mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication for a user equipment, UE, comprising: transmitting information indicating to a serving base station of the UE that the UE is configured to communicate with one or more relay UEs; transmitting, to the serving base station, one or more measurements of a radio link between the UE and the serving base station; receiving, in response to the transmitted one or more measurements, from the serving base station, configuration information comprising one or more measurements threshold values to perform a discovery procedure for identifying the one or more relay UEs; and performing the discovery procedure (612, 614); when the one or more measurements are below the one or more measurement threshold values. transmitting information indicating to a serving base station of the UE that the UE is configured to communicate with one or more relay UEs; transmitting, to the serving base station, one or more measurements of a radio link between the UE and the serving base station; receiving, in response to the transmitted one or more measurements, from the serving base station, configuration information comprising one or more measurements threshold values to perform a discovery procedure for identifying the one or more relay UEs; and performing the discovery procedure (612, 614); when the one or more measurements are below the one or more measurement threshold values.
A water slide comprising: a ladder section including a plurality of steps; a chute including a runway surface with an exit segment, the chute rotatably coupled to the ladder section, wherein the chute is movable between a first position and a second position relative to the ladder section; and a brace having a first portion coupled to the ladder section and a second portion coupled to the chute, the brace extending between the ladder section and the chute to lock the chute when in the second position, the water slide characterized in that the ladder section further includes one of a first panel or a platform extending from an upper portion thereof, a first pair of arms (40, 42) offset from one another, and a water tank configured for receiving water to stabilize the water slide, wherein the ladder section, the one of the first panel or platform, the water tank, and the first pair of arms are formed as a first unitary structural member, and further characterized in that the chute includes the other of the first panel or the platform extending from an upper portion thereof, and a second pair of arms (48, 50) offset from one another, wherein the chute, the other of the first panel or platform, and the second pair of arms are formed as a second unitary structural member. a ladder section including a plurality of steps; a chute including a runway surface with an exit segment, the chute rotatably coupled to the ladder section, wherein the chute is movable between a first position and a second position relative to the ladder section; and a brace having a first portion coupled to the ladder section and a second portion coupled to the chute, the brace extending between the ladder section and the chute to lock the chute when in the second position, the water slide characterized in that the ladder section further includes one of a first panel or a platform extending from an upper portion thereof, a first pair of arms (40, 42) offset from one another, and a water tank configured for receiving water to stabilize the water slide, wherein the ladder section, the one of the first panel or platform, the water tank, and the first pair of arms are formed as a first unitary structural member, and further characterized in that the chute includes the other of the first panel or the platform extending from an upper portion thereof, and a second pair of arms (48, 50) offset from one another, wherein the chute, the other of the first panel or platform, and the second pair of arms are formed as a second unitary structural member.
A headphone arrangement that is configured to induce natural directional pinna cues, the arrangement comprising: at least one ear cup comprising a frame that is configured to be arranged to at least partly encircle the ear of a user, thereby defining an open volume around the ear of the user, wherein the frame is at least partially hollow, thereby providing at least one cavity on its inside that is separated from the outside of the frame by at least one wall of the frame; at least one loudspeaker (20, 30) arranged within the at least one wall of the frame of the ear cup, wherein the at least one loudspeaker (20, 30) comprises a membrane and wherein a first side of the membrane faces the at least one cavity inside the frame and a second side of the membrane faces the outside of the frame and wherein, when the at least one ear cup is arranged to encircle the ear of the user, the membrane of at least one of the at least one loudspeaker (20, 30) is arranged at a first angle (α, δ) with respect to a median plane, wherein the median plane crosses the user's head midway between the user's ears, thereby virtually dividing the head into an essentially mirror-symmetrical left half side and right half side, characterised in that at least one of: its main direction of sound propagation with regard to the second side of the membrane is directed away from the median plane; and the average orientation of the surface of the second side of the membrane is directed away from the median plane. at least one ear cup comprising a frame that is configured to be arranged to at least partly encircle the ear of a user, thereby defining an open volume around the ear of the user, wherein the frame is at least partially hollow, thereby providing at least one cavity on its inside that is separated from the outside of the frame by at least one wall of the frame; at least one loudspeaker (20, 30) arranged within the at least one wall of the frame of the ear cup, wherein the at least one loudspeaker (20, 30) comprises a membrane and wherein a first side of the membrane faces the at least one cavity inside the frame and a second side of the membrane faces the outside of the frame and wherein, when the at least one ear cup is arranged to encircle the ear of the user, the membrane of at least one of the at least one loudspeaker (20, 30) is arranged at a first angle (α, δ) with respect to a median plane, wherein the median plane crosses the user's head midway between the user's ears, thereby virtually dividing the head into an essentially mirror-symmetrical left half side and right half side, characterised in that at least one of: its main direction of sound propagation with regard to the second side of the membrane is directed away from the median plane; and the average orientation of the surface of the second side of the membrane is directed away from the median plane. its main direction of sound propagation with regard to the second side of the membrane is directed away from the median plane; and the average orientation of the surface of the second side of the membrane is directed away from the median plane.
