mhurhangee/patent-ind-claim-en huggingface dataset:
A facility for producing domestic hot water comprising: - a tank for storing and producing domestic hot water, - a heat pump which comprises a compressor , a condenser , an expansion valve and an evaporator mounted in series on a refrigerant circuit , the condenser making it possible to exchange heat with the water contained in said tank , - a device for introducing and extracting an additional volume of refrigerant in and out of said refrigerant circuit of the heat pump, characterized in that it comprises: - a central control unit for controlling said device for introducing and extracting an additional volume of refrigerant, this unit being provided with a control interface , and in that said condenser is a heat exchanger disposed around of said tank or inside said tank over at least part of the height thereof, said central control unit acting on said device either to introduce an additional volume of refrigerant into the refrigerant circuit of the heat pump and cause the reduction of the total height of the condensing zone of the refrigerant fluid in said condenser and its movement upwardly of said condenser, or to extract a volume of refrigerant from the refrigerant circuit of the heat pump and cause the increase of the total height of the condensing zone of the refrigerant in said condenser and its movement downwardly of said condenser. - a tank for storing and producing domestic hot water, - a heat pump which comprises a compressor , a condenser , an expansion valve and an evaporator mounted in series on a refrigerant circuit , the condenser making it possible to exchange heat with the water contained in said tank , - a device for introducing and extracting an additional volume of refrigerant in and out of said refrigerant circuit of the heat pump, characterized in that it comprises: - a central control unit for controlling said device for introducing and extracting an additional volume of refrigerant, this unit being provided with a control interface ,
An electroporation device for use with a fold of tissue , the fold of tissue including a skin layer , an adipose layer , and a smooth muscle layer , the electroporation device including: a frame having a first arm and a second arm extending therefrom; a first electrode coupled to a distal end of the first arm , the first electrode having a first contact surface defining a first perimeter; a second electrode coupled to a distal end of the second arm , the second electrode having a second contact surface defining a second perimeter; and an electroporation signal generator configured to deliver an electrical signal to the first and second electrodes , wherein the first contact surface and the second contact surface face each other and define a treatment zone therebetween; and wherein the first and second electrodes are configured to grip the fold of tissue such that the tissue positioned within the treatment zone includes the skin layer , the adipose layer , and the smooth muscle layer , characterized in that the first and second contact surfaces are configured for communicating the electrical signal to the fold of tissue for increasing cell membrane permeability in the fold of tissue , wherein the first and second contact surfaces each have an electrically insulated portion and a non-insulated portion , and the non-insulated portion is located between the distal end of the respective arm and the insulated portion . a frame having a first arm and a second arm extending therefrom; a first electrode coupled to a distal end of the first arm , the first electrode having a first contact surface defining a first perimeter; a second electrode coupled to a distal end of the second arm , the second electrode having a second contact surface defining a second perimeter; and an electroporation signal generator configured to deliver an electrical signal to the first and second electrodes , wherein the first contact surface and the second contact surface face each other and define a treatment zone therebetween; and wherein the first and second electrodes are configured to grip the fold of tissue such that the tissue positioned within the treatment zone includes the skin layer , the adipose layer , and the smooth muscle layer , characterized in that the first and second contact surfaces are configured for communicating the electrical signal to the fold of tissue for increasing cell membrane permeability in the fold of tissue , wherein the first and second contact surfaces each have an electrically insulated portion and a non-insulated portion , and the non-insulated portion is located between the distal end of the respective arm and the insulated portion .
