mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: a controller ; a first data channel ; and characterized in further comprising a resource to connect to the controller when an interface card is connected to the apparatus and to connect to a peripheral card when the interface card is not connected to the apparatus; wherein, when the interface card is connected to the apparatus, the controller is arranged to control a connection to the interface card and the controller is arranged to connect to the resource via the interface card and the first data channel, wherein, when the interface card is not connected to the apparatus, the first data channel is to connect the resource and the peripheral card . a controller ; a first data channel ; and characterized in further comprising a resource to connect to the controller when an interface card is connected to the apparatus and to connect to a peripheral card when the interface card is not connected to the apparatus; wherein, when the interface card is connected to the apparatus, the controller is arranged to control a connection to the interface card and the controller is arranged to connect to the resource via the interface card and the first data channel, wherein, when the interface card is not connected to the apparatus, the first data channel is to connect the resource and the peripheral card .
A fire and overheat detection system , comprising: at least one sensor element attached to a support tube ; and a mounting support assembly comprising: a support tube connector having a first portion and a second portion . wherein the first portion is arranged parallel to the second portion and joined by a connector , wherein a captive space is defined between the first portion and the second portion ; a fastener arranged at least partially within the captive space and passing through the first portion of the support tube connector ; and a biasing element arranged about the fastener and positioned between an end of the fastener and the first portion of the support tube connector within the captive space , the biasing element biasing the fastener in a direction toward the second portion ; wherein the support tube connector is arranged at an end of the support tube , and the fastener is configured to attach the support tube connector to a bracket of a vehicle. at least one sensor element attached to a support tube ; and a mounting support assembly comprising: a support tube connector having a first portion and a second portion . wherein the first portion is arranged parallel to the second portion and joined by a connector , wherein a captive space is defined between the first portion and the second portion ; a fastener arranged at least partially within the captive space and passing through the first portion of the support tube connector ; and a biasing element arranged about the fastener and positioned between an end of the fastener and the first portion of the support tube connector within the captive space , the biasing element biasing the fastener in a direction toward the second portion ; wherein the support tube connector is arranged at an end of the support tube , and the fastener is configured to attach the support tube connector to a bracket of a vehicle. a support tube connector having a first portion and a second portion . wherein the first portion is arranged parallel to the second portion and joined by a connector , wherein a captive space is defined between the first portion and the second portion ; a fastener arranged at least partially within the captive space and passing through the first portion of the support tube connector ; and a biasing element arranged about the fastener and positioned between an end of the fastener and the first portion of the support tube connector within the captive space , the biasing element biasing the fastener in a direction toward the second portion ; wherein the support tube connector is arranged at an end of the support tube , and the fastener is configured to attach the support tube connector to a bracket of a vehicle.
A polyester-based film for laminating a metal plate formed from a composition containing a polyester-based resin mainly consisting of ethylene terephthalate, wherein the polyester-based resin has a total content of ethylene terephthalate units and diethylene terephthalate units of not less than 95% by mol and not more than 98% by mol, and a content of a unit other than ethylene terephthalate units and diethylene terephthalate units of 2 to 5% by mol, in 100% by mol of the total constituent units of the polyester, wherein the unit other than ethylene terephthalate and diethylene terephthalate units contains an ethylene isophthalate unit, and the content of indeterminate inorganic fine particles is 0.5 to 2.0% by mass, in 100% by mass of the composition, and wherein the polyester-based resin has an intrinsic viscosity of 0.5 to 0.7 dl/g when measured according to the method described in the description.