A method of installing components in an elevator system, comprising the steps of: placing an elevator machine support near a hoistway, the elevator machine support having a first portion and a second portion in a first orientation in which the first and second portions are generally parallel to each other; moving the machine support at least partly into the hoistway; and securing the first portion to a hoisting device; raising at least the first portion using the hoisting device to cause relative movement between the first and second portions from the first orientation into a second orientation in which the first and second portions are no longer parallel to each other; raising the elevator machine support using the hoisting device to a level corresponding to an installation location; and securing the elevator machine support in the installation location. placing an elevator machine support near a hoistway, the elevator machine support having a first portion and a second portion in a first orientation in which the first and second portions are generally parallel to each other; moving the machine support at least partly into the hoistway; and securing the first portion to a hoisting device; raising at least the first portion using the hoisting device to cause relative movement between the first and second portions from the first orientation into a second orientation in which the first and second portions are no longer parallel to each other; raising the elevator machine support using the hoisting device to a level corresponding to an installation location; and securing the elevator machine support in the installation location.
A method of manufacturing a compressed coil, the method comprising: providing a wire (225, 1425) comprising a first lead section (226, 1426), a central section and a second lead section (228, 1428); winding the central section of the wire around a spindle of a bobbin (101, 1401, 1701, 2001) to form a coil, wherein the bobbin comprises the spindle and a flange at a first end of the spindle; locating a punch top over a second end of the spindle of the bobbin such that the second end of the spindle is located at least partially within a through-hole of the punch top, the punch top comprising the through-hole, the through-hole having a cross-section sized and shaped to accommodate at least a portion of the second end of the spindle of the bobbin; locating the first lead section of the wire in a first groove (105, 110, 1405) in an outer surface of the bobbin or in a surface of the through-hole of the punch top; locating the second lead section of the wire within a further groove (115, 1406) in an outer surface of the punch top or bobbin; locating the bobbin, coil and punch top within a through-hole of a die (123, 1623, 2023), wherein the through-hole of the die is sized and shaped to accommodate the bobbin and the punch top; and applying pressure to the bobbin and/or punch top to compress the coil. providing a wire (225, 1425) comprising a first lead section (226, 1426), a central section and a second lead section (228, 1428); winding the central section of the wire around a spindle of a bobbin (101, 1401, 1701, 2001) to form a coil, wherein the bobbin comprises the spindle and a flange at a first end of the spindle; locating a punch top over a second end of the spindle of the bobbin such that the second end of the spindle is located at least partially within a through-hole of the punch top, the punch top comprising the through-hole, the through-hole having a cross-section sized and shaped to accommodate at least a portion of the second end of the spindle of the bobbin; locating the first lead section of the wire in a first groove (105, 110, 1405) in an outer surface of the bobbin or in a surface of the through-hole of the punch top; locating the second lead section of the wire within a further groove (115, 1406) in an outer surface of the punch top or bobbin; locating the bobbin, coil and punch top within a through-hole of a die (123, 1623, 2023), wherein the through-hole of the die is sized and shaped to accommodate the bobbin and the punch top; and applying pressure to the bobbin and/or punch top to compress the coil.
