mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed by a user terminal , for quickly enabling a service in an application program, wherein the method comprises: in response to receiving tag content transmitted by a near field communication, NFC, tag , enabling , by an operating system of the user terminal , an application program that has registered NFC, wherein the tag content comprises at least a service source and the enabled application program is installed in the user terminal , wherein the enabling, by an operating system of the user terminal , an application program that has registered NFC comprises: when there are at least two application programs that have registered NFC, presenting, by the operating system, the at least two application programs that have registered NFC on a screen; receiving a selection of one of the at least two application programs from the user; and enabling, by the operating system, the one of the at least two application programs; determining, by the enabled application program, whether the service source in the tag content is the enabled application program; when an application identifier in the tag content represents the enabled application program, uploading , by the enabled application program, the tag content to a server; and executing , by the enabled application program according to a service routed by the server, the routed service, wherein the service is routed by the server after the server decodes the tag content. in response to receiving tag content transmitted by a near field communication, NFC, tag , enabling , by an operating system of the user terminal , an application program that has registered NFC, wherein the tag content comprises at least a service source and the enabled application program is installed in the user terminal , wherein the enabling, by an operating system of the user terminal , an application program that has registered NFC comprises: when there are at least two application programs that have registered NFC, presenting, by the operating system, the at least two application programs that have registered NFC on a screen; receiving a selection of one of the at least two application programs from the user; and enabling, by the operating system, the one of the at least two application programs; when there are at least two application programs that have registered NFC, presenting, by the operating system, the at least two application programs that have registered NFC on a screen; receiving a selection of one of the at least two application programs from the user; and enabling, by the operating system, the one of the at least two application programs; determining, by the enabled application program, whether the service source in the tag content is the enabled application program; when an application identifier in the tag content represents the enabled application program, uploading , by the enabled application program, the tag content to a server; and executing , by the enabled application program according to a service routed by the server, the routed service, wherein the service is routed by the server after the server decodes the tag content.
A heat exchanger core comprising: a first standard sheet having a first face and a second face opposite of the first face; a second standard sheet opposing the first face of the first standard sheet; a first fin extending between the first standard sheet and the second standard sheet, the first fin defining a first plurality of channels; and a first partial sheet connected to the first face, the first partial sheet being smaller in at least one of width and height than the first face of the first standard sheet; a second fin between the first partial sheet and the second standard sheet, wherein the second fin is connected to the first partial sheet and abuts and is attached to a section of the second standard sheet, the second fin defining a second plurality of channels and the second fin being adjacent to the first fin; wherein the first fin is connected to the first face of the first standard sheet and to the second standard sheet. a first standard sheet having a first face and a second face opposite of the first face; a second standard sheet opposing the first face of the first standard sheet; a first fin extending between the first standard sheet and the second standard sheet, the first fin defining a first plurality of channels; and a first partial sheet connected to the first face, the first partial sheet being smaller in at least one of width and height than the first face of the first standard sheet; a second fin between the first partial sheet and the second standard sheet, wherein the second fin is connected to the first partial sheet and abuts and is attached to a section of the second standard sheet, the second fin defining a second plurality of channels and the second fin being adjacent to the first fin; wherein the first fin is connected to the first face of the first standard sheet and to the second standard sheet.
A method in a radio device for validating spectrum usage comprising: communicating a request to a first node to use wireless spectrum controlled by the first node; in response to communicating the request, receiving from a network node a radio device request message; calculating a checksum of software installed in the radio device; communicating a radio device checksum message to the network node based on the calculation of the checksum of software installed in the radio device; and receiving a validation response from the first node indicating that the radio device may use the wireless spectrum controlled by the first node based on validation of the radio device through the radio device checksum message. communicating a request to a first node to use wireless spectrum controlled by the first node; in response to communicating the request, receiving from a network node a radio device request message; calculating a checksum of software installed in the radio device; communicating a radio device checksum message to the network node based on the calculation of the checksum of software installed in the radio device; and receiving a validation response from the first node indicating that the radio device may use the wireless spectrum controlled by the first node based on validation of the radio device through the radio device checksum message.
