mhurhangee/patent-ind-claim-en huggingface dataset:
An aid for fixing profile elements to opposite edge areas of an elongate installation opening in a wall- or ceiling area, wherein the profile elements in each case are L-shaped with a first leg (6.1), which is provided to form an edge boundary for the installation opening , and a second leg (6.2), which is provided to be brought from an inner side (I) into contact with the edge area , wherein the aid has: - a fixing element for fixing the profile elements to the edge areas of the installation opening , wherein the fixing element has a first contact surface and a second contact surface , which are provided for application to the first leg (6.1) of the profile elements , in order to position the profile elements at a certain distance (a) from one another, and wherein the fixing element is a clamping element, which consists of a first part and a second part and is designed to clamp these to the respective edge area in order to fix the profile elements , wherein the first part has a first surface and a third surface , which with respect to a plane (E) is formed mirror-symmetrically to the first surface , wherein the first surface and the third surface are provided to be pressed from an inner side (I) of the installation opening against in each case the second leg (6.2) of the profile elements in order to fix the profile elements , and wherein the second part has a second surface and a fourth surface , which with respect to the plane (E) is formed mirror-symmetrically to the second surface , wherein the second surface and the fourth surface are provided to be pressed from an outer side (A) of the installation opening in each case against the edge area in order to fix the profile elements , so that two clamping jaws are formed by the first part and the second part , wherein the clamping element has a screw connection, by means of which the second part can be moved manually relative to the first part . - a fixing element for fixing the profile elements to the edge areas of the installation opening ,
A compressor having a housing which forms a flow space, within which a compressor impeller is rotatably mounted, and an inlet channel which connects a compressor inlet to the flow space, wherein in the inlet channel , a tubular flow guide element is arranged, by means of which the at least one section of the inlet channel is divided into a central flow region and a peripheral flow region that both transition into the flow chamber in the region of an entrance plane of the compressor impeller , wherein an exhaust gas recirculation system opens into the peripheral flow region , and the peripheral flow region is designed to be closable by means of a closing device in a section located upstream from a mouth of the exhaust gas recirculation system , wherein the flow guide element has at least one overflow opening in a section located centrally in the longitudinal axis, characterized in that at least one end section of the flow guide element that is adjacent to the compressor impeller is designed to be displaceable along the longitudinal axis, wherein in the region of the inlet plane , the peripheral flow region is closed in a closed position and is released in an open position by this end section , and the closing device comprises a support element which forms one or more passage openings and one or more closing sections , and a closing diaphragm which likewise has one or more passage openings and one or more closing sections , wherein the closing diaphragm is rotatable relative to the support element about an axis of rotation , and wherein the closing diaphragm comprises at least two partial diaphragms which are arranged to be rotatable relative to one another about the axis of rotation and to be axially sequential.
A winding machine for winding a wire (f) on one or more poles arranged inside a cylindrical surface, particularly for winding turns of conducting wire (f) on the magnetic poles of stators (S), which comprises one or more winding assemblies which comprise a supporting structure which supports a spindle which extends longitudinally along a spindle axis (Y1), and which is provided, at a longitudinal end of said spindle , with a head which supports a wire guiding tube which is movable with respect to said spindle , said spindle being rotatable about said spindle axis (Y1) and translatable along said spindle axis (Y1), said spindle and said wire guiding tube being functionally connected to at least one motor-transmission assembly , so that they are actuated by the latter, wherein each one of said one or more winding assemblies is coupled to at least one wire tensioning assembly for automatically adjusting the tension of the wire (f) that is wound by way of said spindle , said wire tensioning assembly being arranged adjacent and laterally to said winding assembly in an operative condition and comprising a series of elements that define a path for the wire (f) and which comprise: - a wire takeup arm , which protrudes laterally from said wire tensioning assembly and extends toward said spindle axis (Y1), wherein the takeup arm is provided, at a distal end with respect to the wire tensioning assembly , with a takeup pulley which rotates about a takeup axis (X2) orthogonal to the spindle axis (Y1), wherein the takeup pulley is arranged above the spindle , so that the wire (f) is fed by the takeup pulley to the wire guiding tube , passing along the spindle axis (Yl), and - a wire pushing and braking element , provided with an adjustment pulley which can rotate about an adjustment axis (X1) which is orthogonal to said spindle axis (Y1), said wire takeup arm lying in a plane which is orthogonal to said adjustment axis (X1). - a wire takeup arm , which protrudes laterally from said wire tensioning assembly and extends toward said spindle axis (Y1), wherein the takeup arm is provided, at a distal end with respect to the wire tensioning assembly , with a takeup pulley which rotates about a takeup axis (X2) orthogonal to the spindle axis (Y1), wherein the takeup pulley is arranged above the spindle , so that the wire (f) is fed by the takeup pulley to the wire guiding tube , passing along the spindle axis (Yl), and - a wire pushing and braking element , provided with an adjustment pulley which can rotate about an adjustment axis (X1) which is orthogonal to said spindle axis (Y1), said wire takeup arm lying in a plane which is orthogonal to said adjustment axis (X1).
