mhurhangee/ep-ind-claims huggingface dataset:
A vacuum pump comprising: a pair of shafts (310, 410) disposed facing each other; a pair of pump rotors (312, 412) provided on the pair of shafts (310, 410); and a pair of motor rotors (110, 210) provided on the pair of shafts (310, 410) and directly forming a magnetic coupling by having different magnetic poles of magnets (112, 212) facing each other; characterized in that a pair of gears (380, 490) provided on the pair of shafts (310, 410), wherein a clearance between teeth of the pair of gears (380, 480) is set such that the pair of gears (380, 480) do not come into contact with each other, and the clearance between the teeth of the pair of gears (380, 480) is set to be smaller than a clearance between the pair of pump rotors (312, 412). a pair of shafts (310, 410) disposed facing each other; a pair of pump rotors (312, 412) provided on the pair of shafts (310, 410); and a pair of motor rotors (110, 210) provided on the pair of shafts (310, 410) and directly forming a magnetic coupling by having different magnetic poles of magnets (112, 212) facing each other; characterized in that a pair of gears (380, 490) provided on the pair of shafts (310, 410), wherein a clearance between teeth of the pair of gears (380, 480) is set such that the pair of gears (380, 480) do not come into contact with each other, and the clearance between the teeth of the pair of gears (380, 480) is set to be smaller than a clearance between the pair of pump rotors (312, 412).
A method of operating an infrastructure equipment in a wireless communications system comprising the infrastructure equipment and a communications device, wherein the method comprises detecting that downlink messages for the communications device should be transmitted by the infrastructure equipment in one or more of a plurality of temporally spaced paging occasions, determining that a wake-up signal, WUS, should be transmitted by the infrastructure equipment to the communications device in advance of each of the one or more paging occasions which comprise the downlink messages for the communications device, determining a time since a most recent transmission of a signal which can be used by the communications device to re-synchronise with the infrastructure equipment, characterised in that in accordance with the determined time since a most recent transmission of a signal for re-synchronising, selecting a format for a wake up signal from one of a plurality of formats, each format providing a wake up signal with different physical characteristics for detection by the communications device, and transmitting the wake up signal in the selected format for use by the communications device. detecting that downlink messages for the communications device should be transmitted by the infrastructure equipment in one or more of a plurality of temporally spaced paging occasions, determining that a wake-up signal, WUS, should be transmitted by the infrastructure equipment to the communications device in advance of each of the one or more paging occasions which comprise the downlink messages for the communications device, determining a time since a most recent transmission of a signal which can be used by the communications device to re-synchronise with the infrastructure equipment, characterised in that in accordance with the determined time since a most recent transmission of a signal for re-synchronising, selecting a format for a wake up signal from one of a plurality of formats, each format providing a wake up signal with different physical characteristics for detection by the communications device, and transmitting the wake up signal in the selected format for use by the communications device.
A heated aerosol-generating article for use with an aerosol-generating device, the heated aerosol-generating article comprising a plurality of components including an aerosol-forming substrate assembled within a wrapper to form a rod having a mouth end and a distal end upstream from the mouth end, in which a rigid hollow tube having an external diameter of between 5 mm and 15 mm and a length of between 5 mm and 15 mm is disposed upstream from the aerosol-forming substrate within the wrapper, the rigid hollow tube being substantially non-flammable and in which a pierceable film spans one end of the rigid hollow tube.
Method of balancing a load using a support system (100, 200) for carrying and balancing a load, the support system (100, 200) including a base (110, 210) and a load carrier (120, 220) adapted to be connected to the load, at least two support arms (130, 135, 230, 235) connecting the base (110, 210) and the load carrier (120, 220), such that the load carrier (120, 220) is movable in fixed orientation relative to the base (110, 210), an extendable and retractable linear actuator (140, 240) connecting the base (110, 210) and spring means (150, 250), the linear actuator (140, 240) being fixed to the base (110, 210) and the spring means (150, 250) being pivotably connected to the linear actuator (140, 240) in an angle (φ) different from 0° and 180° and to one of the at least two support arms (130, 135, 230, 235) or the load carrier (120, 220), such that a first torque is exerted by the spring means (150, 250) on said support arm or the load carrier relative to the base (110, 210), including the steps of blocking movement of one of the at least two support arms (130, 135, 230, 235), determining whether a resulting torque resulting from the first torque and a second torque exceeds a threshold by means of resulting torque determining means (160, 260), the second torque being exerted by the support system (100, 200) and/or the load on the spring means (150, 250) counteracting the first torque, and actuating the linear actuator (140, 240) if the resulting torque exceeds the threshold in order to reduce the resulting torque.
