mhurhangee/ep-ind-claims huggingface dataset:
A slot indication method performed by a network device, comprising: sending downlink control information to a group of user equipments on a group common downlink control channel; wherein the downlink control information is used to indicate a reference slot format, and the reference slot format corresponds to a reference numerology; and configuring a bandwidth part for communication for user equipment in the group of user equipments, wherein a numerology corresponding to the bandwidth part is different from the reference numerology, and the reference slot format and the reference numerology are used to indicate a slot format corresponding to the bandwidth part; wherein the group of user equipments operates in M bandwidth parts, and the reference slot format is used to determine a slot format corresponding to N numerologies of the M bandwidth parts, wherein both N and M are positive integers greater than 1. sending downlink control information to a group of user equipments on a group common downlink control channel; wherein the downlink control information is used to indicate a reference slot format, and the reference slot format corresponds to a reference numerology; and configuring a bandwidth part for communication for user equipment in the group of user equipments, wherein a numerology corresponding to the bandwidth part is different from the reference numerology, and the reference slot format and the reference numerology are used to indicate a slot format corresponding to the bandwidth part; wherein the group of user equipments operates in M bandwidth parts, and the reference slot format is used to determine a slot format corresponding to N numerologies of the M bandwidth parts, wherein both N and M are positive integers greater than 1.
A hearing device, comprising: an in-ear module adapted for insertion into a user's outer ear canal; a microphone, receiver, and processing circuitry incorporated into the in-ear module; an on-ear module adapted for wearing on or behind a user's ear; a battery pack incorporated into the on-ear module; and, a cable for electrically connecting components of the on-ear and in-ear modules; further comprising an in-ear battery pack for attaching to the in-ear module to enable the in-ear module to operate in an untethered mode without being connected to the on-ear module. an in-ear module adapted for insertion into a user's outer ear canal; a microphone, receiver, and processing circuitry incorporated into the in-ear module; an on-ear module adapted for wearing on or behind a user's ear; a battery pack incorporated into the on-ear module; and, a cable for electrically connecting components of the on-ear and in-ear modules; further comprising an in-ear battery pack for attaching to the in-ear module to enable the in-ear module to operate in an untethered mode without being connected to the on-ear module.
A random access method, comprising: sending, by a terminal device, a first message to a network device, wherein the first message comprises first identification information scrambled by using an orthogonal cover code, OCC, and the first message is used by the terminal device corresponding to the first identification information to request random access to the network device; and receiving, by the terminal device, a second message sent by the network device, wherein the second message comprises identification information of one or more terminal devices that succeed in random access, and determining, by the terminal device, based on whether the identification information of the one or more terminal devices comprises the first identification information, whether the random access succeeds, wherein the first message further comprises a preamble sequence, and characterized in that there is a mapping relationship between a frequency domain resource used to send the preamble sequence and a frequency domain resource used to send the first identification information, wherein the frequency domain resource used to send the preamble sequence is the same as the frequency domain resource used to send the first identification information, or there is a preset offset between the frequency domain resource used to send the preamble sequence and the frequency domain resource used to send the first identification information. sending, by a terminal device, a first message to a network device, wherein the first message comprises first identification information scrambled by using an orthogonal cover code, OCC, and the first message is used by the terminal device corresponding to the first identification information to request random access to the network device; and receiving, by the terminal device, a second message sent by the network device, wherein the second message comprises identification information of one or more terminal devices that succeed in random access, and determining, by the terminal device, based on whether the identification information of the one or more terminal devices comprises the first identification information, whether the random access succeeds, wherein the first message further comprises a preamble sequence, and characterized in that there is a mapping relationship between a frequency domain resource used to send the preamble sequence and a frequency domain resource used to send the first identification information, wherein the frequency domain resource used to send the preamble sequence is the same as the frequency domain resource used to send the first identification information, or there is a preset offset between the frequency domain resource used to send the preamble sequence and the frequency domain resource used to send the first identification information.
