mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving , from a base station, a first control signal that indicates a maximum number of hybrid automatic repeat request, HARQ, processes, and receiving , from the base station, a second control signal on a first carrier that schedules a first number of slots on a second carrier; and aggregating every two or more of the scheduled first number of slots to a single HARQ process in response to the first number being larger than the maximum number of HARQ processes. receiving , from a base station, a first control signal that indicates a maximum number of hybrid automatic repeat request, HARQ, processes, and receiving , from the base station, a second control signal on a first carrier that schedules a first number of slots on a second carrier; and aggregating every two or more of the scheduled first number of slots to a single HARQ process in response to the first number being larger than the maximum number of HARQ processes.
A coolant draining tool in use with an electrical storage system, i.e. ESS, of a heavy-duty vehicle , wherein the coolant draining tool is of elongated shape and comprises an internal tubular channel for guiding a flow of coolant in a discharge direction (D), the coolant draining tool comprising an externally threaded portion which encloses the tubular channel at a distal first end of the coolant draining tool , the externally threaded portion being configured to engage an internal threaded portion of an ESS connector , wherein a valve engagement member is arranged centered in the tubular channel at the first end of the coolant draining tool, the valve engagement member being arranged to engage a spring-loaded valve of the ESS connector to bias the valve into an open position, characterized in that the valve engagement member comprises a cross-hair design with a center portion arranged to engage the spring-loaded valve of the ESS connector . a heavy-duty vehicle , wherein the coolant draining tool is of elongated shape and comprises an internal tubular channel for guiding a flow of coolant in a discharge direction (D), the coolant draining tool comprising an externally threaded portion which encloses the tubular channel at a distal first end of the coolant draining tool , the externally threaded portion being configured to engage an internal threaded portion of an ESS connector , wherein a valve engagement member is arranged centered in the tubular channel at the first end of the coolant draining tool, the valve engagement member being arranged to engage a spring-loaded valve of the ESS connector to bias the valve into an open position, characterized in that the valve engagement member comprises a cross-hair design with a center portion arranged to engage the spring-loaded valve of the ESS connector .
- A device (1, 1', 1") for accessing, via the vagina, the uterus of a female livestock animal, such as a bovine, for the purpose of a transfer of material or substance with a reproductive, therapeutic or diagnostic purpose, or for the purpose of a sampling from the uterus, and for carrying out said transfer or sampling, the device (1, 1', 1") comprising a body assembly (4, 4', 4"), which is integral, at the proximal end thereof, with grasping means for an operator and has a distal end , a first passage (6c, 6c', 4, 4', 4", 25d) extending through the device and opening out at the proximal and distal ends, so as to establish an access route between the inside and the outside of the animal, so as to allow the transfer of material or substance with a reproductive, therapeutic or diagnostic purpose, or the sampling, wherein the body assembly (4, 4', 4") is substantially straight and rigid so as to allow it to be inserted into the vagina of the animal, and is provided, at the distal end , a cup (24, 24', 24"), the opening of which is oriented away from the proximal end of the body assembly (4, 4', 4"), a central projection (32, 32', 32") extending from the bottom of the cup (24, 24', 24") and having a through hole (33, 33', 33"), an end of which is in communication with the first through passage (6c, 6c', 4, 4', 4", 25d) of the body assembly, the cup (24, 24', 24") also having an orifice in communication with a distal end of a second through passage provided in the body assembly (4, 4', 4") and the other, proximal, end of which being configured for connection to suction means which are configured to create in the cup (24, 24', 24") a negative pressure that presses the cup (24, 24', 24") against the fornix of the animal, the first passage (6c, 6c', 4, 4', 4", 25d) then constituting an access route to the uterus from the outside of the animal, the device (1, 1', 1") being characterised in that the cup (24, 24', 24") also comprising a second hole (24b, 24b', 24e") adapted to receive viewing means having a field of view oriented in the distal direction of the device (1, 1', 1") to allow an operator to view the surroundings ahead of the cup (24, 24', 24").
