mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical isolator comprising: a first fluid-carrying member and a second fluid-carrying member spaced apart from said first fluid-carrying member ; a resistive, semi-conductive or non-conductive component located between said first and second fluid-carrying member , wherein said resistive, semi-conductive or non-conductive component is adapted to convey fluid flowing from said first fluid-carrying member to said second fluid-carrying member ; wherein said first fluid-carrying member comprises a first annular projection extending radially outwardly, and said second fluid-carrying member comprises a second annular projection extending radially outwardly such that an annular cavity is formed between the first and second annular projections ; wherein the electrical isolator further comprises: a layer of circumferentially wound fibre-reinforced polymer in the annular cavity ; and characterised by a layer of helical wound fibre-reinforced polymer extending over the first annular projection , the annular cavity and the second annular projection ; and wherein both the layer of circumferentially wound fibre-reinforced polymer and the layer of helical wound fibre-reinforced polymer are cured together. a first fluid-carrying member and a second fluid-carrying member spaced apart from said first fluid-carrying member ; a resistive, semi-conductive or non-conductive component located between said first and second fluid-carrying member , wherein said resistive, semi-conductive or non-conductive component is adapted to convey fluid flowing from said first fluid-carrying member to said second fluid-carrying member ; wherein said first fluid-carrying member comprises a first annular projection extending radially outwardly, and said second fluid-carrying member comprises a second annular projection extending radially outwardly such that an annular cavity is formed between the first and second annular projections ; wherein the electrical isolator further comprises: a layer of circumferentially wound fibre-reinforced polymer in the annular cavity ; and characterised by a layer of helical wound fibre-reinforced polymer extending over the first annular projection , the annular cavity and the second annular projection ; and wherein both the layer of circumferentially wound fibre-reinforced polymer and the layer of helical wound fibre-reinforced polymer are cured together. a layer of circumferentially wound fibre-reinforced polymer in the annular cavity ; and characterised by a layer of helical wound fibre-reinforced polymer extending over the first annular projection , the annular cavity and the second annular projection ; and wherein both the layer of circumferentially wound fibre-reinforced polymer and the layer of helical wound fibre-reinforced polymer are cured together.
Car floor for an elevator car comprising a base part , installation feet being arranged on the base part , via which installation feet the car floor can be supported or placed on a shaft floor of an elevator shaft of the elevator system during an installation phase, at least one of the installation feet and preferably each of the installation feet being a height-adjustable installation foot for aligning the base part in a horizontal position, the base part being a flat base part for defining a region for passengers in the interior of the elevator car to walk on, characterized in that each height-adjustable installation foot is designed such that the height can be adjusted from the flat base part .
A vehicle headlamp comprising: a semiconductor light source ; a lens to emit light from the semiconductor light source toward a forward direction of a vehicle, as a respective one of a first light distribution pattern and a second light distribution pattern; a light control member ; and a drive member to position the light control member to be switchable in movement between a first location and a second location, wherein the lens is composed of a main lens section and an auxiliary lens section , and wherein, when the light control member is positioned in the first location that is a location between the semiconductor light source and the auxiliary lens section , the lens emits the first light distribution pattern toward the forward direction of the vehicle, and when the light control member is positioned between the second location that is a location between the semiconductor light source and the main lens section , the lens emits the second light distribution pattern toward the forward direction of the vehicle, respectively, characterized in that the light control member comprises a variable focal point lens section to displace, to an upper side, a pseudo focal point (F1) of the auxiliary lens section when positioned in the first location, with respect to a focal point (F) of the auxiliary lens section when positioned in the second location, wherein the auxiliary lens section is disposed at a lower side with respect to the main lens section . a semiconductor light source ; a lens to emit light from the semiconductor light source toward a forward direction of a vehicle, as a respective one of a first light distribution pattern and a second light distribution pattern; a light control member ; and a drive member to position the light control member to be switchable in movement between a first location and a second location, wherein the lens is composed of a main lens section and an auxiliary lens section , and wherein, when the light control member is positioned in the first location that is a location between the semiconductor light source and the auxiliary lens section , the lens emits the first light distribution pattern toward the forward direction of the vehicle, and when the light control member is positioned between the second location that is a location between the semiconductor light source and the main lens section , the lens emits the second light distribution pattern toward the forward direction of the vehicle, respectively, characterized in that the light control member comprises a variable focal point lens section to displace, to an upper side, a pseudo focal point (F1) of the auxiliary lens section when positioned in the first location, with respect to a focal point (F) of the auxiliary lens section when positioned in the second location, wherein the auxiliary lens section is disposed at a lower side with respect to the main lens section .
