mhurhangee/ep-ind-claims huggingface dataset:
A method for communication in Long Term Evolution, LTE, and 5G tight interworking, the method comprising: requesting, by a Long Term Evolution evolved Node B, LTE eNB, a 5G network node for measurement configuration of a 5G network upon determining that a UE is covered by the 5G network; upon reception of the measurement configuration transmitted by the 5G network node, forwarding, by the LTE eNB, the measurement configuration to the UE; and forwarding, by the LTE eNB, a measurement result, on the 5G network, of the UE to the 5G network node upon reception of the measurement result. requesting, by a Long Term Evolution evolved Node B, LTE eNB, a 5G network node for measurement configuration of a 5G network upon determining that a UE is covered by the 5G network; upon reception of the measurement configuration transmitted by the 5G network node, forwarding, by the LTE eNB, the measurement configuration to the UE; and forwarding, by the LTE eNB, a measurement result, on the 5G network, of the UE to the 5G network node upon reception of the measurement result.
An aircraft seat comprising: a base with a relatively movable seat portion (BS1, 112a) and a backrest portion (BS2, 112b); an actuator for relatively moving the seat portion and the backrest portion; a biometric sensor installed on the base and configured to obtain biometric information of a passenger and emit a signal; a plurality of elastic members installed on the base; a modification device configured to change an elastic force of at least one elastic member, and a control device (CONT), characterized in that: the control device (CONT) can determine whether or not the passenger is relaxing and transitioning to a sleep state from the biometric sensor signal and, in the case that the control device (CONT) determines that the passenger is not relaxed, the control device (CONT) can automatically drive the modification device in the form of a pump to adjust the internal pressure of a plurality of air cells serving as elastic members or to provide a slight vibration; or the control device (CONT) can automatically drive the actuator to change the seat from a flat state to a chair state as a landing time of the aircraft is approaching in order to wake up and alert the passenger that he or she is about to arrive. a base with a relatively movable seat portion (BS1, 112a) and a backrest portion (BS2, 112b); an actuator for relatively moving the seat portion and the backrest portion; a biometric sensor installed on the base and configured to obtain biometric information of a passenger and emit a signal; a plurality of elastic members installed on the base; a modification device configured to change an elastic force of at least one elastic member, and a control device (CONT), characterized in that: the control device (CONT) can determine whether or not the passenger is relaxing and transitioning to a sleep state from the biometric sensor signal and, in the case that the control device (CONT) determines that the passenger is not relaxed, the control device (CONT) can automatically drive the modification device in the form of a pump to adjust the internal pressure of a plurality of air cells serving as elastic members or to provide a slight vibration; or the control device (CONT) can automatically drive the actuator to change the seat from a flat state to a chair state as a landing time of the aircraft is approaching in order to wake up and alert the passenger that he or she is about to arrive. the control device (CONT) can determine whether or not the passenger is relaxing and transitioning to a sleep state from the biometric sensor signal and, in the case that the control device (CONT) determines that the passenger is not relaxed, the control device (CONT) can automatically drive the modification device in the form of a pump to adjust the internal pressure of a plurality of air cells serving as elastic members or to provide a slight vibration; or the control device (CONT) can automatically drive the actuator to change the seat from a flat state to a chair state as a landing time of the aircraft is approaching in order to wake up and alert the passenger that he or she is about to arrive.
A method for byte-range file repair, comprising: determining, at a computing device, whether a description of a service includes an entity tag, ETag, value for a file in response to determining that byte-range file repair is needed to repair the file by the computing device, wherein the description of the service is an Associated Delivery Procedure Description, ADPD, metadata fragment; determining, at the computing device, whether an attribute of the ADPD metadata fragment indicates a server supports using a MD5 hash value as the ETag value in response to determining that the ADPD metadata fragment does not include the ETag value; generating, at the computing device, a partial Hypertext Transfer Protocol, HTTP, GET request for byte-range file repair including the ETag value in an If-Match header element in response to determining that the description of the service includes the ETag value; and generating, at the computing device, a partial HTTP GET request for byte-range file repair including the MD5 hash value as the ETag value in an If-Match header element in response to determining that the attribute of the ADPD metadata fragment indicates the server supports using the MD5 hash value as the ETag. determining, at a computing device, whether a description of a service includes an entity tag, ETag, value for a file in response to determining that byte-range file repair is needed to repair the file by the computing device, wherein the description of the service is an Associated Delivery Procedure Description, ADPD, metadata fragment; determining, at the computing device, whether an attribute of the ADPD metadata fragment indicates a server supports using a MD5 hash value as the ETag value in response to determining that the ADPD metadata fragment does not include the ETag value; generating, at the computing device, a partial Hypertext Transfer Protocol, HTTP, GET request for byte-range file repair including the ETag value in an If-Match header element in response to determining that the description of the service includes the ETag value; and generating, at the computing device, a partial HTTP GET request for byte-range file repair including the MD5 hash value as the ETag value in an If-Match header element in response to determining that the attribute of the ADPD metadata fragment indicates the server supports using the MD5 hash value as the ETag.
