mhurhangee/patent-ind-claim-en huggingface dataset:
A carrier resource configuration method, comprising: determining , by a base station, a serving cell group to which a serving cell of a user equipment, UE, belongs, wherein serving cells deriving from a same base station among serving cells of the UE are classified as one serving cell group and wherein the UE is in carrier aggregation mode employing service cells from different base stations; and sending , by the base station, a belonging relationship between the serving cell and the serving cell group to the UE, by sending an identifier of the serving cell group together with a cell index of the serving cell to the UE, wherein the identifier is used as an attribute of the serving cell by the base station; or by sending together an identifier of the serving cell group and a cell index list of serving cells included in the serving cell group to the UE, so that when the UE performs uplink information transmission, the UE uses the one serving cell from the serving cells in the serving cell group, which needs to be used for the uplink information transmission according to the uplink information and according to the belonging relationship. determining , by a base station, a serving cell group to which a serving cell of a user equipment, UE, belongs, wherein serving cells deriving from a same base station among serving cells of the UE are classified as one serving cell group and wherein the UE is in carrier aggregation mode employing service cells from different base stations; and sending , by the base station, a belonging relationship between the serving cell and the serving cell group to the UE, by sending an identifier of the serving cell group together with a cell index of the serving cell to the UE, wherein the identifier is used as an attribute of the serving cell by the base station; or by sending together an identifier of the serving cell group and a cell index list of serving cells included in the serving cell group to the UE, so that when the UE performs uplink information transmission, the UE uses the one serving cell from the serving cells in the serving cell group, which needs to be used for the uplink information transmission according to the uplink information and according to the belonging relationship.
A set comprising a supporting structure , a first panel , a second panel and a fastening device for securing the first and second panels to the supporting structure , wherein the fastening device comprises a top portion , having a top surface , a bottom surface , a first edge portion and a second edge portion , a first leg and a second leg protruding downwardly from the bottom surface, wherein the first panel comprises a first edge groove and the second panel comprises an opposite second edge groove , the first edge portion being configured to be inserted into the first edge groove and the second edge portion being configured to be inserted into the second edge groove , wherein the first leg and the second leg are flexible and bendable towards each other; the top portion comprises a friction connection configured to cooperate with the first edge groove and/or the second edge groove and to restrain the fastening device from falling out during an assembling of the set, the top surface comprises a top groove for receiving an outer edge of the second panel when the second panel is in angled position, characterised in that the first leg comprises a first locking element and the second leg comprises a second locking element ; an upper surface of the supporting structure comprises an insertion groove comprising a first undercut groove and an opposite second undercut groove ; the first locking element is configured to be snapped into the first undercut groove and the second locking element is configured to be snapped into the second undercut groove to a locked position. the first leg and the second leg are flexible and bendable towards each other; the top portion comprises a friction connection configured to cooperate with the first edge groove and/or the second edge groove and to restrain the fastening device from falling out during an assembling of the set, the top surface comprises a top groove for receiving an outer edge of the second panel when the second panel is in angled position, characterised in that the first leg comprises a first locking element and the second leg comprises a second locking element ; an upper surface of the supporting structure comprises an insertion groove comprising a first undercut groove and an opposite second undercut groove ; the first locking element is configured to be snapped into the first undercut groove and the second locking element is configured to be snapped into the second undercut groove to a locked position.
Single serve capsule for preparing a beverage in a brewing chamber of a beverage preparation machine , wherein the single serve capsule has a base element having a cavity for receiving a beverage raw material, and a capsule lid closing the cavity , wherein the base element comprises a capsule base , an encircling flange , and a capsule wall which extends between the capsule base and the encircling flange , wherein the flange has a sealing element which, in the form of a sealing crimp that points away from the capsule lid , is configured integrally with the flange , wherein the sealing crimp comprises an inner shoulder and an outer shoulder , wherein the flange between the capsule wall and the inner shoulder has a first flange region , and between the outer free end of the flange and the outer shoulder has a second flange region , wherein the capsule lid along a first encircling fastening face is fastened in the first flange region , and along a second encircling fastening face is fastened in the second flange region , characterized in that a transition region extends between the inner shoulder and the outer shoulder , wherein the transition region in the radial direction has an extent of 0.05 mm to 0.20 mm, preferably of 0.07 mm to 0.17 mm, particularly preferably of 0.10 mm to 0.14 mm, in particular of 0.12 mm.
