mhurhangee/ep-ind-claims huggingface dataset:
A user equipment, UE, configured for Channel State Information, CSI, feedback, the UE comprising: a transmitter for carrying out a CSI feedback using a physical uplink control channel, PUCCH, of a single uplink carrier component to a base station, BS,, the CSI feedback having a feedback type based on a downlink transmission approach and a feedback mode configured by the BS, characterized in that in case that a plurality of the CSI feedbacks corresponding to different downlink carrier components for the UE collide with each other within one sub-frame, the transmitter carries out the CSI feedback prioritized on the basis of the feedback types of the CSI feedbacks. a transmitter for carrying out a CSI feedback using a physical uplink control channel, PUCCH, of a single uplink carrier component to a base station, BS,, the CSI feedback having a feedback type based on a downlink transmission approach and a feedback mode configured by the BS, characterized in that in case that a plurality of the CSI feedbacks corresponding to different downlink carrier components for the UE collide with each other within one sub-frame, the transmitter carries out the CSI feedback prioritized on the basis of the feedback types of the CSI feedbacks.
A terminal comprising: a receiving section configured to receive a downlink control channel; and a control section configured to monitor a common search space and a terminal-specific search space which are candidates for the downlink control channel, to support monitoring of the common search space and the terminal-specific search space to which different transmission periodicities are respectively configured, and to support monitoring of the common search space and the terminal-specific search space to which different subcarrier spacings are respectively configured wherein transmission periodicity of the common search space and transmission periodicity of the terminal-specific search space are respectively configured by higher layer signaling, a number of transmission symbols for the common search space and a number of transmission symbols for the terminal-specific search space are respectively configured by higher layer signaling, and a symbol starting-position of the common search space and a symbol-starting position of the terminal-specific search space are respectively configured by higher layer signaling. a receiving section configured to receive a downlink control channel; and a control section configured to monitor a common search space and a terminal-specific search space which are candidates for the downlink control channel, to support monitoring of the common search space and the terminal-specific search space to which different transmission periodicities are respectively configured, and to support monitoring of the common search space and the terminal-specific search space to which different subcarrier spacings are respectively configured wherein transmission periodicity of the common search space and transmission periodicity of the terminal-specific search space are respectively configured by higher layer signaling, a number of transmission symbols for the common search space and a number of transmission symbols for the terminal-specific search space are respectively configured by higher layer signaling, and a symbol starting-position of the common search space and a symbol-starting position of the terminal-specific search space are respectively configured by higher layer signaling.
Supporting device, which serves for mechanically supporting on a heat sink an electrically conductive connection element from which heat is to be dissipated and which electrically insulates the connection element from the heat sink, wherein at least one pulsating heat pipe is formed in the supporting device for the purpose of dissipating heat from the connection element into the heat sink, characterized in that the at least one pulsating heat pipe is at least partially provided with a diffusion-inhibiting coating.
Use, for fumigation treatment of soils, of a fumigant barrier film having, on at least one portion of its outer surface or on at least one portion of its inner surface or on at least one portion of its outer and inner surfaces, at least one continuous self-adhesive or self-sticking area.
A molding machine with a control apparatus, comprising: a) an injection apparatus having an injection nozzle; b) a mold apparatus; c) a mold-clamping apparatus which is adapted to close, clamp, and open the mold apparatus; d) a plasticization-moving apparatus which is adapted to advance and retreat the injection apparatus so as to perform plasticization advancement and plasticization retreat; and e) a mode-setting processing means which is adapted to set, on the basis of a state of a post-process machine, one of a normal mode for operating a molding machine (14, 15) in accordance with a normal molding cycle and a cycle extension mode for operating the molding machine (14, 15) in accordance with a molding cycle longer than that in the normal mode; said molding machine being characterized by further comprising: f) a cycle-extension processing means which is adapted to extend the molding cycle when the cycle extension mode is set by lowering plasticization moving speed, and/or by lowering mold opening speed, during a period in which the plasticization retreat is started and is then completed, subsequently, the plasticization advancement is started and is then completed, from that in the case where the normal mode is set. a) an injection apparatus having an injection nozzle; b) a mold apparatus; c) a mold-clamping apparatus which is adapted to close, clamp, and open the mold apparatus; d) a plasticization-moving apparatus which is adapted to advance and retreat the injection apparatus so as to perform plasticization advancement and plasticization retreat; and e) a mode-setting processing means which is adapted to set, on the basis of a state of a post-process machine, one of a normal mode for operating a molding machine (14, 15) in accordance with a normal molding cycle and a cycle extension mode for operating the molding machine (14, 15) in accordance with a molding cycle longer than that in the normal mode; f) a cycle-extension processing means which is adapted to extend the molding cycle when the cycle extension mode is set by lowering plasticization moving speed, and/or by lowering mold opening speed, during a period in which the plasticization retreat is started and is then completed, subsequently, the plasticization advancement is started and is then completed, from that in the case where the normal mode is set.
