mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless transmit/receive unit, WTRU, comprising: a processor configured to: send a request to a first network to establish a first session with the first network for transmission of data, the data comprising control plane data and user plane data; receive quality of service, QoS, mapping rules for assigning QoS indications to transmissions in the first network that comprise the data; assign a first QoS indication to a first packet for transmission in the first network; assign a second QoS indication to a second packet for transmission in the first network; and send the first packet and the second packet via the first session associated with the first network, characterized in that the data that are transmitted over the first network, are associated with a second network, the QoS mapping rules comprise first QoS mapping information for the control plane data and second QoS mapping information for the user plane data, assigning the first and second QoS indications to the first and second packets comprises using the first QoS mapping information based on the first packet comprising control plane data associated with the second network and using the second QoS mapping information based on the second packet comprising user plane data associated with the second network. a processor configured to: send a request to a first network to establish a first session with the first network for transmission of data, the data comprising control plane data and user plane data; receive quality of service, QoS, mapping rules for assigning QoS indications to transmissions in the first network that comprise the data; assign a first QoS indication to a first packet for transmission in the first network; assign a second QoS indication to a second packet for transmission in the first network; and send the first packet and the second packet via the first session associated with the first network, send a request to a first network to establish a first session with the first network for transmission of data, the data comprising control plane data and user plane data; receive quality of service, QoS, mapping rules for assigning QoS indications to transmissions in the first network that comprise the data; assign a first QoS indication to a first packet for transmission in the first network; assign a second QoS indication to a second packet for transmission in the first network; and send the first packet and the second packet via the first session associated with the first network, the data that are transmitted over the first network, are associated with a second network, the QoS mapping rules comprise first QoS mapping information for the control plane data and second QoS mapping information for the user plane data, assigning the first and second QoS indications to the first and second packets comprises using the first QoS mapping information based on the first packet comprising control plane data associated with the second network and using the second QoS mapping information based on the second packet comprising user plane data associated with the second network.
A trampoline comprising: a trampoline mat defining a jumping area; a support structure circumferentially surrounding said trampoline mat, said support structure being connectable to said trampoline mat via a plurality of resilient members; a padding layer arranged along a circumferential portion of said trampoline mat for providing a cover on top of said resilient members; a safety net for surrounding said jumping area in order to prevent users falling out of said jumping area, wherein said safety net is arranged to be supported by and connected to a frame structure extending at a height above said support structure; wherein said safety net comprises an anchoring section at a lower half thereof, said anchoring section being arranged to be removably fixed to said support structure , wherein said anchoring section is arranged in a reinforced portion of said safety net; and a skirt connectable to said anchoring section and to said padding layer, wherein said skirt is an integrated part of said safety net and arranged to be removably fixed to said padding layer at a plurality of fixation points spread along an outer edge of the skirt and along a length of the padding layer , and wherein said plurality of fixation points are in form of holes, and wherein said padding layer comprises a plurality of corresponding holes such that said skirt and said padding layer are arranged to be removably fixed to each other by means of stitching . a trampoline mat defining a jumping area; a support structure circumferentially surrounding said trampoline mat, said support structure being connectable to said trampoline mat via a plurality of resilient members; a padding layer arranged along a circumferential portion of said trampoline mat for providing a cover on top of said resilient members; a safety net for surrounding said jumping area in order to prevent users falling out of said jumping area, wherein said safety net is arranged to be supported by and connected to a frame structure extending at a height above said support structure; wherein said safety net comprises an anchoring section at a lower half thereof, said anchoring section being arranged to be removably fixed to said support structure , wherein said anchoring section is arranged in a reinforced portion of said safety net; and a skirt connectable to said anchoring section and to said padding layer, wherein said skirt is an integrated part of said safety net and arranged to be removably fixed to said padding layer at a plurality of fixation points spread along an outer edge of the skirt and along a length of the padding layer , and wherein said plurality of fixation points are in form of holes, and wherein said padding layer comprises a plurality of corresponding holes such that said skirt and said padding layer are arranged to be removably fixed to each other by means of stitching .