A method comprising: under control of one or more processors configured with specific executable instructions, determining that a first endpoint (102 -(N)) of a star network is unable to reliably transmit data to a central node (102 ) of the star network, the central node being within wireless communication range of the first endpoint; selecting a second endpoint (102 -(N)) of the star network to relay data for the first endpoint based at least in part on one or more communication metrics of the second endpoint, the second endpoint being within communication range of the first endpoint and within wireless communication range of the central node; and causing the second endpoint that is within communication range of the first endpoint to relay data of the first endpoint to the central node of the star network. under control of one or more processors configured with specific executable instructions, determining that a first endpoint (102 -(N)) of a star network is unable to reliably transmit data to a central node (102 ) of the star network, the central node being within wireless communication range of the first endpoint; selecting a second endpoint (102 -(N)) of the star network to relay data for the first endpoint based at least in part on one or more communication metrics of the second endpoint, the second endpoint being within communication range of the first endpoint and within wireless communication range of the central node; and causing the second endpoint that is within communication range of the first endpoint to relay data of the first endpoint to the central node of the star network.
A volute pump comprising: an impeller having a vane ; and an impeller casing which houses the impeller therein, wherein the impeller casing includes a volute chamber , a suction port and a discharge port which communicate with the volute chamber , and a tongue portion which forms a starting portion of the volute chamber , wherein the vane has a leading edge portion which extends helically from a hub and has an outer end , and a trailing edge portion which extends helically from the leading edge portion , the helical shape extending from the hub in a direction opposite to a rotating direction of the impeller , wherein a groove , extending from the suction port to the volute chamber and located so as to face the trailing edge portion , is formed in an inner surface of the impeller casing , wherein the outer end of the leading edge portion moves across an inlet of the groove when the impeller is rotated, and wherein an intersection point (B), where a terminal end of the vane passes across the groove as viewed from an axial direction of the impeller , is located at an opposite side from the tongue portion with respect to a central point (P) of the impeller , and characterized in that the leading edge portion has a front-side curved surface being a forefront of the leading edge portion in the rotating direction of the impeller , the front-side curved surface extends from an inner end to the outer end of the leading edge portion , and a cross-section of the front-side curved surface in a thickness direction of the vane has an arc shape with a radius of curvature (r1). an impeller having a vane ; and an impeller casing which houses the impeller therein, wherein the impeller casing includes a volute chamber , a suction port and a discharge port which communicate with the volute chamber , and a tongue portion which forms a starting portion of the volute chamber , wherein the vane has a leading edge portion which extends helically from a hub and has an outer end , and a trailing edge portion which extends helically from the leading edge portion , the helical shape extending from the hub in a direction opposite to a rotating direction of the impeller , wherein a groove , extending from the suction port to the volute chamber and located so as to face the trailing edge portion , is formed in an inner surface of the impeller casing , wherein the outer end of the leading edge portion moves across an inlet of the groove when the impeller is rotated, and wherein an intersection point (B), where a terminal end of the vane passes across the groove as viewed from an axial direction of the impeller , is located at an opposite side from the tongue portion with respect to a central point (P) of the impeller , and characterized in that the leading edge portion has a front-side curved surface being a forefront of the leading edge portion in the rotating direction of the impeller , the front-side curved surface extends from an inner end to the outer end of the leading edge portion , and a cross-section of the front-side curved surface in a thickness direction of the vane has an arc shape with a radius of curvature (r1).
A method for performing layer processing of a neural network, the method comprising: storing elements of matrices in a memory of a graphics processor ; and triggering execution of a compute kernel on the graphics processor , wherein the compute kernel performs, on the elements of the matrices, a convolution layer operation followed by a bias layer operation on output of the convolution layer operation, followed by a rectified linear unit layer operation on output of the bias layer operation, the outputs being forwarded between the layer operations, wherein the operations are executed on a plurality of execution units of the graphics processor , wherein the execution units are partitioned into a plurality of groups ((720 -720 ); (720 -720 ); (720 -720 ); (720 -720 )), wherein execution units allocated to a group of the plurality of groups perform operations of the same layer. storing elements of matrices in a memory of a graphics processor ; and triggering execution of a compute kernel on the graphics processor , wherein the compute kernel performs, on the elements of the matrices, a convolution layer operation followed by a bias layer operation on output of the convolution layer operation, followed by a rectified linear unit layer operation on output of the bias layer operation, the outputs being forwarded between the layer operations, wherein the operations are executed on a plurality of execution units of the graphics processor , wherein the execution units are partitioned into a plurality of groups ((720 -720 ); (720 -720 ); (720 -720 ); (720 -720 )), wherein execution units allocated to a group of the plurality of groups perform operations of the same layer.