A test contactor for contacting a circuit board , having - a first receptacle for receiving a first lateral edge of the circuit board , wherein the first receptacle has at least one first contact element for contacting a first board edge contact at the first lateral edge of the circuit board and - a second receptacle for receiving a second lateral edge of the circuit board , wherein the second receptacle has at least one second contact element for contacting a second board edge contact at the second lateral edge of the circuit board ; wherein the first receptacle has fixing pins for engaging in fixing openings at the first lateral edge of the circuit board . - a first receptacle for receiving a first lateral edge of the circuit board , wherein the first receptacle has at least one first contact element for contacting a first board edge contact at the first lateral edge of the circuit board and - a second receptacle for receiving a second lateral edge of the circuit board , wherein the second receptacle has at least one second contact element for contacting a second board edge contact at the second lateral edge of the circuit board ;
A faceplate body for a fitting , having a faceplate acting at least as a decorative element and a frame-like support element , on which the faceplate is fastened, wherein the faceplate body is formed with at least one fastening means for fastening on the fitting , characterised in, that the faceplate is formed as a flat plate element with a front side and a rear side , wherein the rear side is facing the support element , and wherein the support element has a wall and a base , wherein the rear side of the faceplate abuts on the base and wherein the wall and the base form a common component as the support element , and wherein the course of the support element is adapted to the outer contour of the faceplate , wherein the course of the support element , at least on one side, is interrupted.
A fuel injection system, comprising: a fuel injector comprising a first opening , wherein a fuel is injected through the first opening into a combustion chamber ; and a duct being located to form a portion of the combustion chamber and formed from a hollow tube, wherein the duct is aligned such that the fuel exiting the first opening of the fuel injector is injected through the hollow tube and into the combustion chamber , characterized in that the duct comprises a first end and a second end, the duct is attached to the fuel injector and the first end of the duct impinges upon the first opening such that there is no gap between the first end and the first opening ; and wherein passage of the fuel causes charge-gas to be drawn into a bore of the duct such that turbulence is created within the bore to cause enhanced mixing of the fuel and the drawn charge-gas. a fuel injector comprising a first opening , wherein a fuel is injected through the first opening into a combustion chamber ; and a duct being located to form a portion of the combustion chamber and formed from a hollow tube, wherein the duct is aligned such that the fuel exiting the first opening of the fuel injector is injected through the hollow tube and into the combustion chamber , characterized in that the duct comprises a first end and a second end, the duct is attached to the fuel injector and the first end of the duct impinges upon the first opening such that there is no gap between the first end and the first opening ; and wherein passage of the fuel causes charge-gas to be drawn into a bore of the duct such that turbulence is created within the bore to cause enhanced mixing of the fuel and the drawn charge-gas.
Process for the manufacture of an adipic acid product by a reduction of a tetrahydrofuran dicarboxylic acid compound, wherein the tetrahydrofuran dicarboxylic acid compound is tetrahydrofuran dicarboxylic acid, a hydrocarbyl ester of such acid, a metal salt of such acid or a combination thereof, wherein the tetrahydrofuran dicarboxylic acid compound is contacted with hydrogen iodide at a temperature of at least 100°C in an inert atmosphere to yield the adipic acid product.
A composition comprising medium-chain fatty acids or derivatives thereof, selected from the group of salts, mono-, di-, triglycerides, esters or amides, wherein the composition comprises at least caprylic acid (C8), capric acid (C10) and lauric acid (C12) or a derivative thereof, wherein the ratio of caprylic acid (C8) to capric acid (C10) is at least 0.6 and maximum 2 and wherein the ratio between the sum of caprylic acid and capric acid (C8 + C10) or derivatives and lauric acid (C12) or derivative in the composition amounts to at least 0.6 and maximum 1.5, for use in an animal feed to be orally administered to an animal for use in the treatment and / or prevention of mastitis.