A method of performing foreign object detection, FOD, in a wireless power transmission system having a wireless power transmitter and a wireless power receiver , the method comprising: the wireless power transmitter storing one or more characteristics of the wireless power transmitter including information indicating how its one or more characteristics differ with respect to a reference wireless power transmitter as it pertains to Q-factor or self-resonant frequency; receiving , by the wireless power transmitter , a reference value from the wireless power receiver , the reference value being a reference Q-factor or self-resonant frequency; the wireless power transmitter determining an expected Q-factor or self-resonant frequency for the wireless power transmitter-receiver pair based on the reference value and the one or more characteristics of the wireless power transmitter; the wireless power transmitter setting a foreign object detection, FOD, threshold based on the expected Q-factor or self-resonant frequency for the wireless power transmitter-receiver pair; the wireless power transmitter performing an FOD measurement in the presence of the wireless power receiver to obtain an FOD measurement result; the wireless power transmitter determining whether to enable or disable wireless power transfer based on a comparison of the FOD measurement result and the FOD threshold; and the wireless power transmitter performing wireless power transfer to the wireless power receiver when the determination is made to enable wireless power transfer. the wireless power transmitter storing one or more characteristics of the wireless power transmitter including information indicating how its one or more characteristics differ with respect to a reference wireless power transmitter as it pertains to Q-factor or self-resonant frequency; receiving , by the wireless power transmitter , a reference value from the wireless power receiver , the reference value being a reference Q-factor or self-resonant frequency; the wireless power transmitter determining an expected Q-factor or self-resonant frequency for the wireless power transmitter-receiver pair based on the reference value and the one or more characteristics of the wireless power transmitter; the wireless power transmitter setting a foreign object detection, FOD, threshold based on the expected Q-factor or self-resonant frequency for the wireless power transmitter-receiver pair; the wireless power transmitter performing an FOD measurement in the presence of the wireless power receiver to obtain an FOD measurement result; the wireless power transmitter determining whether to enable or disable wireless power transfer based on a comparison of the FOD measurement result and the FOD threshold; and the wireless power transmitter performing wireless power transfer to the wireless power receiver when the determination is made to enable wireless power transfer.
A pharmaceutical preparation of T4 thyroid hormone, in ready-to-use packaging, consisting of a container pre-filled with an alcohol-free water-glycerol solution of hormone T4, said container being a one-component LDPE plastic container, placed in a sealed sachet consisting of laminated films made of polyethylene, aluminium and polyethylene terephthalate.
An Uninterruptible Power Supply, UPS, , the UPS comprising: an input configured to receive input AC power; a DC output configured to provide output DC power to a load; an AC output configured to provide output AC power to the load; a charger coupled to the input and configured to convert the input AC power into DC power; a DC bus coupled to the charger and configured to receive the DC power; a DC-DC converter coupled to the DC bus and configured to convert the DC power from the DC bus into the output DC power; a bypass line coupled between the input and the AC output and configured to provide the input AC power to the AC output as the AC output power; and a controller coupled to the charger and configured to: monitor a current demand at the DC output relative to a demand threshold; operate, in response to a determination that the current demand at the DC output is below the demand threshold, the UPS in a first mode of operation by enabling the charger to provide DC power to the DC bus; and operate, in response to a determination that the current demand at the DC output is above the demand threshold, the UPS in a second mode of operation by disabling the charger . an input configured to receive input AC power; a DC output configured to provide output DC power to a load; an AC output configured to provide output AC power to the load; a charger coupled to the input and configured to convert the input AC power into DC power; a DC bus coupled to the charger and configured to receive the DC power; a DC-DC converter coupled to the DC bus and configured to convert the DC power from the DC bus into the output DC power; a bypass line coupled between the input and the AC output and configured to provide the input AC power to the AC output as the AC output power; and a controller coupled to the charger and configured to: monitor a current demand at the DC output relative to a demand threshold; operate, in response to a determination that the current demand at the DC output is below the demand threshold, the UPS in a first mode of operation by enabling the charger to provide DC power to the DC bus; and operate, in response to a determination that the current demand at the DC output is above the demand threshold, the UPS in a second mode of operation by disabling the charger . monitor a current demand at the DC output relative to a demand threshold; operate, in response to a determination that the current demand at the DC output is below the demand threshold, the UPS in a first mode of operation by enabling the charger to provide DC power to the DC bus; and operate, in response to a determination that the current demand at the DC output is above the demand threshold, the UPS in a second mode of operation by disabling the charger .
