mhurhangee/ep-ind-claims huggingface dataset:
A data processing method, comprising: determining, by a first device, to change a type of at least one radio bearer of the first device from a first type to a second type; and receiving, by the first device, first indication information transmitted by a second device, wherein the first indication information is used to indicate that a radio bearer type of data that is of the at least one radio bearer and is received by the first device is a first-type radio bearer or a second-type radio bearer; wherein the first device is a terminal device (1000, 2000), and the second device is a base station (3000, 4000); or the first device is a base station (3000, 4000), and the second device is a terminal device (1000, 2000), wherein the first indication information comprises a radio link control, RLC, sequence number, and the RLC sequence number is a sequence number of an RLC protocol data unit of the at least one radio bearer, wherein the RLC protocol data unit is a last RLC protocol data unit comprising an RLC service data unit encapsulated based on a format of the first-type radio bearer, or the RLC protocol data unit is a first RLC protocol data unit comprising an RLC service data unit encapsulated based on a format of the second-type radio bearer. determining, by a first device, to change a type of at least one radio bearer of the first device from a first type to a second type; and receiving, by the first device, first indication information transmitted by a second device, wherein the first indication information is used to indicate that a radio bearer type of data that is of the at least one radio bearer and is received by the first device is a first-type radio bearer or a second-type radio bearer; wherein the first device is a terminal device (1000, 2000), and the second device is a base station (3000, 4000); or the first device is a base station (3000, 4000), and the second device is a terminal device (1000, 2000), wherein the first indication information comprises a radio link control, RLC, sequence number, and the RLC sequence number is a sequence number of an RLC protocol data unit of the at least one radio bearer, wherein the RLC protocol data unit is a last RLC protocol data unit comprising an RLC service data unit encapsulated based on a format of the first-type radio bearer, or the RLC protocol data unit is a first RLC protocol data unit comprising an RLC service data unit encapsulated based on a format of the second-type radio bearer.
An article transport apparatus comprising: a plurality of supports for supporting an article; a supporting rotator that can be rotated about a single main shaft and rotatably supports the supports at a plurality of positions located at an equal distance from the main shaft in a radial direction and arranged at equal intervals in a circumferential direction; a driving portion for rotating the supporting rotator; an attitude maintenance mechanism for keeping the plurality of supports in a constant attitude irrespective of a phase of the supporting rotator; an article carry-in portion for carrying an article into the support located at a first position in the circumferential direction; and an article carry-out portion for carrying an article out of the support located at a second position separate from the first position in the circumferential direction, wherein the attitude maintenance mechanism includes: a fixed gear that is fixed to a non-rotating member for rotatably supporting the supporting rotator and is concentric with the main shaft; a movable gear that is axially rotatably supported by the supporting rotator and is revolved together with the supporting rotator in a state of meshing with the fixed gear; a driving member that is coupled to the movable gear to be axially rotated together with the movable gear; characterized in that the attitude maintenance mechanism further includes driven members that are coupled to rotation shafts of the plurality of supports; and a drive transmission member that is wound around the driving member and the driven members. a plurality of supports for supporting an article; a supporting rotator that can be rotated about a single main shaft and rotatably supports the supports at a plurality of positions located at an equal distance from the main shaft in a radial direction and arranged at equal intervals in a circumferential direction; a driving portion for rotating the supporting rotator; an attitude maintenance mechanism for keeping the plurality of supports in a constant attitude irrespective of a phase of the supporting rotator; an article carry-in portion for carrying an article into the support located at a first position in the circumferential direction; and an article carry-out portion for carrying an article out of the support located at a second position separate from the first position in the circumferential direction, wherein the attitude maintenance mechanism includes: a fixed gear that is fixed to a non-rotating member for rotatably supporting the supporting rotator and is concentric with the main shaft; a movable gear that is axially rotatably supported by the supporting rotator and is revolved together with the supporting rotator in a state of meshing with the fixed gear; a driving member that is coupled to the movable gear to be axially rotated together with the movable gear; characterized in that the attitude maintenance mechanism further includes driven members that are coupled to rotation shafts of the plurality of supports; and a drive transmission member that is wound around the driving member and the driven members.