A method for lifting a membrane separation device immersed in liquid to be treated so as to obtain permeated liquid through a filtration membrane , the method comprising: injecting a gas into a predetermined region of the membrane separation device , thereby raising the membrane separation device , through the liquid to be treated, by a buoyancy generated by the injected gas; and engaging an engaging portion of a lifting apparatus with an engageable portion provided to an upper portion of the membrane separation device , thereby lifting the membrane separation device , characterized in that the predetermined region is a space forming a flow path for the permeated liquid having passed through the filtration membrane . injecting a gas into a predetermined region of the membrane separation device , thereby raising the membrane separation device , through the liquid to be treated, by a buoyancy generated by the injected gas; and engaging an engaging portion of a lifting apparatus with an engageable portion provided to an upper portion of the membrane separation device , thereby lifting the membrane separation device , characterized in that the predetermined region is a space forming a flow path for the permeated liquid having passed through the filtration membrane .
A thermal transfer printer for printing a color picture after dividing the color picture into pieces with a prescribed size, the thermal transfer printer comprising: a joint processing unit adapted for correcting gradation data in the overlapping portion according to correction coefficients that are set in advance for each line in the sub-scanning direction; characterized by a data dividing unit adapted for dividing an input image into a first piece and a second piece, removing an area with a predetermined length (OL/2) from both ends of the input image in a sub-scanning transfer direction, so as to form an overlapping portion (OL) of the first piece and the second piece; wherein the overlapping portion is between a record end line position (E1) of the first piece and a record start line position (T2) of the second piece; a joint shifting unit adapted for shifting a joint of each color (YD1, MD1, CD1) of the first piece from the record end line position (E1) of the first piece respectively, and shifting a joint of each color (YD2, MD2, CD2) of the second piece from the record start line position (T2) of the second piece respectively, so that joints of individual colors are not aligned with each other in a sub-scanning transfer direction. a joint processing unit adapted for correcting gradation data in the overlapping portion according to correction coefficients that are set in advance for each line in the sub-scanning direction; characterized by a data dividing unit adapted for dividing an input image into a first piece and a second piece, removing an area with a predetermined length (OL/2) from both ends of the input image in a sub-scanning transfer direction, so as to form an overlapping portion (OL) of the first piece and the second piece; wherein the overlapping portion is between a record end line position (E1) of the first piece and a record start line position (T2) of the second piece; a joint shifting unit adapted for shifting a joint of each color (YD1, MD1, CD1) of the first piece from the record end line position (E1) of the first piece respectively, and shifting a joint of each color (YD2, MD2, CD2) of the second piece from the record start line position (T2) of the second piece respectively, so that joints of individual colors are not aligned with each other in a sub-scanning transfer direction.
A device for performing a Transmission Control Protocol, TCP, handshake, the device comprising: an interface configured to transmit messages between at least one external device and a processor in the device ; and a processor configured to: receive from the interface a SYN-ACK message for which the device has not sent a corresponding SYN message , the SYN-ACK message comprising a source address; generate an ACK message corresponding to the SYN-ACK message ; and send the ACK message to the interface for transmission to the source address. an interface configured to transmit messages between at least one external device and a processor in the device ; and a processor configured to: receive from the interface a SYN-ACK message for which the device has not sent a corresponding SYN message , the SYN-ACK message comprising a source address; generate an ACK message corresponding to the SYN-ACK message ; and send the ACK message to the interface for transmission to the source address. receive from the interface a SYN-ACK message for which the device has not sent a corresponding SYN message , the SYN-ACK message comprising a source address; generate an ACK message corresponding to the SYN-ACK message ; and send the ACK message to the interface for transmission to the source address.
