacent thin plates comprise an enlarged-width portion provided at an end portion on the opposite side to the molding surface , and a cutting means protruding from the enlarged-width portion toward the opposite side to the molding surface . a molding surface for molding a plurality of ground contact elements of the tread , comprising a ground contact surface which contacts a road surface, and a transverse side surface and a circumferential side surface connected to said ground contact surface ; and a plurality of thin plates comprising a main body , provided in such a way as to cut a covering layer arranged in advance on an unvulcanized green tire , wherein at least one thin plate comprises a protrusion which protrudes from the main body in the thickness direction of the thin plate and guides the cut covering layer in the depth direction of the green tire in such a way as to cover at least a portion of the transverse side surface of the ground contact element , characterized in that at least two adjacent thin plates comprise an enlarged-width portion provided at an end portion on the opposite side to the molding surface , and a cutting means protruding from the enlarged-width portion toward the opposite side to the molding surface .
A method for manufacturing a tire (T) comprising a reinforcing member comprising a reinforcing cord continuously wound a plurality of times in a tire circumferential direction or wound in the tire circumferential direction while continuously extending in a tire width direction, the method comprising: preparing a plurality of feeding units feeding the reinforcing cords , feeding, in advance as a preceding reinforcing cord , the reinforcing cord stocked in one of the feeding units and using the preceding reinforcing cord to form the reinforcing member , using, as a next reinforcing cord , the reinforcing cord stocked in another of the feeding units and paying out a leading edge portion of the next reinforcing cord , at a time when a predetermined length of the preceding reinforcing cord is fed, joining the leading edge portion to the preceding reinforcing cord using a splice mechanism to make the leading edge portion continuous with the preceding reinforcing cord , then continuing formation of the reinforcing member while feeding the next reinforcing cord to complete the reinforcing member , vulcanizing a green tire (G) with the reinforcing member completed, and disposing, within a setting range of the bead core portion constituting the tire (T), a joint portion (J) at which the preceding reinforcing cord and the next reinforcing cord are joined.
A coating solution for forming an ultraviolet-absorbing film, which comprises a combination of the following three components: a first component which is an epoxidized organooxysilane compound (a) or a partially hydrolyzed condensate containing the compound (a) as the constituting unit, a second component which is an organooxysilane compound (b) which is a reaction product of a hydroxylated benzophenone compound and an epoxidized organooxysilane compound or a partially hydrolyzed condensate containing the compound (b) as the constituting unit, and a third component which is an organooxysilane compound (c) other than the above (a) and (b) or a partially hydrolyzed condensate containing the compound (c) as the constituting unit, wherein the proportions of the first component, the second component, and the third component are such proportions that, based on 100 parts by mass of the total solid content of the first component, the second component, and the third component, the first component is from 5 to 50 parts by mass, the second component is from 10 to 50 parts by mass, and the third component is from 40 to 80 parts by mass, wherein each of compounds (a) to (c) is a compound having at least two organooxy groups bonded to a silicon atom, wherein compound (c) does not contain an epoxy group or a residual group of a hydroxylated benzophenone compound, wherein at least part of the first, second and third compounds is a triorganooxysilane compound or a tetraorganooxysilane compound, and wherein the coating solution contains at least one member selected from polyepoxides and glycerin. a first component which is an epoxidized organooxysilane compound (a) or a partially hydrolyzed condensate containing the compound (a) as the constituting unit, a second component which is an organooxysilane compound (b) which is a reaction product of a hydroxylated benzophenone compound and an epoxidized organooxysilane compound or a partially hydrolyzed condensate containing the compound (b) as the constituting unit, and a third component which is an organooxysilane compound (c) other than the above (a) and (b) or a partially hydrolyzed condensate containing the compound (c) as the constituting unit, wherein the proportions of the first component, the second component, and the third component are such proportions that, based on 100 parts by mass of the total solid content of the first component, the second component, and the third component, the first component is from 5 to 50 parts by mass, the second component is from 10 to 50 parts by mass, and the third component is from 40 to 80 parts by mass, wherein each of compounds (a) to (c) is a compound having at least two organooxy groups bonded to a silicon atom, wherein compound (c) does not contain an epoxy group or a residual group of a hydroxylated benzophenone compound, wherein at least part of the first, second and third compounds is a triorganooxysilane compound or a tetraorganooxysilane compound, and wherein the coating solution contains at least one member selected from polyepoxides and glycerin.