A mount comprising: a head adapted to engage with a case of a handheld electronic device so as to removably mount the handheld electronic device to the mount; a base; an adjustment arm coupled at a first end to the base and at an opposite second end to the head, wherein the adjustment arm is configured to position the head relative to the base at the selection of a user; and an expanding clamp coupled to the base, the expanding clamp including a plurality of keys, a driver, and a fastener, the driver and the fastener being aligned with the base along a common axis; wherein the fastener passes at least partially through the base to engage with the driver, the keys are positioned around the fastener, and the fastener is configured to move the driver axially relative to the base to move the keys radially between a retracted position and an expanded position at the selection of the user. a head adapted to engage with a case of a handheld electronic device so as to removably mount the handheld electronic device to the mount; a base; an adjustment arm coupled at a first end to the base and at an opposite second end to the head, wherein the adjustment arm is configured to position the head relative to the base at the selection of a user; and an expanding clamp coupled to the base, the expanding clamp including a plurality of keys, a driver, and a fastener, the driver and the fastener being aligned with the base along a common axis; wherein the fastener passes at least partially through the base to engage with the driver, the keys are positioned around the fastener, and the fastener is configured to move the driver axially relative to the base to move the keys radially between a retracted position and an expanded position at the selection of the user.
An arrangement for functionally updating a digitalized, initially analog mammography apparatus, wherein the initially analog mammography apparatus comprises a direct digital detector instead of an analog image plate or film, characterized in that the arrangement comprises: - a light blocking element configured on top of a LED light source initially part of the analog mammography apparatus, - an external pulsed light source, which is controlled to emit pulsed light, wherein the external pulsed light source is placed between an internal housing surface of the apparatus and a surface of the direct digital detector, wherein - an original photodetector of the apparatus is able to detect a lowering or rising edge of the received light signal originated from the external pulsed light source after each taken X-ray exposure image from a patient. - a light blocking element configured on top of a LED light source initially part of the analog mammography apparatus, - an external pulsed light source, which is controlled to emit pulsed light, wherein the external pulsed light source is placed between an internal housing surface of the apparatus and a surface of the direct digital detector, wherein - an original photodetector of the apparatus is able to detect a lowering or rising edge of the received light signal originated from the external pulsed light source after each taken X-ray exposure image from a patient.
Anti-friction bearing cage (1, 40) having at least one first side ring (2, 41, 52) which extends in the circumferential direction and has precisely one single opening point (3, 8, 58) which is configured to open the side ring (2, 41, 52) for assembly of the side ring (2, 41, 52), with the result that a circumference of the side ring (2, 41, 52) can be widened, the opening point (3, 8, 58) being arranged between two adjacent webs (5-a and 5-b), with the result that the anti-friction bearing cage (1, 49) can be split at a pocket (6-a) which lies between the two webs (5-a and 5-b); the side ring (2, 41) having, at the opening point (3, 8, 58), ends (21, 22) which lie opposite one another and overlap at least partially in the circumferential direction or are connected to one another by means of a butt joint type; the anti-friction bearing cage comprising a steel as material and having an external diameter which is greater than 500 mm; comprising a second side ring (4, 42) which extends in the circumferential direction and either has an opening point which is configured to open the second side ring (4, 42) in order to assemble the second side ring (4, 42), with the result that a circumference of the second side ring (4, 42) can be widened, the second side ring (4, 42) having a greater diameter in the closed state than the first side ring (2, 41), or is of closed configuration, the second side ring (4, 42) having, in the case of the closed configuration thereof, both a greater diameter than the first side ring (2, 41) and a greater diameter than a rim of an inner ring. either has an opening point which is configured to open the second side ring (4, 42) in order to assemble the second side ring (4, 42), with the result that a circumference of the second side ring (4, 42) can be widened, the second side ring (4, 42) having a greater diameter in the closed state than the first side ring (2, 41), or is of closed configuration, the second side ring (4, 42) having, in the case of the closed configuration thereof, both a greater diameter than the first side ring (2, 41) and a greater diameter than a rim of an inner ring.
