mhurhangee/ep-ind-claims huggingface dataset:
A method of power headroom reporting, performed by a User Equipment, UE, wherein the method comprises: determining Power Headroom, PH, information of each of a plurality of configured and active cells at a current instant if PH information is required to be reported, wherein the cells of said plurality of configured and active cells are aggregated with different TDD, Time Division Duplex, UL/DL, Uplink/Downlink, configurations for the UE, and comprise a cell which is configured with a downlink subframe at the current instant; and reporting the determined PH information to a network-side apparatus for scheduling of a subsequent uplink subframe. determining Power Headroom, PH, information of each of a plurality of configured and active cells at a current instant if PH information is required to be reported, wherein the cells of said plurality of configured and active cells are aggregated with different TDD, Time Division Duplex, UL/DL, Uplink/Downlink, configurations for the UE, and comprise a cell which is configured with a downlink subframe at the current instant; and reporting the determined PH information to a network-side apparatus for scheduling of a subsequent uplink subframe.
A method performed by a master node, MN, for measurement gap configuration, the method comprising: operating in a dual connectivity, DC, configuration with a secondary node, SN, and a wireless device; determining, based on capability information received from the wireless device, that the wireless device uses a separate radio frequency, RF, chain for a first frequency range, FR1, and a second frequency range, FR2; configuring the wireless device with a first measurement gap configuration for FR1 and a second measurement gap configuration for FR2, wherein the first measurement gap configuration allows the wireless device to measure FR1 and the second measurement gap configuration allows the wireless device to measure FR2; and receiving a message from the SN, the message configured to request that the MN modifies at least one of the first measurement gap configuration for FR1 and the second measurement gap configuration for FR2. operating in a dual connectivity, DC, configuration with a secondary node, SN, and a wireless device; determining, based on capability information received from the wireless device, that the wireless device uses a separate radio frequency, RF, chain for a first frequency range, FR1, and a second frequency range, FR2; configuring the wireless device with a first measurement gap configuration for FR1 and a second measurement gap configuration for FR2, wherein the first measurement gap configuration allows the wireless device to measure FR1 and the second measurement gap configuration allows the wireless device to measure FR2; and receiving a message from the SN, the message configured to request that the MN modifies at least one of the first measurement gap configuration for FR1 and the second measurement gap configuration for FR2.
A transgenic plant having more than one transgene for reducing or eliminating plant insect pest infestation, or a plant cell thereof, wherein said plant or said plant cell comprises a dsRNA for suppression of an essential gene in a target insect pest and a gene encoding a Bacillus thuringiensis insecticidal protein exhibiting biological activity against said target insect pest.
A method of wireless communication at a transmitter, comprising: receiving, from a receiver, repetition configuration information that comprises an indication of a beam sweep repetition type for beam sweep repetitions of one or more of a control channel or a shared channel; and transmitting repetitions of a signal to the receiver based on the repetition configuration information received from the receiver. receiving, from a receiver, repetition configuration information that comprises an indication of a beam sweep repetition type for beam sweep repetitions of one or more of a control channel or a shared channel; and transmitting repetitions of a signal to the receiver based on the repetition configuration information received from the receiver.
A coated cell (1080, 3080) comprising: a cylindrical cell (1120, 3120) of a sodium sulfur battery having an outer peripheral surface (1160, 3160); a first coating material (1121, 3121) coating said outer peripheral surface (1160, 3160); a second coating material (1122, 3122) stacked radially outside said first coating material (1121, 3121); and a third coating material (1180, 3180) stacked radially outside said second coating material (1122, 3122), each of said first coating material (1121, 3121), said second coating material (1122, 3122) and said third coating material (1180, 3180) being a heat insulation material (1121, 3121), a heat-resistant material (1122, 3122) or an electrical insulation material (1180, 3180), said first coating material (1121, 3121), said second coating material (1122, 3122) and said third coating material (1180, 3180) including all of said heat insulation material (1121, 3121), said heat-resistant material (1122, 3122) and said electrical insulation material (1180, 3180), wherein said heat insulation material (1121, 3121) is a mica sheet, said heat-resistant material (1122, 3122) is a carbon sheet, and said electrical insulation material (1180, 3180) is made of mica which is in plate-like form. a cylindrical cell (1120, 3120) of a sodium sulfur battery having an outer peripheral surface (1160, 3160); a first coating material (1121, 3121) coating said outer peripheral surface (1160, 3160); a second coating material (1122, 3122) stacked radially outside said first coating material (1121, 3121); and a third coating material (1180, 3180) stacked radially outside said second coating material (1122, 3122), each of said first coating material (1121, 3121), said second coating material (1122, 3122) and said third coating material (1180, 3180) being a heat insulation material (1121, 3121), a heat-resistant material (1122, 3122) or an electrical insulation material (1180, 3180), said first coating material (1121, 3121), said second coating material (1122, 3122) and said third coating material (1180, 3180) including all of said heat insulation material (1121, 3121), said heat-resistant material (1122, 3122) and said electrical insulation material (1180, 3180), wherein said heat insulation material (1121, 3121) is a mica sheet, said heat-resistant material (1122, 3122) is a carbon sheet, and said electrical insulation material (1180, 3180) is made of mica which is in plate-like form.
