mhurhangee/patent-ind-claim-en huggingface dataset:
A touch sensor assembly comprising: a sensor housing provided behind an exterior surface of a household appliance in which a touch input area is provided; a sensor PCB provided inside the sensor housing and having a top surface on which a conductive layer is formed; a touch sensor , the touch sensor including a metal plate having a bottom surface in contact with the conductive layer , wherein the touch sensor further includes: a ceramic element provided on a top surface of the metal plate , characterised by a spacer having a sensor hole formed at a position corresponding to the sensor and having a bottom surface attached to a top surface of the conductive layer ; a conductive foil attached to a top surface of the spacer and having a bottom surface on which an inner guide line configured to apply an electric current to the ceramic element and an outer guide line configured to apply an electric current to the metal plate are printed; and a contact layer (745; 746) formed on a top surface of the conductive foil , wherein the contact layer (745; 746) is configured to protrude at a position corresponding to a position of the inner guide line . a sensor housing provided behind an exterior surface of a household appliance in which a touch input area is provided; a sensor PCB provided inside the sensor housing and having a top surface on which a conductive layer is formed; a touch sensor , the touch sensor including a metal plate having a bottom surface in contact with the conductive layer , wherein the touch sensor further includes: a ceramic element provided on a top surface of the metal plate , characterised by a spacer having a sensor hole formed at a position corresponding to the sensor and having a bottom surface attached to a top surface of the conductive layer ; a conductive foil attached to a top surface of the spacer and having a bottom surface on which an inner guide line configured to apply an electric current to the ceramic element and an outer guide line configured to apply an electric current to the metal plate are printed; and a contact layer (745; 746) formed on a top surface of the conductive foil , a ceramic element provided on a top surface of the metal plate , characterised by a spacer having a sensor hole formed at a position corresponding to the sensor and having a bottom surface attached to a top surface of the conductive layer ; a conductive foil attached to a top surface of the spacer and having a bottom surface on which an inner guide line configured to apply an electric current to the ceramic element and an outer guide line configured to apply an electric current to the metal plate are printed; and a contact layer (745; 746) formed on a top surface of the conductive foil , wherein the contact layer (745; 746) is configured to protrude at a position corresponding to a position of the inner guide line .
A gas turbine engine comprising: a cracking device configured to decompose an ammonia flow into a flow containing more hydrogen (H 2 ) than ammonia (NH 3 ); a first separation device including a hydrogen permeable membrane for separating hydrogen downstream of the cracking device , wherein residual ammonia and nitrogen are exhausted as a residual flow , the separated flow is exhausted separately as a hydrogen flow that contains more hydrogen than ammonia and nitrogen; second separation device configured to receive the residual flow exhausted from the first separation device , the second separation device including an ammonia permeable membrane configured to separate ammonia from hydrogen and nitrogen and communicate the separated ammonia to a fuel storage tank ; a combustor configured to receive and combust the hydrogen flow from the separation device and hydrogen and nitrogen from the second separation device to generate a gas flow ; a compressor section configured to supply compressed air to the combustor ; and a turbine section in flow communication with the gas flow produced by the combustor and mechanically coupled to drive the compressor section . a cracking device configured to decompose an ammonia flow into a flow containing more hydrogen (H 2 ) than ammonia (NH 3 ); a first separation device including a hydrogen permeable membrane for separating hydrogen downstream of the cracking device , wherein residual ammonia and nitrogen are exhausted as a residual flow , the separated flow is exhausted separately as a hydrogen flow that contains more hydrogen than ammonia and nitrogen; second separation device configured to receive the residual flow exhausted from the first separation device , the second separation device including an ammonia permeable membrane configured to separate ammonia from hydrogen and nitrogen and communicate the separated ammonia to a fuel storage tank ; a combustor configured to receive and combust the hydrogen flow from the separation device and hydrogen and nitrogen from the second separation device to generate a gas flow ; a compressor section configured to supply compressed air to the combustor ; and a turbine section in flow communication with the gas flow produced by the combustor and mechanically coupled to drive the compressor section .