An electrical parameter sensor probe operative to detect an electrical parameter in an insulated conductor without requiring galvanic contact with the insulated conductor, the electrical parameter sensor probe comprising: a Rogowski coil; a body comprising a first channel and a second channel, each of the first and second channels having respective first (148a, 150a) and second (148b, 150b) open ends, the respective first open ends (148a, 150a) of the first and second channels being spaced apart from each other, and the respective second open ends (148b, 150b) of the first and second channels being adjacent each other, the first channel sized and dimensioned to slidably contain a first length of the Rogowski coil between the first and second open ends of the first channel, and the second channel sized and dimensioned to slidably contain a second length of the Rogowski coil between the first and second open ends of the second channel such that a loop of the Rogowski coil is formed between the respective first open ends (148a, 150a) of the first and second channels, and the size of the loop is selectively adjustable by movement of the Rogowski coil within at least one of the first and second channels; and a non-contact sensor coupled to the body and positioned between the respective first ends (148a, 150a) of the first and second channels, the non-contact sensor operative to sense at least one electrical parameter in the insulated conductor when the insulated conductor is within the loop formed by the Rogowski coil. a Rogowski coil; a body comprising a first channel and a second channel, each of the first and second channels having respective first (148a, 150a) and second (148b, 150b) open ends, the respective first open ends (148a, 150a) of the first and second channels being spaced apart from each other, and the respective second open ends (148b, 150b) of the first and second channels being adjacent each other, the first channel sized and dimensioned to slidably contain a first length of the Rogowski coil between the first and second open ends of the first channel, and the second channel sized and dimensioned to slidably contain a second length of the Rogowski coil between the first and second open ends of the second channel such that a loop of the Rogowski coil is formed between the respective first open ends (148a, 150a) of the first and second channels, and the size of the loop is selectively adjustable by movement of the Rogowski coil within at least one of the first and second channels; and a non-contact sensor coupled to the body and positioned between the respective first ends (148a, 150a) of the first and second channels, the non-contact sensor operative to sense at least one electrical parameter in the insulated conductor when the insulated conductor is within the loop formed by the Rogowski coil.
A high-speed automatic dispensing apparatus with a replaceable dispensing head, comprising: a dispensing head including a plurality of pipettes, a pipette head to which one end of a plunger extending to pass through each pipette is fixed, and a head body part abutting against the pipette head and allowing the pipettes to pass therethrough, a pipette head moving mechanism vertically moving the pipette head, and a drive mechanism horizontally and vertically moving the dispensing head. a dispensing head including a plurality of pipettes, a pipette head to which one end of a plunger extending to pass through each pipette is fixed, and a head body part abutting against the pipette head and allowing the pipettes to pass therethrough, a pipette head moving mechanism vertically moving the pipette head, and a drive mechanism horizontally and vertically moving the dispensing head.
Method for enhancing the handling of capabilities of a user equipment in a mobile communication network and/or for enhancing the set-up of communication services for a user equipment, wherein the mobile communication network comprises a radio access network comprising at least a base station entity, the base station entity serving a radio cell, wherein in order to allow the mobile communication network to set up communication services taking into account the capabilities of the user equipment, the method is characterized by the following steps: --- in a first step, the user equipment transmits a compact capability information, wherein the compact capability information is generated by modifying a first representation of a capability information according to an ASN.1 notation, using a modifying function, wherein the capability information corresponds to the capabilities of the user equipment, wherein the user equipment is able to dynamically change between different states with different capabilities, wherein the compact capability information is related to a semi-static group identity, referencing or identifying a group of user equipments sharing identical capabilities, wherein different semi-static group identities are used for different states of the user equipment, --- in a second step, after the first step, the compact capability information is received by a first network entity of the mobile communication network, wherein the first network entity comprises and/or is able to access a capability mapping table, wherein the capability mapping table comprises a list of possible user equipment capability configurations, wherein, by using the capability mapping table, the first network entity is able to derive the capabilities of the user equipment from the compact capability information. --- in a first step, the user equipment transmits a compact capability information, wherein the compact capability information is generated by modifying a first representation of a capability information according to an ASN.1 notation, using a modifying function, wherein the capability information corresponds to the capabilities of the user equipment, wherein the user equipment is able to dynamically change between different states with different capabilities, wherein the compact capability information is related to a semi-static group identity, referencing or identifying a group of user equipments sharing identical capabilities, wherein different semi-static group identities are used for different states of the user equipment, --- in a second step, after the first step, the compact capability information is received by a first network entity of the mobile communication network,
Non-therapeutic use of naringin, naringenin or mixtures thereof for the targeted modulation of the gene expression of at least one bitter taste receptor and/or at least one gut-brain axis receptor to modify the eating pattern and rumination in ruminants or for the targeted modulation of the gene expression of at least one bitter taste receptor to modify the eating patern in pigs, wherein the non-therapeutic use comprises administering naringin, naringenin or mixtures thereof, wherein the amount of naringin, naringenin or mixtures thereof is administered as a mixture with feed, wherein said feed composition comprises at least 0.005% w/w of naringin or the equimolar amount of naringenin or of a mixture of naringin and naringenin if both are present, whereby methods for treatment of the human or animal body by surgery or therapy are excluded.
