mhurhangee/patent-ind-claim-en huggingface dataset:
A gas insulation device comprising: a grounded metal tank that contains therein an insulation gas; a conductor provided in the tank and across which a voltage is applied, a surface of the conductor having an alumite film formed thereon, the alumite film having small holes formed therein, the small holes each having a diameter of several hundred nanometers; an insulation part provided on an inner surface of the tank ; and a non-linear resistive part provided on the insulation part and formed of insulation material containing non-linear resistive material, wherein a hydrate film is formed on the alumite film and seals the holes of the alumite film . a grounded metal tank that contains therein an insulation gas; a conductor provided in the tank and across which a voltage is applied, a surface of the conductor having an alumite film formed thereon, the alumite film having small holes formed therein, the small holes each having a diameter of several hundred nanometers; an insulation part provided on an inner surface of the tank ; and a non-linear resistive part provided on the insulation part and formed of insulation material containing non-linear resistive material, wherein a hydrate film is formed on the alumite film and seals the holes of the alumite film .
A method for decellularising a tissue the method comprising the steps of: a) adding a tissue to be decellularised to a decellularisation vessel; b) adding a decellularisation medium comprising at least one detergent, a deoxyribonuclease and a ribonuclease to the vessel; c) introducing supercritical carbon dioxide to the vessel; and d) maintaining contact of the tissue with the supercritical carbon dioxide for a time sufficient to substantially decellularise the tissue. a) adding a tissue to be decellularised to a decellularisation vessel; b) adding a decellularisation medium comprising at least one detergent, a deoxyribonuclease and a ribonuclease to the vessel; c) introducing supercritical carbon dioxide to the vessel; and d) maintaining contact of the tissue with the supercritical carbon dioxide for a time sufficient to substantially decellularise the tissue.
A radio access network, RAN, node (102 2 ) comprising: a processor (132 2 ); and, a memory (134 2 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the RAN node is operable to: receive , from a wireless device (104 2 ) that is operating in extended coverage, multiple repetitions of an access request message requesting resources for transmitting a page response message; transmit , to the wireless device, multiple repetitions of an uplink assignment message , wherein the uplink assignment message comprises: an indication of a number of pre-allocated radio block(s) on a packet data traffic channel; and an indication (N TX, UL ) of an Uplink, UL, coverage class; and receive , from the wireless device, multiple repetitions of a page response message , wherein the page response message comprises: uplink payload, wherein the uplink payload is received in the pre-allocated radio block(s), and wherein the page response message is repeated according to the UL coverage class. a processor (132 2 ); and, a memory (134 2 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the RAN node is operable to: receive , from a wireless device (104 2 ) that is operating in extended coverage, multiple repetitions of an access request message requesting resources for transmitting a page response message; transmit , to the wireless device, multiple repetitions of an uplink assignment message , wherein the uplink assignment message comprises: an indication of a number of pre-allocated radio block(s) on a packet data traffic channel; and an indication (N TX, UL ) of an Uplink, UL, coverage class; and receive , from the wireless device, multiple repetitions of a page response message , wherein the page response message comprises: uplink payload, wherein the uplink payload is received in the pre-allocated radio block(s), and wherein the page response message is repeated according to the UL coverage class. receive , from a wireless device (104 2 ) that is operating in extended coverage, multiple repetitions of an access request message requesting resources for transmitting a page response message; transmit , to the wireless device, multiple repetitions of an uplink assignment message , wherein the uplink assignment message comprises: an indication of a number of pre-allocated radio block(s) on a packet data traffic channel; and an indication (N TX, UL ) of an Uplink, UL, coverage class; and an indication of a number of pre-allocated radio block(s) on a packet data traffic channel; and an indication (N TX, UL ) of an Uplink, UL, coverage class; and receive , from the wireless device, multiple repetitions of a page response message , wherein the page response message comprises: uplink payload, wherein the uplink payload is received in the pre-allocated radio block(s), and wherein the page response message is repeated according to the UL coverage class.
Residential gateway, comprising means for, following the detection of a failure consisting in that at least one service to which said gateway normally allows access is no longer accessible or in that the quality of at least one service to which it normally provides access is degraded: - searching for at least one IP route, called a backup route, to a recipient of data associated with said service, said backup route passing • through an IP interface of said residential gateway, called a backup interface, other than the link between the residential gateway and its nominal network connection equipment, and • through another communicating device, called a backup device, with which the residential gateway is able to establish a network association, and - selecting such a backup route to ensure the provision of said service using said broadcasting device as a relay, characterized in that said backup device belongs to a set of backup devices in which dedicated identifiers, called backup identifiers, which are recognizable by said residential gateway, have been configured, these backup devices broadcasting said dedicated backup identifiers with which they have been configured, and in that said residential gateway further comprises means for detecting the presence of said backup device by listening for and recognizing at least one said dedicated backup identifier broadcast by said backup device. - searching for at least one IP route, called a backup route, to a recipient of data associated with said service, said backup route passing • through an IP interface of said residential gateway, called a backup interface, other than the link between the residential gateway and its nominal network connection equipment, and • through another communicating device, called a backup device, with which the residential gateway is able to establish a network association, and • through an IP interface of said residential gateway, called a backup interface, other than the link between the residential gateway and its nominal network connection equipment, and • through another communicating device, called a backup device, with which the residential gateway is able to establish a network association, and - selecting such a backup route to ensure the provision of said service using said broadcasting device as a relay,
A pneumatic tire comprising a tread portion having (i) circumferential grooves and (ii) circumferential ribs or rows of tread blocks; an inner surface defining a tire cavity ; and a sealant material layer at least partially covering the inner surface radially below the tread portion within the tire cavity , the sealant material layer comprising elevations of sealant material, wherein an elevation of sealant material is provided radially below each of at least two of the circumferential grooves , and wherein the sealant material layer has a larger radial thickness in said elevations than in areas radially below the circumferential ribs or rows of tread blocks; characterized in that at least one foam element is attached to a radially inner surface of at least two axially neighboring elevations such that at least one air cavity is formed between said axially neighboring elevations , a radially outer surface of the foam element and a radially inner surface of the sealant material layer between said axially neighboring elevations .