A method for providing a data service by a global virtual network operator, GVNO, of a wireless communication system, the method comprising: receiving, by the GVNO, from a user equipment, UE, service information including information about at least one of a service type, a service quality, or a service price; determining, by the GVNO, a first wireless network, to which the UE is subscribed, based on the service information, for providing a data service to the UE; and determining, by the GVNO, based on the service information, a second wireless network for the UE to perform a semi-attach of the UE; and transmitting, by the GVNO, to the UE, information about the first wireless network and the second wireless network, wherein the semi-attach , including configuration of a key required for mutual authentication and data communication between the UE and the second wireless network, and registration of the location of the UE in the second wireless network, is performed to attach to the second wireless network without configuring a bearer between the UE and the second wireless network, and wherein the second wireless network is a handover candidate network for a handover of the UE based on channel state information for the UE. receiving, by the GVNO, from a user equipment, UE, service information including information about at least one of a service type, a service quality, or a service price; determining, by the GVNO, a first wireless network, to which the UE is subscribed, based on the service information, for providing a data service to the UE; and determining, by the GVNO, based on the service information, a second wireless network for the UE to perform a semi-attach of the UE; and transmitting, by the GVNO, to the UE, information about the first wireless network and the second wireless network, wherein the semi-attach , including configuration of a key required for mutual authentication and data communication between the UE and the second wireless network, and registration of the location of the UE in the second wireless network, is performed to attach to the second wireless network without configuring a bearer between the UE and the second wireless network, and wherein the second wireless network is a handover candidate network for a handover of the UE based on channel state information for the UE.
A method for manufacturing an optoelectronic device including an array of light-emitting diodes , including the following steps: - forming the array of light-emitting diodes on a support face of a substrate , this step being carried out so that each light-emitting diode has an elongated wire shape along a longitudinal axis extending along a transverse direction (Z) of the optoelectronic device oriented transversely to the support face of the substrate , - forming spacer walls made of a first dielectric material transparent to light radiation coming from the light-emitting diodes , the formed spacer walls being such that the lateral sidewalls of each light-emitting diode , over its entire height (H) considered in the transverse direction (Z), are surrounded by at least one of the spacing walls , - forming light confinement walls formed in a second material adapted to block the light radiation coming from the light-emitting diodes , the formed light confinement walls directly covering the lateral sidewalls of the spacing walls while being in contact therewith, so that the light radiation coming from each light-emitting diode and directed in the direction of the adjacent light-emitting diodes is blocked by the light confinement wall which covers the spacer wall which surrounds said light-emitting diode , characterized in that upon completion of the step of forming the light confinement walls , the upper edge of each light emitting diode is covered by a light confinement wall so that after the implementation of a step of removing the substrate , the light radiation coming from the light-emitting diodes is emitted from the optoelectronic device by an emission surface of the optoelectronic device located, with respect to the light-emitting diodes , on the side opposite to the upper edges of the light-emitting diodes along the transverse direction (Z). - forming the array of light-emitting diodes on a support face of a substrate , this step being carried out so that each light-emitting diode has an elongated wire shape along a longitudinal axis extending along a transverse direction (Z) of the optoelectronic device oriented transversely to the support face of the substrate , - forming spacer walls made of a first dielectric material transparent to light radiation coming from the light-emitting diodes , the formed spacer walls being such that the lateral sidewalls of each light-emitting diode , over its entire height (H) considered in the transverse direction (Z), are surrounded by at least one of the spacing walls , - forming light confinement walls formed in a second material adapted to block the light radiation coming from the light-emitting diodes , the formed light confinement walls directly covering the lateral sidewalls of the spacing walls while being in contact therewith, so that the light radiation coming from each light-emitting diode and directed in the direction of the adjacent light-emitting diodes is blocked by the light confinement wall which covers the spacer wall which surrounds said light-emitting diode ,
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a control message including first information configuring a grant-free uplink transmission and second information on a periodicity for the grant-free uplink transmission; receiving, from the base station, downlink control information, DCI, activating the grant-free uplink transmission, the DCI including information for identifying an offset for the grant-free uplink transmission; transmitting, to the base station, a first transmission according to the grant-free uplink transmission in a first slot identified by the offset; and transmitting, to the base station, a plurality of second transmissions according to the grant-free uplink transmission in a plurality of second slots occurring with the periodicity after the first slot based on the second information. receiving, from a base station, a control message including first information configuring a grant-free uplink transmission and second information on a periodicity for the grant-free uplink transmission; receiving, from the base station, downlink control information, DCI, activating the grant-free uplink transmission, the DCI including information for identifying an offset for the grant-free uplink transmission; transmitting, to the base station, a first transmission according to the grant-free uplink transmission in a first slot identified by the offset; and transmitting, to the base station, a plurality of second transmissions according to the grant-free uplink transmission in a plurality of second slots occurring with the periodicity after the first slot based on the second information.