A flush static plate for measuring pressure at the outer mold line of an aircraft, the flush static plate comprising: a faceplate including a port extending from an exterior surface of the faceplate to an interior surface of the faceplate; a fixed resistance heater in thermal communication with the interior surface and surrounding the port; a self-regulating heater in thermal communication with the interior surface and surrounding the fixed resistance heater; and an outer annular gap surrounding the self-regulating heater configured to decrease heat transfer radially across the feature, wherein the outer annular gap defines a decreased thickness of the faceplate where the outer annular gap exists; wherein the fixed resistance heater and the self-regulating heater are electrically connected in series. a faceplate including a port extending from an exterior surface of the faceplate to an interior surface of the faceplate; a fixed resistance heater in thermal communication with the interior surface and surrounding the port; a self-regulating heater in thermal communication with the interior surface and surrounding the fixed resistance heater; and an outer annular gap surrounding the self-regulating heater configured to decrease heat transfer radially across the feature, wherein the outer annular gap defines a decreased thickness of the faceplate where the outer annular gap exists; wherein the fixed resistance heater and the self-regulating heater are electrically connected in series.
A female connector , which is suitable to be used in an electronic device , wherein the female connector comprises a housing , a waterproof ring , and a tongue , wherein the housing is formed as a cavity with two ends open, and comprises a first end face , and a first area (230-A) of the tongue is configured to connect a male connector; the waterproof ring is of an annular structure, is assembled on the first end face , and comprises an outer end face (222-2) that is not in contact with the housing , wherein the outer end face (222-2) is configured to fit a casing of the electronic device in a sealed manner; and the tongue is arranged inside the housing , and the tongue penetrates the housing and the waterproof ring , and the tongue comprises a stopper member (232-1); wherein the female connector further comprises a metal member , and the metal member is fixedly connected to the housing; characterised in that the metal member and the housing are integrally molded through injection molding; wherein the metal member comprises an embedded part and an exposed part , the embedded part is embedded into the housing and extends in a direction away from the first end face of the housing , and the exposed part is located at two ends of the embedded part and bent toward the inside of the cavity of the housing to form a snap-in structure; wherein the exposed part includes a front end portion (252-1) and a rear end portion (252-2) that are opposite to each other, the rear end portion (252-2) is of a plurality of claw structures bent toward the inside of the cavity of the housing ; and the stopper member is stuck in the exposed part . the housing is formed as a cavity with two ends open, and comprises a first end face , and a first area (230-A) of the tongue is configured to connect a male connector; the waterproof ring is of an annular structure, is assembled on the first end face , and comprises an outer end face (222-2) that is not in contact with the housing , wherein the outer end face (222-2) is configured to fit a casing of the electronic device in a sealed manner; and the tongue is arranged inside the housing , and the tongue penetrates the housing and the waterproof ring , and the tongue comprises a stopper member (232-1); wherein the female connector further comprises a metal member , and the metal member is fixedly connected to the housing; characterised in that the metal member and the housing are integrally molded through injection molding; wherein the metal member comprises an embedded part and an exposed part , the embedded part is embedded into the housing and extends in a direction away from the first end face of the housing , and the exposed part is located at two ends of the embedded part and bent toward the inside of the cavity of the housing to form a snap-in structure; wherein the exposed part includes a front end portion (252-1) and a rear end portion (252-2) that are opposite to each other, the rear end portion (252-2) is of a plurality of claw structures bent toward the inside of the cavity of the housing ; and the stopper member is stuck in the exposed part .
A flat and detachable electrical connection system between a lighting module and a lampholder ; comprising: the lighting module , whose thickness is less than its width or length, comprising a lighting panel , control circuitry for controlling the lighting panel , and electrical contact pads connected to the control circuitry, all supported at least in part by a mechanical support plate ; the mechanical support plate being at least partially enclosed in a housing with a provision or opening so that light can be emitted from the lighting panel ; and where the mechanical support plate includes a male mechanical support connector section that extends out from the mechanical support plate in the same plane as the thickness of the lighting module ; and where the male mechanical support connector section includes means for non-permanent locking or latching of the lighting module to the lampholder ; and the lampholder comprising a female mechanical connector into which the male mechanical support connector section of the lighting module engages and which includes means for non-permanent locking or latching of the male mechanical support connector section of the lighting module ; and a male electrical extension , characterized in that the male electrical extension extends out from the female mechanical connector and engages the electrical contact pads within the lighting module to provide electrical contact with the control circuitry within the lighting module and to supply electrical power or communication signals or both to the control circuitry when the lighting module and lampholder are connected. the lighting module , whose thickness is less than its width or length, comprising a lighting panel , control circuitry for controlling the lighting panel , and electrical contact pads connected to the control circuitry, all supported at least in part by a mechanical support plate ; the mechanical support plate being at least partially enclosed in a housing with a provision or opening so that light can be emitted from the lighting panel ; and where the mechanical support plate includes a male mechanical support connector section that extends out from the mechanical support plate in the same plane as the thickness of the lighting module ; and where the male mechanical support connector section includes means for non-permanent locking or latching of the lighting module to the lampholder ; and the lampholder comprising a female mechanical connector into which the male mechanical support connector section of the lighting module engages and which includes means for non-permanent locking or latching of the male mechanical support connector section of the lighting module ; and a male electrical extension , characterized in that the male electrical extension extends out from the female mechanical connector and engages the electrical contact pads within the lighting module to provide electrical contact with the control circuitry within the lighting module and to supply electrical power or communication signals or both to the control circuitry when the lighting module and lampholder are connected.
