mhurhangee/ep-ind-claims huggingface dataset:
A method for a wireless device in a wireless communications system, comprising: receiving control information comprising information pertaining to whether the wireless device should partially clear a soft buffer for a Hybrid Automatic Repeat Request, HARQ, process, the information pertaining to whether the wireless device should partially clear the soft buffer for the HARQ process comprising a New Data Indicator, NDI, and a Redundancy Version, RV, indicator that have been set to a predefined combination; deciding (102, 106) whether to partially clear the soft buffer for the HARQ process based on the information comprised in the control information; and upon deciding (102, 106) to partially clear the soft buffer for the HARQ process, partially clearing the soft buffer for the HARQ process. receiving control information comprising information pertaining to whether the wireless device should partially clear a soft buffer for a Hybrid Automatic Repeat Request, HARQ, process, the information pertaining to whether the wireless device should partially clear the soft buffer for the HARQ process comprising a New Data Indicator, NDI, and a Redundancy Version, RV, indicator that have been set to a predefined combination; deciding (102, 106) whether to partially clear the soft buffer for the HARQ process based on the information comprised in the control information; and upon deciding (102, 106) to partially clear the soft buffer for the HARQ process, partially clearing the soft buffer for the HARQ process.
An extendable platform for supporting a user thereon, the platform comprising: an elongate support member; a movable member coupled to the elongate support member to move between a first position and a second position, the movable member having a step mounted thereto; an actuator) permanently affixed to the support member, the actuator being configured as a winch to be engaged and disengaged with individual parts of the platform; and an engageable retainer coupled to either of the elongate support member or the moveable member, wherein the movable member is translatable along the elongate support member to vary the position of the step relative to the elongate support member and the retainer is configured to couple the elongate support member to the movable member to retain the step in fixed relationship with the elongate support member, the actuator comprising a connector permanently attached to a cord of the winch, characterized in that the connector being selectively engageable with a cooperating mount of the movable member such that the actuator is engageable between the elongate support member and the movable member to move the movable member along the elongate support member to a raised position and thereby vary the position of the step relative to the elongate support member characterised in that the cooperating mount is an aperture for receiving and retaining the connector therein. an elongate support member; a movable member coupled to the elongate support member to move between a first position and a second position, the movable member having a step mounted thereto; an actuator) permanently affixed to the support member, the actuator being configured as a winch to be engaged and disengaged with individual parts of the platform; and an engageable retainer coupled to either of the elongate support member or the moveable member, wherein the movable member is translatable along the elongate support member to vary the position of the step relative to the elongate support member and the retainer is configured to couple the elongate support member to the movable member to retain the step in fixed relationship with the elongate support member, the actuator comprising a connector permanently attached to a cord of the winch, characterized in that the connector being selectively engageable with a cooperating mount of the movable member such that the actuator is engageable between the elongate support member and the movable member to move the movable member along the elongate support member to a raised position and thereby vary the position of the step relative to the elongate support member characterised in that the cooperating mount is an aperture for receiving and retaining the connector therein.
An inductive plasma torch, comprising: a cylindrical metal confinement cage, a metal element rigidly attached to the confinement cage, radially extending, outwards, from the periphery of an end thereof, and an inductor surrounding the confinement cage, wherein the confinement cage and said element are divided along axial planes into regularly distributed sectors, and wherein the sectors are alternately rigidly attached by a portion of the confinement cage on the side of the cage opposite to the element and by a portion of said element on the side of the element opposite to the confinement cage. a cylindrical metal confinement cage, a metal element rigidly attached to the confinement cage, radially extending, outwards, from the periphery of an end thereof, and an inductor surrounding the confinement cage, wherein the confinement cage and said element are divided along axial planes into regularly distributed sectors, and wherein the sectors are alternately rigidly attached by a portion of the confinement cage on the side of the cage opposite to the element and by a portion of said element on the side of the element opposite to the confinement cage.
