mhurhangee/patent-ind-claim-en huggingface dataset:
A shuttle for moving at least one glass sheet arranged upright along a transfer direction ; the shuttle comprising a lower support rest for the glass sheet, a lateral frame extending upwards and over said lower rest and defining a lateral abutment surface for said glass sheet and retention means for keeping said glass sheet parallel to said lateral abutment surface , characterised in that said retention means comprise at least one thrust member configured to act exclusively on an outer peripheral edge of said glass sheet laterally delimiting a first extended surface of said glass sheet opposite to a second extended surface of the same sheet facing said lateral abutment surface .
A MEMS-micro-mirror comprising a mirror body that is rotatably arranged in a mirror frame around a rotation axis extending in a plane defined by the mirror body, wherein the rotation axis extends through a first and a second mutually opposite end-portion of the mirror body, the mirrorbody having a reflective first main surface and opposite said first main surface a second main surface provided with a first pair of reinforcement beams extending from the first end-portion in directions that mutually have the same components in a rotation axis direction but opposite components in a direction normal to the the rotation axis, a second pair of reinforcement beams extending from the second end-portion in directions that mutually have the same components in a rotation axis direction but opposite components in a direction normal to the rotation axis, reinforcement beams of said first pair extending towards respective ones of said second pair, wherein the reinforcement beams leave free an outer rim of the mirrorbody , characterized in that the reinforcement beams of said first pair have ends pointing away from the rotation axis that are disjunct from those of said second pair .
A method for operating a control node in wireless communication system, the method comprising: transmitting control information related to a beam refinements protocol, BRP, for a plurality of terminals; transmitting BRP frames for a beam refinements operation; and receiving, from each of the plurality of terminals, a feedback signal informing whether an additional transmission of a BRP frame is required or not. transmitting control information related to a beam refinements protocol, BRP, for a plurality of terminals; transmitting BRP frames for a beam refinements operation; and receiving, from each of the plurality of terminals, a feedback signal informing whether an additional transmission of a BRP frame is required or not.
A dispenser for charging an electric vehicle, comprising: a housing; a first set of one or more power modules included within the housing, wherein each of the first set of one or more power modules is capable of supplying an amount of power for charging the electric vehicle; a first power bus that provides charging output for the dispenser and that is switchably connected to the first set of one or more power modules and switchably connected to a second set of one or more power modules that are located remotely from the dispenser in a different dispenser , and wherein the first set of one or more power modules are switchably connected to a second power bus that provides charging output for the different dispenser ; and a control unit that is coupled to the first set of one or more power modules , wherein the control unit is configured to: cause the first set of one or more power modules and the second set of one or more power modules to switchably connect and disconnect from the first power bus to dynamically allocate the first set of one or more power modules and the second set of one or more power modules between the dispenser and the different dispenser . a housing; a first set of one or more power modules included within the housing, wherein each of the first set of one or more power modules is capable of supplying an amount of power for charging the electric vehicle; a first power bus that provides charging output for the dispenser and that is switchably connected to the first set of one or more power modules and switchably connected to a second set of one or more power modules that are located remotely from the dispenser in a different dispenser , and wherein the first set of one or more power modules are switchably connected to a second power bus that provides charging output for the different dispenser ; and a control unit that is coupled to the first set of one or more power modules , wherein the control unit is configured to: cause the first set of one or more power modules and the second set of one or more power modules to switchably connect and disconnect from the first power bus to dynamically allocate the first set of one or more power modules and the second set of one or more power modules between the dispenser and the different dispenser .
An electronic device comprising: a coaxial cable connected to an antenna ; and at least one conductive body having a strip-like shape and electrically coupled to an external conductor of the coaxial cable, one end of the conductive body (O) not being directly connected to a ground connected to the coaxial cable, wherein the at least one conductive body is located at a position overlapping the coaxial cable in plan view and is electrically coupled to the external conductor across a covering of the coaxial cable through capacitance coupling, and wherein the at least one conductive body extends in a direction substantially orthogonal to the extending direction of the coaxial cable at a position where the at least one conductive body is coupled to the coaxial cable. a coaxial cable connected to an antenna ; and at least one conductive body having a strip-like shape and electrically coupled to an external conductor of the coaxial cable, one end of the conductive body (O) not being directly connected to a ground connected to the coaxial cable, wherein the at least one conductive body is located at a position overlapping the coaxial cable in plan view and is electrically coupled to the external conductor across a covering of the coaxial cable through capacitance coupling, and wherein the at least one conductive body extends in a direction substantially orthogonal to the extending direction of the coaxial cable at a position where the at least one conductive body is coupled to the coaxial cable.