Bumper arrangement for the front region of a passenger car, having an upper load path, which has upper longitudinal members and an upper crossmember, and having a lower load path, which has lower longitudinal members and a lower crossmember, wherein - at least one spring element that is supported on the lower longitudinal member with a first end portion is provided in the connection region of the lower longitudinal member to the lower crossmember ; - a device is provided, with which, in the event of a collision of the passenger car, the direct connection between the lower longitudinal member and the lower crossmember is undoable; and - after the direct connection between the lower longitudinal member and the lower cross member has been undone, the spring element forms the support for the crossmember with a second end portion ; - wherein the spring element is arranged in the interior of the lower longitudinal member or in the interior of a deformation element provided on the lower longitudinal member , characterized in that, in the event of a collision, the spring element allows the lower crossmember to move counter to the direction of travel (FR) . - at least one spring element that is supported on the lower longitudinal member with a first end portion is provided in the connection region of the lower longitudinal member to the lower crossmember ; - a device is provided, with which, in the event of a collision of the passenger car, the direct connection between the lower longitudinal member and the lower crossmember is undoable; and - after the direct connection between the lower longitudinal member and the lower cross member has been undone, the spring element forms the support for the crossmember with a second end portion ; - wherein the spring element is arranged in the interior of the lower longitudinal member or in the interior of a deformation element provided on the lower longitudinal member ,
An inter-compressor case for a gas turbine engine , the inter-compressor case comprising: an outer casing and an inner casing radially spaced apart relative to a longitudinal axis ; and a gas path extending from a plurality of radial inlets arranged in a circumferentially spaced apart array around the outer casing to an annular outlet defined by an axially extending downstream portion of the outer casing and an axially extending downstream portion of the inner casing , characterised in that the inter-compressor case further comprises: a plurality of struts having a gas path surface extending across the gas path between the outer casing and the inner casing ; and a plurality of flow separators extending from the adjacent radial inlets , the flow separators having trailing edges disposed upstream of the annular outlet , the plurality of flow separators including a plurality of full length flow separators and a plurality of truncated flow separators , the flow separators disposed adjacent to the struts , the truncated flow separators having a truncated trailing edge terminating upstream relative to the trailing edges of the full length flow separators . an outer casing and an inner casing radially spaced apart relative to a longitudinal axis ; and a gas path extending from a plurality of radial inlets arranged in a circumferentially spaced apart array around the outer casing to an annular outlet defined by an axially extending downstream portion of the outer casing and an axially extending downstream portion of the inner casing , a plurality of struts having a gas path surface extending across the gas path between the outer casing and the inner casing ; and a plurality of flow separators extending from the adjacent radial inlets , the flow separators having trailing edges disposed upstream of the annular outlet , the plurality of flow separators including a plurality of full length flow separators and a plurality of truncated flow separators , the flow separators disposed adjacent to the struts , the truncated flow separators having a truncated trailing edge terminating upstream relative to the trailing edges of the full length flow separators .
A method for a Multiple Protocol Label Switching, MPLS, intermediate node to perform multicast forwarding, characterized by comprising: capturing, by a Provider, P, node in a service provider network, an MPLS packet according to an Access Control List, ACL, rule; redirecting the captured MPLS packet to a Virtual Private LAN Service, VPLS, multicast forwarding table; and multicast forwarding the MPLS packet according to next hop information of each multicast forwarding table entry in the VPLS multicast forwarding table; wherein redirecting the captured MPLS packet to the VPLS multicast forwarding table comprises: redirecting, by the P node, the captured MPLS packet to the VPLS multicast forwarding table, the action configured in the ACL being redirecting to the VPLS multicast forwarding table. capturing, by a Provider, P, node in a service provider network, an MPLS packet according to an Access Control List, ACL, rule; redirecting the captured MPLS packet to a Virtual Private LAN Service, VPLS, multicast forwarding table; and multicast forwarding the MPLS packet according to next hop information of each multicast forwarding table entry in the VPLS multicast forwarding table; wherein redirecting the captured MPLS packet to the VPLS multicast forwarding table comprises: redirecting, by the P node, the captured MPLS packet to the VPLS multicast forwarding table, the action configured in the ACL being redirecting to the VPLS multicast forwarding table.