A base station for a communication network, the base station comprising: a transceiver and a controller wherein the controller is configured to: control the transceiver to receive, from a core network node for mobility management, Non-Access Stratum, NAS, signalling for a communication device ; perform a Radio Access Network (RAN)-based paging to the communication device for the NAS signalling; and control the transceiver to send to the core network node for mobility management, if the RAN-based paging fails, a UE Context Release Request message in a release procedure that is to move connection management, CM, state of the communication device in the core network node for mobility management to CM-IDLE. control the transceiver to receive, from a core network node for mobility management, Non-Access Stratum, NAS, signalling for a communication device ; perform a Radio Access Network (RAN)-based paging to the communication device for the NAS signalling; and control the transceiver to send to the core network node for mobility management, if the RAN-based paging fails, a UE Context Release Request message in a release procedure that is to move connection management, CM, state of the communication device in the core network node for mobility management to CM-IDLE.
A tractor comprising a rear lamp and a cabin , wherein the cabin includes a left front pillar , a right front pillar , a left rear pillar , a right rear pillar , a roof which is supported by the pillars , a front windshield , a rear windshield , left side window pane , and right side window pane , wherein the rear lamp includes a lamp housing , and a light source that is housed in the lamp housing , wherein the lamp housing is provided from a vicinity of one end to a vicinity of the other end of the left or right rear pillar in the longitudinal direction of the left or right rear pillar , characterized in that an outer surface of each rear pillar is curved outward in a convex manner, wherein the lamp housing is curved along the outer surface of the left or right rear pillar , wherein the side window panes have their respective rear ends fixed to the rear pillar and with two hinges each and the side window panes can be opened and closed by gripping knobs respectively provided at the front ends of the side window panes , wherein the lamp housing comprises recesses formed respectively at the vicinity of the upper end and the vicinity of the lower end of the lamp housing , and wherein the two hinges of at least one of the side window panes are partially housed in the recesses . the cabin includes a left front pillar , a right front pillar , a left rear pillar , a right rear pillar , a roof which is supported by the pillars , a front windshield , a rear windshield , left side window pane , and right side window pane , wherein the rear lamp includes a lamp housing , and a light source that is housed in the lamp housing , wherein the lamp housing is provided from a vicinity of one end to a vicinity of the other end of the left or right rear pillar in the longitudinal direction of the left or right rear pillar , characterized in that an outer surface of each rear pillar is curved outward in a convex manner, wherein the lamp housing is curved along the outer surface of the left or right rear pillar , wherein the side window panes have their respective rear ends fixed to the rear pillar and with two hinges each and the side window panes can be opened and closed by gripping knobs respectively provided at the front ends of the side window panes , wherein the lamp housing comprises recesses formed respectively at the vicinity of the upper end and the vicinity of the lower end of the lamp housing , and wherein the two hinges of at least one of the side window panes are partially housed in the recesses .