A lead frame, comprising: a die pad comprising a die attach surface; a row of two or more leads (112, 114) that extend away from a first side of the die pad; and a peripheral structure disposed opposite the first side of the die pad and connected to each lead (112, 114) from the row of two or more leads (112, 114), wherein a first outermost lead of the row is continuously connected to the first side of the die pad, wherein a second outermost lead of the row comprises an interior end that faces and is spaced apart from the first side of the die pad, wherein a width of the second lead in a central span of the second lead is greater than the width of the second lead in an interior span of the second lead and in an outer span of the second lead, the interior span of the second lead separating the central span of the second lead from the interior end of the second lead, the outer span of the second lead separating the central span of the second lead from the peripheral structure, wherein the second lead comprises an inner edge side that faces the first lead and extends from the interior end of the second lead to the peripheral structure, characterized in that the inner edge side of the second lead is closer to the first lead in the central span of the second lead than in the interior and outer spans (130, 134) of the second lead. a die pad comprising a die attach surface; a row of two or more leads (112, 114) that extend away from a first side of the die pad; and a peripheral structure disposed opposite the first side of the die pad and connected to each lead (112, 114) from the row of two or more leads (112, 114), wherein a first outermost lead of the row is continuously connected to the first side of the die pad, wherein a second outermost lead of the row comprises an interior end that faces and is spaced apart from the first side of the die pad, wherein a width of the second lead in a central span of the second lead is greater than the width of the second lead in an interior span of the second lead and in an outer span of the second lead, the interior span of the second lead separating the central span of the second lead from the interior end of the second lead, the outer span of the second lead separating the central span of the second lead from the peripheral structure, wherein the second lead comprises an inner edge side that faces the first lead and extends from the interior end of the second lead to the peripheral structure, characterized in that the inner edge side of the second lead is closer to the first lead in the central span of the second lead than in the interior and outer spans (130, 134) of the second lead.
A method for improving dialogue intelligibility during playback of audio data on a playback device, wherein the audio data comprise dialogue audio data, and at least one of music and effects audio data, the method including the steps of: determining a volume mixing ratio as a function of a sound pressure level based on a volume value for playback by mapping the volume value for playback to the sound pressure level, wherein the volume mixing ratio refers to a ratio of the volume of the dialogue audio data over the volume of the at least one of music and effects audio data; mixing the dialogue audio data and the at least one of music and effects audio data based on said volume mixing ratio; and outputting the mixed audio data for playback. determining a volume mixing ratio as a function of a sound pressure level based on a volume value for playback by mapping the volume value for playback to the sound pressure level, wherein the volume mixing ratio refers to a ratio of the volume of the dialogue audio data over the volume of the at least one of music and effects audio data; mixing the dialogue audio data and the at least one of music and effects audio data based on said volume mixing ratio; and outputting the mixed audio data for playback.
A connection structure, comprising: a case; a circuit board disposed in the case and located at a distance from an inner bottom surface of the case, wherein the circuit board has a through-hole; an electronic component disposed around the through-hole and between the inner bottom surface of the case and the circuit board, wherein the electronic component has a conducting wire and a conducting plate electrically connected to the conducting wire; characterized in that said connection structure further comprises a conductive connector being a copper post disposed between the through-hole and the conducting plate and electrically connected to the conducting plate, wherein the electronic component is electrically connected to the circuit board through the conductive connector; an insulated connector corresponding to the conductive connector and disposed between the conducting plate and the inner bottom surface of the case; and a fastener connected to the conductive connector through the through-hole, wherein a support post is formed from the case, and the support post is pressed against the bottom of the insulated connector. a case; a circuit board disposed in the case and located at a distance from an inner bottom surface of the case, wherein the circuit board has a through-hole; an electronic component disposed around the through-hole and between the inner bottom surface of the case and the circuit board, wherein the electronic component has a conducting wire and a conducting plate electrically connected to the conducting wire; characterized in that said connection structure further comprises a conductive connector being a copper post disposed between the through-hole and the conducting plate and electrically connected to the conducting plate, wherein the electronic component is electrically connected to the circuit board through the conductive connector; an insulated connector corresponding to the conductive connector and disposed between the conducting plate and the inner bottom surface of the case; and a fastener connected to the conductive connector through the through-hole, wherein a support post is formed from the case, and the support post is pressed against the bottom of the insulated connector.