A locking arrangement comprising a pipe boss, a fixed structural part and at least one annular plate formed body for secure attachment of the boss to the fixed structural part, said boss has a central axis extending substantially perpendicular to the plane of the fixed structural part when the parts are assembled, wherein the locking arrangement includes two substantially radially extending, when viewed relative to the central axis, action surfaces provided in an external surface of the boss, the at least one annular plate formed body comprising at least two individual segments (3a, 3b), said the at least one annular plate formed body is at its radially inner, but external portion designed to co-operate, or engage with, at least one of the respective two action surfaces, and at the annular plate formed body radially outer, but internal portion on the opposite side, abutting the fixed structural part, the thickness of the fixed structural part at the radially outer portion of the segments plus the thickness of the at least one annular plate formed body at its radially inner portion is approximately equal to the largest distance between the action surfaces and in such a way that a clearance is present in the groove between the boss and the radially inner and internal portion(3e, 3e') of the annular plate formed body (3, 3'), i.e. on opposite sides of the action surfaces, said clearance being designed such that when said locking arrangement is exposed to compression forces on one side of the fixed structural part, said compression forces are transferred at this side from the action surface in the groove (5, 5') in the pipe boss to the structural part via the annular plate formed body while said annular plate formed body at said opposite side of said structural part remains substantially unloaded.
A laminated fluid warmer comprising: a laminate including a target fluid layer having a plurality of target fluid channels for flowing a warming target fluid, and a warming fluid layer that is laminated on the target fluid layer and has a plurality of warming fluid channels for flowing a warming fluid for warming the target fluid layer; a header (25, 26) communicating with the plurality of warming fluid channels; and an inflow pipe or an outflow pipe connected to the header (25, 26), characterized by a collection device for collecting at least a part of the warming fluid accumulated in the plurality of warming fluid channels, wherein the collection device includes a reception pipe or a storage portion connected to the inflow pipe, the outflow pipe or the header (25, 26), and configured to receive the warming fluid flowing out from the plurality of warming fluid channels when collecting the warming fluid from the plurality of warming fluid channels, and a switching mechanism configured to switch operation between a collection operation of collecting the warming fluid and a non-collection operation of not collecting the warming fluid. a laminate including a target fluid layer having a plurality of target fluid channels for flowing a warming target fluid, and a warming fluid layer that is laminated on the target fluid layer and has a plurality of warming fluid channels for flowing a warming fluid for warming the target fluid layer; a target fluid layer having a plurality of target fluid channels for flowing a warming target fluid, and a warming fluid layer that is laminated on the target fluid layer and has a plurality of warming fluid channels for flowing a warming fluid for warming the target fluid layer; a header (25, 26) communicating with the plurality of warming fluid channels; and an inflow pipe or an outflow pipe connected to the header (25, 26), characterized by a collection device for collecting at least a part of the warming fluid accumulated in the plurality of warming fluid channels, wherein the collection device includes a reception pipe or a storage portion connected to the inflow pipe, the outflow pipe or the header (25, 26), and configured to receive the warming fluid flowing out from the plurality of warming fluid channels when collecting the warming fluid from the plurality of warming fluid channels, and a switching mechanism configured to switch operation between a collection operation of collecting the warming fluid and a non-collection operation of not collecting the warming fluid. a reception pipe or a storage portion connected to the inflow pipe, the outflow pipe or the header (25, 26), and configured to receive the warming fluid flowing out from the plurality of warming fluid channels when collecting the warming fluid from the plurality of warming fluid channels, and a switching mechanism configured to switch operation between a collection operation of collecting the warming fluid and a non-collection operation of not collecting the warming fluid.
