mhurhangee/patent-ind-claim-en huggingface dataset:
A satellite tracking area update method, wherein the method comprises: receiving, by user equipment, at least one tracking area code, TAC, that is broadcast by a network device, wherein the TAC comprises geographical location information, and the geographical location information is used to indicate a geographical location of a preset location point in a tracking area, TA, corresponding to the TAC; determining, by the user equipment based on the TAC and a tracking area list, TAL, whether the TAL needs to be updated, wherein the step of determining, by the user equipment whether the TAL needs to be updated comprises querying, by the user equipment, the TAL, to determine whether the TAC is recorded in the TAL; determining, by the user equipment if the TAC is not recorded in the TAL, whether the user equipment has moved into the TA corresponding to the TAC; and if it is determined that the user equipment has moved into the TA corresponding to the TAC, determining, by the user equipment, that the TAL needs to be updated; or if it is determined that the user equipment has not moved into the TA corresponding to the TAC, determining, by the user equipment, that the TAL does not need to be updated; and if it is determined that the TAL needs to be updated, sending, by the user equipment, a tracking area update request to the network device; and receiving, by the user equipment, a response message, of the tracking area update request, returned by the network device. receiving, by user equipment, at least one tracking area code, TAC, that is broadcast by a network device, wherein the TAC comprises geographical location information, and the geographical location information is used to indicate a geographical location of a preset location point in a tracking area, TA, corresponding to the TAC; determining, by the user equipment based on the TAC and a tracking area list, TAL, whether the TAL needs to be updated, wherein the step of determining, by the user equipment whether the TAL needs to be updated comprises querying, by the user equipment, the TAL, to determine whether the TAC is recorded in the TAL; determining, by the user equipment if the TAC is not recorded in the TAL, whether the user equipment has moved into the TA corresponding to the TAC; and if it is determined that the user equipment has moved into the TA corresponding to the TAC, determining, by the user equipment, that the TAL needs to be updated; or if it is determined that the user equipment has not moved into the TA corresponding to the TAC, determining, by the user equipment, that the TAL does not need to be updated; and if it is determined that the TAL needs to be updated, sending, by the user equipment, a tracking area update request to the network device; and receiving, by the user equipment, a response message, of the tracking area update request, returned by the network device.
A portable puppet theater comprising a pair of side walls and a front wall having a central opening which is designed to face the audience, a plurality of inner walls defining one or more sceneries and a curtain , a cover element adapted to cover said side walls and said front wall , said side walls and said front wall being substantially vertical and hinged together to form a foldable structure which is adapted to alternate from a collapsed configuration with said walls in mutually overlapping relationship and an upstanding configuration with said walls at right angles and substantially vertical, and vice versa, said cover element being in the form of lid, with a flat central portion and upwardly folded edges to receive therein said inner walls and said foldable structure in the collapsed configuration, said cover element being adapted to be turned upside down with said folded edges facing downwards and contacting said side walls and said front wall in an upright configuration, said flat central portion of said cover element having a plurality of slits to allow said inner walls to be removably introduced from the top to positions facing said central opening .
An organic electroluminescent device having a layer structure on a substrate in the following deposition sequence: (A) an anode; (B) a layer structure mainly consisting of organic compounds; (C) a radical anion-contained layer in which an organic electron-transporting molecule is in a state of radical anions, i.e. negatively charged species, generated by a radical anion generation means; wherein Alq is used as said organic electron-transporting molecule and Liq is used as said radical anion generation means; (D) a transparent cathode-adjacent layer consisting of a mixture of MoO 3 and NPB as an organic hole-transporting molecule; and (E) a cathode layer; wherein the laminated layer of (C) and (D) works as "hole current-electron current conversion layer", and wherein Al is deposited onto said radical anion-contained layer between said radical anion-contained layer and said cathode-adjacent layer. (A) an anode; (B) a layer structure mainly consisting of organic compounds; (C) a radical anion-contained layer in which an organic electron-transporting molecule is in a state of radical anions, i.e. negatively charged species, generated by a radical anion generation means; wherein Alq is used as said organic electron-transporting molecule and Liq is used as said radical anion generation means; (D) a transparent cathode-adjacent layer consisting of a mixture of MoO 3 and NPB as an organic hole-transporting molecule; and (E) a cathode layer; wherein the laminated layer of (C) and (D) works as "hole current-electron current conversion layer", and wherein Al is deposited onto said radical anion-contained layer between said radical anion-contained layer and said cathode-adjacent layer.