A device for holding a facing element, such as plasterboard, away from a vapor-barrier membrane extending along an insulating material covering a surface, such as a wall or a ceiling, to be coated with said facing, said device being characterized in that it comprises: - a plate able to engage a reinforcement secured to the surface to be coated, - a member for fastening a support of the facing element, comprising a first portion intended to engage the support and a second portion intended to engage the plate, said portions being apart from each other in a direction perpendicular to the surface to be coated, the second portion comprising a tip intended to perforate the vapor-barrier membrane during the engagement of said second portion in the plate , the vapor-barrier membrane being interposed between the plate and the fastening member , and in that the plate and the fastening member have respective means for compressing the vapor-barrier membrane around the tip along a bearing area coplanar with the membrane. - a plate able to engage a reinforcement secured to the surface to be coated, - a member for fastening a support of the facing element, comprising a first portion intended to engage the support and a second portion intended to engage the plate, said portions being apart from each other in a direction perpendicular to the surface to be coated, the second portion comprising a tip intended to perforate the vapor-barrier membrane during the engagement of said second portion in the plate , the vapor-barrier membrane being interposed between the plate and the fastening member ,
Property gradient coating intended to be applied by additive manufacture to an inner wall of a casing mounted on the periphery of moving blades of a turbomachine rotor, characterized in that it comprises superimposed layers from an outer surface of said coating to said casing inner wall: • a first layer consisting of a three-dimensional scaffolding of filaments of an abradable material forming an ordered network of channels or microchannels whose pore sizes are between 50 and 250 microns and whose porosity is greater than 85%, and • a second layer having a function of dissipating energy from acoustic waves striking said outer surface of said coating and consisting of a three-dimensional scaffolding of filaments of a first thermosetting material forming an ordered network of channels or microchannels whose pore sizes are between 50 and 400 microns and whose porosity is greater than 60%. • a first layer consisting of a three-dimensional scaffolding of filaments of an abradable material forming an ordered network of channels or microchannels whose pore sizes are between 50 and 250 microns and whose porosity is greater than 85%, and • a second layer having a function of dissipating energy from acoustic waves striking said outer surface of said coating and consisting of a three-dimensional scaffolding of filaments of a first thermosetting material forming an ordered network of channels or microchannels whose pore sizes are between 50 and 400 microns and whose porosity is greater than 60%.
A method of slowing down a moving projectile, the projectile moving within an electromagnetic railgun , the method comprising: using an electromagnetic field generated by the railgun to slow down the projectile, wherein the projectile is a munitions projectile , and/or a carrier for catching the munitions projectile. using an electromagnetic field generated by the railgun to slow down the projectile, wherein the projectile is a munitions projectile , and/or a carrier for catching the munitions projectile.
A method of performing uplink transmission in a wireless communications system wherein base stations are arranged to grant uplink resources to mobile terminals , the method comprising: receiving , in a mobile terminal, an uplink, UL, grant comprising a transport format indication ; identifying (410; 705), in the mobile terminal, a set of available transport formats by identifying the transport format indication in an extended transport format table wherein a transport format indication is associated with at least two different transport formats, the at least two different transport formats associated with the received transport format indication forming the set of available transport formats; selecting , in the mobile terminal, a transport format from the set of available transport formats based on one or both of a buffer status and propagation channel conditions; transmitting , from the mobile terminal, a scheduled transmission (2F; 3A) using the selected transport format; and determining, by the mobile terminal, whether to transmit a non-access stratum, NAS, service request with the scheduled transmission comprising a Radio Resource Control, RRC, connection request, based on the selected transport format. receiving , in a mobile terminal, an uplink, UL, grant comprising a transport format indication ; identifying (410; 705), in the mobile terminal, a set of available transport formats by identifying the transport format indication in an extended transport format table wherein a transport format indication is associated with at least two different transport formats, the at least two different transport formats associated with the received transport format indication forming the set of available transport formats; selecting , in the mobile terminal, a transport format from the set of available transport formats based on one or both of a buffer status and propagation channel conditions; transmitting , from the mobile terminal, a scheduled transmission (2F; 3A) using the selected transport format; and determining, by the mobile terminal, whether to transmit a non-access stratum, NAS, service request with the scheduled transmission comprising a Radio Resource Control, RRC, connection request, based on the selected transport format.
Method for testing an impact of a cleaning head constituted to execute a cleaning process involving mechanical load, on a property of a fabric , comprising: - securing a sample of the fabric on a supporting structure , - operatively connecting the cleaning head with the sample, - starting the cleaning process of the cleaning head , - automatically imposing a predetermined relative movement of the sample between the cleaning head and the sample while the cleaning head and the sample are operatively connected, - stopping the cleaning process, - and establishing a change in said property of the sample, characterized in that the relative movement comprises a rotation and a translation. - securing a sample of the fabric on a supporting structure , - operatively connecting the cleaning head with the sample, - starting the cleaning process of the cleaning head , - automatically imposing a predetermined relative movement of the sample between the cleaning head and the sample while the cleaning head and the sample are operatively connected, - stopping the cleaning process, - and establishing a change in said property of the sample,