An encrypted text matching system comprising: means for generating first auxiliary data and second auxiliary data , respectively, which are for verification of matching between a first encrypted text that is obtained by encrypting input data and is registered with a storage device and a second encrypted text that is obtained by encrypting input data to be matched, the verification being performed by using a Hamming distance between plaintexts; and means for performing one-way conversion on at least part of the first auxiliary data, performing one-way conversion on intermediate data that is generated based on a difference between the first encrypted text and the second encrypted text and on the second auxiliary data, and determining, by using a result of the one-way conversion performed on the intermediate data as well as using the first auxiliary data that underwent the one-way conversion , whether a Hamming distance between plaintexts is equal to or less than a predetermined certain value, the Hamming distance corresponding to the difference between the first encrypted text and the second encrypted text. means for generating first auxiliary data and second auxiliary data , respectively, which are for verification of matching between a first encrypted text that is obtained by encrypting input data and is registered with a storage device and a second encrypted text that is obtained by encrypting input data to be matched, the verification being performed by using a Hamming distance between plaintexts; and means for performing one-way conversion on at least part of the first auxiliary data, performing one-way conversion on intermediate data that is generated based on a difference between the first encrypted text and the second encrypted text and on the second auxiliary data, and determining, by using a result of the one-way conversion performed on the intermediate data as well as using the first auxiliary data that underwent the one-way conversion , whether a Hamming distance between plaintexts is equal to or less than a predetermined certain value, the Hamming distance corresponding to the difference between the first encrypted text and the second encrypted text.
A catheter and package assembly, comprising: a catheter having an elongated tubing and a funnel attached to one end of the tubing, the funnel has a body portion and a plurality of ridges are formed on the exterior surface of the body portion and protruding upwardly from said surface; an elongated case having a rim defining an open end, the rim being sized to permit entry of at least the catheter tubing; a hydrating medium in the case where it is effective to lubricate the catheter tubing; and a cap connected to the case by a hinge and movable between closed and open positions, the cap when in the open position permitting withdrawal of the catheter from the case and installation of the catheter into the case, the cap when in the closed position preventing withdrawal of the catheter from the case and preventing loss of the hydrating medium from the case. a catheter having an elongated tubing and a funnel attached to one end of the tubing, the funnel has a body portion and a plurality of ridges are formed on the exterior surface of the body portion and protruding upwardly from said surface; an elongated case having a rim defining an open end, the rim being sized to permit entry of at least the catheter tubing; a hydrating medium in the case where it is effective to lubricate the catheter tubing; and a cap connected to the case by a hinge and movable between closed and open positions, the cap when in the open position permitting withdrawal of the catheter from the case and installation of the catheter into the case, the cap when in the closed position preventing withdrawal of the catheter from the case and preventing loss of the hydrating medium from the case.
A self-contained biological indicator, comprising: a carrier inoculated with test microorganisms and an effective amount of a carbohydrate to reduce the resistance of the biological indicator to steam sterilization as compared to when no carbohydrate is used, and wherein the carbohydrate comprises a monosaccharide selected from xylose or dextrose and the test microorganisms comprise Geobacillus stearothermophilus spores; and wherein the carrier comprises an interior surface of a first compartment of the self-contained biological indicator, the carrier being inoculated by depositing an aqueous solution containing the carbohydrate and the test microorganisms on the carrier and drying the solution to form an inoculated carrier, the first compartment being adapted to permit the test microorganism to be brought into contact with steam during a steam sterilization process; and the self-contained biological indicator further comprising a second compartment containing a growth media, the second compartment being adapted to maintain the growth media separate from the test microorganism during the steam sterilization process, and the second compartment being adapted to permit the growth media to contact the test microorganism after the steam sterilization process is completed.
Use of activated carbon as an additive in the production of OSB boards from wood strands for reducing the emission of VOCs, wherein the additive can be introduced or applied during the production process of the OSB boards, characterised in that the adhesive used is a formaldehyde-free adhesive.
A landing gear having a force-measuring element , the landing gear comprises an outer tube , an inner tube movably mounted in the outer tube , and a transmission assembly comprising at least one spindle driven by a gear , wherein the spindle is fed through a spindle opening in a spindle bearing plate which is in contact with the outer tube , and a spindle nut fastened to the inner tube is held on the spindle , characterized in that the force-measuring element is mounted on a support component disposed in the force flow between the spindle and the outer tube .
A multi-layer structured carbonaceous material comprising graphitic carbon particles having carbonized products of an organic compound affixed to surfaces of the particles, wherein loop structures are present at an edge portion of each of the graphitic carbon particles, and wherein the multi-layer structured carbonaceous material has a specific surface area of 10 m 2 /g or less as measured by a BET method, and the ratio of the BET specific surface area of the carbonaceous material relative to the BET specific surface area of the graphitic carbon particles is between 0.40 inclusive and 1.00 inclusive.
A connector for being housed in an electronic device having a reference member whose potential is kept at a constant level, and for connecting to another electronic device via a wired communication link, comprising: a housing which houses connection terminals therein; and an electrically conductive protrusion joined to at least a distal end portion of said housing, said electrically conductive protrusion including at least a portion which is elastic , and configured to be electrically connected to said reference member; and characterized in that said electrically conductive protrusion comprises a first metal member integrally formed with said housing and a second metal member joined by a screw to said first metal member , said second metal member having a sheet thickness thinner than said first metal member . a housing which houses connection terminals therein; and an electrically conductive protrusion joined to at least a distal end portion of said housing, said electrically conductive protrusion including at least a portion which is elastic , and configured to be electrically connected to said reference member; and characterized in that said electrically conductive protrusion comprises a first metal member integrally formed with said housing and a second metal member joined by a screw to said first metal member , said second metal member having a sheet thickness thinner than said first metal member .