An orthodontic implant device which is fixable in an oral cavity to perform orthodontics by connecting an extension arm formed of a wire for moving teeth, comprising: a pair of implant members which are fixed in the oral cavity, each having a shank on which a ridge is formed, and a head formed in one end of the shank, in which a head groove having a perpendicular relationship between side surfaces and a bottom surface is formed in the head; a bridge member arranged so as to link places between the pair of implant members; and an arrangement member having a fixing portion for fixing the extension arm, and a wire-shaped projection portion for arranging the fixing portion in the bridge member, wherein the bridge member has a connecting portion provided with an insertion hole into which the projection portion is to be inserted, and a pair of rectangular wire-shaped portions arranged in the connecting portion, and to be fitted into the head grooves of the pair of implant members, characterized in that the fixing portion has a fixing groove having a perpendicular relationship between a pair of side surfaces and a bottom surface, fastening portions are each provided in projecting inward on upper sides of the pair of side surfaces, and part of the extension arm is fittable into and caulked at the fixing portion, thereby being fixed at the fixing portion. a pair of implant members which are fixed in the oral cavity, each having a shank on which a ridge is formed, and a head formed in one end of the shank, in which a head groove having a perpendicular relationship between side surfaces and a bottom surface is formed in the head; a bridge member arranged so as to link places between the pair of implant members; and an arrangement member having a fixing portion for fixing the extension arm, and a wire-shaped projection portion for arranging the fixing portion in the bridge member, wherein the bridge member has a connecting portion provided with an insertion hole into which the projection portion is to be inserted, and a pair of rectangular wire-shaped portions arranged in the connecting portion, and to be fitted into the head grooves of the pair of implant members, characterized in that the fixing portion has a fixing groove having a perpendicular relationship between a pair of side surfaces and a bottom surface, fastening portions are each provided in projecting inward on upper sides of the pair of side surfaces, and part of the extension arm is fittable into and caulked at the fixing portion, thereby being fixed at the fixing portion.
A method of monitoring, by a user equipment, LTE, a feedback in a narrowband, NB-Internet of Thing, IoT system, the method comprising: receiving, from a base station, a preconfigured uplink, UL, resource, PUR, configuration via radio resource control, RRC, signaling; transmitting, to the base station, uplink data on the PUR ending in a subframe n in an idle mode; characterized by further comprising: monitoring Downlink Control Information, DCI, related to a feedback for the uplink data which is transmitted through a narrowband physical downlink control channel, NPDCCH, from the base station, in a search space of a feedback window, wherein the DCI is received, by the UE, in a Downlink, DL, subframe after 4 DL subframes from the subframe n; wherein, before receiving the DCI, the UE is configured by the base station with the feedback window as a specific multiple of a search space period; and stopping monitoring for other search spaces in the feedback window after the DCI has been received in the feedback window. receiving, from a base station, a preconfigured uplink, UL, resource, PUR, configuration via radio resource control, RRC, signaling; transmitting, to the base station, uplink data on the PUR ending in a subframe n in an idle mode; characterized by further comprising: monitoring Downlink Control Information, DCI, related to a feedback for the uplink data which is transmitted through a narrowband physical downlink control channel, NPDCCH, from the base station, in a search space of a feedback window, wherein the DCI is received, by the UE, in a Downlink, DL, subframe after 4 DL subframes from the subframe n; wherein, before receiving the DCI, the UE is configured by the base station with the feedback window as a specific multiple of a search space period; and stopping monitoring for other search spaces in the feedback window after the DCI has been received in the feedback window. monitoring Downlink Control Information, DCI, related to a feedback for the uplink data which is transmitted through a narrowband physical downlink control channel, NPDCCH, from the base station, in a search space of a feedback window, wherein the DCI is received, by the UE, in a Downlink, DL, subframe after 4 DL subframes from the subframe n; wherein, before receiving the DCI, the UE is configured by the base station with the feedback window as a specific multiple of a search space period; and stopping monitoring for other search spaces in the feedback window after the DCI has been received in the feedback window.
