mhurhangee/patent-ind-claim-en huggingface dataset:
A cabinet comprising a base plate , an insert and an openable cover , wherein the cabinet has an open position and a closed position, and wherein the cover , at least in the closed position of the cabinet , is connected to the base plate to form an interior space for housing the insert , characterised in that the base plate is arranged with a resiliently flexible locking arm for locking the cover to the base plate in the closed position of the cabinet , and the insert is movably connected to the base plate , wherein the insert is movable from a first position for storing inside the interior space of the cabinet to a projecting second position when the cabinet is in its open position, and wherein the locking arm , in the open position of the cabinet , is arranged to engage the insert to keep the insert in the second position, wherein the cover comprises a front plate , a top wall and two opposite side walls , wherein the locking arm is arranged to extend across the top wall and engage the front plate in the closed position of the cabinet , and wherein the side walls , in an end remote to the top wall , comprise a hook for engaging the base plate . the base plate is arranged with a resiliently flexible locking arm for locking the cover to the base plate in the closed position of the cabinet , and the insert is movably connected to the base plate , wherein the insert is movable from a first position for storing inside the interior space of the cabinet to a projecting second position when the cabinet is in its open position, and wherein the locking arm , in the open position of the cabinet , is arranged to engage the insert to keep the insert in the second position, wherein the cover comprises a front plate , a top wall and two opposite side walls , wherein the locking arm is arranged to extend across the top wall and engage the front plate in the closed position of the cabinet , and wherein the side walls , in an end remote to the top wall , comprise a hook for engaging the base plate .
Overlap detection unit (230; 330) for a subscriber station (20; 30) in a serial bus system , having a collision detection block for detecting bus states on a bus of the bus system , for which bus states are produced by subscriber stations in the bus system , to send a message (45; 46), in a first communication phase on the bus with a first physical layer and may be produced in a second communication phase with a second physical layer, which is different from the first physical layer, wherein the collision detection block is configured to generate a signal (S_D; rxd_SW), the value of which indicates whether or not the bus states in the second communication phase have a level that corresponds to an overlap between the first and second physical layers or to an overlap between two second physical layers, and wherein the collision detection block is configured to output the signal (S_D; rxd_SW) for the subscriber station (20; 30). wherein the collision detection block is configured to generate a signal (S_D; rxd_SW), the value of which indicates whether or not the bus states in the second communication phase have a level that corresponds to an overlap between the first and second physical layers or to an overlap between two second physical layers, and wherein the collision detection block is configured to output the signal (S_D; rxd_SW) for the subscriber station (20; 30).
A ventilation valve having a body and a front plate connected thereto, the body comprising a truss provided with an opening to which a hollow spindle that extends in the axial direction of the opening in the truss and coaxially with it is attached, the front plate comprises a pin which is connected to the front plate in an orthogonal direction the pin of the front plate is inserted into the hollow spindle , characterized in that a flexible member is fixed to the pin of the front plate , the widest point of the flexible member is larger than the inner diameter of the hollow spindle such that the flexible member compresses and directs a spring force on the inner surface of the hollow spindle when the pin is inserted in the hollow spindle .
A weatherable pultruded structure comprising, in order from inside to the outside: a) a pultruded structure comprising a fiber-reinforced thermoset resin wherein said pultruded structure comprises polyurethane resin; b) one or more tie layers, and c) one or more thermoplastic cap layers, characterized in that at least one tie layer is an extrudable thermoplastic tie layer that is coextrudable with at least one of the pultruded structure a) or thermoplastic cap layer c), wherein the extrudable thermoplastic tie layer is a copolyamide blend made up of two or more different and varying polyamide repeat units. a) a pultruded structure comprising a fiber-reinforced thermoset resin wherein said pultruded structure comprises polyurethane resin; b) one or more tie layers, and c) one or more thermoplastic cap layers,
Adjusting device for adjusting an angle of attack of a rotor blade of a wind turbine, wherein the adjusting device: - comprises at least two DC motors with at least one of the first excitation windings , and the at least two DC motors - are electrically interconnected in series among one another at least in sections, characterized in that the at least two DC motors in each case comprise a second excitation winding , wherein said second excitation windings are electrically interconnected in series with one another. - comprises at least two DC motors with at least one of the first excitation windings , and the at least two DC motors - are electrically interconnected in series among one another at least in sections,
A solar cell comprising: a dielectric material above a silicon substrate ; a material layer (302A+302B) above the dielectric material , the material layer (302A+302B) having first and second doped regions and a recast poly signature ; a first dielectric layer above the material layer (302A+302B); and a conductive contact through the first dielectric layer , wherein the recast poly signature is in alignment with the conductive contact . a dielectric material above a silicon substrate ; a material layer (302A+302B) above the dielectric material , the material layer (302A+302B) having first and second doped regions and a recast poly signature ; a first dielectric layer above the material layer (302A+302B); and a conductive contact through the first dielectric layer , wherein the recast poly signature is in alignment with the conductive contact .