A vibration isolation holding device for holding a cartridge , which includes a rotor having a wheel and a rotational shaft , a bearing for supporting the rotor rotatably, and a bearing housing for housing the bearing , while isolating a vibration, the device comprising: a body portion ; an abutment member arranged between the body portion and the bearing housing, and having an abutment surface abutting on the bearing housing, when the cartridge is held; and a biasing member disposed between the body portion and the abutment member along an axial direction of the rotational shaft, characterized in that the device further comprises a first regulating portion for regulating a position of the abutment member with respect to the body portion, so as to make an interval between the body portion and the abutment member shorter than a natural length of the biasing member, and wherein the first regulating portion is fixed to the body portion, and is configured to be able to contact the abutment surface from an opposite side to the body portion as viewed from the abutment member. a body portion ; an abutment member arranged between the body portion and the bearing housing, and having an abutment surface abutting on the bearing housing, when the cartridge is held; and a biasing member disposed between the body portion and the abutment member along an axial direction of the rotational shaft, characterized in that the device further comprises a first regulating portion for regulating a position of the abutment member with respect to the body portion, so as to make an interval between the body portion and the abutment member shorter than a natural length of the biasing member, and wherein the first regulating portion is fixed to the body portion, and is configured to be able to contact the abutment surface from an opposite side to the body portion as viewed from the abutment member.
An electrical linking module for a pneumatic valve system, which comprises a cornered housing , which comprises a connection opening for an electrical functional module separate from the linking module on a housing side, and which comprises a plurality of linking contacts , which are formed for linking the linking module to at least one further linking module , characterized in that a support device formed for receiving the linking contacts is arranged in the housing , which comprises rectilinear first receiving slots oriented towards the connection opening , which are formed for extending through and guiding each one linking contact , wherein the first receiving slots arranged in the area of a first sidewall of the housing are formed open at their upper ends facing the connection opening viewed in their height extension for threading the linking contacts into the first receiving slots from the top via these upper ends , wherein the support device is formed with transverse struts formed raised towards the connection opening and spaced and oriented parallel to each other for applying a circuit board of the electrical linking module receiving the linking contacts .
A power converter for converting between a first and second voltage, the first voltage being a DC voltage (V DC ) and the second voltage being a single-phase or multi-phase AC voltage, comprising - a DC link with a capacitor series comprising three capacitors (191...193), the outer nodes of the capacitor series forming an upper and lower DC terminal of the power converter and the connection points between the capacitors forming an upper and lower intermediate voltage node , - one or more phase legs, each phase leg comprising: -- an upper switch series arranged between the upper DC terminal and the lower intermediate voltage node , the upper switch series comprising two semiconductor switches , -- a lower switch series arranged between the lower DC terminal and the upper intermediate voltage node , the lower switch series comprising two semiconductor switches , -- an inner switch series arranged between the midpoints of the upper and the lower switch series , the inner switch series comprising two semiconductor switches , the midpoint of the inner switch series forming an AC terminal of the power converter , wherein the semiconductor switches of the inner switch series are bidirectional semiconductor switches . - a DC link with a capacitor series comprising three capacitors (191...193), the outer nodes of the capacitor series forming an upper and lower DC terminal of the power converter and the connection points between the capacitors forming an upper and lower intermediate voltage node , - one or more phase legs, each phase leg comprising: -- an upper switch series arranged between the upper DC terminal and the lower intermediate voltage node , the upper switch series comprising two semiconductor switches , -- a lower switch series arranged between the lower DC terminal and the upper intermediate voltage node , the lower switch series comprising two semiconductor switches , -- an inner switch series arranged between the midpoints of the upper and the lower switch series , the inner switch series comprising two semiconductor switches , the midpoint of the inner switch series forming an AC terminal of the power converter , wherein the semiconductor switches of the inner switch series are bidirectional semiconductor switches . -- an upper switch series arranged between the upper DC terminal and the lower intermediate voltage node , the upper switch series comprising two semiconductor switches , -- a lower switch series arranged between the lower DC terminal and the upper intermediate voltage node , the lower switch series comprising two semiconductor switches , -- an inner switch series arranged between the midpoints of the upper and the lower switch series , the inner switch series comprising two semiconductor switches , the midpoint of the inner switch series forming an AC terminal of the power converter , wherein the semiconductor switches of the inner switch series are bidirectional semiconductor switches .