A device for the delivery of surgical fasteners comprising: a lever in mechanical cooperation with a resilient element configured to store energy; a drive mechanism (2, 8, 11) which cooperates with the resilient element and at least one surgical fastener; and a release mechanism (12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25) configured to rapidly release stored energy from the resilient element to the drive mechanism, such that said drive mechanism converts said stored energy to deliver said at least one surgical fastener; wherein at least partial depression of the lever stores energy in the resilient element and release of the lever from the at least partial depressed position does not release the stored energy from the resilient element; characterized in that delivery is via the imparting of rotational energy to the surgical fastener. a lever in mechanical cooperation with a resilient element configured to store energy; a drive mechanism (2, 8, 11) which cooperates with the resilient element and at least one surgical fastener; and a release mechanism (12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25) configured to rapidly release stored energy from the resilient element to the drive mechanism, such that said drive mechanism converts said stored energy to deliver said at least one surgical fastener; wherein at least partial depression of the lever stores energy in the resilient element and release of the lever from the at least partial depressed position does not release the stored energy from the resilient element;
A robot cleaner comprising: a main brush to sweep or scatter dust off a floor, and a main brush motor to rotate the main brush, characterized by a detector (165, 175) to detect boundaries of different areas based on driving information of the main brush motor, and a control unit configured to produce a map indicating those boundaries and a material or state of those areas according to the driving information of the main brush motor acquired by the detector. a main brush to sweep or scatter dust off a floor, and a main brush motor to rotate the main brush,
A fore-aft adjustable seat comprising a seat shell, a slide plate, and at least one seat slide bearing of one-piece, unitary and homogenous construction that is self-retaining in the seat shell, characterized in that the seat slide bearing includes an enlarged base received in a complementary pocket in the seat shell and has a head received in an elongate fore-aft extending channel (32, 34) in the slide plate, and in that there are a pair of spaced apart channels formed in the head receiving a channel side-edge (70, 72) of the slide plate, thus enabling relative movement between the seat shell and the slide plate in a fore-aft direction.
Method for producing plate-shaped moulded plastics parts with increased thermal conductivity, comprising the step of b) moulding a moulded part by injection moulding a mixture composed of a polymer and thermally conductive filler particles; wherein, during the moulding by injection moulding, by virtue of the surface geometry of the injection moulding tool the thermally conductive filler particles are locally oriented perpendicularly to a plate plane which is parallel to a direction of flow of the mixture composed of a polymer and thermally conductive filler particles, wherein the surface geometry of the injection moulding tool comprises functional elements, and wherein the method comprises a further step of b) removing at least part of the surface of the moulded part by machining, wherein the filler particles are composed of an electrically non-conductive compound selected from the group consisting of talc, glass fibres, boron nitride, aluminium nitride, aluminium oxide, magnetite, kaolinite, feldspar, aluminosilicates and beryllium oxide. b) moulding a moulded part by injection moulding a mixture composed of a polymer and thermally conductive filler particles; wherein, during the moulding by injection moulding, by virtue of the surface geometry of the injection moulding tool the thermally conductive filler particles are locally oriented perpendicularly to a plate plane which is parallel to a direction of flow of the mixture composed of a polymer and thermally conductive filler particles, wherein the surface geometry of the injection moulding tool comprises functional elements, and wherein the method comprises a further step of wherein, during the moulding by injection moulding, by virtue of the surface geometry of the injection moulding tool the thermally conductive filler particles are locally oriented perpendicularly to a plate plane which is parallel to a direction of flow of the mixture composed of a polymer and thermally conductive filler particles, wherein the surface geometry of the injection moulding tool comprises functional elements, and wherein the method comprises a further step of b) removing at least part of the surface of the moulded part by machining, wherein the filler particles are composed of an electrically non-conductive compound selected from the group consisting of talc, glass fibres, boron nitride, aluminium nitride, aluminium oxide, magnetite, kaolinite, feldspar, aluminosilicates and beryllium oxide.
