mhurhangee/ep-ind-claims huggingface dataset:
An apparatus of an access point comprising: memory, and processing circuitry coupled to the memory, the processing circuitry configured to: generate a frame for transmission to a plurality of stations (106a, 106b; 106c, 106d), the frame to coordinate an uplink, UL, multiple user, MU, wireless transmission from the plurality of stations, the frame comprising association identifications, AIDs, of each of the plurality of stations and a period during which the plurality of stations are allowed to transmit UL media access control protocol data units, MPDUs, UL MPDUs; configure the access point to transmit the frame; and receive an UL MU wireless transmission comprising UL MPDUs simultaneously received from the plurality of stations (106a, 106b; 106c,106d), the UL MPDUs received in response to transmission of the frame. generate a frame for transmission to a plurality of stations (106a, 106b; 106c, 106d), the frame to coordinate an uplink, UL, multiple user, MU, wireless transmission from the plurality of stations, the frame comprising association identifications, AIDs, of each of the plurality of stations and a period during which the plurality of stations are allowed to transmit UL media access control protocol data units, MPDUs, UL MPDUs; configure the access point to transmit the frame; and receive an UL MU wireless transmission comprising UL MPDUs simultaneously received from the plurality of stations (106a, 106b; 106c,106d), the UL MPDUs received in response to transmission of the frame.
Hydrodynamic machine, in particular hydrodynamic coupling, having a bladed primary wheel (1, 1') revolving about an axis of rotation of the hydrodynamic machine and a bladed secondary wheel (2, 2'), which is stationary or revolves about the axis of rotation, which together form a toroidal working space (3, 3'), which can be filled or is filled with a working medium, in order to transmit torque hydrodynamically from the primary wheel (1, 1') to the secondary wheel (2, 2') by means of working medium circulation in the working space (3, 3'); 1.1 wherein the primary wheel (1, 1') and/or the secondary wheel (2, 2') is/are rotatably mounted by means of at least one sliding bearing (7, 8, 8'); 1.2 having a lubricant supply system for the at least one sliding bearing (7, 8, 8'), comprising a lubricant source, which is connected to the sliding bearing (7, 8, 8') by at least one lubricant supply line, and a lubricant outlet, which is connected to the at least one sliding bearing (7, 8, 8') by a lubricant discharge line; characterized in that 1.3 a lubricant reservoir is provided in the lubricant supply line and/or the lubricant discharge line, said reservoir being connected to the at least one sliding bearing (7, 8, 8') via at least one lubricant feed and at least one lubricant return in order to form a lubricant circuit between the lubricant reservoir and the at least one sliding bearing (7, 8, 8') if the lubricant supply from the lubricant source fails. 1.1 wherein the primary wheel (1, 1') and/or the secondary wheel (2, 2') is/are rotatably mounted by means of at least one sliding bearing (7, 8, 8'); 1.2 having a lubricant supply system for the at least one sliding bearing (7, 8, 8'), comprising a lubricant source, which is connected to the sliding bearing (7, 8, 8') by at least one lubricant supply line, and a lubricant outlet, which is connected to the at least one sliding bearing (7, 8, 8') by a lubricant discharge line; characterized in that 1.3 a lubricant reservoir is provided in the lubricant supply line and/or the lubricant discharge line, said reservoir being connected to the at least one sliding bearing (7, 8, 8') via at least one lubricant feed and at least one lubricant return in order to form a lubricant circuit between the lubricant reservoir and the at least one sliding bearing (7, 8, 8') if the lubricant supply from the lubricant source fails.
A method, comprising: receiving, at an apparatus, a direction from a network apparatus to collect and store, in dependence on a mobility state, measurement data in memory; determining, at the apparatus (135, 140, 145) of a user equipment, a mobility state of the user equipment (135, 140, 145) by determining a velocity thereof in accordance with a number of cell reselections/cell handovers thereof in a period of time; and in dependence on said direction, collecting and storing, by the apparatus (135, 140, 145), in dependence on said mobility state, measurement data with the mobility state in memory. receiving, at an apparatus, a direction from a network apparatus to collect and store, in dependence on a mobility state, measurement data in memory; determining, at the apparatus (135, 140, 145) of a user equipment, a mobility state of the user equipment (135, 140, 145) by determining a velocity thereof in accordance with a number of cell reselections/cell handovers thereof in a period of time; and in dependence on said direction, collecting and storing, by the apparatus (135, 140, 145), in dependence on said mobility state, measurement data with the mobility state in memory.