Modular container that can be erected starting from a single punched element, comprising a bottom panel of quadrangular shape from whose sides respectively develop a front panel , a rear panel , a first lateral panel and a second lateral panel , wherein the front panel has a front edge from which an extension element protrudes; said modular container further comprising a lid panel comprising a transversal band in extension from one side of the lid panel along the base of which there is a notch suitable for accommodating said extension element , in an assembled and closed configuration of the container ; wherein - a first tab is formed by means of a notch, in correspondence with an edge portion of the front panel , characterized in that the first tab is configured to be rotatable about an axis substantially coinciding with the front edge ; - the notch forms a second tab on the body of the lid panel , yieldably connected to the lid panel by means of a weakening line ; and in that in the assembled and closed configuration of the modular container the second tab is at least partially superimposed on the first tab so as to form a grip able to bring the modular container from a closed assembled configuration to an open assembled configuration, pushing said tabs away from each other. said modular container further comprising a lid panel comprising a transversal band in extension from one side of the lid panel along the base of which there is a notch suitable for accommodating said extension element , in an assembled and closed configuration of the container ; wherein - a first tab is formed by means of a notch, in correspondence with an edge portion of the front panel , - a first tab is formed by means of a notch, in correspondence with an edge portion of the front panel , characterized in that the first tab is configured to be rotatable about an axis substantially coinciding with the front edge ; - the notch forms a second tab on the body of the lid panel , yieldably connected to the lid panel by means of a weakening line ; and in that in the assembled and closed configuration of the modular container the second tab is at least partially superimposed on the first tab so as to form a grip able to bring the modular container from a closed assembled configuration to an open assembled configuration, pushing said tabs away from each other. - the notch forms a second tab on the body of the lid panel , yieldably connected to the lid panel by means of a weakening line ; and in that in the assembled and closed configuration of the modular container the second tab is at least partially superimposed on the first tab so as to form a grip able to bring the modular container from a closed assembled configuration to an open assembled configuration, pushing said tabs away from each other.
An apparatus comprising: a nacelle of a turbofan engine , wherein a fan duct is definable between the nacelle and a core of the turbofan engine ; an opening in the nacelle between an outside of the nacelle and the fan duct ; and an inner door and an outer door disposed within the opening and pivotably coupled to the nacelle along aft edges of the inner door and the outer door , the inner door and the outer door pivotable between (i.) a first position in which the inner door and the outer door are disposed within the opening and oriented substantially parallel to each other, and (ii.) a second position in which the inner door is disposed in the fan duct and oriented substantially perpendicular to an outer surface of the core and the outer door extends outward from the nacelle , characterized in that the nacelle includes a hatch along an inner surface of the nacelle adjacent the opening , the hatch movable between a closed position and an open position to allow airflow from the fan duct into a cavity formed between the inner door and the outer door when the inner door and the outer door are in the first position. a nacelle of a turbofan engine , wherein a fan duct is definable between the nacelle and a core of the turbofan engine ; an opening in the nacelle between an outside of the nacelle and the fan duct ; and an inner door and an outer door disposed within the opening and pivotably coupled to the nacelle along aft edges of the inner door and the outer door , the inner door and the outer door pivotable between (i.) a first position in which the inner door and the outer door are disposed within the opening and oriented substantially parallel to each other, and (ii.) a second position in which the inner door is disposed in the fan duct and oriented substantially perpendicular to an outer surface of the core and the outer door extends outward from the nacelle , characterized in that the nacelle includes a hatch along an inner surface of the nacelle adjacent the opening , the hatch movable between a closed position and an open position to allow airflow from the fan duct into a cavity formed between the inner door and the outer door when the inner door and the outer door are in the first position.