Method for impregnating molded parts produced in a 3D printing process, in particular molded parts produced in a powder-based manufacturing or printing process using a liquid impregnation agent and/or sprayable impregnation agent, wherein the impregnation agent has - 25 to 99 wt.% of a solvent or solvent mixture, wherein the solvent or solvent mixture is selected from the group comprising butanol, butyl acetate, dichloromethane, methanol, ester, vinyl chloride, toluene, and combinations thereof, and - fractions adding up to 100 wt.% of a plastics material or plastics material mixture that can be dissolved in the solvent or solvent mixture, wherein the plastics material or the plastics material mixture is selected from the group comprising polyamide, synthetic or synthetically produced resins, polystyrene, polymethyl methacrylate, polycarbonate, polyethylene terephthalate, acrylonitrile butadiene styrene, and combinations thereof, each based on the total composition of the impregnation agent, and wherein - the impregnation agent is applied to the surface of the molded part to be impregnated and, - after applying the impregnation agent, the impregnated surface is dried. - 25 to 99 wt.% of a solvent or solvent mixture, wherein the solvent or solvent mixture is selected from the group comprising butanol, butyl acetate, dichloromethane, methanol, ester, vinyl chloride, toluene, and combinations thereof, and - fractions adding up to 100 wt.% of a plastics material or plastics material mixture that can be dissolved in the solvent or solvent mixture, wherein the plastics material or the plastics material mixture is selected from the group comprising polyamide, synthetic or synthetically produced resins, polystyrene, polymethyl methacrylate, polycarbonate, polyethylene terephthalate, acrylonitrile butadiene styrene, and combinations thereof, each based on the total composition of the impregnation agent, and wherein - the impregnation agent is applied to the surface of the molded part to be impregnated and, - after applying the impregnation agent, the impregnated surface is dried.
Door-lock for household appliances, comprising: - a housing having an opening for the insertion of a hook carried by the door of the appliance, - a cam rotatable relative to the housing about a first axis (A) between a retaining position and a release position, wherein in the retaining position the cam is adapted to lock said hook in a closed-door position, - a main slider cooperating with said cam through a transmission mechanism and movable along a first direction (D') and along a second direction (D") as a consequence of the rotation of the cam between the retaining position and the release position, and - a locking pin adapted to lock the movement of the main slider in at least one of said first direction (D') or second direction (D"), characterized by a force-reducing mechanism arranged between the main slider and the locking pin and operating to reduce the locking force transferred from the main slider to the locking pin , wherein the force-reducing mechanism comprises a locking wheel connected to said main slider through a chain of gear wheels , and wherein said locking pin cooperates with said locking wheel . - a housing having an opening for the insertion of a hook carried by the door of the appliance, - a cam rotatable relative to the housing about a first axis (A) between a retaining position and a release position, wherein in the retaining position the cam is adapted to lock said hook in a closed-door position, - a main slider cooperating with said cam through a transmission mechanism and movable along a first direction (D') and along a second direction (D") as a consequence of the rotation of the cam between the retaining position and the release position, and - a locking pin adapted to lock the movement of the main slider in at least one of said first direction (D') or second direction (D"),
A peptide consisting of the amino acid sequence of SEQ ID NO: 1 or SEQ ID NO: 2.
A winding roller for driving a bobbin of a spinning station of a textile machine to rotate, which is comprised of a spinning station of a textile machine, wherein the winding roller comprises a fixed shaft , a bearing mounted on the fixed shaft , a drum casing , end caps at both ends of the drum casing , a motor stator fixed on the fixed shaft , and an annular driving magnetic ring , which is composed of N-pole and S-pole magnetic strips arranged at intervals, disposed on an inner wall of the drum casing at a position corresponding to the motor stator , characterized in that the drum casing is disposed to sleeve the bearing , wherein the drum casing is closed at both ends by the end caps , a motor speed measuring unit is disposed inside a winding roller motor, the speed measuring unit comprising a rotating part fixed on the drum casing and a fixed part fixed on the fixed shaft , wherein the rotating part is provided with a first speed measuring element, the fixed part is provided with a second speed measuring element , and the first speed measuring element and the second speed measuring element are oppositely disposed in a direction parallel to a longitudinal axis of the fixed shaft . a fixed shaft , a bearing mounted on the fixed shaft , a drum casing , end caps at both ends of the drum casing , a motor stator fixed on the fixed shaft , and an annular driving magnetic ring , which is composed of N-pole and S-pole magnetic strips arranged at intervals, disposed on an inner wall of the drum casing at a position corresponding to the motor stator , characterized in that the drum casing is disposed to sleeve the bearing , wherein the drum casing is closed at both ends by the end caps , a motor speed measuring unit is disposed inside a winding roller motor, the speed measuring unit comprising a rotating part fixed on the drum casing and a fixed part fixed on the fixed shaft , wherein the rotating part is provided with a first speed measuring element, the fixed part is provided with a second speed measuring element , and the first speed measuring element and the second speed measuring element are oppositely disposed in a direction parallel to a longitudinal axis of the fixed shaft .