Cabinet comprising a cabinet body having at least one opening, the at least one opening being at least partially closable by means of a closing element, characterized in that the cabinet body, on the end face thereof that faces the closing element, has a main bracket and a profile which can be connected thereto and at least partially protrudes beyond the outer contour of the cabinet body.
Glider component for receiving a journal of an arm for rotatable mounting thereof in a bearing opening, wherein the glider component has (a) a glider housing, having the bearing opening, and a slider which is longitudinally displaceably guided in the glider housing and ensures that the journal is fixed but remains rotatable, wherein the slider has an asymmetrical opening which is suitable for blocking and which, in the mounted state, engages around the journal on an undercut provided thereon and axially blocks it in its longitudinal direction; characterized in that the glider component has (b) a spring arm which is arranged opposite the bearing opening in order to be deflected when the journal enters; (c) wherein, in the deflected state of the spring arm, the slider is longitudinally moveable in an insertion direction. (a) a glider housing, having the bearing opening, and a slider which is longitudinally displaceably guided in the glider housing and ensures that the journal is fixed but remains rotatable, wherein the slider has an asymmetrical opening which is suitable for blocking and which, in the mounted state, engages around the journal on an undercut provided thereon and axially blocks it in its longitudinal direction; (b) a spring arm which is arranged opposite the bearing opening in order to be deflected when the journal enters; (c) wherein, in the deflected state of the spring arm, the slider is longitudinally moveable in an insertion direction.
A method for receiving, by a user equipment, UE, downlink data in a wireless communication system, the method comprising: entering a radio resource control, RRC, _INACTIVE state; receiving a configuration related to a first DRX cycle and a second DRX cycle; receiving a first paging message based on the first DRX cycle; stopping (S1040 the use of the first DRX cycle if the first paging message indicates that downlink data is transmitted to the UE without an RRC state transition; and receiving the downlink data from a base station in the RRC_INACTIVE state based on the second DRX cycle, wherein the first paging message is received in a paging occasion of the first DRX cycle and the downlink data is received in a paging occasion of the second DRX cycle. entering a radio resource control, RRC, _INACTIVE state; receiving a configuration related to a first DRX cycle and a second DRX cycle; receiving a first paging message based on the first DRX cycle; stopping (S1040 the use of the first DRX cycle if the first paging message indicates that downlink data is transmitted to the UE without an RRC state transition; and receiving the downlink data from a base station in the RRC_INACTIVE state based on the second DRX cycle, wherein the first paging message is received in a paging occasion of the first DRX cycle and the downlink data is received in a paging occasion of the second DRX cycle.
An upper assembly structure of a work machine comprising: a driver's seat mounted on a vehicle body; an engine compartment provided in a rear portion of the vehicle body for housing an engine; a tank compartment provided in one lateral side of the vehicle body for housing an oil tank; a first partition for partitioning the upper assembly structure at a front side of the engine compartment; a hood for covering a rear portion of the engine compartment to be opened and closed; a tank cover member for covering an outward portion of the tank compartment to be opened and closed; a second partition for partitioning between the tank compartment and the driver's seat; and a support frame mounted on the engine compartment characterized in that the support frame includes: a backbone member positioned above the engine; a left front leg member; a right front leg member; a rear leg member, the left front leg member, the right front leg member, and the rear leg member extending downward forwardly and rearwardly of the backbone member; and an arm member extending forward from an end of the backbone member adjacent to the tank compartment, that the support frame is adapted to support the first partition, the hood, and the second partition at a rear portion thereof, and that the arm member is adapted to support the tank cover member and the oil tank. a driver's seat mounted on a vehicle body; an engine compartment provided in a rear portion of the vehicle body for housing an engine; a tank compartment provided in one lateral side of the vehicle body for housing an oil tank; a first partition for partitioning the upper assembly structure at a front side of the engine compartment; a hood for covering a rear portion of the engine compartment to be opened and closed; a tank cover member for covering an outward portion of the tank compartment to be opened and closed; a second partition for partitioning between the tank compartment and the driver's seat; and a support frame mounted on the engine compartment characterized in that the support frame includes: a backbone member positioned above the engine; a left front leg member; a right front leg member; a rear leg member, the left front leg member, the right front leg member, and the rear leg member extending downward forwardly and rearwardly of the backbone member; and an arm member extending forward from an end of the backbone member adjacent to the tank compartment, a backbone member positioned above the engine; a left front leg member; a right front leg member; a rear leg member, the left front leg member, the right front leg member, and the rear leg member extending downward forwardly and rearwardly of the backbone member; and an arm member extending forward from an end of the backbone member adjacent to the tank compartment, that the support frame is adapted to support the first partition, the hood, and the second partition at a rear portion thereof, and that the arm member is adapted to support the tank cover member and the oil tank.