Connecting system for connecting components in a vehicle , comprising a first elongate element with a first connecting face at a first end , a second elongate element with a second connecting face at a second end , wherein the first element and the second element each comprise several holding devices which are distributed along an annular connecting line of the respective connecting face , wherein the connecting faces and the connecting lines of the first element and second element are congruent, wherein the connecting faces and holding devices are configured such that the connecting faces can be brought into a flush superficial contact when the orientations of the first elongate element and second elongate element coincide, and the then mutually opposite holding devices of the connecting faces brought into superficial contact connect with one another, wherein at least one of the first element and second element has a length adjustment component which adjoins the respective connecting face and is configured to change a position of the respective connecting face in a longitudinal direction of the respective element , wherein the connecting faces comprise at least one pair of interfaces which correlate with one another in pairs for transfer of a fluid, electrical or optical signals or an electrical current, which interfaces can be brought into connection when the connecting faces are brought into superficial contact with one another, and wherein a respective surface normal (N1, N2) of the connecting faces stands obliquely to an extent axis (X1, X2) of the respective elements . a first elongate element with a first connecting face at a first end , a second elongate element with a second connecting face at a second end , wherein the first element and the second element each comprise several holding devices which are distributed along an annular connecting line of the respective connecting face , wherein the connecting faces and the connecting lines of the first element and second element are congruent, wherein the connecting faces and holding devices are configured such that the connecting faces can be brought into a flush superficial contact when the orientations of the first elongate element and second elongate element coincide, and the then mutually opposite holding devices of the connecting faces brought into superficial contact connect with one another, wherein at least one of the first element and second element has a length adjustment component which adjoins the respective connecting face and is configured to change a position of the respective connecting face in a longitudinal direction of the respective element , wherein the connecting faces comprise at least one pair of interfaces which correlate with one another in pairs for transfer of a fluid, electrical or optical signals or an electrical current, which interfaces can be brought into connection when the connecting faces are brought into superficial contact with one another, and wherein a respective surface normal (N1, N2) of the connecting faces stands obliquely to an extent axis (X1, X2) of the respective elements .
Overhead luggage compartment for an aircraft, comprising an upper luggage compartment element , a lower luggage compartment element which is movable between an open and a closed position, a first holding device for holding the lower luggage compartment element in its closed position and a second holding device for holding the lower luggage compartment element in its open position, characterised in that an operating element is provided which is connected to the second holding device by means of a force transmission device in order to hold the lower luggage compartment element in its open position, it being possible for the second holding device to be transferred from a holding position into a release position by means of the operating element and it being possible for the second holding device to be transferred into the release position independently of the movement of the lower luggage compartment element .
A placement tool movable in the direction of a z-axis perpendicular to a substrate comprising: a) a receptacle for a holding element for a semiconductor device, which is mounted rotatably about the z-axis on the placement tool and comprises an insulating body made of heat-insulating material, b) a drive for the mount by means of which the mount can be rotated about the z-axis, c) a supply for a cooling fluid, by means of which the receptacle for the holding element can be cooled, characterized in that d) the holding element is designed to be exchangeable, said holding member comprising a heating element. a) a receptacle for a holding element for a semiconductor device, which is mounted rotatably about the z-axis on the placement tool and comprises an insulating body made of heat-insulating material, b) a drive for the mount by means of which the mount can be rotated about the z-axis, c) a supply for a cooling fluid, by means of which the receptacle for the holding element can be cooled, characterized in that d) the holding element is designed to be exchangeable, said holding member comprising a heating element.
Imaging system comprising a first magnetic resonance device , a second magnetic resonance device and a gradient system comprising a first gradient coil unit , a second gradient coil unit and a flexible gradient amplifier unit to be used according to requirements, wherein the flexible gradient amplifier unit is embodied to actuate the first gradient coil unit and the second gradient coil unit , wherein the first magnetic resonance device is assigned to the first gradient coil unit and the second magnetic resonance device is assigned to the second gradient coil unit .