A communication control apparatus comprising: a control unit configured to - control one or more base stations to transmit two types of synchronization signals including a first synchronization signal which is beamformed and a second synchronization signal which is not beamformed within one radio frame, - cause the first synchronization signal and the second synchronization signal to be transmitted in different subframes, and - cause the first synchronization signal to be transmitted in a subframe other than a sub-frame whose subframe number is 0 or 5, in a case where a communication scheme is frequency division duplex, FDD, or cause the first synchronization signal to be transmitted in a subframe other than a subframe whose subframe number is 0, 1, 5 or 6, in a case where a communication scheme is time division duplex, TDD. - control one or more base stations to transmit two types of synchronization signals including a first synchronization signal which is beamformed and a second synchronization signal which is not beamformed within one radio frame, - cause the first synchronization signal and the second synchronization signal to be transmitted in different subframes, and - cause the first synchronization signal to be transmitted in a subframe other than a sub-frame whose subframe number is 0 or 5, in a case where a communication scheme is frequency division duplex, FDD, or cause the first synchronization signal to be transmitted in a subframe other than a subframe whose subframe number is 0, 1, 5 or 6, in a case where a communication scheme is time division duplex, TDD.
A VRAC modulator of formula I, or a pharmaceutically acceptable salt thereof, and an anti-hormone agent for use in the treatment of cancer, wherein the anti-hormone agent is selected from the group consisting of: a. an anti-estrogen selected from the group consisting of: fulvestrant, tamoxifen, toremifene, and clomifene, and b. an anti-progestogen selected from the group consisting of: mifepristone, ulipristal acetate, aglepristone, lilopristone and onapristone. or a pharmaceutically acceptable salt thereof, and an anti-hormone agent for use in the treatment of cancer, wherein the anti-hormone agent is selected from the group consisting of: a. an anti-estrogen selected from the group consisting of: fulvestrant, tamoxifen, toremifene, and clomifene, and b. an anti-progestogen selected from the group consisting of: mifepristone, ulipristal acetate, aglepristone, lilopristone and onapristone. a. an anti-estrogen selected from the group consisting of: fulvestrant, tamoxifen, toremifene, and clomifene, and b. an anti-progestogen selected from the group consisting of: mifepristone, ulipristal acetate, aglepristone, lilopristone and onapristone.
A method for controlling a generator of electric energy with a voltage inverter that is connected to an electric supply grid on a grid connection point in order to detect stability problems in the supply grid at an early stage comprising the following steps: - Incorporating at least one grid characteristic of the electric supply grid that is related to the grid connection point , which describe the behaviour of the supply grid in case of deviations from a nominal operating point, wherein the incorporation of at least one grid characteristic comprises the incorporation of a stability boundary , and the stability boundary 10 can be specified as a function of the grid voltage (V) on the grid connection point depending on the fed-in reactive power (Q) and depending on the fed-in active power (P), - Controlling the generator in such way that it feeds active and reactive power into the electric supply grid subject to the incorporated grid characteristic, wherein the operating point of the generator is selected with a predetermined stability reserve with regard to the stability boundary and on the stable side of the stability boundary. - Incorporating at least one grid characteristic of the electric supply grid that is related to the grid connection point , which describe the behaviour of the supply grid in case of deviations from a nominal operating point, wherein the incorporation of at least one grid characteristic comprises the incorporation of a stability boundary , and the stability boundary 10 can be specified as a function of the grid voltage (V) on the grid connection point depending on the fed-in reactive power (Q) and depending on the fed-in active power (P), - Controlling the generator in such way that it feeds active and reactive power into the electric supply grid subject to the incorporated grid characteristic, wherein the operating point of the generator is selected with a predetermined stability reserve with regard to the stability boundary and on the stable side of the stability boundary.
A light emitting diode comprising: a conductive support member ; a reflection layer on the conductive support member; an ohmic contact layer disposed on the reflection layer and having a rough bottom surface ; and a light emitting structure comprising a first conductive type semiconductor layer , an active layer , and a second conductive type semiconductor layer that are disposed on the ohmic contact layer , wherein the first conductive type semiconductor layer includes an n-type semiconductor layer, wherein the second conductive type semiconductor layer includes a p-type semiconductor layer, wherein the bottom surface of the ohmic contact layer has a surface roughness in a range from 3 nm to 5 nm in root mean square, RMS, value, wherein the rough bottom surface of the ohmic contact layer is disposed between the reflection layer and the ohmic contact layer , wherein the bottom surface of the ohmic contact layer is directly in contact with a top surface of the reflection layer , and wherein the rough bottom surface of the ohmic contact layer corresponds to a rough top surface of the reflection layer, wherein the ohmic contact layer has a thickness of 180 nm to 220 nm, wherein the ohmic contact layer comprises ITO, the reflection layer comprises aluminum (Al), and the reflection layer has a reflectance of 75% or higher for wavelengths in a range from 400 to 650 nm. a conductive support member ; a reflection layer on the conductive support member; an ohmic contact layer disposed on the reflection layer and having a rough bottom surface ; and a light emitting structure comprising a first conductive type semiconductor layer , an active layer , and a second conductive type semiconductor layer that are disposed on the ohmic contact layer , wherein the first conductive type semiconductor layer includes an n-type semiconductor layer, wherein the second conductive type semiconductor layer includes a p-type semiconductor layer, wherein the bottom surface of the ohmic contact layer has a surface roughness in a range from 3 nm to 5 nm in root mean square, RMS, value, wherein the rough bottom surface of the ohmic contact layer is disposed between the reflection layer and the ohmic contact layer , wherein the bottom surface of the ohmic contact layer is directly in contact with a top surface of the reflection layer , and wherein the rough bottom surface of the ohmic contact layer corresponds to a rough top surface of the reflection layer, wherein the ohmic contact layer has a thickness of 180 nm to 220 nm, wherein the ohmic contact layer comprises ITO, the reflection layer comprises aluminum (Al), and the reflection layer has a reflectance of 75% or higher for wavelengths in a range from 400 to 650 nm.