Hail guard for cars, comprising a net with a thick mesh applied to rods, characterized in that it comprises: • two centre rods (Sc1, Sc2) joined by a hinge at one of their ends; • two multiple hinges applied to the free ends of said centre rods (Sc1, Sc2), each being able to rotate on at least two axes orthogonal to each other and orthogonal to the centre rods (Sc1, Sc2); • four net-stretching rods (Se1, Se2) hinged to each multiple hinge, and wherein each multiple hinge comprises four or more pins whose vertical axes (z) are orthogonal to the centre rods (Sc1, Sc2), said pins being suited to allow said net-stretching rods (Se1, Se2) to rotate, and a rotation pin whose horizontal axis (y) is orthogonal to the centre rods (Sc1, Sc2), said pin being suited to allow the rotation of the set of net-stretching rods (Se1, Se2). • two centre rods (Sc1, Sc2) joined by a hinge at one of their ends; • two multiple hinges applied to the free ends of said centre rods (Sc1, Sc2), each being able to rotate on at least two axes orthogonal to each other and orthogonal to the centre rods (Sc1, Sc2); • four net-stretching rods (Se1, Se2) hinged to each multiple hinge, and wherein each multiple hinge comprises four or more pins whose vertical axes (z) are orthogonal to the centre rods (Sc1, Sc2), said pins being suited to allow said net-stretching rods (Se1, Se2) to rotate, and a rotation pin whose horizontal axis (y) is orthogonal to the centre rods (Sc1, Sc2), said pin being suited to allow the rotation of the set of net-stretching rods (Se1, Se2).
A composition comprising particles of one or more pesticides selected from abamectin, lambda-cyhalothrin and lufenuron, and at least one formulation auxiliary, wherein the size of the pesticide particles in the composition is in the range 2.00μm to 1.50μm at x 90 as defined in ISO 13320-1.
A method in a user equipment for determining a transport block size, which transport block size is used by the user equipment in receiving downlink data transmissions from a network node which are multiplexed in frequency with an enhanced control channel, eCCH, the user equipment and the network node being comprised in a telecommunications system, which user equipment has access to a table of predetermined transport block sizes for different number of allocated radio resource blocks, PRBs, the method comprising: - calculating an indicator N PRB based on the total number of PRBs allocated to the downlink data transmission N ' PRB, and based on a positive PRB offset value O PRB or multiplied by a PRB adjustment factor A PRB larger than one; - determining the transport block size from the table of predetermined transport block sizes based on at least the calculated indicator N PRB. - calculating an indicator N PRB based on the total number of PRBs allocated to the downlink data transmission N ' PRB, and based on a positive PRB offset value O PRB or multiplied by a PRB adjustment factor A PRB larger than one; - determining the transport block size from the table of predetermined transport block sizes based on at least the calculated indicator N PRB.
A target service execution method, wherein the method is performed by an electronic device and comprises: receiving a first broadcast signal from a first device, wherein the first broadcast signal carries an identifier of the first device; starting a target application in the electronic device based on the identifier of the first device; and when receiving a second broadcast signal from a second device, establishing a communication connection between the target application and the second device based on an identifier of the second device that is carried in the second broadcast signal, to execute a target service corresponding to the target application, wherein the first device is one of at least one first device deployed on a moving path of the electronic device, the second device is one of at least one second device deployed on the moving path of the electronic device, and the first device is deployed closer to a start point of the moving path of the electronic device than the second device. receiving a first broadcast signal from a first device, wherein the first broadcast signal carries an identifier of the first device; starting a target application in the electronic device based on the identifier of the first device; and when receiving a second broadcast signal from a second device, establishing a communication connection between the target application and the second device based on an identifier of the second device that is carried in the second broadcast signal, to execute a target service corresponding to the target application, wherein the first device is one of at least one first device deployed on a moving path of the electronic device, the second device is one of at least one second device deployed on the moving path of the electronic device, and the first device is deployed closer to a start point of the moving path of the electronic device than the second device.