A radio terminal comprising: means for communicating with a radio station system comprising one or more radio stations on at least one first cell in accordance with a first radio access technology and at least one second cell in accordance with a second radio access technology, the at least one second cell being used in addition and subordinate to the at least one first cell ; and means for transmitting a control-plane message to the radio station system on the at least one first cell or the at least one second cell , wherein the control-plane message includes a non-access stratum, NAS, message or a radio resource control, RRC, message or both, and the radio terminal is characterized in that said means for transmitting is adapted to: transmit the control-plane message on the at least one first cell , in a case where the control-plane message includes a measurement report corresponding to a report of a measurement result for the at least one first cell ; and transmit the control-plane message on the at least one second cell , in a case where the control-plane message includes a measurement report corresponding to a report of a measurement result for the at least one second cell . means for communicating with a radio station system comprising one or more radio stations on at least one first cell in accordance with a first radio access technology and at least one second cell in accordance with a second radio access technology, the at least one second cell being used in addition and subordinate to the at least one first cell ; and means for transmitting a control-plane message to the radio station system on the at least one first cell or the at least one second cell , wherein the control-plane message includes a non-access stratum, NAS, message or a radio resource control, RRC, message or both, and the radio terminal is characterized in that said means for transmitting is adapted to: transmit the control-plane message on the at least one first cell , in a case where the control-plane message includes a measurement report corresponding to a report of a measurement result for the at least one first cell ; and transmit the control-plane message on the at least one second cell , in a case where the control-plane message includes a measurement report corresponding to a report of a measurement result for the at least one second cell . transmit the control-plane message on the at least one first cell , in a case where the control-plane message includes a measurement report corresponding to a report of a measurement result for the at least one first cell ; and transmit the control-plane message on the at least one second cell , in a case where the control-plane message includes a measurement report corresponding to a report of a measurement result for the at least one second cell .
An electronic apparatus comprising: a sensor configured to sense an illuminance of an environment of the electronic apparatus; a display ; at least one memory storing at least one instruction; a look-up table having pre-stored thereon n brightness change threshold values each corresponding to a brightness of the display, where n is an integer greater than or equal to 1; and at least one processor , by executing the instruction, configured to: obtain illuminance values for a predetermined period from the sensor, determine maximum and minimum values of the illuminance values; determine an n th brightness change threshold value by evenly dividing a difference between the maximum and minimum values of the illuminance values by n + 1 and multiplying the resulting value by n; update the look-up table based on the determined n th brightness change threshold value; change the brightness of the display in accordance with the determined brightness change threshold value by applying the obtained illuminance values obtained through the sensor to the look-up table. a sensor configured to sense an illuminance of an environment of the electronic apparatus; a display ; at least one memory storing at least one instruction; a look-up table having pre-stored thereon n brightness change threshold values each corresponding to a brightness of the display, where n is an integer greater than or equal to 1; and at least one processor , by executing the instruction, configured to: obtain illuminance values for a predetermined period from the sensor, determine maximum and minimum values of the illuminance values; determine an n th brightness change threshold value by evenly dividing a difference between the maximum and minimum values of the illuminance values by n + 1 and multiplying the resulting value by n; update the look-up table based on the determined n th brightness change threshold value; change the brightness of the display in accordance with the determined brightness change threshold value by applying the obtained illuminance values obtained through the sensor to the look-up table. obtain illuminance values for a predetermined period from the sensor, determine maximum and minimum values of the illuminance values; determine an n th brightness change threshold value by evenly dividing a difference between the maximum and minimum values of the illuminance values by n + 1 and multiplying the resulting value by n; update the look-up table based on the determined n th brightness change threshold value; change the brightness of the display in accordance with the determined brightness change threshold value by applying the obtained illuminance values obtained through the sensor to the look-up table.
A syringe , comprising: a syringe body defining a syringe cavity and a syringe port , wherein the syringe port is in fluid communication with the syringe cavity ; a first plunger disposed within the syringe cavity and defining a first chamber in the syringe cavity , wherein the first chamber is in fluid communication with the syringe port , the first plunger comprising: a first plunger channel extending through the first plunger ; a first plunger shaft extending from the first plunger , the first plunger shaft defining a first plunger shaft lumen , wherein the first plunger shaft lumen is in fluid communication with the first plunger channel ; and characterized by : a second plunger disposed within the syringe cavity , the first plunger and the second plunger are movable relative to each other and the first plunger , the second plunger , and the syringe cavity cooperatively defining a second chamber , the second plunger comprising: a second plunger shaft extending from the second plunger , the second plunger shaft defining a second shaft channel , the second shaft channel receiving at least a portion of the first plunger shaft ; and an inner tube comprising an inner tube lumen , the inner tube extending from the syringe port into the first plunger shaft lumen , wherein the inner tube and the first plunger shaft lumen define an annulus therebetween, the annulus in fluid communication with the first plunger channel and the annulus permits fluid communication between the syringe port and the first plunger channel . a second plunger shaft extending from the second plunger , the second plunger shaft defining a second shaft channel , the second shaft channel receiving at least a portion of the first plunger shaft ; and an inner tube comprising an inner tube lumen , the inner tube extending from the syringe port into the first plunger shaft lumen , wherein the inner tube and the first plunger shaft lumen define an annulus therebetween, the annulus in fluid communication with the first plunger channel and the annulus permits fluid communication between the syringe port and the first plunger channel .