An automated aquaculture system, comprising: an aquaculture cage; and a base unit ; said system being characterized in that it further comprises at least two autonomous robotic rovers , wherein the at least two autonomous robotic rovers are configured to deploy a seine net by drawing the net from the base unit across the aquaculture cage to pre-defined points along a rim of the aquaculture cage and then back towards the base unit to corral a desired volume of fish from the aquaculture cage. an aquaculture cage; and a base unit ; said system being characterized in that it further comprises at least two autonomous robotic rovers , wherein the at least two autonomous robotic rovers are configured to deploy a seine net by drawing the net from the base unit across the aquaculture cage to pre-defined points along a rim of the aquaculture cage and then back towards the base unit to corral a desired volume of fish from the aquaculture cage.
A method of operation of a base station in a cellular communications network , comprising: establishing a data radio bearer between the base station and a mobile terminal for a VoIP call; determining that a radio frequency parameter for the data radio bearer satisfies a predefined coverage-based condition; and in response to determining that the radio frequency parameter for the data radio bearer satisfies the predefined coverage-based condition, enabling RoHC for the VoIP call, wherein enabling RoHC for the VoIP call comprises performing an intra-cell handover of the VoIP call from the data radio bearer to a new data radio bearer that has RoHC enabled. establishing a data radio bearer between the base station and a mobile terminal for a VoIP call; determining that a radio frequency parameter for the data radio bearer satisfies a predefined coverage-based condition; and in response to determining that the radio frequency parameter for the data radio bearer satisfies the predefined coverage-based condition, enabling RoHC for the VoIP call, wherein enabling RoHC for the VoIP call comprises performing an intra-cell handover of the VoIP call from the data radio bearer to a new data radio bearer that has RoHC enabled.
A method of installing a drilling conductor for a subsea well, the method comprising: providing a suction anchor that is arranged to support the conductor within; lowering the suction anchor toward a subsea processing unit at a seabed location, the processing unit having a frame defining a base that lies on the seabed and a top spaced from the base to accommodate equipment within the processing unit ; lowering the suction anchor into the processing unit through the top of the frame ; embedding the suction anchor into the seabed beneath the processing unit ; fixing the frame to the embedded suction anchor to form a structural unit that comprises the conductor , the suction anchor and the frame ; lowering additional equipment through the top of the frame and onto the conductor that is supported by the embedded suction anchor ; and closing an opening in the frame above the additional equipment on the conductor . providing a suction anchor that is arranged to support the conductor within; lowering the suction anchor toward a subsea processing unit at a seabed location, the processing unit having a frame defining a base that lies on the seabed and a top spaced from the base to accommodate equipment within the processing unit ; lowering the suction anchor into the processing unit through the top of the frame ; embedding the suction anchor into the seabed beneath the processing unit ; fixing the frame to the embedded suction anchor to form a structural unit that comprises the conductor , the suction anchor and the frame ; lowering additional equipment through the top of the frame and onto the conductor that is supported by the embedded suction anchor ; and closing an opening in the frame above the additional equipment on the conductor .