A cutter head for an excavator machine having at least one cutter motor, each cutter motor comprising: • a fastener plate; • a mounting structure comprising an end portion and a mounting assembly; • a single hydraulic motor mounted in said mounting assembly with an outlet shaft presenting two ends (40a, 40b), said single hydraulic motor and the end portion of the mounting structure being offset in a direction orthogonal to said fastener plate; • a plurality of conduits formed in the thickness of the fastener plate; • two rims (42, 44) for mounting the cutter drum (22, 24), each rim (42, 44) being drivingly connected to one end (40a, 40b) of said outlet shaft; and • two sets of bearings (46, 48) mounted respectively on the outside face of said mounting assembly and on the outside face of the end portion of the mounting structure; characterized in that said mounting assembly comprises a cylindrical bushing defining a cylindrical cavity for receiving said single hydraulic motor, the single hydraulic motor being mounted by means of its stator to said bushing, in that a plurality of ducts are formed in said end portion of the mounting structure to connect the single hydraulic motor to said conduits, and in that the bearing mounted on the mounting assembly is disposed at least in part in register with the hydraulic motor. • a fastener plate; • a mounting structure comprising an end portion and a mounting assembly; • a single hydraulic motor mounted in said mounting assembly with an outlet shaft presenting two ends (40a, 40b), said single hydraulic motor and the end portion of the mounting structure being offset in a direction orthogonal to said fastener plate; • a plurality of conduits formed in the thickness of the fastener plate; • two rims (42, 44) for mounting the cutter drum (22, 24), each rim (42, 44) being drivingly connected to one end (40a, 40b) of said outlet shaft; and • two sets of bearings (46, 48) mounted respectively on the outside face of said mounting assembly and on the outside face of the end portion of the mounting structure;
Method of producing an object using a 3D printing device having at least one printhead having at least one discharge device, wherein the discharge device is set up to place print materials at target positions in order to additively manufacture the object, characterized in that print materials and/or support materials exiting from the discharge device are detected and/or geometrically measured by means of at least one luminance measurement in transmitted light operation or in reflected light operation in the region of the discharge device while they are exiting or after they have exited and before they have been placed.
A method of performing intra-frame and inter-frame image processing comprising: alternating first and second image capture operations, wherein the first image capture operation comprises capturing one or more first images using an image sensor based on a first set of image capture parameters and the second image capture operation comprises capturing one or more second images using the image sensor based on a second set of image capture parameters, the values of the parameters of the first set being modified between each of said first image capture operations based on changing scene conditions detected by image processing of one or more of the first images captured during at least one of the first image capture operations, and the values of the parameters of the second set remaining constant between each of the second image capture operations or varying by less than a significant amount between the capture of successive images; performing intra-frame image processing on each first image captured during the first image capture operation; and performing inter-frame image processing on each second image captured during the second image capture operation. alternating first and second image capture operations, wherein the first image capture operation comprises capturing one or more first images using an image sensor based on a first set of image capture parameters and the second image capture operation comprises capturing one or more second images using the image sensor based on a second set of image capture parameters, the values of the parameters of the first set being modified between each of said first image capture operations based on changing scene conditions detected by image processing of one or more of the first images captured during at least one of the first image capture operations, and the values of the parameters of the second set remaining constant between each of the second image capture operations or varying by less than a significant amount between the capture of successive images; performing intra-frame image processing on each first image captured during the first image capture operation; and performing inter-frame image processing on each second image captured during the second image capture operation.