A micromechanically aligned optical assembly, comprising: a first waveguide on a substrate (360, 830); a second waveguide on the substrate; a lens for focusing light of the first waveguide into the second waveguide; and a lever holding the lens, the lever having a handle and at least one point fixed with respect to the substrate, the lever holding the lens at a position closer to the at least one point fixed with respect to the substrate than a position of the handle of the lever such that movement of the handle of the lever will result in demagnified movement of the lens, as compared to the movement of the handle of the lever, in at least directions other than an optical axis of light of the first waveguide, the lever moveable so as to position the lens to focus light of the first waveguide into the second waveguide, wherein the lever extends substantially along the optical axis of light of the first waveguide. a first waveguide on a substrate (360, 830); a second waveguide on the substrate; a lens for focusing light of the first waveguide into the second waveguide; and a lever holding the lens, the lever having a handle and at least one point fixed with respect to the substrate, the lever holding the lens at a position closer to the at least one point fixed with respect to the substrate than a position of the handle of the lever such that movement of the handle of the lever will result in demagnified movement of the lens, as compared to the movement of the handle of the lever, in at least directions other than an optical axis of light of the first waveguide, the lever moveable so as to position the lens to focus light of the first waveguide into the second waveguide, wherein the lever extends substantially along the optical axis of light of the first waveguide.
An airbag system for a vehicle comprising a folded airbag which is stored in a housing, at least one inflator for dispensing inflation fluid into the airbag during deployment, said housing having a front cover which will open when deploying the airbag wherein said airbag system is positioned below the bumper of the vehicle and directed in the longitudinal direction of the vehicle, whereby the airbag, during deployment, expands in front of the bumper characterized in that said front cover is a pivotable front cover provided with a first pivot joint to allow the airbag to deploy forwardly and said front cover consists of two parts hinged to each other by a second pivot joint, where the two parts are a front door and the floor part of the housing which is attached to the airbag, and both pivot joints (6, 7) each comprises a spring or locking mechanism and the pivot joints (6, 7) allow the parts to rotate and move downwards due to the firing of the airbag and consequently the closing force of the spring or the locking mechanism in the pivot joints (6, 7) will be overcome.
A process for the reactivation of an acidic ion exchange resin that has been at least partially deactivated by contact with an impure ethylenically unsaturated acid, ester or nitrile containing target impurities comprising the steps of:- contacting the at least partially deactivated resin with a C 1 -C 12 aliphatic alkanol and a carboxylic acid to thereby increase the activity thereof, wherein the resins have been used to treat one or more target impurities in the impure ethylenically unsaturated liquid which treatment has led to deactivation of the resin, and wherein suitable target impurities are selected from the list consisting of:- optionally substituted C 4 -C 20 dienes; optionally substituted C 6 -C 20 trienes; optionally substituted unsaturated aldehydes and ketones; divinyl ketone, ethyl vinyl ketone, ethyl isopropenyl ketone, 3-methylene 1-hexen-4-one, methacrolein and isobutanol; pentenals; and a source of isobutyraldehyde, wherein the source of isobutyraldeyde is isobutyraldehyde itself or a compound which generates isobutyraldehyde when exposed to the ion exchange resin.
A method for providing multicast/broadcast service,MBS, to a user equipment, UE, in an NR network, the method comprising: when handover is determined for the UE, receiving, by the UE, through a source base station, radio bearer configuration information for receiving MBS session data through a target base station; configuring, by the UE, a radio bearer for receiving the MBS session data through the target base station based on the radio bearer configuration information; and receiving, by the UE, the MBS session data through the radio bearer, wherein the radio bearer configuration information is information generated by the target base station and transmitted to the source base station; wherein the source base station transmits a handover request message to the target base station, and wherein the handover request message includes MBS session context information comprising MBS session ID, MBS service area identifier and QoS flow information, wherein the QoS flow information includes QoS flow identifier. when handover is determined for the UE, receiving, by the UE, through a source base station, radio bearer configuration information for receiving MBS session data through a target base station; configuring, by the UE, a radio bearer for receiving the MBS session data through the target base station based on the radio bearer configuration information; and receiving, by the UE, the MBS session data through the radio bearer, wherein the radio bearer configuration information is information generated by the target base station and transmitted to the source base station; wherein the source base station transmits a handover request message to the target base station, and wherein the handover request message includes MBS session context information comprising MBS session ID, MBS service area identifier and QoS flow information, wherein the QoS flow information includes QoS flow identifier.