A method comprising: from a statistical distribution of different color states in an image subdivided in pixels, selecting , using a processor , pixel color states by performing comparisons between predetermined values and values (T1, T2) bound to per-pixel state probabilities ; and diffusing , using the processor , errors to per-pixel state probabilities of subsequent pixels, the errors based on drifts between selected color states and per-pixel state probabilities . from a statistical distribution of different color states in an image subdivided in pixels, selecting , using a processor , pixel color states by performing comparisons between predetermined values and values (T1, T2) bound to per-pixel state probabilities ; and diffusing , using the processor , errors to per-pixel state probabilities of subsequent pixels, the errors based on drifts between selected color states and per-pixel state probabilities .
A method of an electronic device authenticating a user, the method comprising: displaying a plurality of pre-stored objects; in response to a plurality of first objects being selected by the user among the plurality of pre-stored objects, storing a pattern connecting a plurality of attributes of the plurality of first objects, each first object being one of the displayed pre-stored objects; in response to an authentication procedure being requested, identifying a plurality of second objects different from the first objects and which have at least one of the plurality of attributes of the first objects, and identifying at least one dummy object selected from among the plurality of prestored objects and having attributes different from the attributes of the first objects; displaying the plurality of second objects and the at least one dummy object; and in response to a pattern connecting the second objects being selected by the user, authenticating the user if the attributes of the selected second objects match the attributes in the stored pattern, wherein the number of dummy objects is dependent on an authentication level selectable by the user, wherein a low number of dummy objects is for low-level authentication and a higher number of dummy objects is for higher-level authentication. displaying a plurality of pre-stored objects; in response to a plurality of first objects being selected by the user among the plurality of pre-stored objects, storing a pattern connecting a plurality of attributes of the plurality of first objects, each first object being one of the displayed pre-stored objects; in response to an authentication procedure being requested, identifying a plurality of second objects different from the first objects and which have at least one of the plurality of attributes of the first objects, and identifying at least one dummy object selected from among the plurality of prestored objects and having attributes different from the attributes of the first objects; displaying the plurality of second objects and the at least one dummy object; and in response to a pattern connecting the second objects being selected by the user, authenticating the user if the attributes of the selected second objects match the attributes in the stored pattern, wherein the number of dummy objects is dependent on an authentication level selectable by the user, wherein a low number of dummy objects is for low-level authentication and a higher number of dummy objects is for higher-level authentication.
A cold plasma system for cosmetic treatment of a region of a biological surface , comprising: a cold plasma generator comprising: an electrode (114, 114i,j, 116, 142), and a dielectric barrier having a first side that faces the electrode (114, 114i,j, 116, 142) and a second side that faces away from the electrode (114, 114i,j, 116, 142); and an auxiliary treatment device configured to enhance effects of the cold plasma on the region, characterized in that the auxiliary treatment device includes actuating members configured to move in opposite directions to each other and parallel to the biological surface for compressing or stretching the biological surface during application of the cold plasma. an electrode (114, 114i,j, 116, 142), and a dielectric barrier having a first side that faces the electrode (114, 114i,j, 116, 142) and a second side that faces away from the electrode (114, 114i,j, 116, 142); and an auxiliary treatment device configured to enhance effects of the cold plasma on the region, characterized in that the auxiliary treatment device includes actuating members configured to move in opposite directions to each other and parallel to the biological surface for compressing or stretching the biological surface during application of the cold plasma.