A hydrofluoroether compound comprising at least one five- or six-membered, perfluorinated heterocyclic ring, said ring comprising four or five ring carbon atoms and one or two catenated heteroatoms selected from divalent ether oxygen atoms and trivalent nitrogen atoms, at least one of said catenated heteroatoms being a divalent ether oxygen atom, and each of the ring carbon atoms adjacent to said divalent ether oxygen atom bearing a fluorochemical group that comprises a tetrafluoroethylidene moiety (-(CF 3)CF-) that is directly bonded to said ring carbon atom, said fluorochemical group optionally comprising at least one catenated heteroatom selected from divalent ether oxygen atoms and trivalent nitrogen atoms wherein said compound is one of a class that is represented by one of the following general formulas and: wherein each R F is independently a linear or branched perfluoroalkyl group that optionally contains at least one catenated heteroatom and that optionally comprises a terminal moiety selected from -CF 2 H, -CFHCF 3, and -CF 2 OCH 3; each R F ' is independently a fluorine atom or a perfluoroalkyl group that is linear or branched and that optionally contains at least one catenated heteroatom; Y is a covalent bond, -O-, - CF(R F ')-, or -N(R F ")-, wherein R F " is a perfluoroalkyl group that is linear or branched and that optionally contains at least one catenated heteroatom; R H is an alkyl or fluoroalkyl group that is linear, branched, cyclic, or a combination thereof and that optionally contains at least one catenated heteroatom; R H ' is an alkylene or fluoroalkylene group that is linear, branched, cyclic, or a combination thereof, that has at least two carbon atoms, and that optionally contains at least one catenated heteroatom, and the fluoroalkyl group, and fluoroalkylene group are only partially fluorinated such that there is at least one carbon-bonded hydrogen atom.
A method for diagnosing at least one pressure relief valve of a liquefied gas fuel system for a vehicle, said fuel system having a liquefied gas fuel tank for providing fuel to the engine of the vehicle, and at least one pressure relief valve (22, 24) set to open at a predetermined pressure for evacuating evaporated gas, characterized by the steps of: connecting a temporary pressure relief valve (22T, 24T) to said at least one pressure relief valve (22, 24), said temporary pressure relief valve being set to open at a pressure above said predetermined pressure for which said at least one pressure relief valve is set to open; increasing the pressure in the tank to a pressure above said set pressure; determining if said at least one pressure relief valve opens (22, 24); if said at least one pressure relief valve opens, determine at what pressure said at least one pressure relief valve opens; and based on the determinations of if said at least one pressure relief valve opens, and if said at least one pressure relief valve opens, at what pressure said at least one pressure relief valve opens, performing a diagnosing of the functionality of said at least one pressure relief valve.
A system for transporting containers by means of heavy-duty vehicles (8a, 8b, 8c) which comprises at least one automatically guided heavy-duty vehicle and at least one manually guided heavy-duty vehicle (8b, 8c) and a separate operating area, in which the at least one automatically guided heavy-duty vehicle and the at least one manually guided heavy-duty vehicle (8b, 8c) can be operated together in mixed mode traffic, wherein the system comprises a fleet guidance system which is designed to coordinate the mixed mode traffic of the heavy-duty vehicles (8a, 8b, 8c) in the separate operating area by continuous processing of the positions of the automatically guided heavy-duty vehicle and by specification of routes for the automatically guided heavy-duty vehicle, wherein a wireless communication connection is provided between the automatically guided heavy-duty vehicle and the fleet management system, wherein the automatically guided heavy-duty vehicle, in particular its vehicle control system, is provided with a device for automatic navigation and/or with a device for position determination and/or with a sensor for object detection, characterized in that the fleet management system is designed to coordinate the mixed mode traffic of the heavy-duty vehicles (8a, 8b, 8c) in the separate operating area by continuous processing of the positions both of the automatically guided heavy-duty vehicle and of the manually guided heavy-duty vehicle (8b, 8c) and by specification of routes both for the automatically guided heavy-duty vehicle and for the manually guided heavy-duty vehicle (8b, 8c), wherein, within the separate operating area, the manually guided heavy-duty vehicle (8b, 8c) is provided with a driver information system and the driver information system is connected to the fleet management system, in order to give a driver of the manually guided heavy-duty vehicle (8b, 8c) instructions for the manual guidance of the heavy-duty vehicle (8b, 8c) and wherein the wireless communication connection is provided between the heavy-duty vehicles (8a, 8b, 8c) and the fleet management system.