A radio frequency amplifier comprising: a transistor (M) having a source as an input terminal, a drain as an output terminal, and a gate as a control terminal; a transformer having a first coil conductor (N1) and a second coil conductor (N2), the first coil conductor (N1) magnetically coupling to the second coil conductor (N2), the second coil conductor (N2) connecting to the control terminal of the transistor (M), the first coil conductor (N1) connecting to the input terminal of the transistor (M); a variable capacitor (C tune ) connected in parallel with the second coil conductor (N2); and a signal input end (V in ) and a signal output end (Vout), wherein the signal input end (V in ) connects to the input terminal of the transistor (M) and the signal output end (V out ) connects to the output terminal of the transistor (M); wherein the radio frequency amplifier is configured to be an input or output stage of an integrated circuit . a transistor (M) having a source as an input terminal, a drain as an output terminal, and a gate as a control terminal; a transformer having a first coil conductor (N1) and a second coil conductor (N2), the first coil conductor (N1) magnetically coupling to the second coil conductor (N2), the second coil conductor (N2) connecting to the control terminal of the transistor (M), the first coil conductor (N1) connecting to the input terminal of the transistor (M); a variable capacitor (C tune ) connected in parallel with the second coil conductor (N2); and a signal input end (V in ) and a signal output end (Vout), wherein the signal input end (V in ) connects to the input terminal of the transistor (M) and the signal output end (V out ) connects to the output terminal of the transistor (M); wherein the radio frequency amplifier is configured to be an input or output stage of an integrated circuit .
A regenerative energy absorption device for damping forces, particularly tensile, impact and/or torsional forces, occurring during operation of a track-guided vehicle, wherein the energy absorption device comprises at least one spring device having an elastomer body which is designed so as to at least in part deform elastically upon the introduction of forces into the energy absorption device, characterized in that at least part of the elastomer body is formed from an electrically conductive material , the specific electrical resistance of which varies under tensile and/or compressive load, and wherein the energy absorption device is allocated a resistance sensor device for detecting an electrical conductivity or electrical resistance of the electrically conductive material .
Firearm, in particular for firing fixed ammunition, having at least one firearm chassis , one firearm system support and one firearm system device , wherein at least the firearm chassis and the firearm system support have corresponding gridded engagement means via which they can be arranged in axially different positions relative to each other, characterized in that at least one component has a plurality of engagement contour elements arranged in a grid and extending transversely to the longitudinal extension, and at least one further component has a correspondingly gridded, correspondingly shaped contour .