A method for communication between an LED module and an LED converter , characterized in that the LED module comprises a module communication device with an optoelectronic sensor for communication with the LED converter using a modulated optical signal, and wherein the optoelectronic sensor is adapted in order to be operated optionally as a receiver or transmitter, comprising: Generation of the modulated optical signal and transmission of the modulated optical signal between the LED module and the LED converter . Generation of the modulated optical signal and transmission of the modulated optical signal between the LED module and the LED converter .
A method for transmitting a signal by a base station in wireless communication using a massive multi-antenna technique, the method comprising: selecting a mobile station to which the signal is to be transmitted; determining a total power consumption of each of multi-antenna techniques ; selecting a multi-antenna technique requiring a minimum power consumption ; selecting an antenna subset to transmit the signal to the mobile station among all antennas based on the selected multi-antenna technique ; and transmitting the signal to the mobile station by using the selected multi-antenna technique, via the selected antenna subset, wherein the selecting of the antenna subset comprises one of: selecting antennas having a large channel gain as the antenna subset when the multi-antenna technique is selected as the MRT, selecting antennas having the lowest correlation between the antennas as the antenna subset when the multi-antenna technique is selected as the ZFBF, and selecting antennas having the highest correlation between the antennas as the antenna subset when the multi-antenna technique is selected as the EBF. selecting a mobile station to which the signal is to be transmitted; determining a total power consumption of each of multi-antenna techniques ; selecting a multi-antenna technique requiring a minimum power consumption ; selecting an antenna subset to transmit the signal to the mobile station among all antennas based on the selected multi-antenna technique ; and transmitting the signal to the mobile station by using the selected multi-antenna technique, via the selected antenna subset, wherein the selecting of the antenna subset comprises one of: selecting antennas having a large channel gain as the antenna subset when the multi-antenna technique is selected as the MRT, selecting antennas having the lowest correlation between the antennas as the antenna subset when the multi-antenna technique is selected as the ZFBF, and selecting antennas having the highest correlation between the antennas as the antenna subset when the multi-antenna technique is selected as the EBF. selecting antennas having a large channel gain as the antenna subset when the multi-antenna technique is selected as the MRT, selecting antennas having the lowest correlation between the antennas as the antenna subset when the multi-antenna technique is selected as the ZFBF, and selecting antennas having the highest correlation between the antennas as the antenna subset when the multi-antenna technique is selected as the EBF.
A dental impression material comprising (i) a polymerizable composition containing a compound having repeating units of the following formula (I): wherein R 1 represents a hydrogen atom or a linear C 1-6 alkyl group, or a branched or cyclic C 3-6 alkyl group; L represents a divalent organic linker group which contains one or more monovalent or divalent organopolysiloxane groups and/or one or more monovalent or divalent perfluorohydrocarbyl groups; and n is an integer of at least 1; (ii) one or more compounds copolymerizable with the compound having repeating units of formula (I); and (iii) a polymerization initiator system. (i) a polymerizable composition containing a compound having repeating units of the following formula (I): wherein R 1 represents a hydrogen atom or a linear C 1-6 alkyl group, or a branched or cyclic C 3-6 alkyl group; L represents a divalent organic linker group which contains one or more monovalent or divalent organopolysiloxane groups and/or one or more monovalent or divalent perfluorohydrocarbyl groups; and n is an integer of at least 1; R 1 represents a hydrogen atom or a linear C 1-6 alkyl group, or a branched or cyclic C 3-6 alkyl group; L represents a divalent organic linker group which contains one or more monovalent or divalent organopolysiloxane groups and/or one or more monovalent or divalent perfluorohydrocarbyl groups; and n is an integer of at least 1; (ii) one or more compounds copolymerizable with the compound having repeating units of formula (I); and (iii) a polymerization initiator system.