Micro valve, comprising a first valve chamber and a second valve chamber and also a closing member, which is adjustable between an open position, in which the valve chambers (4, 5) are connected to each other, and a closed position, in which the valve chambers (4, 5) are separated from each other, a reference chamber, which is delimited by the closing member, being provided, the closing member being formed as a diaphragm, which in the closed position is arranged and/or formed so as to act together in a sealing manner with a separating wall that separates the first and second valve chambers (4, 5) from each other, in particular with the end face thereof, characterized in that a supporting element for supporting the diaphragm is provided at a distance from the separating wall in the second valve chamber, preferably in the region of the middle of the diaphragm, in order to establish a connection between the valve chambers (4, 5) when negative pressure is applied to the second valve chamber.
A multi-optical axis photoelectric sensor comprising: a body housing having openings (31a, 31b) in a front surface and both end portions; a pair of caps that respectively close the openings of the both end portions of the body housing; a light transmissive plate that closes the opening of the front surface of the body housing, wherein light of photoelectric elements (14, 15) is transmissible through the light transmissive plate, and the light transmissive plate is disposed to straddle, particularly to extend over, the body housing and the pair of caps; and a pair of first sealing portions that seal between the body housing and both side edges of the light transmissive plate; characterized in that the multi-optical axis photoelectric sensor further comprises: second sealing portions that seal between the caps and the side edges of the light transmissive plate and between the caps and end portions of the light transmissive plate, wherein the second sealing portions butt against the pair of first sealing portions and are connected to the pair of first sealing portions; and third sealing portions which are integrally molded with the second sealing portions respectively so as to be connected with the second sealing portions, and which seal between the caps and the body housing. a body housing having openings (31a, 31b) in a front surface and both end portions; a pair of caps that respectively close the openings of the both end portions of the body housing; a light transmissive plate that closes the opening of the front surface of the body housing, wherein light of photoelectric elements (14, 15) is transmissible through the light transmissive plate, and the light transmissive plate is disposed to straddle, particularly to extend over, the body housing and the pair of caps; and a pair of first sealing portions that seal between the body housing and both side edges of the light transmissive plate; characterized in that the multi-optical axis photoelectric sensor further comprises: second sealing portions that seal between the caps and the side edges of the light transmissive plate and between the caps and end portions of the light transmissive plate, wherein the second sealing portions butt against the pair of first sealing portions and are connected to the pair of first sealing portions; and third sealing portions which are integrally molded with the second sealing portions respectively so as to be connected with the second sealing portions, and which seal between the caps and the body housing. second sealing portions that seal between the caps and the side edges of the light transmissive plate and between the caps and end portions of the light transmissive plate, wherein the second sealing portions butt against the pair of first sealing portions and are connected to the pair of first sealing portions; and third sealing portions which are integrally molded with the second sealing portions respectively so as to be connected with the second sealing portions, and which seal between the caps and the body housing.
A surgical instrument, comprising: (a) a body; (b) an ultrasonic blade extending distally from the body, wherein the ultrasonic blade is operable to apply ultrasonic energy to tissue; (c) a clamp arm assembly comprising a clamp arm pivotably coupled with the body at a pivot assembly, wherein the clamp arm is operable to compress tissue against the ultrasonic blade; (d) a first tissue stop feature extending toward the clamp arm; (e) a second tissue stop feature extending away from the clamp arm, wherein the second tissue stop feature is configured to pivot with the clamp arm, wherein the first and second tissue stop features are configured to cooperate to restrict passage of tissue to proximal regions of the ultrasonic blade and clamp arm; and (f) a detent assembly (1176, 1209), wherein the detent assembly is configured to provide tactile resistance to pivotal movement of the clamp arm relative to the body beyond a predefined pivot angle, wherein the detent assembly (1176, 1209) is configured to permit pivotal movement of the clamp arm relative to the body beyond a predefined pivot angle upon application of a force sufficient to overcome the tactile resistance, further wherein the tactile feedback indicates to the operator that the first tissue stop and second tissue stop are no longer overlapping. (a) a body; (b) an ultrasonic blade extending distally from the body, wherein the ultrasonic blade is operable to apply ultrasonic energy to tissue; (c) a clamp arm assembly comprising a clamp arm pivotably coupled with the body at a pivot assembly, wherein the clamp arm is operable to compress tissue against the ultrasonic blade; (d) a first tissue stop feature extending toward the clamp arm; (e) a second tissue stop feature extending away from the clamp arm, wherein the second tissue stop feature is configured to pivot with the clamp arm, wherein the first and second tissue stop features are configured to cooperate to restrict passage of tissue to proximal regions of the ultrasonic blade and clamp arm; and (f) a detent assembly (1176, 1209), wherein the detent assembly is configured to provide tactile resistance to pivotal movement of the clamp arm relative to the body beyond a predefined pivot angle, wherein the detent assembly (1176, 1209) is configured to permit pivotal movement of the clamp arm relative to the body beyond a predefined pivot angle upon application of a force sufficient to overcome the tactile resistance, further wherein the tactile feedback indicates to the operator that the first tissue stop and second tissue stop are no longer overlapping.