A control device for an article of motor-powered equipment comprising at least one sensor and an electronic board for controlling the article of equipment in dependence on at least one signal from the sensor, in which the electronic sensor is a contactless optical sensor provided in an interface region of the control device and configured to measure a distance separating at least one target which is in the interface region and the optical sensor , the electronic board being configured to establish a first control of a main function of the article of motor-powered equipment when a signal from the optical sensor is established for a measured distance in a first range of distances and to establish a control for at least one additional function of the article of motor-powered equipment that is different from the main function when a signal from the optical sensor is established for a measurement distance greater than the first range of distances .
A cardiopulmonary resuscitation device comprising: a support assembly including an arch and a backplate ; a compression system mounted to the arch , the compression system including a housing ; a first mount having an insert and a lock , the lock defining a bore dimensioned to accept the insert , the housing of the compression system secured to the arch by the first mount and the first mount being a quick-disconnect style of the quarter-turn type; the lock having a pair of keepers positioned on an inner surface of the lock projecting into the bore , the pair of keepers having a generally triangular shape, the pair of keepers each having a notch and two base vertices , the insert having an outer surface with a pair of keys positioned thereon, the pair of keys having a generally triangular shape having a base , the base dimensioned to fit within the notch, the pair of keys extending outwardly from the outer surface, and the pair of keys and the pair of keepers dimensioned to permit them to pass by each other, the lock further including a bias plate , the bias plate mounted under the pair of keepers , and having an inner surface to engage the insert , wherein upon insertion of the insert into the lock the pair of keys is configured to engage the pair of keepers until the insert contacts and sufficiently displaces the bias plate thereby permitting the insert to be rotated until the base is forced into the notch by the bias plate . a support assembly including an arch and a backplate ; a compression system mounted to the arch , the compression system including a housing ; a first mount having an insert and a lock , the lock defining a bore dimensioned to accept the insert , the housing of the compression system secured to the arch by the first mount and the first mount being a quick-disconnect style of the quarter-turn type; the lock having a pair of keepers positioned on an inner surface of the lock projecting into the bore , the pair of keepers having a generally triangular shape, the pair of keepers each having a notch and two base vertices , the insert having an outer surface with a pair of keys positioned thereon, the pair of keys having a generally triangular shape having a base , the base dimensioned to fit within the notch, the pair of keys extending outwardly from the outer surface, and the pair of keys and the pair of keepers dimensioned to permit them to pass by each other, the lock further including a bias plate , the bias plate mounted under the pair of keepers , and having an inner surface to engage the insert , wherein upon insertion of the insert into the lock the pair of keys is configured to engage the pair of keepers until the insert contacts and sufficiently displaces the bias plate thereby permitting the insert to be rotated until the base is forced into the notch by the bias plate .
A cell handover method, performed by a cell handover appartus of a User Equipment, comprising: receiving (S101) conditional handover command information from a base station, wherein the conditional handover command information comprises a handover trigger condition; characterized in that the method further comprises: determining priority levels of a plurality of candidate target cells that satisfy a handover trigger condition based on remaining durations of timer information in the conditional handover command information, wherein the timer information indicates a validity period to the handover trigger condition of each candidate target cell, and the longer the remaining duration, the higher the priority level of the candidate target cell; selecting (S 102) a target cell from the plurality of candidate target cells that satisfy the handover trigger condition based on priority information, wherein the priority information comprises the priority levels of the plurality of candidate target cells; and performing (S103) a cell handover operation from a current serving cell to the target cell. receiving (S101) conditional handover command information from a base station, wherein the conditional handover command information comprises a handover trigger condition; characterized in that the method further comprises: determining priority levels of a plurality of candidate target cells that satisfy a handover trigger condition based on remaining durations of timer information in the conditional handover command information, wherein the timer information indicates a validity period to the handover trigger condition of each candidate target cell, and the longer the remaining duration, the higher the priority level of the candidate target cell; selecting (S 102) a target cell from the plurality of candidate target cells that satisfy the handover trigger condition based on priority information, wherein the priority information comprises the priority levels of the plurality of candidate target cells; and performing (S103) a cell handover operation from a current serving cell to the target cell. determining priority levels of a plurality of candidate target cells that satisfy a handover trigger condition based on remaining durations of timer information in the conditional handover command information, wherein the timer information indicates a validity period to the handover trigger condition of each candidate target cell, and the longer the remaining duration, the higher the priority level of the candidate target cell; selecting (S 102) a target cell from the plurality of candidate target cells that satisfy the handover trigger condition based on priority information, wherein the priority information comprises the priority levels of the plurality of candidate target cells; and performing (S103) a cell handover operation from a current serving cell to the target cell.