A head frame for use in non-invasively determining the absolute value of intracranial pressure of a living body such as a patient comprising: a hard, flexible shield adapted to cover an eye area of the patient, wherein the shield comprises an inner surface and an outer transducer surface; an elastic film having an outer edge, wherein said elastic film is sealed along its outer edge to the inner surface of the shield forming an expandable chamber; a first connector located on the shield adapted to permit an inflow of pressurized liquid into said chamber; wherein said elastic film is adapted to expand inward toward the patient's eye with an inflow of pressurized liquid into said chamber imparting a pressure against the eye of the patient; and an adjustable strap attached to the ends of said shield adapted to secure the head frame to the patient; characterized in that the head frame comprises a second connector located on the shield adapted to permit an outflow of pressurized liquid from the chamber; and in that the hard, flexible shield and the elastic film are adapted for covering the eye area of the patient extending from the right temple over the bridge of the nose to the left temple, and extending from a point below the lower wall of the patient's orbital to a point above the upper wall of the patient's orbital. a hard, flexible shield adapted to cover an eye area of the patient, wherein the shield comprises an inner surface and an outer transducer surface; an elastic film having an outer edge, wherein said elastic film is sealed along its outer edge to the inner surface of the shield forming an expandable chamber; a first connector located on the shield adapted to permit an inflow of pressurized liquid into said chamber; wherein said elastic film is adapted to expand inward toward the patient's eye with an inflow of pressurized liquid into said chamber imparting a pressure against the eye of the patient; and an adjustable strap attached to the ends of said shield adapted to secure the head frame to the patient;
A medical device configured to perform an endovascular therapy, the device comprising: an elongate manipulation member having a first connection member proximate a distal end of the elongate manipulation member; and an intervention member having a second connection member, the second connection member connected to the first connection member such that the first connection member can rotate relative to the second connection member, characterised in that said first connection member can rotate relative to said second connection member within a non-infinite rotation range of no more than 360° without deformation of any of the first connection member or the second connection member, wherein the first connection member comprises a first loop and the second connection member comprises a second loop substantially permanently interlinked with the first loop. an elongate manipulation member having a first connection member proximate a distal end of the elongate manipulation member; and an intervention member having a second connection member, the second connection member connected to the first connection member such that the first connection member can rotate relative to the second connection member, characterised in that said first connection member can rotate relative to said second connection member within a non-infinite rotation range of no more than 360° without deformation of any of the first connection member or the second connection member, wherein the first connection member comprises a first loop and the second connection member comprises a second loop substantially permanently interlinked with the first loop.
An access point, AP, comprising: a processor configured to: send a first power save frame that includes a plurality of uplink transmission times, ULTs, associated with a plurality of stations, STAs, characterized in that the processor is further configured to: determine whether a wireless medium is idle for a time duration during a ULT of the plurality of ULTs; and on a condition that the wireless medium is idle for the time duration during the ULT, reclaim the wireless medium, wherein reclaiming the wireless medium comprises sending a second power save frame. determine whether a wireless medium is idle for a time duration during a ULT of the plurality of ULTs; and on a condition that the wireless medium is idle for the time duration during the ULT, reclaim the wireless medium, wherein reclaiming the wireless medium comprises sending a second power save frame.
An inner-blood-retinal-barrier (iBRB) or blood-brain-barrier tight junction protein; and/or a circadian clock protein; for use in the prevention and/or treatment of age-related macular degeneration wherein: (a) the inner-blood- retinal-barrier (iBRB) or blood-brain-barrier tight junction protein is selected from the claudin family of proteins; and (b) the circadian clock protein is selected from period-1 (Per-1), period-2 (Per-2), period-3 (Per-3), cryptochrome-1 (Cry-1), cryptochrome-2 (Cry-2), Clock, brain and muscle aryl hydrocarbon receptor nuclear translocator like-1 (BMAL-1), brain and muscle aryl hydrocarbon receptor nuclear translocator like-2 (BMAL-2), Rev-ErbA alpha (NR1 D1), and combinations each thereof. (a) the inner-blood- retinal-barrier (iBRB) or blood-brain-barrier tight junction protein is selected from the claudin family of proteins; and (b) the circadian clock protein is selected from period-1 (Per-1), period-2 (Per-2), period-3 (Per-3), cryptochrome-1 (Cry-1), cryptochrome-2 (Cry-2), Clock, brain and muscle aryl hydrocarbon receptor nuclear translocator like-1 (BMAL-1), brain and muscle aryl hydrocarbon receptor nuclear translocator like-2 (BMAL-2), Rev-ErbA alpha (NR1 D1), and combinations each thereof.
A communication method, comprising: receiving configuration information from a first device, wherein the configuration information comprises first information, second information, and third information, the first information is indication information of K reference signals, the second information is indication information of K first spatial filtering parameters corresponding to the K reference signals, the third information is indication information of a channel sparse basis matrix of channels between the first device and a second device, and K is an integer greater than 1; receiving the K reference signals from the first device; and sending channel state indication information to the first device, wherein the channel state indication information is determined based on K received measurement values of the K reference signals, the K first spatial filtering parameters, and the channel sparse basis matrix. receiving configuration information from a first device, wherein the configuration information comprises first information, second information, and third information, the first information is indication information of K reference signals, the second information is indication information of K first spatial filtering parameters corresponding to the K reference signals, the third information is indication information of a channel sparse basis matrix of channels between the first device and a second device, and K is an integer greater than 1; receiving the K reference signals from the first device; and sending channel state indication information to the first device, wherein the channel state indication information is determined based on K received measurement values of the K reference signals, the K first spatial filtering parameters, and the channel sparse basis matrix.