A system for humidifying a gas stream, comprising: a device that comprises a housing that comprises hydrated superabsorbent polymer SAP, wherein the SAP is crosslinked and comprises a polyacrylate copolymer or polyacrylamide copolymer, optionally wherein the SAP is in the form of a plurality of substantially spherical units; a gas inlet through which an input gas stream enters the housing; and a gas outlet through which an output gas stream exits the housing, wherein the device is configured for the gas stream to flow in contact with the hydrated SAP, and wherein the output gas stream comprises a higher humidity than the input gas stream, optionally wherein the output gas comprises a cooler temperature than the input gas stream, wherein output tubing is connected to a mask or other device for delivering the humidified output gas stream to the nasal passages, throat, and/or mouth of an individual. a device that comprises a housing that comprises hydrated superabsorbent polymer SAP, wherein the SAP is crosslinked and comprises a polyacrylate copolymer or polyacrylamide copolymer, optionally wherein the SAP is in the form of a plurality of substantially spherical units; a gas inlet through which an input gas stream enters the housing; and a gas outlet through which an output gas stream exits the housing, wherein the device is configured for the gas stream to flow in contact with the hydrated SAP, and wherein the output gas stream comprises a higher humidity than the input gas stream, optionally wherein the output gas comprises a cooler temperature than the input gas stream, wherein output tubing is connected to a mask or other device for delivering the humidified output gas stream to the nasal passages, throat, and/or mouth of an individual.
A terminal device , comprising: a communication unit configured to perform wireless communication; and a control unit configured to allocate power for communication between a first serving cell and a second serving cell, the second serving cell comprising different sub frame lengths, wherein the control unit is configured to: calculate transmission power of a first uplink physical channel occurring in the first serving cell in a first time unit, and calculate transmission power of a second uplink physical channel occurring in the second serving cell in a second time unit, wherein the first time unit and the second time unit are set to be mutually different values and the second time unit is an integer multiple of the first time unit, and wherein the first serving cell and the second serving cell belong to a same cell group, the first uplink physical channel overlaps the second uplink physical channel on a time axis, and in a case in which a third uplink physical channel which further overlaps the first uplink physical channel on the time axis and occurs in the second serving cell occurs after the second uplink physical channel, a first scaling factor by which the first uplink physical channel and the second uplink physical channel are multiplied and a second scaling factor by which the third uplink physical channel is multiplied are individually decided. a communication unit configured to perform wireless communication; and a control unit configured to allocate power for communication between a first serving cell and a second serving cell, the second serving cell comprising different sub frame lengths, wherein the control unit is configured to: calculate transmission power of a first uplink physical channel occurring in the first serving cell in a first time unit, and calculate transmission power of a second uplink physical channel occurring in the second serving cell in a second time unit, calculate transmission power of a first uplink physical channel occurring in the first serving cell in a first time unit, and calculate transmission power of a second uplink physical channel occurring in the second serving cell in a second time unit, wherein the first time unit and the second time unit are set to be mutually different values and the second time unit is an integer multiple of the first time unit, and wherein the first serving cell and the second serving cell belong to a same cell group, the first uplink physical channel overlaps the second uplink physical channel on a time axis, and in a case in which a third uplink physical channel which further overlaps the first uplink physical channel on the time axis and occurs in the second serving cell occurs after the second uplink physical channel, a first scaling factor by which the first uplink physical channel and the second uplink physical channel are multiplied and a second scaling factor by which the third uplink physical channel is multiplied are individually decided.
A composition comprising at least 0.1% of an androgen receptor agonist being urolithin B where the % is by weight urolithin B: dry weight composition; and a sufficient amount of a compound selected from the group consisting of testosterone, leucine and/or creatine.