A method comprising: receiving , by a network device of a label switched path, LSP , implemented with a label stack and from an upstream network device to the network device in the LSP, a path signaling message including a recovery object that defines a reverse path of the LSP from an egress network device of the LSP to the network device, wherein the recovery object includes at least an upstream label (Label_Tx) and a downstream label (Label_Rx) associated with the network device, and wherein the network device is a restarting network device; determining , by the network device and based on the recovery object, the upstream label and the downstream label associated with the network device, wherein the upstream label associated with the network device comprises a label allocated by the network device for the upstream network device in the LSP, and wherein the downstream label associated with the network device comprises a label allocated by a downstream network device to the network device in the LSP; and instantiating , by the network device and based on the recovery object, a control plane state of the network device. receiving , by a network device of a label switched path, LSP , implemented with a label stack and from an upstream network device to the network device in the LSP, a path signaling message including a recovery object that defines a reverse path of the LSP from an egress network device of the LSP to the network device, wherein the recovery object includes at least an upstream label (Label_Tx) and a downstream label (Label_Rx) associated with the network device, and wherein the network device is a restarting network device; determining , by the network device and based on the recovery object, the upstream label and the downstream label associated with the network device, wherein the upstream label associated with the network device comprises a label allocated by the network device for the upstream network device in the LSP, and wherein the downstream label associated with the network device comprises a label allocated by a downstream network device to the network device in the LSP; and instantiating , by the network device and based on the recovery object, a control plane state of the network device.
A fistula probe assembly comprising a fistula probe (10; 400) for traversing a fistula tract in a body of a patient, and a flexible elongate tubular seton (242; 442); in which the fistula probe comprises: an elongate elastically deformable member (12; 412) having a leading end , a trailing end , an outer surface and a longitudinal axis (L), the elastically deformable member comprising a helically wound element in the form of a spring having a plurality of coils , in which the spring is arranged so that coils which are adjacent, taken in a direction along the longitudinal axis, are in abutment in at least a rest configuration of the elastically deformable member; a sheath having an inner surface which contacts the outer surface of the elastically deformable member (12; 412), the sheath extending from the leading end of the elastically deformable member partway along a length of the elastically deformable member, so that only part of the outer surface of the elastically deformable member is covered; and a closed leading end adapted to be inserted into the fistula tract , the leading end being shaped to facilitate insertion of the probe into the tract; and in which: the flexible elongate tubular seton (242; 442) extends over the trailing end and a portion of the outer surface of the elastically deformable member (12; 412); and the flexible elongate tubular seton (242; 442) is releasably coupled to the elastically deformable member (12; 412), so that the seton can be drawn into the tract by the elastically deformable member and then released from the elastically deformable member leaving the seton in place within the tract. an elongate elastically deformable member (12; 412) having a leading end , a trailing end , an outer surface and a longitudinal axis (L), the elastically deformable member comprising a helically wound element in the form of a spring having a plurality of coils , in which the spring is arranged so that coils which are adjacent, taken in a direction along the longitudinal axis, are in abutment in at least a rest configuration of the elastically deformable member; a sheath having an inner surface which contacts the outer surface of the elastically deformable member (12; 412), the sheath extending from the leading end of the elastically deformable member partway along a length of the elastically deformable member, so that only part of the outer surface of the elastically deformable member is covered; and a closed leading end adapted to be inserted into the fistula tract , the leading end being shaped to facilitate insertion of the probe into the tract; the flexible elongate tubular seton (242; 442) extends over the trailing end and a portion of the outer surface of the elastically deformable member (12; 412); and the flexible elongate tubular seton (242; 442) is releasably coupled to the elastically deformable member (12; 412), so that the seton can be drawn into the tract by the elastically deformable member and then released from the elastically deformable member leaving the seton in place within the tract.
A method for operating a mobile station, MS, in a wireless communication system using a feedback channel supporting at least two modes, the method comprising: generating and transmitting a feedback signal through a feedback channel according to a first mode; determining to switch a feedback mode from the first mode to a second mode; transmitting a signal for requesting to switch a mode of the feedback channel through the feedback channel; receiving feedback channel allocation information for permitting switching to the second mode from a base station, BS, ; and generating and transmitting a feedback signal through a feedback channel according to a mode indicated by the feedback channel allocation information, characterized in that the first mode uses a noncoherent modulation /demodulation scheme and the second mode uses a coherent modulation /demodulation scheme. generating and transmitting a feedback signal through a feedback channel according to a first mode; determining to switch a feedback mode from the first mode to a second mode; transmitting a signal for requesting to switch a mode of the feedback channel through the feedback channel; receiving feedback channel allocation information for permitting switching to the second mode from a base station, BS, ; and generating and transmitting a feedback signal through a feedback channel according to a mode indicated by the feedback channel allocation information, characterized in that the first mode uses a noncoherent modulation /demodulation scheme and the second mode uses a coherent modulation /demodulation scheme.
