mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication performed by a user equipment, UE, comprising: performing a plurality of positioning measurements of a plurality of positioning reference signals, PRS, transmitted by at least one network node; transmitting a first physical layer message having a fixed payload size, wherein the first physical layer message includes at least an indication of a type, a number, or both of a first set of positioning measurements of the plurality of positioning measurements to be included in a second physical layer message having a variable payload size; and transmitting the second physical layer message having the variable payload size, wherein the second physical layer message includes at least the first set of positioning measurements, and wherein the variable payload size of the second physical layer message is based at least on the type, the number, or both of the first set of positioning measurements. performing a plurality of positioning measurements of a plurality of positioning reference signals, PRS, transmitted by at least one network node; transmitting a first physical layer message having a fixed payload size, wherein the first physical layer message includes at least an indication of a type, a number, or both of a first set of positioning measurements of the plurality of positioning measurements to be included in a second physical layer message having a variable payload size; and transmitting the second physical layer message having the variable payload size, wherein the second physical layer message includes at least the first set of positioning measurements, and wherein the variable payload size of the second physical layer message is based at least on the type, the number, or both of the first set of positioning measurements.
A multi-seal coupling for fluidly interconnecting a first component and a second component within a hydrogen fuel supply system of a gas turbine engine , the multi-seal coupling comprising: a female joint portion adapted to be connected to the first component ; a male joint portion adapted to be connected to the second component , the male joint portion received within the female joint portion in mating engagement along a longitudinal axis to form a hydrogen-sealed fuel flow passage through the multi-seal coupling ; and a first seal , a second seal and a third seal formed between the male joint portion and the female joint portion , the first, second and third seals being hydrogen fuel seals, and wherein: the first seal is formed by face-to-face abutting contact between a first axially-facing surface of the male joint portion and an axially-facing surface of the female joint portion ; the second seal is formed by a gasket axially compressed between the first axially-facing surface of the male joint portion and the female joint portion ; and the third seal is formed by a sealant ring disposed between a second axially-facing surface of the male joint portion and an adjacent surface of the female joint portion . a female joint portion adapted to be connected to the first component ; a male joint portion adapted to be connected to the second component , the male joint portion received within the female joint portion in mating engagement along a longitudinal axis to form a hydrogen-sealed fuel flow passage through the multi-seal coupling ; and a first seal , a second seal and a third seal formed between the male joint portion and the female joint portion , the first, second and third seals being hydrogen fuel seals, and wherein: the first seal is formed by face-to-face abutting contact between a first axially-facing surface of the male joint portion and an axially-facing surface of the female joint portion ; the second seal is formed by a gasket axially compressed between the first axially-facing surface of the male joint portion and the female joint portion ; and the third seal is formed by a sealant ring disposed between a second axially-facing surface of the male joint portion and an adjacent surface of the female joint portion . the first seal is formed by face-to-face abutting contact between a first axially-facing surface of the male joint portion and an axially-facing surface of the female joint portion ; the second seal is formed by a gasket axially compressed between the first axially-facing surface of the male joint portion and the female joint portion ; and the third seal is formed by a sealant ring disposed between a second axially-facing surface of the male joint portion and an adjacent surface of the female joint portion .
A biologically active cannabidiol (CBD) analog, wherein the active cannabidiol analog is CBD-Di-Alaninate-Di-Hemisuccinate, CBD-Di-Valinate-Di-Hemisuccinate, CBD-Mono-Valinate-Mono-Hemisuccinate or CBD-Monovalinate-Di-Hemisuccinate, wherein the CBD-Mono-Valinate-Mono-Hemisuccinate has the formula:
A method performed by a communication device comprising the steps of: detecting respective pairs of primary and auxiliary priority indicator values for a plurality of radio resources of a radio access network in one or more transmissions by said radio access network; selecting a cell to adopt as a serving cell based at least on both said primary indicator values and said auxiliary indicator values, wherein the primary priority indicator values for said plurality of radio resources provide an indication of the priority order for said plurality of radio resources to a first degree of resolution, and the combinations of primary and auxiliary priority indicator values for said plurality of radio resources provide an indication of the priority order for said plurality of radio resources to a second degree of resolution higher than said first degree of resolution; calculating a third priority value for the radio resources for each of a plurality of cells from the respective pair of primary and auxiliary priority values for the radio resources; and determining which of said plurality of cells to adopt as serving cell based at least on a comparison of said third priority indicator values, wherein said primary indicator value indicates a multiple of a unit value and said auxiliary primary indicator value indicates a multiple of a unit fraction of said unit value. detecting respective pairs of primary and auxiliary priority indicator values for a plurality of radio resources of a radio access network in one or more transmissions by said radio access network; selecting a cell to adopt as a serving cell based at least on both said primary indicator values and said auxiliary indicator values, wherein the primary priority indicator values for said plurality of radio resources provide an indication of the priority order for said plurality of radio resources to a first degree of resolution, and the combinations of primary and auxiliary priority indicator values for said plurality of radio resources provide an indication of the priority order for said plurality of radio resources to a second degree of resolution higher than said first degree of resolution; calculating a third priority value for the radio resources for each of a plurality of cells from the respective pair of primary and auxiliary priority values for the radio resources; and determining which of said plurality of cells to adopt as serving cell based at least on a comparison of said third priority indicator values, wherein said primary indicator value indicates a multiple of a unit value and said auxiliary primary indicator value indicates a multiple of a unit fraction of said unit value.