An electric work vehicle comprising: right and left machine body frames extending along a front/rear direction, with a forward traveling direction being taken as the front direction; a front support frame connected to/between front portions of the right and left machine body frames; a support member connected to the front support frame; a front transmission shaft for transmitting power along the front/rear direction, the front transmission shaft being rotatably supported to the support member; and an electric motor having a rearwardly oriented output shaft, characterized in that the output shaft is supported to a portion of the front transmission shaft which portion is supported to the support member; a portion of the electric motor on the side of the output shaft is connected to the support member: the support member is connected to the front support frame to protrude forwards from the front support frame; a portion of the electric motor on the side of the output shaft is connected to a front end portion of the support member; and the front support frame and the portion of the electric motor on the side of the output shaft are disposed with a predetermined space therebetween. right and left machine body frames extending along a front/rear direction, with a forward traveling direction being taken as the front direction; a front support frame connected to/between front portions of the right and left machine body frames; a support member connected to the front support frame; a front transmission shaft for transmitting power along the front/rear direction, the front transmission shaft being rotatably supported to the support member; and an electric motor having a rearwardly oriented output shaft, characterized in that the output shaft is supported to a portion of the front transmission shaft which portion is supported to the support member; a portion of the electric motor on the side of the output shaft is connected to the support member: the support member is connected to the front support frame to protrude forwards from the front support frame; a portion of the electric motor on the side of the output shaft is connected to a front end portion of the support member; and the front support frame and the portion of the electric motor on the side of the output shaft are disposed with a predetermined space therebetween. the support member is connected to the front support frame to protrude forwards from the front support frame; a portion of the electric motor on the side of the output shaft is connected to a front end portion of the support member; and the front support frame and the portion of the electric motor on the side of the output shaft are disposed with a predetermined space therebetween.
A method for producing purified chlorosilanes, comprising: bringing crude chlorosilanes containing a boron compound and/or a phosphorus compound into contact with chlorine in presence of alkylphenol and then distilling the crude chlorosilanes.
Charging plug for an electric automobile, - the charging plug comprising a plug head, an insulation body and contact pins (14, 15, 16, 18), - the plug head and the insulation body being releasably connected in such a way that the insulation body can be exchanged, - the contact pins (14, 15, 16, 18) comprising signal contact pins (14, 16), a protective earth pin and power contact pins, - the plug head having a housing with a front plate,having cables, having contact pin receptacles (24, 29) and having a contact shell, characterized in that - the power contact pins and the front plate are releasably connected in such a way that the power contact pins can be exchanged, - the cables and the contact pin receptacles (24, 29) are in non-releasable connection., - the contact pin receptacles (24, 29) and the contact pins (14, 15, 16, 18) are in releasable connection, - the contact pin receptacles (24, 29) comprise signal contact pin receptacles and power contact pin receptacles, - the contact shell bears the power contact pin receptacles, and - the signal contact pins (14, 16) are inserted into the insulation body at an end side. - the charging plug comprising a plug head, an insulation body and contact pins (14, 15, 16, 18), - the plug head and the insulation body being releasably connected in such a way that the insulation body can be exchanged, - the contact pins (14, 15, 16, 18) comprising signal contact pins (14, 16), a protective earth pin and power contact pins, - the plug head having a housing with a front plate,having cables, having contact pin receptacles (24, 29) and having a contact shell, - the power contact pins and the front plate are releasably connected in such a way that the power contact pins can be exchanged, - the cables and the contact pin receptacles (24, 29) are in non-releasable connection., - the contact pin receptacles (24, 29) and the contact pins (14, 15, 16, 18) are in releasable connection, - the contact pin receptacles (24, 29) comprise signal contact pin receptacles and power contact pin receptacles, - the contact shell bears the power contact pin receptacles, and - the signal contact pins (14, 16) are inserted into the insulation body at an end side.