An aircraft landing gear stay , wherein the stay comprises: a first end and a second end, wherein one of the first and second ends is configured for attachment to a main leg of the landing gear and the other of the first and second ends is configured for attachment to aircraft structure; a first set of one or more struts including at least one strut which has a first axis that extends in a direction from the first end towards the second end, characterized in that the stay comprises: a second set of two or more struts each having a respective axis , extending parallel to and spaced apart from the first axis , wherein the stay is moveable between a contracted configuration and an extended configuration, the struts of the first set and of the second set moving parallel to the first axis as the stay moves between the contracted and extended configurations, wherein contact is maintained between each of the struts of the second set and at least one strut of the first set for the entire length of travel of the stay between its contracted configuration and its extended configuration, the movement of the struts of the second set being guided and supported by a strut of the first set. a first end and a second end, wherein one of the first and second ends is configured for attachment to a main leg of the landing gear and the other of the first and second ends is configured for attachment to aircraft structure; a first set of one or more struts including at least one strut which has a first axis that extends in a direction from the first end towards the second end, characterized in that the stay comprises: a second set of two or more struts each having a respective axis , extending parallel to and spaced apart from the first axis , wherein the stay is moveable between a contracted configuration and an extended configuration, the struts of the first set and of the second set moving parallel to the first axis as the stay moves between the contracted and extended configurations, wherein contact is maintained between each of the struts of the second set and at least one strut of the first set for the entire length of travel of the stay between its contracted configuration and its extended configuration, the movement of the struts of the second set being guided and supported by a strut of the first set. a second set of two or more struts each having a respective axis , extending parallel to and spaced apart from the first axis , wherein the stay is moveable between a contracted configuration and an extended configuration, the struts of the first set and of the second set moving parallel to the first axis as the stay moves between the contracted and extended configurations, wherein contact is maintained between each of the struts of the second set and at least one strut of the first set for the entire length of travel of the stay between its contracted configuration and its extended configuration, the movement of the struts of the second set being guided and supported by a strut of the first set.
An electrical contact coupling with cross-connectors for track-guided vehicles, in particular rail vehicles, wherein the electrical contact coupling comprises the following: - a coupling housing ; - at least one upper contact bank arranged within the coupling housing ; - at least one lower contact bank arranged vertically below the upper contact bank and within the coupling housing ; and - a contact tongue arranged between the upper contact bank and the lower contact bank , wherein upper contacts and lower contacts are provided on the contact tongue , by means of which the energy and/or signals can be transmitted to a counter-coupling via the contact tongue , characterized in that a cross-connector is provided on at least one contact bank such that the individual contacts (5.1, 5.2, ..., 6.1, 6.2, ...) of the contact tongue are electrically and/or optically connected in pairs to the corresponding contacts (5.1', 5.2', ..., 6.1', 6.2', ...) of a contact tongue of a preferably structurally identical counter-coupling in the coupled state of the couplings by means of the cross-connector. - a coupling housing ; - at least one upper contact bank arranged within the coupling housing ; - at least one lower contact bank arranged vertically below the upper contact bank and within the coupling housing ; and - a contact tongue arranged between the upper contact bank and the lower contact bank , wherein upper contacts and lower contacts are provided on the contact tongue , by means of which the energy and/or signals can be transmitted to a counter-coupling via the contact tongue ,
A machine for making and dispensing liquid or semi-liquid products, characterized in that it comprises, in combination: - at least one batch freezing unit , comprising: a processing vessel , a stirrer mounted inside the processing vessel to mix a basic product and provided with scrapers acting on the inside walls of the processing vessel , and a dispenser adapted to allow the product to be drawn out of the processing vessel ; - a first refrigerated compartment adapted to house at least one vessel for containing basic products; - at least a first door for closing the first refrigerated compartment ; - at least one pump connected in use to the processing vessel and connectable to the at least one vessel for containing basic products in order to transfer the basic product from the vessel for containing basic products to the processing vessel . - at least a second compartment adapted to house the pump and a second door for closing the second compartment . , wherein the second compartment is refrigerated. the machine further comprising a heat exchanger associated with at least one wall of the second compartment to allow it to be refrigerated, a heat exchanger associated with at least one wall of the first compartment to allow it to be refrigerated, and also comprising a connecting opening between the first and the second compartment, and further comprising at least one connecting duct between the pump and the containment vessel . - at least one batch freezing unit , comprising: a processing vessel , a stirrer mounted inside the processing vessel to mix a basic product and provided with scrapers acting on the inside walls of the processing vessel , and a dispenser adapted to allow the product to be drawn out of the processing vessel ; - a first refrigerated compartment adapted to house at least one vessel for containing basic products; - at least a first door for closing the first refrigerated compartment ; - at least one pump connected in use to the processing vessel and connectable to the at least one vessel for containing basic products in order to transfer the basic product from the vessel for containing basic products to the processing vessel . - at least a second compartment adapted to house the pump and a second door for closing the second compartment . , wherein the second compartment is refrigerated. the machine further comprising a heat exchanger associated with at least one wall of the second compartment to allow it to be refrigerated, a heat exchanger associated with at least one wall of the first compartment to allow it to be refrigerated, and also comprising a connecting opening between the first and the second compartment, and further comprising at least one connecting duct between the pump and the containment vessel .