An LED lamp comprising a driver arrangement , which driver arrangement comprises: - a control unit for controlling the LED lamp according to a received signal (D 10_11 ) received from a wireless communication arrangement of an LED lighting system ; - a phase-cut detector realized to detect a phase-cut input (V cut ) to a driver of the driver arrangement ; characterized in that the LED lamp comprises a protection circuit realized to prevent operation of the LED lamp with the phase-cut input (V cut ) as long as a phase-cut angle of the phase-cut input (V cut ) exceeds a critical threshold by preventing an exposure of the LED lamp to the phase-cut input. - a control unit for controlling the LED lamp according to a received signal (D 10_11 ) received from a wireless communication arrangement of an LED lighting system ; - a phase-cut detector realized to detect a phase-cut input (V cut ) to a driver of the driver arrangement ; characterized in that the LED lamp comprises a protection circuit realized to prevent operation of the LED lamp with the phase-cut input (V cut ) as long as a phase-cut angle of the phase-cut input (V cut ) exceeds a critical threshold by preventing an exposure of the LED lamp to the phase-cut input.
A Flexible LED projection lamp, comprising: a plurality of LED lamp boards , wherein each LED lamp board comprises a circuit board and an LED soldered on the circuit board, the plurality of LED lamp boards are connected to one another via a flexible wire , and each LED lamp board is provided with a lens at a position corresponding to the LED ; and an injection-type insulating sheath integrally connected to the lens, comprising a plurality of external injection-type units and a plurality of flexible connectors, wherein every two adjacent external injection-type units are connected to each other via a respective one of the plurality of flexible connectors , each external injection-type unit is adapted to cover a periphery of one of the plurality of LED lamp boards and a part of a corresponding lens below a top of the corresponding lens , and each flexible connector is adapted to cover the flexible wire between two adjacent LED lamp boards , wherein the injection-type insulating sheath further comprises an internal injection-type unit adapted to cover the periphery of one of the plurality of LED lamp boards and the part of the corresponding lens below the top of the corresponding lens , and the external injection-type unit is adapted to cover the internal injection-type unit and expose the top of the corresponding lens , wherein the injection-type insulating sheath and the lens seal the LED lamp board and the flexible wire . a plurality of LED lamp boards , wherein each LED lamp board comprises a circuit board and an LED soldered on the circuit board, the plurality of LED lamp boards are connected to one another via a flexible wire , and each LED lamp board is provided with a lens at a position corresponding to the LED ; and an injection-type insulating sheath integrally connected to the lens, comprising a plurality of external injection-type units and a plurality of flexible connectors, wherein every two adjacent external injection-type units are connected to each other via a respective one of the plurality of flexible connectors , each external injection-type unit is adapted to cover a periphery of one of the plurality of LED lamp boards and a part of a corresponding lens below a top of the corresponding lens , and each flexible connector is adapted to cover the flexible wire between two adjacent LED lamp boards , wherein the injection-type insulating sheath further comprises an internal injection-type unit adapted to cover the periphery of one of the plurality of LED lamp boards and the part of the corresponding lens below the top of the corresponding lens , and the external injection-type unit is adapted to cover the internal injection-type unit and expose the top of the corresponding lens , wherein the injection-type insulating sheath and the lens seal the LED lamp board and the flexible wire .