A system for contactless power transfer in an implantable device for charging a rechargeable battery disposed within the implantable device comprising: a first coil adapted to be electrically coupled to a power source, wherein the first coil is configured to produce a magnetic field; a second coil adapted to be electrically coupled to the rechargeable battery disposed within the implantable device, wherein the second coil is configured to receive power from the first coil via the magnetic field and to transfer the power to the rechargeable battery; and an element disposed between the first coil and the second coil configured to enhance the coupling between the first coil and the second coil characterized in that the element comprises a field focusing element disposed between the first coil and the second coil, the field focusing element configured as a self resonant coil having a standing wave current distribution to focus the magnetic field onto the second coil, wherein the field focusing element comprises a plurality of resonators with at least two of the plurality of resonators having different resonant frequencies, and the different resonant frequencies enable transfer of power and data signals simultaneously. a first coil adapted to be electrically coupled to a power source, wherein the first coil is configured to produce a magnetic field; a second coil adapted to be electrically coupled to the rechargeable battery disposed within the implantable device, wherein the second coil is configured to receive power from the first coil via the magnetic field and to transfer the power to the rechargeable battery; and an element disposed between the first coil and the second coil configured to enhance the coupling between the first coil and the second coil characterized in that the element comprises a field focusing element disposed between the first coil and the second coil, the field focusing element configured as a self resonant coil having a standing wave current distribution to focus the magnetic field onto the second coil, wherein the field focusing element comprises a plurality of resonators with at least two of the plurality of resonators having different resonant frequencies, and the different resonant frequencies enable transfer of power and data signals simultaneously.
An integrated magnetics component comprising: - a magnetically permeable core comprising a base member and a top member, the base member extending in a horizontal plane and comprises first, second, third and fourth legs (110, 112, 114, 116) protruding substantially perpendicularly from the base member, - the top member being attached to opposite ends of the first, second, third and fourth legs relative to the base member, - first, second, third and fourth output inductor windings (120, 122, 124, 126) wound around the first, second, third and fourth legs (110, 112, 114, 116), respectively, - a first input conductor extending in-between the first, second, third and fourth legs (110, 112, 114, 116) along a first conductor axis, said first input conductor configured to induce a first magnetic field orthogonally to the first conductor axis, and extending through a first flux path (φ1) of the magnetically permeable core, - a second input conductor extending along a second conductor axis and arranged to induce a second magnetic field orthogonally to the second conductor axis and extending through a second flux path (φ2) of the magnetically permeable core; wherein the second flux path (φ2) extends substantially orthogonally to the first flux path (φ1). - a magnetically permeable core comprising a base member and a top member, the base member extending in a horizontal plane and comprises first, second, third and fourth legs (110, 112, 114, 116) protruding substantially perpendicularly from the base member, - the top member being attached to opposite ends of the first, second, third and fourth legs relative to the base member, - first, second, third and fourth output inductor windings (120, 122, 124, 126) wound around the first, second, third and fourth legs (110, 112, 114, 116), respectively, - a first input conductor extending in-between the first, second, third and fourth legs (110, 112, 114, 116) along a first conductor axis, said first input conductor configured to induce a first magnetic field orthogonally to the first conductor axis, and extending through a first flux path (φ1) of the magnetically permeable core, - a second input conductor extending along a second conductor axis and arranged to induce a second magnetic field orthogonally to the second conductor axis and extending through a second flux path (φ2) of the magnetically permeable core; wherein the second flux path (φ2) extends substantially orthogonally to the first flux path (φ1).
A wireless base station (AP1; 11) comprising a control unit configured to perform control to transmit a start frame configured to instruct another wireless base station (AP2; 11) to transmit a channel measurement format frame to a terminal device (STA1; 12) in synchronization with a corresponding channel measurement format frame transmitted by the wireless base station, to indicate a frame format of a channel measurement frame that is a frame for performing a channel measurement at the terminal device, wherein the start frame specifies a transmission stream for transmitting, by the other wireless base station, a channel measurement format frame, said transmission stream being different from that used by the wireless base station for transmitting a channel measurement format frame.
A method of determining a current location speed limit in a road vehicle speed limit information system, the method comprising: receiving one or more signals corresponding to respective candidate speed limits; receiving one or more signals related to observed vehicle dynamics affecting changes in one or more vehicles (1, 5) pre and post a most recently passed anticipated speed limit change location; evaluating the confidence of the different candidate speed limits based on the signals related to observed vehicle dynamics affecting changes; validating or discarding candidate speed limits based on the evaluated confidences; and outputting a signal corresponding to a highest confidence validated speed limit. receiving one or more signals corresponding to respective candidate speed limits; receiving one or more signals related to observed vehicle dynamics affecting changes in one or more vehicles (1, 5) pre and post a most recently passed anticipated speed limit change location; evaluating the confidence of the different candidate speed limits based on the signals related to observed vehicle dynamics affecting changes; validating or discarding candidate speed limits based on the evaluated confidences; and outputting a signal corresponding to a highest confidence validated speed limit.