A method of decoding a digital video, comprising: receiving a bitstream comprising a base layer and an enhancement layer at a video decoder; receiving one or more parameters associated with at least some sub-pictures; decoding base layer values in a first color space from said base layer; performing a reverse color mapping operation on said base layer values within each sub-picture, to generate a reconstructed reference picture having values in a second color space that is wider than said first color space, wherein said video decoder adapts said reverse color mapping operation for each sub-picture based on received parameters associated with that sub-picture; and decoding enhancement layer values in said second color space from said enhancement layer using prediction based on said reconstructed reference picture, wherein the method further comprises: reversing a previously performed color mapping operation performed on sub-pictures of a reference frame using a first set of parameters associated with the sub-pictures of the reference frame; re-mapping the sub-pictures of a reference frame with a color mapping operation using a second set of parameters associated with a current sub-picture; and decoding the current sub-picture with reference to the re-mapped sub-pictures of the reference frame. receiving a bitstream comprising a base layer and an enhancement layer at a video decoder; receiving one or more parameters associated with at least some sub-pictures; decoding base layer values in a first color space from said base layer; performing a reverse color mapping operation on said base layer values within each sub-picture, to generate a reconstructed reference picture having values in a second color space that is wider than said first color space, wherein said video decoder adapts said reverse color mapping operation for each sub-picture based on received parameters associated with that sub-picture; and decoding enhancement layer values in said second color space from said enhancement layer using prediction based on said reconstructed reference picture, wherein the method further comprises: reversing a previously performed color mapping operation performed on sub-pictures of a reference frame using a first set of parameters associated with the sub-pictures of the reference frame; re-mapping the sub-pictures of a reference frame with a color mapping operation using a second set of parameters associated with a current sub-picture; and decoding the current sub-picture with reference to the re-mapped sub-pictures of the reference frame. reversing a previously performed color mapping operation performed on sub-pictures of a reference frame using a first set of parameters associated with the sub-pictures of the reference frame; re-mapping the sub-pictures of a reference frame with a color mapping operation using a second set of parameters associated with a current sub-picture; and decoding the current sub-picture with reference to the re-mapped sub-pictures of the reference frame.
A method, comprising: gathering (606; 804) discovery information (400; 500) of a secondary radio access technology by listening to a single primary radio access technology in idle mode, wherein the gathering comprises gathering the discovery information from a dual mode access point; performing (607; 808) cell selection and/or reselection using the discovery information; pre-associating (611; 812) with the secondary radio access technology using the discovery information gathered from the primary radio access technology; and powering off (612; 813) an interface used to communicate with the secondary radio access technology after pre-association, wherein the dual mode access point is informed when the interface used to communicate with the secondary RAT should be turned on. gathering (606; 804) discovery information (400; 500) of a secondary radio access technology by listening to a single primary radio access technology in idle mode, wherein the gathering comprises gathering the discovery information from a dual mode access point; performing (607; 808) cell selection and/or reselection using the discovery information; pre-associating (611; 812) with the secondary radio access technology using the discovery information gathered from the primary radio access technology; and powering off (612; 813) an interface used to communicate with the secondary radio access technology after pre-association, wherein the dual mode access point is informed when the interface used to communicate with the secondary RAT should be turned on.
A beverage chiller, comprising: a main body with a removable top lid and a removable bottom lid; an internal assembly positioned within the main body, comprising a funnel and a core unit, wherein a first compartment for holding a coolant is defined by an exterior surface of the internal assembly, an interior surface of the main body, and an interior surface of the bottom lid, characterized in that the core unit comprises a plurality of tubes and in that a second compartment for holding a beverage comprises an interior volume of the core unit. a main body with a removable top lid and a removable bottom lid; an internal assembly positioned within the main body, comprising a funnel and a core unit, wherein a first compartment for holding a coolant is defined by an exterior surface of the internal assembly, an interior surface of the main body, and an interior surface of the bottom lid, characterized in that the core unit comprises a plurality of tubes and in that a second compartment for holding a beverage comprises an interior volume of the core unit.
Antigens from the fourth stage larvae of Ostertagia parasitic nematodes, for use in raising an immune response in an animal, wherein the L4 antigens are isolated-using the method shown in Figure 1, said method comprising the steps of: (a) obtaining a cell membrane preparation from L4 larvae of an Ostertagia parasitic nematode; and (b) contacting the cell membrane protein preparation with an affinity matrix comprising ConA under conditions which permit binding between the affinity matrix and antigens present in the cell membrane preparation;; and (c) contacting the antigens released or separated from the affinity matrix with Sephadex G-25. (a) obtaining a cell membrane preparation from L4 larvae of an Ostertagia parasitic nematode; and (b) contacting the cell membrane protein preparation with an affinity matrix comprising ConA under conditions which permit binding between the affinity matrix and antigens present in the cell membrane preparation;; and (c) contacting the antigens released or separated from the affinity matrix with Sephadex G-25.