An ejection mechanism of a forming mold configured to form a molded product by use of a fixed-side die and a movable-side die , comprising an ejector plate and a retaining unit comprising: an ejector pin configured to be movable; a ring- or polygonal-shaped member used in a fixed state; and a pressing unit directly attached to the ejector pin or fixed to a fixing member attached to the ejector pin, the pressing unit being configured to press the ring- or polygonal-shaped member and engage the ejector pin with the ring- or polygonal-shaped member, wherein the pressing unit is configured to release the engagement with the ring- or polygonal-shaped member so that the ejector pin is allowed to move, when a force at a predetermined level or higher is applied to the ejector pin in a movement direction of the ejector pin, and the pressing unit is incorporated into the ejector pin or the fixing member so as to be unitized together; wherein the ring- or polygonal-shaped member is fixed to the ejector plate. a retaining unit comprising: an ejector pin configured to be movable; a ring- or polygonal-shaped member used in a fixed state; and a pressing unit directly attached to the ejector pin or fixed to a fixing member attached to the ejector pin, the pressing unit being configured to press the ring- or polygonal-shaped member and engage the ejector pin with the ring- or polygonal-shaped member, wherein the pressing unit is configured to release the engagement with the ring- or polygonal-shaped member so that the ejector pin is allowed to move, when a force at a predetermined level or higher is applied to the ejector pin in a movement direction of the ejector pin, and the pressing unit is incorporated into the ejector pin or the fixing member so as to be unitized together; an ejector pin configured to be movable; a ring- or polygonal-shaped member used in a fixed state; and a pressing unit directly attached to the ejector pin or fixed to a fixing member attached to the ejector pin, the pressing unit being configured to press the ring- or polygonal-shaped member and engage the ejector pin with the ring- or polygonal-shaped member, wherein the pressing unit is configured to release the engagement with the ring- or polygonal-shaped member so that the ejector pin is allowed to move, when a force at a predetermined level or higher is applied to the ejector pin in a movement direction of the ejector pin, and the pressing unit is incorporated into the ejector pin or the fixing member so as to be unitized together; wherein the ring- or polygonal-shaped member is fixed to the ejector plate.
A test system for testing an electric device , comprising: a portable main device with a first housing and a first mechanical connection assembly disposed on the first housing and a first electric connection assembly disposed on the first housing, and a portable additional device , separate from the portable main device , with a second housing and a second mechanical connection assembly disposed on the second housing and a second electric connection assembly disposed on the second housing, wherein the portable main device can be mechanically connected to the portable additional device in a releasable manner by coupling the first mechanical connection assembly to the second mechanical connection assembly to form a structural unit, and wherein the portable main device can be electrically connected to the portable additional device via the first electric connection assembly and the second electric connection assembly , characterized in that the portable main device has a power-amplifying device for generating a power signal which is to be transmitted to the portable additional device via the first electric connection assembly and the second electric connection assembly , that the portable additional device has a test signal apparatus for generating a test signal, which is to be output to the electric device , on the basis of the power signal of the portable main device , and that the portable main device has a measuring device for measuring a measurement variable of the electric device as a test response to the test signal of the portable additional device . a portable main device with a first housing and a first mechanical connection assembly disposed on the first housing and a first electric connection assembly disposed on the first housing, and a portable additional device , separate from the portable main device , with a second housing and a second mechanical connection assembly disposed on the second housing and a second electric connection assembly disposed on the second housing, wherein the portable main device can be mechanically connected to the portable additional device in a releasable manner by coupling the first mechanical connection assembly to the second mechanical connection assembly to form a structural unit, and wherein the portable main device can be electrically connected to the portable additional device via the first electric connection assembly and the second electric connection assembly , characterized in that the portable main device has a power-amplifying device for generating a power signal which is to be transmitted to the portable additional device via the first electric connection assembly and the second electric connection assembly , that the portable additional device has a test signal apparatus for generating a test signal, which is to be output to the electric device , on the basis of the power signal of the portable main device , and that the portable main device has a measuring device for measuring a measurement variable of the electric device as a test response to the test signal of the portable additional device .
A biological component collection cassette having a flow path in an interior of the cassette through which a liquid containing at least one biological component flows, comprising: a cassette main body composed of a resin that possesses flexibility; wherein the cassette main body includes a first constituent part constituted from an outer surface having a plurality of concavities and convexities , and a second constituent part constituted from an outer surface on which the plurality of concavities and convexities do not exist; and the second constituent part is provided on at least a part of a flow path wall portion that constitutes the flow path . a cassette main body composed of a resin that possesses flexibility; wherein the cassette main body includes a first constituent part constituted from an outer surface having a plurality of concavities and convexities , and a second constituent part constituted from an outer surface on which the plurality of concavities and convexities do not exist; and the second constituent part is provided on at least a part of a flow path wall portion that constitutes the flow path .
A DNase for use in a method for the curative treatment of a vaso-occlusive crisis in a subject suffering from sickle cell disease.