A method of transmitting a device-to-device, D2D, broadcasting channel by a D2D user equipment, UE, supporting a D2D operation, the method comprising: decoding (S1135) a region of a first D2D resource in which a first D2D synchronization signal and a first D2D broadcasting channel are transmitted from a synchronization reference source of the D2D UE; and transmitting (S1140) a second D2D synchronization signal and a second D2D broadcasting channel of the D2D UE in a second D2D resource according to a result of the decoding, characterized in that when the D2D UE fails to obtain system information contained in the first D2D broadcasting channel by the decoding, the second D2D broadcasting channel is configured using system information obtained from a previous D2D resource preceding the first D2D resource, and the previous D2D resource preceding the first D2D resource corresponds to a most recently successfully decoded resource within a time window which is configured based on the second D2D resource. decoding (S1135) a region of a first D2D resource in which a first D2D synchronization signal and a first D2D broadcasting channel are transmitted from a synchronization reference source of the D2D UE; and transmitting (S1140) a second D2D synchronization signal and a second D2D broadcasting channel of the D2D UE in a second D2D resource according to a result of the decoding, characterized in that when the D2D UE fails to obtain system information contained in the first D2D broadcasting channel by the decoding, the second D2D broadcasting channel is configured using system information obtained from a previous D2D resource preceding the first D2D resource, and the previous D2D resource preceding the first D2D resource corresponds to a most recently successfully decoded resource within a time window which is configured based on the second D2D resource.
An apparatus comprising: a processor configured to: obtain a point cloud, make a choice between octree encoding or quadtree encoding of a parent node, and encode the parent node into a bitstream based on the choice; and a transmitter coupled to the processor and configured to transmit the bitstream; wherein, the processor is further configured to: encode in the bitstream a first parameter indicating a depth of point cloud coding information, wherein the depth of point cloud coding information is a depth at which quadtree encoding is used for a first time such that each of a set of first nodes before the depth are encoded using octree encoding; and encode in the bitstream a second parameter indicating a node encoding mode for each of a second set of nodes at and after the depth according to the first parameter, wherein the node encoding mode is one of the octree encoding or the quadtree encoding. a processor configured to: obtain a point cloud, make a choice between octree encoding or quadtree encoding of a parent node, and encode the parent node into a bitstream based on the choice; and obtain a point cloud, make a choice between octree encoding or quadtree encoding of a parent node, and encode the parent node into a bitstream based on the choice; and a transmitter coupled to the processor and configured to transmit the bitstream; wherein, the processor is further configured to: encode in the bitstream a first parameter indicating a depth of point cloud coding information, wherein the depth of point cloud coding information is a depth at which quadtree encoding is used for a first time such that each of a set of first nodes before the depth are encoded using octree encoding; and encode in the bitstream a second parameter indicating a node encoding mode for each of a second set of nodes at and after the depth according to the first parameter, wherein the node encoding mode is one of the octree encoding or the quadtree encoding. encode in the bitstream a first parameter indicating a depth of point cloud coding information, wherein the depth of point cloud coding information is a depth at which quadtree encoding is used for a first time such that each of a set of first nodes before the depth are encoded using octree encoding; and encode in the bitstream a second parameter indicating a node encoding mode for each of a second set of nodes at and after the depth according to the first parameter, wherein the node encoding mode is one of the octree encoding or the quadtree encoding.