A high-speed rotational atherectomy device for opening a stenosis in an artery having a lumen, comprising: a flexible, elongated, rotatable driveshaft , advanceable through the lumen; and a generally cylindrical abrasive element disposed on the driveshaft , the abrasive element having a first center of mass offset from a center of mass of the driveshaft in a first radial direction and having a second center of mass offset from the center of mass of the driveshaft in a second radial direction, the second center of mass being positioned proximal of the first center of mass, the second radial direction being predominantly opposite to the first radial direction. a flexible, elongated, rotatable driveshaft , advanceable through the lumen; and a generally cylindrical abrasive element disposed on the driveshaft , the abrasive element having a first center of mass offset from a center of mass of the driveshaft in a first radial direction and having a second center of mass offset from the center of mass of the driveshaft in a second radial direction, the second center of mass being positioned proximal of the first center of mass, the second radial direction being predominantly opposite to the first radial direction.
A compound represented by the following formula (I) or a solvate thereof for use in prevention and/or amelioration of estrogen deficiency disease or symptom: wherein the dashed line indicates that the bond may be a double bond, provided that a and b in the formula (I) do not simultaneously represent a double bond.
A method for equalizing audio signals, comprising: obtaining an audio signal (S401); acquiring an echo estimate that is caused by a sound reflection off one or more objects (S403); acquiring correction data based on the audio signal and the echo estimate (S405); and equalizing the audio signal based on the correction data (S407); wherein acquiring the echo estimate (S403) comprises: obtaining a complete echo estimate for a previous audio signal (S4031); and truncating the complete echo estimate to acquire the echo estimate (S4033), wherein the complete echo estimate includes a direct echo estimate corresponding to the group of direct echoes, wherein the reflection is not affected by spatial acoustics, and an indirect echo estimate corresponding to the group of indirect echoes, wherein the reflection is affected by spatial acoustics, wherein truncating the complete echo estimate comprises removing the direct echo estimate according to the time sequence of echoes. obtaining an audio signal (S401); acquiring an echo estimate that is caused by a sound reflection off one or more objects (S403); acquiring correction data based on the audio signal and the echo estimate (S405); and equalizing the audio signal based on the correction data (S407); wherein acquiring the echo estimate (S403) comprises: obtaining a complete echo estimate for a previous audio signal (S4031); and truncating the complete echo estimate to acquire the echo estimate (S4033), wherein the complete echo estimate includes a direct echo estimate corresponding to the group of direct echoes, wherein the reflection is not affected by spatial acoustics, and an indirect echo estimate corresponding to the group of indirect echoes, wherein the reflection is affected by spatial acoustics, wherein truncating the complete echo estimate comprises removing the direct echo estimate according to the time sequence of echoes.
A use of a photocurable composition as a photopolymerizable material in an additive manufacturing process that comprises heating the composition, which has a viscosity of at least 20 Pa.s at 20 °C and comprises the following components: - a photopolymerizable matrix material, - at least one thermoplastic polymer dissolved therein, and - at least one photoinitiator; characterized in that polycaprolactone or a derivative thereof is used as said dissolved thermoplastic polymer. - a photopolymerizable matrix material, - at least one thermoplastic polymer dissolved therein, and - at least one photoinitiator;
A method performed by a Radio Base Station, RBS, for transmitting data to a User Equipment, UE, the RBS receiving frames from a network node by means of a Radio Link Control, RLC, protocol, the method characterized in comprising : receiving a frame F1 from the network node, the frame having a sequence number, N, if the last received frame F0, prior to the received frame F1, has a sequence number lower than N-1, then starting a first timer T1 having a predefined length in time and temporarily storing the received frame F1, if receiving a subsequent frame F2 having a sequence number lower than N and higher than the sequence number of frame F0, then storing the received frame F2, and when all frames having sequence number between the sequence number of frame F0 and N have been received during the predefined length of the first timer T1, then forwarding the stored frames and/or received frames to the UE in the order of the sequence numbers. receiving a frame F1 from the network node, the frame having a sequence number, N, if the last received frame F0, prior to the received frame F1, has a sequence number lower than N-1, then starting a first timer T1 having a predefined length in time and temporarily storing the received frame F1, if receiving a subsequent frame F2 having a sequence number lower than N and higher than the sequence number of frame F0, then storing the received frame F2, and when all frames having sequence number between the sequence number of frame F0 and N have been received during the predefined length of the first timer T1, then forwarding the stored frames and/or received frames to the UE in the order of the sequence numbers.