A head-mounted virtual image display apparatus, comprising: a projector operable to direct image-bearing light beams (B1, B2, B3, B4, B5) along a projection axis, wherein the projector is arranged along a temple member; and a planar waveguide extending in a plane defined by an output aperture side of the planar waveguide; wherein the planar waveguide is configured to receive the image-bearing light beams (B1, B2, B3, B4, B5) through an input aperture, to expand the image-bearing light beams (B1, B2, B3, B4, B5), and to output the expanded image-bearing light beams (B1, B2, B3, B4, B5) through the output aperture of the planar waveguide; and wherein the output aperture is spaced apart from the input aperture along the planar waveguide; characterised by an orientation of the planar waveguide at an obtuse angle (α1) with respect to the projection axis on the output aperture side of the planar waveguide; and characterised by an optical coupler (40, 40A) that is configured to receive the image-bearing light beams (B1, B2, B3, B4, B5) along the projection axis, reorient the projection axis to an acute angle (α2) of incidence with respect to the plane, rotate the image-bearing light beams (B1, B2, B3, B4, B5) about the projection axis, and direct the rotated image-bearing light beams (B1, B2, B3, B4, B5) along the reoriented projection axis (A3") through the input aperture of the planar waveguide. a projector operable to direct image-bearing light beams (B1, B2, B3, B4, B5) along a projection axis, wherein the projector is arranged along a temple member; and a planar waveguide extending in a plane defined by an output aperture side of the planar waveguide; wherein the planar waveguide is configured to receive the image-bearing light beams (B1, B2, B3, B4, B5) through an input aperture, to expand the image-bearing light beams (B1, B2, B3, B4, B5), and to output the expanded image-bearing light beams (B1, B2, B3, B4, B5) through the output aperture of the planar waveguide; and wherein the output aperture is spaced apart from the input aperture along the planar waveguide; characterised by an orientation of the planar waveguide at an obtuse angle (α1) with respect to the projection axis on the output aperture side of the planar waveguide; and characterised by an optical coupler (40, 40A) that is configured to receive the image-bearing light beams (B1, B2, B3, B4, B5) along the projection axis, reorient the projection axis to an acute angle (α2) of incidence with respect to the plane, rotate the image-bearing light beams (B1, B2, B3, B4, B5) about the projection axis, and direct the rotated image-bearing light beams (B1, B2, B3, B4, B5) along the reoriented projection axis (A3") through the input aperture of the planar waveguide. receive the image-bearing light beams (B1, B2, B3, B4, B5) along the projection axis, reorient the projection axis to an acute angle (α2) of incidence with respect to the plane, rotate the image-bearing light beams (B1, B2, B3, B4, B5) about the projection axis, and direct the rotated image-bearing light beams (B1, B2, B3, B4, B5) along the reoriented projection axis (A3") through the input aperture of the planar waveguide.
A method for welding aramid fibers, characterized in that a) at least one region of an aramid fiber is treated with an ionic liquid so that the aramid is partially dissolved, b) the aramid fiber is contacted via the partially dissolved region with another aramid fiber region, optionally while pressure is applied to the contact region, wherein preferably the further aramid fiber region has also been partially dissolved according to step a), and subsequently c) the partially dissolved region of the aramid is re-coagulated, wherein the ionic liquid meets at least one of the following two criteria: i) α value < 0.6 and β value > 0.8, or ii) difference of β value minus α value ≥ 0.45, wherein the α value and β value are Kamlet-Taft solvent parameters. a) at least one region of an aramid fiber is treated with an ionic liquid so that the aramid is partially dissolved, b) the aramid fiber is contacted via the partially dissolved region with another aramid fiber region, optionally while pressure is applied to the contact region, wherein preferably the further aramid fiber region has also been partially dissolved according to step a), and subsequently c) the partially dissolved region of the aramid is re-coagulated, i) α value < 0.6 and β value > 0.8, or ii) difference of β value minus α value ≥ 0.45,
A cooking device comprising: a frame to form a cooking chamber; a burner cover provided in the frame to form a combustion chamber and including a first opening and a second opening for flowing air; a burner provided inside the combustion chamber; and a barrier member provided between the burner cover and the frame in order to prevent heat of air discharged from the combustion chamber from being delivered to the frame, wherein the barrier member is fastened to the frame, wherein the barrier member comprising: a barrier plate in contact with the frame; and a cover fastener extending from the barrier plate, for fastening with the burner cover, wherein a fastening hole for fastening with a fastening member is formed in the fastening body, wherein the burner cover includes a first cover and a second cover, the first opening is provided in the first cover and the second opening is provided in the second cover characterized in that the fastening member is fastened to the fasting hole after passing through the first cover and the second cover. a frame to form a cooking chamber; a burner cover provided in the frame to form a combustion chamber and including a first opening and a second opening for flowing air; a burner provided inside the combustion chamber; and a barrier member provided between the burner cover and the frame in order to prevent heat of air discharged from the combustion chamber from being delivered to the frame, wherein the barrier member is fastened to the frame, wherein the barrier member comprising: a barrier plate in contact with the frame; and a cover fastener extending from the barrier plate, for fastening with the burner cover, a barrier plate in contact with the frame; and a cover fastener extending from the barrier plate, for fastening with the burner cover, wherein a fastening hole for fastening with a fastening member is formed in the fastening body, wherein the burner cover includes a first cover and a second cover, the first opening is provided in the first cover and the second opening is provided in the second cover characterized in that the fastening member is fastened to the fasting hole after passing through the first cover and the second cover.