A noise structure comprising a barrier made of a generally sound redirecting material defining a barrier surface, and a plurality of sound absorbing boxes connected to said surface, each box having an elongated configuration according to a longitudinal axis and comprising a substantially flat rear wall and a front wall with an extensive distribution of holes, said walls defining a longitudinal channel which develops along said axis and is at least partially occupied by a filling made of a sound absorbing material, wherein said front and rear walls are both on a same side of the barrier as defined by said barrier surface, and wherein said rear wall is a generally flat wall mounted parallel to said surface of the barrier characterized by the fact that said rear wall is mounted spaced apart from said surface of the barrier and has in its turn an extensive distribution of holes.
A turbine component, comprising: a superalloy substrate; and a coating on the superalloy substrate, wherein the coating defines an external surface of the turbine component that is exposed to a hot gas flow path in a gas turbine, and wherein the coating comprises: 15 wt% to 45 wt% cobalt; 22 wt% to 25 wt% chromium; 2 wt% to 15 wt% aluminum; 0.1 wt% to 1 wt% yttrium; nickel, wherein the coating comprises 55 to 75 wt% of a total combined amount of nickel and cobalt; and a distribution of pinning agents, wherein the pinning agents are located on the interfaces between grains defined in the coating; wherein the average grain size of the coating is 0.1 μm (microns) to 5 μm (microns); wherein the coating further comprises: tungsten, molybdenum, tantalum, rhenium, titanium, niobium, vanadium, a platinum group metal, or a combination thereof, wherein the total combined amount of these elements is 20 wt% or less. a superalloy substrate; and a coating on the superalloy substrate, wherein the coating defines an external surface of the turbine component that is exposed to a hot gas flow path in a gas turbine, and wherein the coating comprises: 15 wt% to 45 wt% cobalt; 22 wt% to 25 wt% chromium; 2 wt% to 15 wt% aluminum; 0.1 wt% to 1 wt% yttrium; nickel, wherein the coating comprises 55 to 75 wt% of a total combined amount of nickel and cobalt; and a distribution of pinning agents, wherein the pinning agents are located on the interfaces between grains defined in the coating; 15 wt% to 45 wt% cobalt; 22 wt% to 25 wt% chromium; 2 wt% to 15 wt% aluminum; 0.1 wt% to 1 wt% yttrium; nickel, wherein the coating comprises 55 to 75 wt% of a total combined amount of nickel and cobalt; and a distribution of pinning agents, wherein the pinning agents are located on the interfaces between grains defined in the coating; wherein the average grain size of the coating is 0.1 μm (microns) to 5 μm (microns); wherein the coating further comprises: tungsten, molybdenum, tantalum, rhenium, titanium, niobium, vanadium, a platinum group metal, or a combination thereof, wherein the total combined amount of these elements is 20 wt% or less.
Conservatory with a roof and at least one side wall which has at least one fixed wall element (6a, 6b) and at least one adjustable ventilating element, wherein the ventilating element can be adjusted between a closed position closing at least one ventilating opening (d, d') and an open position releasing the ventilating openings (d, d'), characterised in that the clear width of the ventilating openings (d, d') in the open position of the ventilating element is so narrow that the passage of a person through the ventilating openings (d, d') is prevented, wherein the ventilating element is rotatably mounted about a vertical rotational axis centrally to the surface subtended by the ventilating element.
A telescopic device, comprising an outer pipe, an inner pipe fitted in the outer pipe, and a sleeve disposed between the outer pipe and the inner pipe, wherein one end of the inner pipe extends out of the outer pipe, an outer surface of the inner pipe is formed with a slide trough, an inner surface of the sleeve is provided with a slide block engaged in the slide trough, at least one lock mechanism is provided between the outer pipe and the sleeve, the lock mechanism comprises two bosses to hold against each other, the two bosses are integrally formed on an inner surface of the outer pipe and an outer surface of the sleeve respectively, and the two bosses engage with or disengage from each other when the outer pipe and the inner pipe are turned relatively; wherein a top end of the inner pipe is installed with a positioning sleeve, and the positioning sleeve is disposed above the sleeve; and the positioning sleeve is integrally formed with another boss; characterized in that the outer pipe is formed with an elongate groove in a circumferential direction, and the sleeve is provided with a positioning stud to slide in the elongate groove; or the outer surface of the sleeve is formed with a groove, and the inner surface of the outer pipe is provided with a protruding block to slide along the groove. wherein a top end of the inner pipe is installed with a positioning sleeve, and the positioning sleeve is disposed above the sleeve; and the positioning sleeve is integrally formed with another boss; characterized in that the outer pipe is formed with an elongate groove in a circumferential direction, and the sleeve is provided with a positioning stud to slide in the elongate groove; or the outer surface of the sleeve is formed with a groove, and the inner surface of the outer pipe is provided with a protruding block to slide along the groove.