A method of wireless communication, the method being performed by an apparatus for wireless communication and comprising: identifying an uplink transmission time period (415-b) associated with an unlicensed radio frequency spectrum band, wherein said uplink transmission time period (415-b) consists of three uplink subframes and two of the three uplink subframes of the uplink transmission time period (415-b) are allocated for physical uplink shared channel, PUSCH, transmission or physical uplink control channel, PUCCH, transmission; receiving an indicator in a downlink transmission associated with an uplink transmission of a sounding reference signal, wherein the indicator alerts to transmit the sounding reference signal without designating a location of a sounding reference signal time period relative to the uplink transmission time period (415-b); and transmitting the sounding reference signal over the unlicensed radio frequency spectrum band according to a predetermined configuration, wherein the predetermined configuration includes the location of the sounding reference signal time period to be subsequent to the second uplink subframe of the uplink transmission time period (415-b). identifying an uplink transmission time period (415-b) associated with an unlicensed radio frequency spectrum band, wherein said uplink transmission time period (415-b) consists of three uplink subframes and two of the three uplink subframes of the uplink transmission time period (415-b) are allocated for physical uplink shared channel, PUSCH, transmission or physical uplink control channel, PUCCH, transmission; receiving an indicator in a downlink transmission associated with an uplink transmission of a sounding reference signal, wherein the indicator alerts to transmit the sounding reference signal without designating a location of a sounding reference signal time period relative to the uplink transmission time period (415-b); and transmitting the sounding reference signal over the unlicensed radio frequency spectrum band according to a predetermined configuration, wherein the predetermined configuration includes the location of the sounding reference signal time period to be subsequent to the second uplink subframe of the uplink transmission time period (415-b).
A terminal device, comprising: a housing; and a metal line (113a, 113b), wherein the metal line (113a, 113b) is disposed on an outer surface of the housing or embedded in the housing, and the metal line (113a, 113b) is configured to receive or send an electromagnetic wave signal, wherein the metal line (113a, 113b) is a metal mesh characterized in that the metal mesh comprises a metal layer coating, and the metal layer coating is configured to reduce impedance of the metal mesh. a housing; and a metal line (113a, 113b), wherein the metal line (113a, 113b) is disposed on an outer surface of the housing or embedded in the housing, and the metal line (113a, 113b) is configured to receive or send an electromagnetic wave signal, wherein the metal line (113a, 113b) is a metal mesh characterized in that the metal mesh comprises a metal layer coating, and the metal layer coating is configured to reduce impedance of the metal mesh.
A utensil for cooking food under pressure, said utensil comprising: - a vessel and a lid that can be locked and unlocked relative to the vessel; - safety means suitable for taking up an active position in which they prevent the lid from being unlocked; - a manual control member for manually controlling locking and unlocking of the lid, said manual control member being mounted to move between a first position and a second position, and being designed so that, when the safety means are not in their active position, the manual control member going from its first position to its second position causes the lid to be unlocked; - clutch/declutch means that, when the safety means are in their active position, allow the manual control member to go from its first position to its second position without causing the lid to be unlocked; the clutch/declutch means comprising at least one driving part mounted to move along a first path lying in a first plane and a driven part mounted to move along a second path lying in a second plane, said first and second planes (P1, P2) being parallel and situated one above the other, characterized in that said clutch/declutch means further comprises a moving connector (12, 13) that couples together said driving part and said driven part in such a manner as to prevent them from moving relative to each other so that they thus form a subassembly mounted to move relative to the lid, said clutch/declutch means being configured to decouple said driving part and said driven part from each other by said moving connector (12, 13) moving in a direction intersecting said first path, in response to a drive force being exerted to cause the manual control member to go from its first position to its second position while the safety means are in their active position, in order to enable said driving part and said driven part as decoupled to be moved relative to each other. - a vessel and a lid that can be locked and unlocked relative to the vessel; - safety means suitable for taking up an active position in which they prevent the lid from being unlocked; - a manual control member for manually controlling locking and unlocking of the lid, said manual control member being mounted to move between a first position and a second position, and being designed so that, when the safety means are not in their active position, the manual control member going from its first position to its second position causes the lid to be unlocked; - clutch/declutch means that, when the safety means are in their active position, allow the manual control member to go from its first position to its second position without causing the lid to be unlocked;