Combination of two vehicle wheels of the same type with mounted utility vehicle tyres for mounting at the axle positions (A L , A R ) of an axle of a utility vehicle , each vehicle wheel having a rim and a wheel disc which is connected to the rim , each rim having an outer rim shoulder on the wheel outer side and an inner one (4, 7; 14, 17) on the wheel inner side, and having an outer rim flange on the wheel outer side and an inner one (3, 8; 13, 18) on the wheel inner side, the inner rim flange having, on the rim of the one vehicle wheel, a rim flange height (h 2 ) which is greater by from 5.0 mm to 20.0 mm than the outer rim flange , the outer rim flange having, on the rim of the second vehicle wheel, a rim flange height (h 2 ) which is greater by from 5.0 mm to 20.0 mm than the inner rim flange .
Object confidence value generation system for generating confidence values for objects on a digital road map , having: - a backend ; and - an object detection apparatus for a vehicle , the object detection apparatus having: - a capture unit ; - an evaluation unit ; - a positioning unit ; and - a transmission/reception unit , wherein the capture unit is configured to capture surroundings data from a vehicle , wherein the positioning unit is configured to determine the position of the captured surroundings data and of the objects included therein, wherein the evaluation unit is configured to detect the objects and maskings of the objects in the surroundings data and to provide them with position information, wherein the transmission/reception unit is configured to transmit the data generated by the evaluation unit to the backend , wherein the backend is configured to receive the data of the transmission/reception unit and to generate or update the digital road map , wherein each of the objects on the digital road map of the backend has a confidence value; wherein the backend is configured to increase the confidence value of the respective object if the respective object is included in the received data, and wherein the backend is configured to reduce the confidence value of the respective object if the respective object is not included in the received data, wherein the backend is configured to respond to a masking of the object in the received data by not reducing the confidence value of the respective object . - a backend ; and - an object detection apparatus for a vehicle , the object detection apparatus having: - a capture unit ; - an evaluation unit ; - a positioning unit ; and - a transmission/reception unit , - a capture unit ; - an evaluation unit ; - a positioning unit ; and - a transmission/reception unit , wherein the capture unit is configured to capture surroundings data from a vehicle , wherein the positioning unit is configured to determine the position of the captured surroundings data and of the objects included therein, wherein the evaluation unit is configured to detect the objects and maskings of the objects in the surroundings data and to provide them with position information, wherein the transmission/reception unit is configured to transmit the data generated by the evaluation unit to the backend , wherein the backend is configured to receive the data of the transmission/reception unit and to generate or update the digital road map , wherein each of the objects on the digital road map of the backend has a confidence value; wherein the backend is configured to increase the confidence value of the respective object if the respective object is included in the received data, and wherein the backend is configured to reduce the confidence value of the respective object if the respective object is not included in the received data, wherein the backend is configured to respond to a masking of the object in the received data by not reducing the confidence value of the respective object .
A method of supporting a buffer status report, BSR, associated with a device-to-device, D2D, data transmission, the method comprising: establishing, by a user equipment , UE, a radio resource control, RRC, connection with an evolved NodeB, eNB, and receiving, from the eNB, configuration information associated with the D2D data transmission for the UE , wherein the configuration information comprises information of a resource allocation mode for the D2D data transmission and information of a timer associated with a BSR for the D2D data transmission, and wherein in the resource allocation mode, the eNB allocates resources for the D2D data transmission; triggering, by the UE , the BSR for the D2D data transmission; determining, by the UE , a radio link failure, RLF, the RLF being associated with a connection problem of the RRC connection; initializing, by the UE , a re-establishment process for the RRC connection; canceling, by the UE , all triggered BSRs for the D2D data transmission in response to the determined RLF, the canceled BSRs for the D2D data transmission being associated with the D2D data transmission scheduled by the eNB; and resetting, by the UE , the timer associated with the canceled BSRs, wherein the timer comprises a periodic BSR-timer and a retransmission BSR-timer. establishing, by a user equipment , UE, a radio resource control, RRC, connection with an evolved NodeB, eNB, and receiving, from the eNB, configuration information associated with the D2D data transmission for the UE , wherein the configuration information comprises information of a resource allocation mode for the D2D data transmission and information of a timer associated with a BSR for the D2D data transmission, and wherein in the resource allocation mode, the eNB allocates resources for the D2D data transmission; triggering, by the UE , the BSR for the D2D data transmission; determining, by the UE , a radio link failure, RLF, the RLF being associated with a connection problem of the RRC connection; initializing, by the UE , a re-establishment process for the RRC connection; canceling, by the UE , all triggered BSRs for the D2D data transmission in response to the determined RLF, the canceled BSRs for the D2D data transmission being associated with the D2D data transmission scheduled by the eNB; and resetting, by the UE , the timer associated with the canceled BSRs, wherein the timer comprises a periodic BSR-timer and a retransmission BSR-timer.