Vacuum insulation panel, with two outer surfaces (2; 3) lying opposite one another and edges joining these outer surfaces (2; 3), wherein the vacuum insulation panel is provided over the full area or at least over the greater part of one outer surface with a mechanically dense first protective layer , which protects against mechanical impact with sharp-edged tools, such as for example a knife or a cutter, characterized in that the first protective layer is designed as a laminated-on protective film of PVC with a thickness of 0.2 mm to 1.0 mm, in that the vacuum insulation panel is also provided over the full area or at least over the greater part of the opposite second outer surface with a protective layer , which is designed as a non-mechanically dense, but elastically cushioning second protective layer , in that the second protective layer is designed as a laminated-on layer of PE foam with a thickness of 2 mm to 5 mm or of a cellular rubber, in particular of EPDM, with a thickness of 1 mm to 3 mm.
A gas turbine engine comprising: a fan rotor (42; 103; 150; 170; 196; 230; 242; 274) having fan blades (98; 152, 154; 172, 176; 182, 190; 220; 232, 234; 240; 276, 282) received within an outer nacelle , said fan blades (98...282) comprising at least a first type of blades (152; 172; 182; 232; 276) having a first natural frequency, and a second type of blades (154; 176; 190; 234; 282) having a second natural frequency, and said fan rotor (42...274) having a first mount structure intended for said first type (152...276) and a distinct second mount structure intended for said second type (154...282), said first type (152...276) of fan blade fitting into the first mount structure intended for said first type (152...276), and said second type (154...282) of fan blade fitting into the second mount structure intended for said second type (154...282), wherein a portion of said first type of fan blade (152...276) is received in a first type of slot in said rotor (42...274), and a portion of said second type of fan blade (154...282) is received in a second type of slot in said rotor (142...274), characterised in that : the second type of slot , is distinct from said first type of slot ; the second type of slot provides a first obstruction preventing said first type (152...276) of fan blade from being placed into the second mount structure intended for said second type (154...282); the first type of slot provides a second obstruction preventing said second type (154...282) of fan blade from being placed into the first mount structure intended for said first type (152...276); and a distance (L) is defined from a plane (X) defined by leading edges of said fan blades (98...282) to an axial location of a forwardmost part of said nacelle , and an outer diameter (D) of said fan blades (98...282) is defined, and a ratio of said distance (L) to said outer diameter (D) is between 0.2 and 0.5. the second type of slot , is distinct from said first type of slot ; the second type of slot provides a first obstruction preventing said first type (152...276) of fan blade from being placed into the second mount structure intended for said second type (154...282); the first type of slot provides a second obstruction preventing said second type (154...282) of fan blade from being placed into the first mount structure intended for said first type (152...276); and a distance (L) is defined from a plane (X) defined by leading edges of said fan blades (98...282) to an axial location of a forwardmost part of said nacelle , and an outer diameter (D) of said fan blades (98...282) is defined, and a ratio of said distance (L) to said outer diameter (D) is between 0.2 and 0.5.
A battery module, comprising: a cell stack formed by stacking a plurality of battery cells ; a bus bar frame assembly having a bus bar frame configured to cover one longitudinal side and the other longitudinal side of the cell stack and a plurality of bus bars fixed on the bus bar frame and electrically connected to the battery cells ; a module terminal having a lead connection portion fixed on the bus bar frame and electrically connected to the battery cells and a head portion connected to the lead connection portion to extend above the lead connection portion ; a terminal nut (N) located below the head portion ; and a frame cover having a nut accommodation portion configured to accommodate the terminal nut (N) and a bolt accommodation portion formed below the nut accommodation portion to accommodate a bolt (B) passing through the head portion and the terminal nut (N), the frame cover being configured to cover the bus bar frame assembly so that the head portion is exposed to the outside. a cell stack formed by stacking a plurality of battery cells ; a bus bar frame assembly having a bus bar frame configured to cover one longitudinal side and the other longitudinal side of the cell stack and a plurality of bus bars fixed on the bus bar frame and electrically connected to the battery cells ; a module terminal having a lead connection portion fixed on the bus bar frame and electrically connected to the battery cells and a head portion connected to the lead connection portion to extend above the lead connection portion ; a terminal nut (N) located below the head portion ; and a frame cover having a nut accommodation portion configured to accommodate the terminal nut (N) and a bolt accommodation portion formed below the nut accommodation portion to accommodate a bolt (B) passing through the head portion and the terminal nut (N), the frame cover being configured to cover the bus bar frame assembly so that the head portion is exposed to the outside.