A LED luminaire, driver, sensor or control unit , comprising: a first control unit and a second control unit , wherein the first control unit is configured to execute a software, and wherein the second control unit is configured to execute a further software; an interface unit arranged between the first control unit and the second control unit ; wherein the interface unit comprises at least a first and a second external interface which are adapted to connect to an external device ; and wherein the first and the second external interface are adapted to facilitate a selective communication between the external device and the first control unit and independently between the external device and the second control unit , such that the first external interface is configured to receive data from the first control unit and forward said data to the external device , and such that the second external interface is configured to receive modified data from the external device and to forward said modified data to the second control unit . a first control unit and a second control unit , wherein the first control unit is configured to execute a software, and wherein the second control unit is configured to execute a further software; an interface unit arranged between the first control unit and the second control unit ; wherein the interface unit comprises at least a first and a second external interface which are adapted to connect to an external device ; and wherein the first and the second external interface are adapted to facilitate a selective communication between the external device and the first control unit and independently between the external device and the second control unit , such that the first external interface is configured to receive data from the first control unit and forward said data to the external device , and such that the second external interface is configured to receive modified data from the external device and to forward said modified data to the second control unit .
A compound of formula (I), wherein R 1 is wherein R 4 is cyano; R 4a is H or deuterium; R 4b is H or deuterium; R 2 is 1,2,3,4-tetrahydroisoquinolinyl which is unsubstituted or substituted by hydroxy; 5,6,7,8-tetrahydro-1,6-naphthyridiny1;5,6,7,8-tetrahydro-2,6-naphthyridinyl which is unsubstituted or substituted by C 1-6 alkyl;5,6,7,8-tetrahydro-2,7-naphthyridinyl; or 6,7-dihydro-5H-pyrrolo[3,4-b]pyridinyl which is unsubstituted or substituted by C 1-6 alkyl; R 3 is C 1-6 alkyl; L is or a pharmaceutically acceptable salt thereof. R 1 is wherein R 4 is cyano; R 4a is H or deuterium; R 4b is H or deuterium; R 2 is 1,2,3,4-tetrahydroisoquinolinyl which is unsubstituted or substituted by hydroxy; 5,6,7,8-tetrahydro-1,6-naphthyridiny1;5,6,7,8-tetrahydro-2,6-naphthyridinyl which is unsubstituted or substituted by C 1-6 alkyl;5,6,7,8-tetrahydro-2,7-naphthyridinyl; or 6,7-dihydro-5H-pyrrolo[3,4-b]pyridinyl which is unsubstituted or substituted by C 1-6 alkyl; R 3 is C 1-6 alkyl; L is or a pharmaceutically acceptable salt thereof.
Drive arm of a windscreen wiper of a vehicle, particularly a vehicular automobile, comprising at least one clip for fastening a fluid circulation tube to a drive arm , said clip comprising means for retaining and fastening the tube to the arm, said fastening means are located on a side of the clip opposite that where said retaining means are located, said clip further comprising anti-rotation means of the clip that are configured to cooperate by abutment with the drive arm , the drive arm is characterized in that the fastening means of the clip comprise elastic clipping means that are engaged and pass through an opening of the arm and in that the anti-rotation means comprise at least one finger comprising a bearing surface .
A prefabricated roof plate element comprising only two load carrying girders , each girder is formed by longitudinal connection plates and longitudinal upper and lower steel frame parts having opposing vertical side walls (22,24 and 30,32), upper corrugations at an uppermost part of the longitudinal upper steel frame parts and opposing lower corrugations at a lowermost part of the lower steel frame parts , said lower corrugations at the lowermost part of the lower steel frame parts and said upper corrugations at the uppermost part of the longitudinal upper steel frame parts holding the longitudinal connection plates in a longitudinal direction, and said lower steel frame parts furthermore are interconnected as an integral steel panel part forming the bottom of said roof plate element , characterised in that each load carrying girder form a longitudinal side of the roof plate element along the entire length of the roof plate element .
A drive rod lock in particular for a double-leaf door with a bolt of a locking device which can be moved out of a lock case and with a control element movably arranged in the bolt , which in a normal position projects above the bolt and in a trigger position is pushed back into the bolt , with a trigger drivable by the control element for controlling the locking device , with a projection of the locking device movable between a blocking position and a release position, wherein in the trigger position of the trigger the projection is moved out of the blocking position and the return movement of the bolt into the lock case is released, characterized in that the trigger is made in one piece with the control element and is pre-tensioned by a spring element into one of the positions and that the bolt , the spring element and the control element are designed as an assembly which can be pre-assembled.