Soldering system comprising - a first soldering device with a control unit comprising a central micro-controller and/or micro-processor designed to control at least one operating parameter of the first soldering device , whereby a wireless module is provided comprising a communication module designed to form a wireless data connection, and - at least one electronic device comprising an output device for the visual output of information, whereby the first soldering device is designed to form a wireless data connection with the electronic device and is also designed for wireless forwarding or wireless receiving of data from the electronic device , characterised in that the soldering system comprises - at least one second soldering device with a control unit comprising a central micro-controller and/or micro-processor designed to control at least one operating parameter of the second soldering device , whereby a wireless module is provided comprising a communication module designed to form a wireless data connection, and - whereby the first soldering device is designed to form a wireless data connection with the second soldering device for wireless control of the at least one second soldering device . - a first soldering device with a control unit comprising a central micro-controller and/or micro-processor designed to control at least one operating parameter of the first soldering device , whereby a wireless module is provided comprising a communication module designed to form a wireless data connection, and - at least one electronic device comprising an output device for the visual output of information, whereby the first soldering device is designed to form a wireless data connection with the electronic device and is also designed for wireless forwarding or wireless receiving of data from the electronic device , characterised in that the soldering system comprises - at least one second soldering device with a control unit comprising a central micro-controller and/or micro-processor designed to control at least one operating parameter of the second soldering device , whereby a wireless module is provided comprising a communication module designed to form a wireless data connection, and - whereby the first soldering device is designed to form a wireless data connection with the second soldering device for wireless control of the at least one second soldering device .
A processing system for thermally processing a workpiece, comprising: a source of laser radiation emitting at a laser wavelength; a beam splitting reflective surface , said source of laser radiation being positioned on a first side of said reflective surface; a substrate support for a substrate to be thermally processed; projection optics disposed between said first side of said reflective surface and said substrate support, said projection optics to image a region of a substrate being thermally processed onto a pyrometer , at least one of said reflective surface and said projection optics comprising material having a fluorescence wavelength band lying above said laser wavelength; the pyrometer, wherein the pyrometer is positioned on a second side of said reflective surface opposite the first side, said pyrometer being sensitive to a pyrometer wavelength in a band lying between (a) the laser radiation wavelength and (b) the fluorescence wavelength band; and a razor-edge filter having a cut-off wavelength edge transition, said filter tuned to block wavelengths lying below said edge transition and to pass wavelengths above said edge transition, said edge transition being less than 10 nm wide, said edge transition being above said laser wavelength and below said pyrometer wavelength; a pyrometer filter having a passband lying below said fluorescence wavelength. a source of laser radiation emitting at a laser wavelength; a beam splitting reflective surface , said source of laser radiation being positioned on a first side of said reflective surface; a substrate support for a substrate to be thermally processed; projection optics disposed between said first side of said reflective surface and said substrate support, said projection optics to image a region of a substrate being thermally processed onto a pyrometer , at least one of said reflective surface and said projection optics comprising material having a fluorescence wavelength band lying above said laser wavelength; the pyrometer, wherein the pyrometer is positioned on a second side of said reflective surface opposite the first side, said pyrometer being sensitive to a pyrometer wavelength in a band lying between (a) the laser radiation wavelength and (b) the fluorescence wavelength band; and a razor-edge filter having a cut-off wavelength edge transition, said filter tuned to block wavelengths lying below said edge transition and to pass wavelengths above said edge transition, said edge transition being less than 10 nm wide, said edge transition being above said laser wavelength and below said pyrometer wavelength; a pyrometer filter having a passband lying below said fluorescence wavelength.
A visible light-transparent and radiative-cooling multilayer film comprising N layers of films, wherein the N layers of films comprise layers of first films and layers of second films arranged alternately, wherein N≧3; wherein the layers of first films and the layers of second films are made of different visible light-transparent materials, and the visible light-transparent materials have different dielectric constants in infrared band, and a resonant cavity or resonant cavities are formed among the N layers of films, wherein the N layers of films have layers of materials with different thicknesses, wherein the layers of first films are made of indium tin oxide, and the layers of second films are made of photoresist. wherein the layers of first films and the layers of second films are made of different visible light-transparent materials, and the visible light-transparent materials have different dielectric constants in infrared band, and a resonant cavity or resonant cavities are formed among the N layers of films, wherein the N layers of films have layers of materials with different thicknesses, wherein the layers of first films are made of indium tin oxide, and the layers of second films are made of photoresist.