A pellet press comprising a roller supporting shaft with a longitudinal axis, the shaft having at a roller support side an end part with a diameter D EP supporting a bearing and a rotation member rotatable about the shaft, wherein the shaft is provided with a cooling channel having an inner diameter D I and extending along the longitudinal axis, and a cooling duct extending coaxially within the cooling channel and having an outer surface situated at a distance (dw) from a cooling channel wall, the cooling channel and the cooling duct being closed at the roller support side, characterised in that the roller supporting shaft further comprises at least one bearing cooling channel having first and second radial sections (30a, 30b) that respectively extend from a roller support side position and from an upstream position of the cooling channel wall, in a radial direction through the end part of the shaft, to an outward end position near the bearing, and with a third axial section extending through the end part in the axial direction and interconnecting the first and second radial sections (30a, 30b), and a fluid seal, situated between the outer surface of the cooling duct and the wall of the cooling channel at an axial position between the axial positions of the first and second radial bearing cooling channel sections (30a, 30b). characterised in that the roller supporting shaft further comprises at least one bearing cooling channel having first and second radial sections (30a, 30b) that respectively extend from a roller support side position and from an upstream position of the cooling channel wall, in a radial direction through the end part of the shaft, to an outward end position near the bearing, and with a third axial section extending through the end part in the axial direction and interconnecting the first and second radial sections (30a, 30b), and a fluid seal, situated between the outer surface of the cooling duct and the wall of the cooling channel at an axial position between the axial positions of the first and second radial bearing cooling channel sections (30a, 30b).
An image forming apparatus comprising: a main body of the image forming apparatus; a developing cartridge that is detachably disposed in the main body and includes an image carrier; a charging roller that is disposed to face the image carrier in the developing cartridge and charges a surface of the image carrier; a charging roller separating unit that moves the charging roller between a first position in which the charging roller is in contact with the image carrier and a second position in which the charging roller is spaced apart from the image carrier; and a paper feeding cassette wherein the paper feeding cassette is formed to be foldable and has a folded state and an extended state and is detachably disposed in the main body; characterised in that: the paper feeding cassette in the folded state is configured to fix the charging roller in the second position by interference with the charging roller separating unit such that withdrawal of the paper feeding cassette from the main body is configured to remove the interference and move the charging roller to the first position. a main body of the image forming apparatus; a developing cartridge that is detachably disposed in the main body and includes an image carrier; a charging roller that is disposed to face the image carrier in the developing cartridge and charges a surface of the image carrier; a charging roller separating unit that moves the charging roller between a first position in which the charging roller is in contact with the image carrier and a second position in which the charging roller is spaced apart from the image carrier; and a paper feeding cassette wherein the paper feeding cassette is formed to be foldable and has a folded state and an extended state and is detachably disposed in the main body; characterised in that: the paper feeding cassette in the folded state is configured to fix the charging roller in the second position by interference with the charging roller separating unit such that withdrawal of the paper feeding cassette from the main body is configured to remove the interference and move the charging roller to the first position.