An information processing apparatus comprising: a cache memory including a plurality of ways for storing part of texture data stored in a main memory, the cache memory being used commonly by a plurality of operating units (620, 640, 6n0); and a control unit (20, 200) which controls a refill operation from the main memory to the cache memory in accordance with a refill request occurring from at least one cache miss from the plurality of operating units (620, 640, 6n0), wherein the cache memory includes a refill way for issuing a refill request when a cache miss occurs from read requests from the operating units (620, 640, 6n0), characterized in that: the control unit (20, 200) predicts the texture data to be used by the plurality of operating units (620, 640, 6n0) and controls a prefetch operation from the main memory to the cache memory; and in that the cache memory includes a prefetch way for reading texture data to be used by the plurality of operating units (620, 640, 6n0) in advance, wherein the control unit (20, 200) prefetches texture data to be used at every scene transition by the operating units (620, 640, 6n0) in performing a predetermined program; and in that the control unit (20, 200) predicts the texture data to be used by the plurality of operating units (620, 640, 6n0) and prefetches a line containing the texture data from the main memory to the prefetch way. a cache memory including a plurality of ways for storing part of texture data stored in a main memory, the cache memory being used commonly by a plurality of operating units (620, 640, 6n0); and a control unit (20, 200) which controls a refill operation from the main memory to the cache memory in accordance with a refill request occurring from at least one cache miss from the plurality of operating units (620, 640, 6n0), wherein the cache memory includes a refill way for issuing a refill request when a cache miss occurs from read requests from the operating units (620, 640, 6n0), characterized in that: the control unit (20, 200) predicts the texture data to be used by the plurality of operating units (620, 640, 6n0) and controls a prefetch operation from the main memory to the cache memory; and in that the cache memory includes a prefetch way for reading texture data to be used by the plurality of operating units (620, 640, 6n0) in advance, wherein the control unit (20, 200) prefetches texture data to be used at every scene transition by the operating units (620, 640, 6n0) in performing a predetermined program; and in that the control unit (20, 200) predicts the texture data to be used by the plurality of operating units (620, 640, 6n0) and prefetches a line containing the texture data from the main memory to the prefetch way.
Granular material containing from 30% to 95% by weight of silicon dioxide and having a thermal conductivity of not more than 60 mW(m*K), characterized in that the silicon dioxide is one or more fumed silicas, precipitated silicas and/or at least one aerogel and the granular material has a moisture absorption according to DIN EN ISO 12571: 2013-12 at 93% relative humidity of 0.01% to 20% by weight, producible by a method comprising a thermal treatment of a silicon dioxide-containing hydrophobized granular material having a moisture absorption according to DIN EN ISO 12571: 2013-12 at 93% relative humidity of less than 0.2% by weight, at a temperature of at least 200°C within a maximum of 1 hour.
Brush seal system for sealing a gap between components of a turbomachine, in particular a thermal gas turbine, that can move relative to one another, comprising a brush seal housing which receives at least one brush head of a brush seal, the brush seal housing comprising a first sheet metal component having a cover plate portion, and a second sheet metal component having a support plate portion, the first sheet metal component comprising an axial flange, at an end opposite the cover plate portion, for forming a fish-mouth seal, the support plate portion of the second sheet metal component having a support element for contact with a brush pack of the brush seal and the support element being formed in one piece with the support plate portion, the second sheet metal component comprising a fastening portion, on an end opposite the support plate portion, for indirectly or directly fastening the bru sh seal system to a guide vane or a guide vane cluster of the turbomachine, characterized in that said system comprises at least one reinforcing element which is fixed to the second sheet metal component in the region of the support plate portion, and in that the reinforcing element is designed as a bent metal sheet.
Method for picking goods (4a..4c) in a picking zone, comprising the steps - providing goods (4a..4c), - providing at least one bag and a box-shaped loading aid (5a..5d), - placing the at least one bag in the box-shaped loading aid (5a..5d), - packing the goods (4a..4c) in the at least one bag in the picking zone on the basis of a picking order and - conveying the box-shaped loading aid (5a..5d) with the packed bag out of the picking zone, wherein - before packing the goods (4a..4c) in the at least one bag, a picking aid (7a..7d) is placed in the at least one bag by means of which a filling opening of the at least one bag is held open at least for the duration of the picking operation. - providing goods (4a..4c), - providing at least one bag and a box-shaped loading aid (5a..5d), - placing the at least one bag in the box-shaped loading aid (5a..5d), - packing the goods (4a..4c) in the at least one bag in the picking zone on the basis of a picking order and - conveying the box-shaped loading aid (5a..5d) with the packed bag out of the picking zone, - before packing the goods (4a..4c) in the at least one bag, a picking aid (7a..7d) is placed in the at least one bag by means of which a filling opening of the at least one bag is held open at least for the duration of the picking operation.