A method for operating a plurality of electrolyser-stacks , wherein each of the plurality of electrolyser-stacks are configured to be provided with water and electrical energy to produce at least a first reaction gas electrochemically at a first electrode type of each of the electrolyser-stacks , and wherein the first reaction gas produced by each of the plurality of electrolyser-stacks are merged into a first gas stream , comprising: determining a concentration of impurities, which is originated by a second reaction gas electrochemically produced at a second electrode type of each of the electrolyser-stacks, within the first gas stream ; the method being characterising by the following steps: generating a trigger signal if the concentration of the impurities of the second reaction gas within the merged first reaction gas exceeds a specific second reaction gas level ; identifying at least one electrolyser-stack out of the plurality of electrolyser-stacks , which is low performing in respect to excessively feeding second reaction gas impurities into the first gas stream , by measuring a current density of at least one electrolyser-stack of the plurality of electrolyser-stacks , if the trigger signal is generated. determining a concentration of impurities, which is originated by a second reaction gas electrochemically produced at a second electrode type of each of the electrolyser-stacks, within the first gas stream ; the method being characterising by the following steps: generating a trigger signal if the concentration of the impurities of the second reaction gas within the merged first reaction gas exceeds a specific second reaction gas level ; identifying at least one electrolyser-stack out of the plurality of electrolyser-stacks , which is low performing in respect to excessively feeding second reaction gas impurities into the first gas stream , by measuring a current density of at least one electrolyser-stack of the plurality of electrolyser-stacks , if the trigger signal is generated. generating a trigger signal if the concentration of the impurities of the second reaction gas within the merged first reaction gas exceeds a specific second reaction gas level ; identifying at least one electrolyser-stack out of the plurality of electrolyser-stacks , which is low performing in respect to excessively feeding second reaction gas impurities into the first gas stream , by measuring a current density of at least one electrolyser-stack of the plurality of electrolyser-stacks , if the trigger signal is generated.
A method for determining a mobility state of User Equipment, UE, applied to the UE, the method comprising: when the UE enters a connected state for a short period of time or the UE is in an inactive or idle state, keeping updating a mobility state evaluation variable; wherein the UE entering the connected state for a short period of time comprises at least one of: the UE executing a periodic position updating processing; or a duration for the UE of being in the connected state for transmitting a small amount of data packets, being shorter than a time threshold value, and wherein keeping updating a mobility state evaluation variable comprises: counting a number of cell reselection times when the UE is in the idle state and a number of cell handover times when the UE is in the connected state for a short period of time, and determining the mobility state of the UE based on the mobility state evaluation variable. when the UE enters a connected state for a short period of time or the UE is in an inactive or idle state, keeping updating a mobility state evaluation variable; wherein the UE entering the connected state for a short period of time comprises at least one of: the UE executing a periodic position updating processing; or a duration for the UE of being in the connected state for transmitting a small amount of data packets, being shorter than a time threshold value, and wherein keeping updating a mobility state evaluation variable comprises: counting a number of cell reselection times when the UE is in the idle state and a number of cell handover times when the UE is in the connected state for a short period of time, and determining the mobility state of the UE based on the mobility state evaluation variable. wherein the UE entering the connected state for a short period of time comprises at least one of: the UE executing a periodic position updating processing; or a duration for the UE of being in the connected state for transmitting a small amount of data packets, being shorter than a time threshold value, the UE executing a periodic position updating processing; or a duration for the UE of being in the connected state for transmitting a small amount of data packets, being shorter than a time threshold value, and wherein keeping updating a mobility state evaluation variable comprises: counting a number of cell reselection times when the UE is in the idle state and a number of cell handover times when the UE is in the connected state for a short period of time, and determining the mobility state of the UE based on the mobility state evaluation variable.
An adapter assembly for selectively interconnecting a surgical end effector that is configured to perform a function and a surgical device that is configured to actuate the end effector, the end effector including at least one axially translatable drive member , and the surgical device including at least one rotatable drive shaft, the adapter assembly comprising: a proximal body portion configured for operable connection to the surgical device; an articulation joint ; a distal body portion selectively articulable relative to the proximal body portion at the articulation joint, the distal body portion including a distal end configured for selective engagement with the end effector and defining a longitudinal axis, wherein the proximal body portion includes an elongate flexible portion configured to orient the end effector relative to the surgical device, wherein the proximal body portion defines a working channel therethrough, characterized in that the working channel includes a proximal opening adjacent a proximal end of the proximal body portion and a distal opening adjacent a distal end of the proximal body portion. a proximal body portion configured for operable connection to the surgical device; an articulation joint ; a distal body portion selectively articulable relative to the proximal body portion at the articulation joint, the distal body portion including a distal end configured for selective engagement with the end effector and defining a longitudinal axis, wherein the proximal body portion includes an elongate flexible portion configured to orient the end effector relative to the surgical device, wherein the proximal body portion defines a working channel therethrough, characterized in that the working channel includes a proximal opening adjacent a proximal end of the proximal body portion and a distal opening adjacent a distal end of the proximal body portion.