A clamping system for connecting together a first tube and a second tube, the facing ends of the tubes having bearing surfaces (16, 18) that project relative to the cylindrical outside surfaces of said tubes, the system comprising a collar and a washer (28; 128; 128'), the collar having a band suitable for co-operating with said bearing surfaces via its inside periphery defining a setback into which the bearing surfaces can be inserted, and means for tightening said band (12A, 12B, 24, 26), the washer (28; 128; 128') being secured to the collar by fastening means (33, 34) and presenting a sealing portion suitable for being sandwiched between two sealing surfaces belonging respectively to the first tube and to the second tube when said tubes are clamped by means of the clamping system, the collar and the washer forming an assembly which can be pre-fitted onto the first tube, and the system comprising first pre-fitting means for acting when the collar is in the non-tightened state to secure said collar to the first tube when the bearing surface of said first tube is engaged in the setback, and second pre-fitting means for acting, when the collar is secured to the first tube by the first pre-fitting means, to secure said collar to the second tube when the bearing surface of said second tube is also engaged in the setback, characterized in that the fastening means comprise deformable fastening tabs (33, 34) that are integral with the washer and are situated on a first side of a surface of the washer (28; 128; 128'), the first pre-fitting means comprise first deformable pre-fitting tabs suitable for co-operating with the first tube, said first pre-fitting tabs being also integral with the washer and being situated on the first side of the washer (28; 128; 128'), and the second pre-fitting means comprise second deformable pre-fitting tabs suitable for co-operating with the second tube, said second pre-fitting tabs being situated on a second side of the washer that is opposite from first side, and in that the second pre-fitting tabs comprise at least one pre-deformed tab that, in axial section, has a joining segment joining to the washer and that extends outwards from the washer, and a securing segment for securing to the second tube and that extends between the joining segment and a free end of said pre-deformed tab while pointing inwards in the direction going towards said free end.
Stackable transport trolley having a chassis and having a basket, wherein the chassis has a carrying frame and a wire framework, which is arranged on the carrying frame, wherein the wire framework carries the basket, and wherein the wire framework has a wire frame with two upwardly projecting basket-fastening brackets, wherein the basket is pushed onto the basket-fastening brackets and, in the assembled state of the transport trolley, the wire frame has a rear-side transverse strut, which connects the two basket-fastening brackets, characterized in that the basket-fastening brackets are of V-shaped design and the basket has basket-fastening-bracket mounts, which are formed in the basket as openings, into which, in the assembled state, the basket-fastening brackets are pushed.
Method for cleaning an active substance tank of a direct feed system of an agricultural sprayer, comprising the steps of: - flushing a liquid from a storage container of the agricultural sprayer into the active substance tank of the direct feed system, wherein the storage container, for the purpose of discharging the liquid in the storage container onto a usable agricultural area, is integrated in a circulation system of the agricultural sprayer; and - conveying the liquid, flushed into the active substance tank of the direct feed system, to discharge elements (30a-30e, 32a-32e) of the agricultural sprayer; characterized in that the liquid flushed into the active substance tank of the direct feed system is conveyed to the discharge elements (30a-30e, 32a-32e) via a separate outward flush line and via line sections of the circulation system. - flushing a liquid from a storage container of the agricultural sprayer into the active substance tank of the direct feed system, wherein the storage container, for the purpose of discharging the liquid in the storage container onto a usable agricultural area, is integrated in a circulation system of the agricultural sprayer; and - conveying the liquid, flushed into the active substance tank of the direct feed system, to discharge elements (30a-30e, 32a-32e) of the agricultural sprayer;
Nail gun for driving fastening elements into a substrate in a driving-in direction, comprising a drive piston which can be driven in a setting direction in order to push a fastening element into the substrate, comprising a control unit which is provided for controlling a driving-in process of the nail gun, comprising a sensor device for detecting a parameter during the driving-in process and for transmitting a signal, which is dependent on the detected parameter, to the control unit, characterized in that the control unit is provided for controlling driving-in energy, which is still to be transmitted to the fastening element as part of the driving-in process, depending on the detected parameter.
Volumetric flow meter for measuring a fluid volume flow by means of at least two toothed elements (3; 4) that are rotatably mounted in a measuring chamber and mesh with one another, the measuring chamber for the fluid volume flow having an inlet and an outlet, a separation between the inlet and the outlet being formed in the measuring chamber in a meshing area by means of inter-engaging teeth of the intermeshing toothed elements (3; 4), and it being possible for a fluid volume flow transported from the inlet to the outlet to be picked up on the basis of a rotational movement of least one of the toothed elements, at least one measuring sensor operating without contact being provided for detecting the movement of the toothed element by using a magnetic field that changes relative to the measuring sensor, the volumetric flow meter respectively generating at least one cosine and one sine signal for further signal evaluation on the basis of a measured signal picked up by the measuring sensor, characterized in that the measuring sensor detects an angular change of magnetic field lines and operates in accordance with an MR principle or AMR principle, a magnetic field generating device assigned to the measuring sensor being a diametric magnet with at least two poles, and in that the magnetic field generating device or a magnetic field changing device is arranged in a hollow space, which is isolated hermetically from the fluid volume, in a shaft (5; 6) of a toothed element (3; 4).