Industrial truck with a driver's station module (F) which comprises a driver's stand platform for a standing operator (P) and which is supported on a vehicle frame of the industrial truck in a sprung manner by means of a spring device , wherein the spring device is arranged on the industrial truck such that its orientation can be adjusted in order to adapt and set the suspension stiffness of the driver's station module (F), wherein an adaptation and setting of the suspension stiffness of the driver's station module (F) is achieved by way of changing the orientation of the spring device , characterized in that the spring device is arranged between a first spring retainer and a second spring retainer , wherein the first spring retainer is arranged on the driver's station module (F) such that it can be pivoted about a horizontal pivot axis (D1), and the second spring retainer is arranged on the vehicle frame such that it can be pivoted about a horizontal pivot axis (D2), wherein the first spring retainer and/or the second spring retainer are/is operatively connected to a setting apparatus , by way of which the orientation of the spring device can be adjusted in order to adapt and set the suspension stiffness of the driver's station module (F).
A medical device , comprising: a clasp configured to be positioned within a distal portion of an endoscopic device, the clasp comprising first and second arms configured to be movable from a closed configuration to an open configuration in which the first and second arms are pivoted away from one another over a pivot point positioned adjacent a proximal end of the clasp ; and a hemostasis device including an expandable unit having first and second legs extending from a base portion removably attached to the clasp , each of the first and second legs of the expandable unit comprising a hook extending therefrom and configured to enter target tissue and draw the target tissue toward the base portion , wherein the expandable unit of the hemostasis device is biased to an open configuration in which each of the first and second legs of the expandable unit extends transverse to a longitudinal axis of the base portion and is held in a closed configuration when located within the endoscopic device by a compressive force applied thereto by the endoscopic device, characterized in that in the closed configuration, the first leg of the expandable unit extends proximally from the base portion and the second leg of the expandable unit extends distally from the base portion . a clasp configured to be positioned within a distal portion of an endoscopic device, the clasp comprising first and second arms configured to be movable from a closed configuration to an open configuration in which the first and second arms are pivoted away from one another over a pivot point positioned adjacent a proximal end of the clasp ; and a hemostasis device including an expandable unit having first and second legs extending from a base portion removably attached to the clasp , each of the first and second legs of the expandable unit comprising a hook extending therefrom and configured to enter target tissue and draw the target tissue toward the base portion , wherein the expandable unit of the hemostasis device is biased to an open configuration in which each of the first and second legs of the expandable unit extends transverse to a longitudinal axis of the base portion and is held in a closed configuration when located within the endoscopic device by a compressive force applied thereto by the endoscopic device, characterized in that in the closed configuration, the first leg of the expandable unit extends proximally from the base portion and the second leg of the expandable unit extends distally from the base portion .
A supplementary device (1; 1'; 1") configured to be mounted to a medicament delivery device (2; 2'), wherein the supplementary device comprises: a casing , a button (5; 5') configured to be received by the casing and configured to actuate a trigger of a medicament delivery device (2; 2'), wherein the button (5; 5') is configured to be displaceable from an initial retracted position to an extended position relative to the casing , and a button locking member configured to lock the button (5; 5') in the retracted position of the button (5; 5') to prevent displacement of the button (5; 5') from the retracted position to the extended position, wherein the button locking member is configured to release button (5; 5') when the supplementary device (1; 1'; 1") is mounted to a medicament delivery device (2; 2'), thereby enabling displacement of the button (5; 5') from the retracted position to the extended position. a casing , a button (5; 5') configured to be received by the casing and configured to actuate a trigger of a medicament delivery device (2; 2'), wherein the button (5; 5') is configured to be displaceable from an initial retracted position to an extended position relative to the casing , and a button locking member configured to lock the button (5; 5') in the retracted position of the button (5; 5') to prevent displacement of the button (5; 5') from the retracted position to the extended position, wherein the button locking member is configured to release button (5; 5') when the supplementary device (1; 1'; 1") is mounted to a medicament delivery device (2; 2'), thereby enabling displacement of the button (5; 5') from the retracted position to the extended position.