Holder for holding items to be washed in a dish rack of a household dishwasher , with a guide element , which can be fastened to a wall of the dish rack , and a holding element , which can be fastened in a horizontally displaceable manner to the guide element and in the fastened state projects from the wall into an interior volume of the dish rack , characterised in that the guide element can be fitted onto an upper edge of the wall of the dish rack .
A method of providing information to a core network where a terminal exchanges data with a cache located in a node in an access network, the method comprising, at the node: storing (S1) data in the cache ; exchanging (S4) data between the cache and the terminal ; and providing (S5) information relating to the exchanged data to the core network, the provided information is usable by the core network for any of Lawful Interception, policy control and charging, and wherein the method further comprises: establishing (S2) a first user-plane tunnel between the cache and the terminal ; and establishing (S3) a second user-plane tunnel between the cache and the core network, wherein the second user plane tunnel is provided for sending the information relating to the exchanged data; establishing a first set of data comprising data sent from the terminal to the cache ; establishing a second set of data comprising data sent from the cache to the terminal ; sending the first set of data and the second set of data towards the core network using the second user plane tunnel . storing (S1) data in the cache ; exchanging (S4) data between the cache and the terminal ; and providing (S5) information relating to the exchanged data to the core network, the provided information is usable by the core network for any of Lawful Interception, policy control and charging, and wherein the method further comprises: establishing (S2) a first user-plane tunnel between the cache and the terminal ; and establishing (S3) a second user-plane tunnel between the cache and the core network, wherein the second user plane tunnel is provided for sending the information relating to the exchanged data; establishing a first set of data comprising data sent from the terminal to the cache ; establishing a second set of data comprising data sent from the cache to the terminal ; sending the first set of data and the second set of data towards the core network using the second user plane tunnel .
A servo valve comprising a flapper and a nozzle assembly (N), the nozzle assembly (N) comprising: a nozzle ; a nozzle housing having a nozzle receiving bore having a longitudinal axis (X-X), the nozzle being received within the nozzle receiving bore ; and characterised by a locking pin receiving bore having a longitudinal axis (Y-Y) that is perpendicular to the nozzle housing axis (X-X), the locking pin receiving bore intersecting the nozzle receiving bore , whereby an aperture is formed between the locking pin receiving bore and the nozzle receiving bore ; and a locking pin received in the locking pin receiving bore , a portion of the locking pin protruding through the aperture and into the nozzle receiving bore so as to engage and interfere with a circumferential portion of the nozzle . a nozzle ; a nozzle housing having a nozzle receiving bore having a longitudinal axis (X-X), the nozzle being received within the nozzle receiving bore ; and characterised by a locking pin receiving bore having a longitudinal axis (Y-Y) that is perpendicular to the nozzle housing axis (X-X), the locking pin receiving bore intersecting the nozzle receiving bore , whereby an aperture is formed between the locking pin receiving bore and the nozzle receiving bore ; and a locking pin received in the locking pin receiving bore , a portion of the locking pin protruding through the aperture and into the nozzle receiving bore so as to engage and interfere with a circumferential portion of the nozzle .
An apparatus comprising: a frame system for holding an end effector for performing a number of operations, the frame system having a first frame and a second frame ; a first number of suction cups for attachment to the workpiece, the first number of suction cups associated with the first frame ; and a second number of suction cups for attachment to the workpiece, the second number of suction cups associated with the second frame ; characterised by : a controller configured to control attachment of the first frame and the second frame to the workpiece by applying a vacuum and a pressure wherein the controller is configured to control an application of the vacuum and the pressure by the first number of suction cups and the second number of suction cups during movement of the frame system, wherein application of pressure by the first or second number of suction cups is for providing force to lift the suction cups off the workpiece. a frame system for holding an end effector for performing a number of operations, the frame system having a first frame and a second frame ; a first number of suction cups for attachment to the workpiece, the first number of suction cups associated with the first frame ; and a second number of suction cups for attachment to the workpiece, the second number of suction cups associated with the second frame ; characterised by : a controller configured to control attachment of the first frame and the second frame to the workpiece by applying a vacuum and a pressure wherein the controller is configured to control an application of the vacuum and the pressure by the first number of suction cups and the second number of suction cups during movement of the frame system, wherein application of pressure by the first or second number of suction cups is for providing force to lift the suction cups off the workpiece.