A detachable turner beam apparatus for turning a wind turbine blade mould, the detachable turner beam apparatus comprising: an upper beam , a lower beam , and a turner arm connecting the upper beam and the lower beam ; wherein the upper beam comprises an upper beam element having a first free end and an opposite second end , the second end being connected to the turner arm by a first turner arm connection mechanism mounted on the upper beam element ,; and the lower beam comprises: a lower beam element having a first free end and an opposite second end , the second end being connected to the turner arm by a second turner arm connection mechanism mounted on the lower beam element , and a bottom support installed beneath the lower beam element ; characterised by the upper beam further comprising first and second plate mounting mechanisms which are mutually spaced along the length of the upper beam element and are respectively mounted towards the first and second ends of the upper beam element , each of the plate mounting mechanisms respectively comprising a fitting plate which is configured to be detachably fitted to a respective longitudinal side of an upper mould part of a wind turbine blade mould, wherein the first and second plate mounting mechanisms are adjustable whereby the respective fitting plate is movable in at least two orthogonal directions relative to the upper beam element to a desired position and the respective fitting plate can be fixed in the desired position. wherein the upper beam comprises an upper beam element having a first free end and an opposite second end , the second end being connected to the turner arm by a first turner arm connection mechanism mounted on the upper beam element ,; and the lower beam comprises: a lower beam element having a first free end and an opposite second end , the second end being connected to the turner arm by a second turner arm connection mechanism mounted on the lower beam element , and a bottom support installed beneath the lower beam element ; characterised by the upper beam further comprising first and second plate mounting mechanisms which are mutually spaced along the length of the upper beam element and are respectively mounted towards the first and second ends of the upper beam element , each of the plate mounting mechanisms respectively comprising a fitting plate which is configured to be detachably fitted to a respective longitudinal side of an upper mould part of a wind turbine blade mould, wherein the first and second plate mounting mechanisms are adjustable whereby the respective fitting plate is movable in at least two orthogonal directions relative to the upper beam element to a desired position and the respective fitting plate can be fixed in the desired position.
A metal-ceramic substrate comprising - an insulation layer extending along a main extension plane (HSE) and comprising a ceramic material, and - a metallization layer bonded to the insulation layer via a bonding surface (A), the bonding surface (A) being limited by at least one edge (K) in a plane extending parallel to the main extension plane (HSE), the edge (K) being at least partially covered by a filler material and an edge region (RB) of the metallization layer adjoining the edge (K) having a material weakening, and the material weakening being formed as a recess , characterized in that - the filler material overlaps the additional edge (K') and filling a recess on the upper side of the metallization and/or - a ratio between the metallization thickness (MD) and the filler material height (FH) assumes a value between 0.5 and 0.9, preferably between 0.6 and 0.8 and particularly preferably substantially 0.75 and/or - the filler material is flush with the additional edge (K') in a direction perpendicular to the main extension plane (HSE). - an insulation layer extending along a main extension plane (HSE) and comprising a ceramic material, and - a metallization layer bonded to the insulation layer via a bonding surface (A), the bonding surface (A) being limited by at least one edge (K) in a plane extending parallel to the main extension plane (HSE), the edge (K) being at least partially covered by a filler material and an edge region (RB) of the metallization layer adjoining the edge (K) having a material weakening, and the material weakening being formed as a recess , characterized in that - the filler material overlaps the additional edge (K') and filling a recess on the upper side of the metallization and/or - a ratio between the metallization thickness (MD) and the filler material height (FH) assumes a value between 0.5 and 0.9, preferably between 0.6 and 0.8 and particularly preferably substantially 0.75 and/or - the filler material is flush with the additional edge (K') in a direction perpendicular to the main extension plane (HSE).