A transport system in which overhead travelling vehicles transport articles between load ports provided in individual pieces of processing equipment , comprising: an overhead travelling vehicle travelling route ; a plurality of overhead travelling vehicles each having a hoist; a local vehicle travelling route that is disposed at least under the overhead travelling vehicle travelling route and over a plurality of load ports at positions higher than the load ports ; a plurality of local vehicles travelling along the local vehicle travelling route , the local vehicles each including a hoist ; a plurality of buffers that are provided along the local vehicle travelling route and configured to store articles ; and a controller that controls the overhead travelling vehicles and the local vehicles , wherein the local vehicle travelling route includes a plurality of local routes that are provided in parallel, and the local vehicles are configured to transport articles between load ports and buffers under control of the controller , and the overhead travelling vehicles are configured to, under control of the controller , transfer articles to and from load ports or buffers and transport articles between load ports or buffers and a section other than the local vehicle travelling route , characterized in that the local vehicles are configured to diverge and merge from one local route to another local route and the local vehicle travelling route consists of local tracks , which are arranged longitudinally and transversely in a grid pattern. an overhead travelling vehicle travelling route ; a plurality of overhead travelling vehicles each having a hoist; a local vehicle travelling route that is disposed at least under the overhead travelling vehicle travelling route and over a plurality of load ports at positions higher than the load ports ; a plurality of local vehicles travelling along the local vehicle travelling route , the local vehicles each including a hoist ; a plurality of buffers that are provided along the local vehicle travelling route and configured to store articles ; and a controller that controls the overhead travelling vehicles and the local vehicles , wherein the local vehicle travelling route includes a plurality of local routes that are provided in parallel, and the local vehicles are configured to transport articles between load ports and buffers under control of the controller , and the overhead travelling vehicles are configured to, under control of the controller , transfer articles to and from load ports or buffers and transport articles between load ports or buffers and a section other than the local vehicle travelling route , characterized in that the local vehicles are configured to diverge and merge from one local route to another local route and the local vehicle travelling route consists of local tracks , which are arranged longitudinally and transversely in a grid pattern.
A farming machine comprising: - a support frame , - a power take-off rotatably associated with the support frame , - a motor mounted on the support frame and adapted for setting the input shaft in rotation, - a clutch able to be actuated between a first position, in which it couples the motor with the power take-off , and a second position, in which it decouples the motor from the power take-off , and - braking means adapted for counteracting the rotation of the power take-off when the clutch is in the second position, characterized in that the clutch comprises: - an input shaft connected to the motor , - an output shaft connected to the power take-off , - at least one driven disc rotating as a unit with the output shaft , - at least one friction disc rotating as a unit with the input shaft , and - first actuation means for pressing the driven disc against the friction disc , and wherein the braking means are configured to automatically start working when the clutch is in the second position. - a support frame , - a power take-off rotatably associated with the support frame , - a motor mounted on the support frame and adapted for setting the input shaft in rotation, - a clutch able to be actuated between a first position, in which it couples the motor with the power take-off , and a second position, in which it decouples the motor from the power take-off , and - braking means adapted for counteracting the rotation of the power take-off when the clutch is in the second position, - an input shaft connected to the motor , - an output shaft connected to the power take-off , - at least one driven disc rotating as a unit with the output shaft , - at least one friction disc rotating as a unit with the input shaft , and - first actuation means for pressing the driven disc against the friction disc ,
A method in a wireless device , comprising: detecting that a load associated with a set of radio resources allocated for vehicle-to-other, V2x, communication exceeds a load threshold, the wireless device having a first transport format for V2x transmissions, wherein the first transport format is a most suitable format for a particular V2x application; and upon detecting that the load associated with the set of radio resources allocated for V2x communication exceeds the load threshold, selecting a second transport format for use in a subsequent V2x transmission by the wireless device, wherein the second transport format is a common format for multiple wireless devices, wherein the first transport format and the second transport format have at least one different radio parameter comprising one or more of: a channel bandwidth, a number of retransmissions, a modulation scheme, a coding scheme, and a resource hopping pattern, the second transport format being configured to reduce radio resource fragmentation. detecting that a load associated with a set of radio resources allocated for vehicle-to-other, V2x, communication exceeds a load threshold, the wireless device having a first transport format for V2x transmissions, wherein the first transport format is a most suitable format for a particular V2x application; and upon detecting that the load associated with the set of radio resources allocated for V2x communication exceeds the load threshold, selecting a second transport format for use in a subsequent V2x transmission by the wireless device, wherein the second transport format is a common format for multiple wireless devices, wherein the first transport format and the second transport format have at least one different radio parameter comprising one or more of: a channel bandwidth, a number of retransmissions, a modulation scheme, a coding scheme, and a resource hopping pattern, the second transport format being configured to reduce radio resource fragmentation.
An apparatus for compacting fibrous plant material, in particular for compacting stalk material, having a feeding device for feeding the plant material or stalk material to be compacted and having at least one pair of press drums (10.1, 10.2) that are settable into opposite rotational movements, wherein the feeding device comprises a drivable conveyor belt which conveys the material to be pressed, in particular plant material or stalk material to be compacted, into the region of a feed hopper between the press drums (10.1, 10.2), and which wraps around one of the two press drums (10.1, 10.2) regionally over an angle of at least 20° in order to form a precompaction region , wherein the width of the precompaction region corresponds to at least the working width of the press drums (10.1, 10.2) and the precompaction region has a constant width along its length.