An article of footwear having an upper and a sole structure associated thereto, the upper forming a void, the upper comprising: a knitted component having a first exterior surface and a second interior surface , wherein the knitted component comprises at least one integrally knitted cushion region located on the second interior surface ; wherein the cushion region comprises a plurality of non-planar structures that project away from the second interior surface of the knitted component by at least 1mm into the void; wherein the cushion region is located in a rearfoot region of the upper such that the non-planar structures are configured to contact a wearer's heel, wherein the knitted upper comprises a tension zone configured to pull the cushion region against the wearer's heel, wherein the tension zone is connected to the cushion region through one or more courses of yarn, wherein the plurality of non-planar structures comprises tubular rib structures, wherein the article of footwear is characterized in that the tension zone comprises one or more elasticated yarns, wherein the plurality of tubular non-planar structures are knitted in a closely-spaced parallel array, and wherein each tubular non-planar structure is oriented vertically and parallel to a heel centerline of the knitted component . a knitted component having a first exterior surface and a second interior surface , wherein the knitted component comprises at least one integrally knitted cushion region located on the second interior surface ; wherein the cushion region comprises a plurality of non-planar structures that project away from the second interior surface of the knitted component by at least 1mm into the void; wherein the cushion region is located in a rearfoot region of the upper such that the non-planar structures are configured to contact a wearer's heel, wherein the knitted upper comprises a tension zone configured to pull the cushion region against the wearer's heel, wherein the tension zone is connected to the cushion region through one or more courses of yarn, wherein the plurality of non-planar structures comprises tubular rib structures, wherein the article of footwear is characterized in that the tension zone comprises one or more elasticated yarns, wherein the plurality of tubular non-planar structures are knitted in a closely-spaced parallel array, and wherein each tubular non-planar structure is oriented vertically and parallel to a heel centerline of the knitted component .
A refrigeration cycle apparatus and a working refrigerant being a zeotropic refrigerant mixture containing at least first refrigerant and second refrigerant having a higher boiling point than the first refrigerant at a same pressure, the refrigeration cycle apparatus operating with the working refrigerant and comprising at least a main passage in which a compressor , a four-way valve , a first heat exchanger , a first expansion valve , a second heat exchanger , the four-way valve , and an accumulator are sequentially connected, the first refrigerant having a property of disproportionation, the first refrigerant having a smaller composition ratio in the zeotropic refrigerant mixture in the compressor than a composition ratio of the first refrigerant in the zeotropic refrigerant mixture passing through the main passage , the main passage includes an oil separator connected between the compressor and the four-way valve configured to separate refrigerating machine oil from the working refrigerant discharged from the compressor and configured to separate the zeotropic refrigerant mixture containing the first refrigerant at a composition ratio to the refrigerant mixture, the composition ratio being lower than a composition ratio of the first refrigerant in the zeotropic refrigerant mixture passing through the main passage , the zeotropic refrigerant mixture having the lower composition ratio of the first refrigerant having the lower composition ratio and separated by the oil separator , being supplied into the compressor from the oil separator through a bypass . the refrigeration cycle apparatus operating with the working refrigerant and comprising at least a main passage in which a compressor , a four-way valve , a first heat exchanger , a first expansion valve , a second heat exchanger , the four-way valve , and an accumulator are sequentially connected, the first refrigerant having a property of disproportionation, the first refrigerant having a smaller composition ratio in the zeotropic refrigerant mixture in the compressor than a composition ratio of the first refrigerant in the zeotropic refrigerant mixture passing through the main passage , the main passage includes an oil separator connected between the compressor and the four-way valve configured to separate refrigerating machine oil from the working refrigerant discharged from the compressor and configured to separate the zeotropic refrigerant mixture containing the first refrigerant at a composition ratio to the refrigerant mixture, the composition ratio being lower than a composition ratio of the first refrigerant in the zeotropic refrigerant mixture passing through the main passage , the zeotropic refrigerant mixture having the lower composition ratio of the first refrigerant having the lower composition ratio and separated by the oil separator , being supplied into the compressor from the oil separator through a bypass .