Wiper motor mounting assembly comprising a wiper motor unit and a bracket for mounting the wiper motor unit to a vehicle body wherein: the wiper motor unit comprises at least one fixing hole for receiving fixing means the bracket comprises at least one fixing aperture for receiving fixing means, the bracket being fixed to the wiper motor unit by fixing means in a mounted state wherein in the mounted state, the bracket and the wiper motor unit are additionally connected by at least one engaging means, the engaging means being an integral part of the wiper motor unit and in that the bracket is provided with at least one engaging aperture for receiving at least one engaging means, characterized in that said engaging aperture is shaped to protrude partially from the surface of the bracket towards the wiper motor unit and in that a hook of L-shaped cross-section is formed in the bracket and extends downwards from the edge of the engaging aperture for receiving the engaging means. the wiper motor unit comprises at least one fixing hole for receiving fixing means the bracket comprises at least one fixing aperture for receiving fixing means, the bracket being fixed to the wiper motor unit by fixing means in a mounted state wherein in the mounted state, the bracket and the wiper motor unit are additionally connected by at least one engaging means, the engaging means being an integral part of the wiper motor unit and in that the bracket is provided with at least one engaging aperture for receiving at least one engaging means, characterized in that said engaging aperture is shaped to protrude partially from the surface of the bracket towards the wiper motor unit and in that a hook of L-shaped cross-section is formed in the bracket and extends downwards from the edge of the engaging aperture for receiving the engaging means.
A method for the operation of a vacuum handling apparatus, particularly for a human-machine collaboration system comprising a vacuum gripper connectable to a primary vacuum system to generate a vacuum, the method comprising the steps of: a) applying the vacuum gripper to a workpiece and building up a vacuum in the vacuum gripper by means of the primary vacuum system; b) holding the workpiece during its handling by means of the vacuum prevailing in the vacuum gripper, and monitoring at least one state variable during the handling; and c) generating an auxiliary vacuum in the vacuum gripper by means of a self-sufficient, secondary auxiliary vacuum system (20, 26) if the monitored state variable deviates from a target state. a) applying the vacuum gripper to a workpiece and building up a vacuum in the vacuum gripper by means of the primary vacuum system; b) holding the workpiece during its handling by means of the vacuum prevailing in the vacuum gripper, and monitoring at least one state variable during the handling; and c) generating an auxiliary vacuum in the vacuum gripper by means of a self-sufficient, secondary auxiliary vacuum system (20, 26) if the monitored state variable deviates from a target state.
A method, performed by a switch, for managing Ethernet frames, wherein the method comprises: receiving, from a Frame Capture Managing Module, a configuration comprising: an identity of a network interface (NI-1) of the switch; an indication of a first multicast channel, and information relating to a first filter to be applied, by the switch, to Ethernet frames received at the network interface (NI-1), receiving, from a network node, a request for receiving Ethernet frame sent to the first multicast channel, receiving the Ethernet frames at the network interface (NI-1), filtering, by use of the first filter, the Ethernet frames into a collection of Ethernet frames, and sending, to the network node, the collection of Ethernet frames on the first multicast channel; wherein the first multicast channel comprises a first multicast IP address. receiving, from a Frame Capture Managing Module, a configuration comprising: an identity of a network interface (NI-1) of the switch; an indication of a first multicast channel, and information relating to a first filter to be applied, by the switch, to Ethernet frames received at the network interface (NI-1), an identity of a network interface (NI-1) of the switch; an indication of a first multicast channel, and information relating to a first filter to be applied, by the switch, to Ethernet frames received at the network interface (NI-1), receiving, from a network node, a request for receiving Ethernet frame sent to the first multicast channel, receiving the Ethernet frames at the network interface (NI-1), filtering, by use of the first filter, the Ethernet frames into a collection of Ethernet frames, and sending, to the network node, the collection of Ethernet frames on the first multicast channel;
Pressure transmitter for determining differential, relative or absolute pressure, comprising, - a housing, comprising a housing wall, and arranged therein: - a sensor element - a ceramic substrate, which acts as a carrier of the sensor element and of its electrical connection, and - a heating element (H, A-F), which is arranged inside the housing or the housing wall, the sensor element being arranged in a transmitter unit, which is configured as a recess in the ceramic substrate and is covered by a membrane, the resulting cavity being filled with oil, the heating element (H, A-F) being arranged in the oil of the transmitter unit in a position, a pressure connection fitting being arranged on the transmitter unit and a medium being guided to the membrane in the said pressure connection fitting, wherein the pressure connection fitting is fastened above the membrane to the recess and protrudes through the housing wall. - a housing, comprising a housing wall, and arranged therein: - a sensor element - a ceramic substrate, which acts as a carrier of the sensor element and of its electrical connection, and - a heating element (H, A-F), which is arranged inside the housing or the housing wall, the sensor element being arranged in a transmitter unit, which is configured as a recess in the ceramic substrate and is covered by a membrane, the resulting cavity being filled with oil, the heating element (H, A-F) being arranged in the oil of the transmitter unit in a position, a pressure connection fitting being arranged on the transmitter unit and a medium being guided to the membrane in the said pressure connection fitting, wherein the pressure connection fitting is fastened above the membrane to the recess and protrudes through the housing wall.