A renewable energy power generating apparatus comprising: a tower; a nacelle which includes a nacelle base plate disposed on an upper part of the tower, and a nacelle cover supported on the nacelle base plate, the nacelle cover including an opening formed along an outer peripheral surface of an upper end of the tower; an oil-using unit disposed in an interior space of the nacelle; a yaw rotation bearing which includes a first rotation ring fixed to the tower and a second rotation ring fixed to the nacelle base plate, and which rotatably supports the nacelle on the tower; a seal member disposed so as to fill a gap between the tower and the nacelle cover; a seal cover which is disposed above the seal member so as to cover the gap; and an oil storing part disposed below the seal cover and in a rotational section which includes the nacelle, wherein the oil storing part is configured to receive leaked oil which leaks from the oil using unit and flows down the seal cover, wherein the seal cover is attached to a part of a stationary section which includes the tower and the first rotation ring, wherein the seal member slidably contacts an upper surface of an edge portion of the nacelle cover around the opening. a tower; a nacelle which includes a nacelle base plate disposed on an upper part of the tower, and a nacelle cover supported on the nacelle base plate, the nacelle cover including an opening formed along an outer peripheral surface of an upper end of the tower; an oil-using unit disposed in an interior space of the nacelle; a yaw rotation bearing which includes a first rotation ring fixed to the tower and a second rotation ring fixed to the nacelle base plate, and which rotatably supports the nacelle on the tower; a seal member disposed so as to fill a gap between the tower and the nacelle cover; a seal cover which is disposed above the seal member so as to cover the gap; and an oil storing part disposed below the seal cover and in a rotational section which includes the nacelle,
One or more computer-readable media having instructions that, when executed by one or more processors, cause a user equipment, UE, to perform operations comprising: receiving from an access node configuration information comprising a power control, PC, parameter set of a downlink-beam-specific PC process, wherein the PC parameter set comprises a downlink-beam-specific path loss scaling factor, ∝ c b, in beam b of serving cell c or a downlink-beam-specific command, g t c b, at subframe t for beam b in serving cell c for performing a closed-loop PC process; performing the downlink-beam-specific PC process based at least on a parameter of the PC parameter set; and communicating with the access node according to the downlink-beam-specific PC process. receiving from an access node configuration information comprising a power control, PC, parameter set of a downlink-beam-specific PC process, wherein the PC parameter set comprises a downlink-beam-specific path loss scaling factor, ∝ c b, in beam b of serving cell c or a downlink-beam-specific command, g t c b, at subframe t for beam b in serving cell c for performing a closed-loop PC process; performing the downlink-beam-specific PC process based at least on a parameter of the PC parameter set; and communicating with the access node according to the downlink-beam-specific PC process.
A method, comprising: receiving an encoding parameter associated with first content, wherein the encoding parameter indicates a level of complexity to encode the first content; comparing the encoding parameter to a prior encoding parameter; determining, based on the comparison, a trend in the level of complexity to encode the first content; selecting second content to replace third content in a multiplexed content stream including the first content and the third content, based on the trend in the level of complexity to encode, wherein the second content is encoded, before being selected, at a second bit rate that is different than a first bit rate of the third content, wherein the second bit rate is lower or higher than the first bit rate based on whether the trend is increasing or decreasing; and transmitting, in the multiplexed content stream, the second content instead of the third content. receiving an encoding parameter associated with first content, wherein the encoding parameter indicates a level of complexity to encode the first content; comparing the encoding parameter to a prior encoding parameter; determining, based on the comparison, a trend in the level of complexity to encode the first content; selecting second content to replace third content in a multiplexed content stream including the first content and the third content, based on the trend in the level of complexity to encode, wherein the second content is encoded, before being selected, at a second bit rate that is different than a first bit rate of the third content, wherein the second bit rate is lower or higher than the first bit rate based on whether the trend is increasing or decreasing; and transmitting, in the multiplexed content stream, the second content instead of the third content.
A developer accommodating unit comprising: a flexible container, provided with an opening for permitting discharge of a developer, for accommodating the developer; a frame (17, 18) for accommodating said flexible container and for accommodating the developer discharged from said flexible container; and an urging member for urging an urged part of said flexible container, wherein said flexible container has a plurality of parts including an opening-containing part and another part having stiffness lower than that of the opening-containing part, characterized in that the urged part is the opening-containing part. a flexible container, provided with an opening for permitting discharge of a developer, for accommodating the developer; a frame (17, 18) for accommodating said flexible container and for accommodating the developer discharged from said flexible container; and an urging member for urging an urged part of said flexible container, wherein said flexible container has a plurality of parts including an opening-containing part and another part having stiffness lower than that of the opening-containing part, characterized in that the urged part is the opening-containing part.
An anode active material for a lithium secondary battery, comprising a composite of SiO x -carboxylmethyl cellulose -carbon nanotube in which CNT is bonded to SiO x (0<x≤1) through CMC and the weight ratio of SiO x (0<x≤1), CMC and CNT in the composite is in the range of 98:1:1 to 94:3:3; and a carbon-based material, wherein the composite of SiO x -CMC-CNT and the carbon-based material are present in a weight ratio of 5:95 to 15:85.