A method for retrieving a location of a base point of a wheeled vehicle in a local coordinate system of a tridimensional sensor mounted on said vehicle, the method comprising: - acquiring a succession of first point cloud frames (C1) of an environment (E) of the vehicle by operating said sensor while the wheeled vehicle is moving along a straight path (SL), - acquiring a succession of second point cloud frames (C2) of the environment (E) of the vehicle by operating said sensor while the wheeled vehicle is moving along a curved path (CL), - providing at least one third point cloud (C3) acquired by said sensor and representative of a portion of the vehicle , wherein said first point cloud frames, said second point cloud frames and said at least one third point cloud are provided in a local coordinate system (L) of the tridimensional sensor , - computing a main direction vector (V) of the wheeled vehicle in the local coordinate system (L) of the sensor from the succession of first point cloud frames (C1), - defining a main direction line (M) of the wheeled vehicle in the local coordinate system (L) of the sensor from the main direction vector (V) and the third point cloud (C3), - determining at least one location of an instantaneous centre of rotation (R) of the wheeled vehicle moving along the curved path (CL), in the local coordinate system of the sensor, from the succession of second point cloud frames (C2), - retrieving location of a base point (B) of a wheeled vehicle in the local coordinate system (L) using the main direction line (M) and the location of the instantaneous centre of rotation (R). - acquiring a succession of first point cloud frames (C1) of an environment (E) of the vehicle by operating said sensor while the wheeled vehicle is moving along a straight path (SL), - acquiring a succession of second point cloud frames (C2) of the environment (E) of the vehicle by operating said sensor while the wheeled vehicle is moving along a curved path (CL), - providing at least one third point cloud (C3) acquired by said sensor and representative of a portion of the vehicle , wherein said first point cloud frames, said second point cloud frames and said at least one third point cloud are provided in a local coordinate system (L) of the tridimensional sensor , - computing a main direction vector (V) of the wheeled vehicle in the local coordinate system (L) of the sensor from the succession of first point cloud frames (C1), - defining a main direction line (M) of the wheeled vehicle in the local coordinate system (L) of the sensor from the main direction vector (V) and the third point cloud (C3), - determining at least one location of an instantaneous centre of rotation (R) of the wheeled vehicle moving along the curved path (CL), in the local coordinate system of the sensor, from the succession of second point cloud frames (C2), - retrieving location of a base point (B) of a wheeled vehicle in the local coordinate system (L) using the main direction line (M) and the location of the instantaneous centre of rotation (R).
A supercharger for feeding honey and beeswax mixture into a honey and beeswax separation screw , which comprises at least a filter pipe , a pipe connection fitting , ; wherein the pipe connection fitting is connected radially to the side of the filter pipe, characterized in that the supercharger comprises an inlet pipe for honey and beeswax mixture and an inlet pipe connection for the honey and beeswax mixture inlet pipe, and to the other end of the pipe connection fitting is connected the inlet pipe for honey and beeswax mixture using the inlet pipe connection for the honey and beeswax mixture inlet pipe, herein the inlet pipe for honey and beeswax mixture, has its one end connected to a honey pump, to generate pressure for the honey and beeswax mixture, so that the honey pump pumps honey and beeswax mixture while the device is operating to the honey and beeswax separation screw .
A lighting apparatus comprising: a housing including a rear mounting platform , and a partitioning wall extending from the rear mounting platform to form a first cavity and a second cavity within the housing ; a light module mounted on the housing to seal the first cavity , the light module comprising a heat sink located at least partially within the first cavity , and at least one LED supported by the heat sink ; and a battery receptacle formed within the second cavity , the battery receptacle being arranged to receive a removable battery pack through a lower open end of the second cavity in a direction parallel to a plane of the rear mounting platform ; wherein the light module is oriented at an angle of 30 to 60 degrees with respect to the rear mounting platform ; characterised in that the heat sink is located at least partially forward of the partitioning wall and intersecting a plane of the partitioning wall . a housing including a rear mounting platform , and a partitioning wall extending from the rear mounting platform to form a first cavity and a second cavity within the housing ; a light module mounted on the housing to seal the first cavity , the light module comprising a heat sink located at least partially within the first cavity , and at least one LED supported by the heat sink ; and a battery receptacle formed within the second cavity , the battery receptacle being arranged to receive a removable battery pack through a lower open end of the second cavity in a direction parallel to a plane of the rear mounting platform ; wherein the light module is oriented at an angle of 30 to 60 degrees with respect to the rear mounting platform ; characterised in that the heat sink is located at least partially forward of the partitioning wall and intersecting a plane of the partitioning wall .