A method of wireless communication by a user equipment, UE, comprising: identifying a channel state information, CSI, reporting configuration for each of a plurality of CSI reporting groups, wherein each CSI reporting group comprises a plurality of component carriers from a set of component carriers in a carrier aggregation configuration of the UE; determining a reference component carrier for each of the CSI reporting groups, wherein the reference component carrier cycles among the plurality of component carriers in a CSI reporting group; identifying a CSI parameter for each reference component carrier; calculating a set of CSI delta values corresponding to respective component carriers of the set of component carriers, wherein the CSI delta value for a component carrier is based on the CSI parameter for the reference component carrier of the corresponding CSI reporting group; generating a combined report for each of the plurality of CSI reporting groups based at least in part on the corresponding CSI reporting configuration, wherein each of the combined reports comprises the CSI parameter for the reference component carrier and the calculated CSI delta values for the plurality of component carriers in the corresponding CSI reporting group; and transmitting one or more of the combined reports. identifying a channel state information, CSI, reporting configuration for each of a plurality of CSI reporting groups, wherein each CSI reporting group comprises a plurality of component carriers from a set of component carriers in a carrier aggregation configuration of the UE; determining a reference component carrier for each of the CSI reporting groups, wherein the reference component carrier cycles among the plurality of component carriers in a CSI reporting group; identifying a CSI parameter for each reference component carrier; calculating a set of CSI delta values corresponding to respective component carriers of the set of component carriers, wherein the CSI delta value for a component carrier is based on the CSI parameter for the reference component carrier of the corresponding CSI reporting group; generating a combined report for each of the plurality of CSI reporting groups based at least in part on the corresponding CSI reporting configuration, wherein each of the combined reports comprises the CSI parameter for the reference component carrier and the calculated CSI delta values for the plurality of component carriers in the corresponding CSI reporting group; and transmitting one or more of the combined reports.
A method for detecting a slow transfer of liquid helium from a container of liquefied helium to a cryostat of a super conductive magnet comprising - feeding gaseous helium to said container which is a dewar; - feeding liquefied helium to said cryostat; - measuring a flow rate of said gaseous helium and measuring the amount of liquefied helium pushed out of said container; - stopping the flow of said gaseous helium when the ratio of the flow rate of the gaseous helium to the amount of liquefied helium pushed out of said container is less than 6 to 1 - feeding gaseous helium to said container which is a dewar; - feeding liquefied helium to said cryostat; - measuring a flow rate of said gaseous helium and measuring the amount of liquefied helium pushed out of said container; - stopping the flow of said gaseous helium when the ratio of the flow rate of the gaseous helium to the amount of liquefied helium pushed out of said container is less than 6 to 1
An apparatus comprising: an apparatus (105 A-D) operative to produce a plurality of motion signals representing motion of a vibrating structure; an apparatus that filters the plurality of motion signals representing motion of the structure; and an apparatus that generates a plurality of mode selective filtered motion signals such that the mode selective filtered motion signals represent motion associated with a vibrational mode of the structure; and further characterized by an apparatus for generating a plurality of phase estimates from the plurality of mode selective filtered motion signals, wherein a phase estimate Is a difference, in radians or degrees, between two sinusoidal signals. an apparatus (105 A-D) operative to produce a plurality of motion signals representing motion of a vibrating structure; an apparatus that filters the plurality of motion signals representing motion of the structure; and an apparatus that generates a plurality of mode selective filtered motion signals such that the mode selective filtered motion signals represent motion associated with a vibrational mode of the structure; and further characterized by an apparatus for generating a plurality of phase estimates from the plurality of mode selective filtered motion signals, wherein a phase estimate Is a difference, in radians or degrees, between two sinusoidal signals.