System of producing MFC (micro fibrillated cellulose), which system (10; 20) comprises at least one process device of a group comprising at least one pulper and/or at least one refiner and/or at least one screen configured to process MFC suspension to consistency of 0.5-5%, which system further comprises at least one continuous pressing means (15; 25, 26) configured to dry the MFC suspension to consistency of 6-60%, characterized in that the system (10; 20) comprises after the continuous pressing means (15; 25, 26) on-line or off-line measurement means configured to measure consistency and/or fines content of the MFC suspension, and control means configured to control operation parameters of the continuous pressing means (15; 25, 26) based on the measurement data received from the measurement means .
A method of transmitting system information, comprising: transmitting, by a base station, system information in a system information window to a terminal, wherein the system information is carried in one or more radio subframes of a first radio frame in the system information window, the first radio frame indicated by a system information repetition pattern and the one or more radio subframes being valid for carrying a transmission from the base station to the terminal, the system information repetition pattern specifying that the system information is transmitted in M th radio frame of every N radio frames, M being greater than or equal to 1 and less than or equal to N, transmitting, by the base station upon determining that there are not enough radio subframes for transmitting the system information in the first radio frame, a part of the system information in at least a second radio frame subsequent to the first radio frame in time domain in the system information window. transmitting, by a base station, system information in a system information window to a terminal, wherein the system information is carried in one or more radio subframes of a first radio frame in the system information window, the first radio frame indicated by a system information repetition pattern and the one or more radio subframes being valid for carrying a transmission from the base station to the terminal, the system information repetition pattern specifying that the system information is transmitted in M th radio frame of every N radio frames, M being greater than or equal to 1 and less than or equal to N, transmitting, by the base station upon determining that there are not enough radio subframes for transmitting the system information in the first radio frame, a part of the system information in at least a second radio frame subsequent to the first radio frame in time domain in the system information window.
A planographic printing plate original comprising: a substrate; and at least a silicone rubber layer and a heat sensitive layer provided on the substrate, wherein the heat sensitive layer contains a polyurethane having a carbonate structure, and contains, in the main chain thereof, an alkyl chain having 6 or more carbon atoms.
A composite button ( 100", 100a) configured to be inserted into a button hole of a protective case and suitable for contacting a trigger button of an electronic device , the protective case including a casing peripheral wall that has an inner peripheral surface suitable for facing the electronic device , and an outer peripheral surface opposite to the inner peripheral surface , the button hole extending through the inner and outer peripheral surfaces , said composite button ( 100", 100a) comprising: a soft material layer made of a material that is elastoplastic and having a contact surface suitable for contacting the trigger button of the electronic device , and a soft material connecting surface opposite to said contact surface , wherein said soft material layer includes a contact portion having said contact surface ; and a hard material layer ( 5") connected to said soft material connecting surface , wherein said hard material layer ( 5") has a hard material connecting surface connected to said soft material connecting surface ; wherein said hard material layer ( 5") has a peripheral flange suitable for abutting against the inner peripheral surface of the casing peripheral wall ; characterized in that said peripheral flange extends outwardly and integrally from an outer peripheral edge of said hard material connecting surface . a soft material layer made of a material that is elastoplastic and having a contact surface suitable for contacting the trigger button of the electronic device , and a soft material connecting surface opposite to said contact surface , wherein said soft material layer includes a contact portion having said contact surface ; and a hard material layer ( 5") connected to said soft material connecting surface , wherein said hard material layer ( 5") has a hard material connecting surface connected to said soft material connecting surface ; wherein said hard material layer ( 5") has a peripheral flange suitable for abutting against the inner peripheral surface of the casing peripheral wall ; characterized in that said peripheral flange extends outwardly and integrally from an outer peripheral edge of said hard material connecting surface .
A coated seed product, the product comprising: at least one plant seed ; and a coating adhered to the exterior of the plant seed, the coating comprising a binder and one or more evaporite minerals , wherein the one or more evaporate minerals comprise polyhalite, wherein the coating comprises more than 50% polyhalite by weight. at least one plant seed ; and a coating adhered to the exterior of the plant seed, the coating comprising a binder and one or more evaporite minerals , wherein the one or more evaporate minerals comprise polyhalite, wherein the coating comprises more than 50% polyhalite by weight.