A puffer device comprising: a cabinet having a printed circuit board and a gear train assembly coupled to the printed circuit board , the gear train assembly including a motor and a gear driven by the motor , the gear train assembly further having a cam coupled to the gear , the cabinet further including a plunger configured to be contacted and driven by the cam ; and characterized by an aerosol can assembly configured to be releasably coupled to the cabinet , wherein movement of the plunger is configured to dispense a material from the aerosol can assembly . a cabinet having a printed circuit board and a gear train assembly coupled to the printed circuit board , the gear train assembly including a motor and a gear driven by the motor , the gear train assembly further having a cam coupled to the gear , the cabinet further including a plunger configured to be contacted and driven by the cam ; and characterized by an aerosol can assembly configured to be releasably coupled to the cabinet , wherein movement of the plunger is configured to dispense a material from the aerosol can assembly .
An apparatus for making a profiled glass tubing, comprising: a mandrel adapted for positioning proximate a surface of a tubing, the mandrel having a nozzle section with a select cross-sectional profile that will define a final cross-sectional profile of the tubing, the nozzle section having a feed chamber for receiving a gas and a porous circumferential surface through which the gas can be discharged to an exterior of the mandrel , wherein the gas when discharged to the exterior of the mandrel forms a film of pressurized gas between the porous circumferential surface and the tubing, characterized in that the porous circumferential surface comprises a pair of edge surfaces that are in opposing relation and ramped relative to a tool axis along which the mandrel is aligned, wherein the porous circumferential surface further comprises a pair of side surfaces that are in opposing relation and form webs between the pair of edge surfaces and wherein each of the pair of side surfaces has a depressed area . a mandrel adapted for positioning proximate a surface of a tubing, the mandrel having a nozzle section with a select cross-sectional profile that will define a final cross-sectional profile of the tubing, the nozzle section having a feed chamber for receiving a gas and a porous circumferential surface through which the gas can be discharged to an exterior of the mandrel , wherein the gas when discharged to the exterior of the mandrel forms a film of pressurized gas between the porous circumferential surface and the tubing, characterized in that the porous circumferential surface comprises a pair of edge surfaces that are in opposing relation and ramped relative to a tool axis along which the mandrel is aligned, wherein the porous circumferential surface further comprises a pair of side surfaces that are in opposing relation and form webs between the pair of edge surfaces and wherein each of the pair of side surfaces has a depressed area .
A battery , comprising: a housing ; an electrode element , accommodated in the housing and including a first electrode and a second electrode ; a first terminal protruding to an outside of the housing and electrically connected to the first electrode ; a second terminal protruding to the outside of the housing and electrically connected to the second electrode ; and a fuse structure , electrically connected to the first terminal and the housing , wherein when a current between the housing and the first terminal is greater than a preset fuse point, the fuse structure is cut-off, and an electrical connection between the housing and the first terminal is disconnected; and the fuse structure is located outside an electrical conduction path of the first terminal and the first electrode , wherein the housing comprises a cavity body with an opening, and a cover plate covering the opening of the cavity body ; the cavity body is electrically connected to the cover plate ; the first terminal is electrically connected to the cavity body through the fuse structure , wherein the fuse structure is located inside the cavity body of the housing ; the battery further comprises a current collecting plate located in a receiving space of the cavity body , the current collecting plate is electrically connected to the first terminal and the first electrode , and the current collecting plate is electrically connected to the cover plate or the cavity body through the fuse structure . a housing ; an electrode element , accommodated in the housing and including a first electrode and a second electrode ; a first terminal protruding to an outside of the housing and electrically connected to the first electrode ; a second terminal protruding to the outside of the housing and electrically connected to the second electrode ; and a fuse structure , electrically connected to the first terminal and the housing , wherein when a current between the housing and the first terminal is greater than a preset fuse point, the fuse structure is cut-off, and an electrical connection between the housing and the first terminal is disconnected; and the fuse structure is located outside an electrical conduction path of the first terminal and the first electrode , wherein the housing comprises a cavity body with an opening, and a cover plate covering the opening of the cavity body ; the cavity body is electrically connected to the cover plate ; the first terminal is electrically connected to the cavity body through the fuse structure , wherein the fuse structure is located inside the cavity body of the housing ; the battery further comprises a current collecting plate located in a receiving space of the cavity body , the current collecting plate is electrically connected to the first terminal and the first electrode , and the current collecting plate is electrically connected to the cover plate or the cavity body through the fuse structure .