Method for presenting image data, wherein an optical device detects the position and position information is thus obtained and image data are determined and illustrated or processed further using the position information, wherein the position information of the optical device is acquired by means of a medical navigation system, which, during an operation, acquires a co-ordinate transformation between a patient and the optical device and visualises this in pre-operative planning data, wherein the patient and the optical device are fitted with localisers whose position and orientation are acquired by a measuring system as a position acquisition device, wherein the image data to be illustrated involve at least partially virtual image data, not acquired directly by the optical device, said image data representing an object or a body part which is located in a field of vision of the optical device, wherein, within the scope of the method: - actual image data are recorded by means of the optical device, - the position and orientation of the optical device are acquired simultaneously, from which position information is derived, - the actual image data recorded by the optical device are processed taking into account the position information for the virtual image data and/or together with the virtual image data for the image data to be illustrated, wherein the optical device has a viewing direction and image data to be illustrated are determined from the virtual image data taking into account the viewing direction of the optical device and wherein covered structures are shown superimposed in the actual image data. - actual image data are recorded by means of the optical device, - the position and orientation of the optical device are acquired simultaneously, from which position information is derived, - the actual image data recorded by the optical device are processed taking into account the position information for the virtual image data and/or together with the virtual image data for the image data to be illustrated,
A valve for closing a fluid line, comprising: - an inlet element with an inlet line; - an outlet element with an outlet line; - a closing element which in a first state allows a fluid passage between the inlet line and the outlet line and which in a second state closes the fluid passage, wherein the closing element in the first state is fixedly connected to the inlet element or the outlet element and in the second state is detached from the inlet element or the outlet element; - an actuator which, when actuated, is configured to move the closing element from the first state towards the second state; and - a pretension element which is pretensioned and is configured to move the closing element into the second state after actuation of the actuator; wherein the actuator and the pretension element are connected in parallel, characterized in that the actuator extends along a longitudinal axis of the inlet element or the outlet element. - an inlet element with an inlet line; - an outlet element with an outlet line; - a closing element which in a first state allows a fluid passage between the inlet line and the outlet line and which in a second state closes the fluid passage, wherein the closing element in the first state is fixedly connected to the inlet element or the outlet element and in the second state is detached from the inlet element or the outlet element; - an actuator which, when actuated, is configured to move the closing element from the first state towards the second state; and - a pretension element which is pretensioned and is configured to move the closing element into the second state after actuation of the actuator; wherein the actuator and the pretension element are connected in parallel, characterized in that the actuator extends along a longitudinal axis of the inlet element or the outlet element.
Powder chamber for an air polishing device, extending from a top end (t) to a bottom end (b) along an axis (c), said powder chamber comprising at least two wall sections (11; 12), wherein a first wall section forms a first angle (α 11) with respect to the axis (c), and wherein a second wall section forms a second angle (α 12) with respect to the axis (c), wherein the angles (α 11, α 12) are measured in a measuring direction (md) from the axis (c) to the appropriate wall section (11; 12) in such a manner so that the acute angles are obtained, wherein the measuring direction (md) from the top end (t) to the bottom end (b) is counted positive, and wherein the measuring direction (md) from the bottom end (b) to the top end (t) is counted negative, wherein the second wall section is arranged below the first wall section, and wherein the second angle (α 12) is smaller than the first angle (α 11), and wherein the powder chamber comprises a third wall section that forms a third angle (α 13) with respect to the axis (c), and wherein the third angle is bigger (α 13) than the second angle (α 12), and wherein the third wall section is arranged below the second wall section, wherein the bottom end (b) comprises an air inlet, wherein a bottom plate is arranged at the bottom end of the powder chamber and/or the air inlet extends into the powder chamber.
A polymer electrolyte membrane comprising: a porous substrate, which is a polyimide nanoweb; inorganic particles as self proton conducting material dispersed in the porous substrate; and an ion conductor, which is a hydrocarbon polymer having sulfonic acid groups and which is impregnated in the porous substrate, characterized in that the inorganic particles are functionalized with an azole ring. a porous substrate, which is a polyimide nanoweb; inorganic particles as self proton conducting material dispersed in the porous substrate; and an ion conductor, which is a hydrocarbon polymer having sulfonic acid groups and which is impregnated in the porous substrate, characterized in that the inorganic particles are functionalized with an azole ring.