Apparatus for autonomously transporting money boxes between a predetermined first location and at least one predetermined second location, having a mobile rack comprising at least one holding compartment for holding a money box and a drive unit for moving the rack between the first and at least the second location, having a navigation unit for ascertaining the route of the rack , and having a control unit , wherein the rack comprises a transmitting and/or receiving unit for transmitting data to a money box held in the holding compartment and/or for receiving data sent by a money box held in the holding compartment , wherein the control unit , with the aid of the transmitting and/or receiving unit, transfers data for setting at least one timer of a money box being held, data for setting an operating mode of a money box and/or data for activating, deactivating and/or triggering a devaluing unit of a money box for irreversibly devaluing papers of value held in the money box to the money box , wherein different time periods are set for the at least one timer, depending on the operating mode.
An integrated mercaptan extraction and/or sweetening and thermal oxidation and flue gas treatment process for sulfur reduction in a hydrocarbon feed comprising: introducing a spent liquid stream into a spent caustic surge drum , the spent liquid comprising at least one of: a mixed amine and caustic stream from a mercaptan removal unit ; a spent caustic stream from a mercaptan removal unit ; a spent naphthenic caustic stream from a kerosene sweetening unit ; a spent sulfidic, phenolic and/or cresylic caustic stream from a gasoline sweetening unit , or kerosene sweetening unit , or both; or a caustic waste stream from another process unit; passing a mixed spent caustic stream from the spent caustic surge drum to a thermal oxidation and quench section of a thermal oxidation system, the mixed spent caustic stream comprising at least one sulfur compound, the thermal oxidation system comprising the thermal oxidation and quench section , a particulate removal section , and a sulfur oxide removal section ; oxidizing the at least one sulfur compound in the thermal oxidation and quench section forming oxidized sulfur particulate and carbonate particulate in flue gas; removing a portion of one or more of: the oxidized sulfur particulate, or the carbonate particulate; separating a portion of the oxidized sulfur particulate, or the carbonate particulate from the flue gas in the particulate removal section ; and converting a portion of the oxidized sulfur particulate in the sulfur oxide removal section by contacting the flue gas with caustic to form sodium sulfate or sulfite particulate. a mixed amine and caustic stream from a mercaptan removal unit ; a spent caustic stream from a mercaptan removal unit ; a spent naphthenic caustic stream from a kerosene sweetening unit ; a spent sulfidic, phenolic and/or cresylic caustic stream from a gasoline sweetening unit , or kerosene sweetening unit , or both; or a caustic waste stream from another process unit; passing a mixed spent caustic stream from the spent caustic surge drum to a thermal oxidation and quench section of a thermal oxidation system, the mixed spent caustic stream comprising at least one sulfur compound, the thermal oxidation system comprising the thermal oxidation and quench section , a particulate removal section , and a sulfur oxide removal section ; oxidizing the at least one sulfur compound in the thermal oxidation and quench section forming oxidized sulfur particulate and carbonate particulate in flue gas; removing a portion of one or more of: the oxidized sulfur particulate, or the carbonate particulate; separating a portion of the oxidized sulfur particulate, or the carbonate particulate from the flue gas in the particulate removal section ; and converting a portion of the oxidized sulfur particulate in the sulfur oxide removal section by contacting the flue gas with caustic to form sodium sulfate or sulfite particulate.
An absorbent article comprising a liquid permeable topsheet , a liquid impermeable backsheet , and an absorbent structure disposed between the topsheet and the backsheet, the topsheet having a lateral axis, a longitudinal axis and an in-use wearer-facing portion having an elongate outer perimeter , wherein the topsheet is formed of a section of formed nonwoven web material comprising an accumulation of filaments and having an absorbent-facing side and a wearer-facing side , the wearer-facing side comprising an ordered arrangement of zones , each zone comprising one or more attenuated regions adjacent to one or more built-up regions , wherein the attenuated regions have a first average basis weight and the built-up regions have a second average basis weight, wherein the first average basis weight is less than the second average basis weight, the difference in basis weights corresponding to disposition of the filaments according to the ordered arrangement; wherein the attenuated region is comprised by a configuration of one or more channel portions following one or a plurality of paths, the one or plurality of paths being substantially symmetric about the longitudinal axis and predominately circumscribing a discharge locus on the longitudinal axis, the one or more channel portions constituting channels in and along which exudate fluids more freely collect and flow, while surrounding built-up regions constitute physical barriers that inhibit the collected fluids from flowing longitudinally or laterally outward toward the outer perimeter. wherein the topsheet is formed of a section of formed nonwoven web material comprising an accumulation of filaments and having an absorbent-facing side and a wearer-facing side , the wearer-facing side comprising an ordered arrangement of zones , each zone comprising one or more attenuated regions adjacent to one or more built-up regions , wherein the attenuated regions have a first average basis weight and the built-up regions have a second average basis weight, wherein the first average basis weight is less than the second average basis weight, the difference in basis weights corresponding to disposition of the filaments according to the ordered arrangement; wherein the attenuated region is comprised by a configuration of one or more channel portions following one or a plurality of paths, the one or plurality of paths being substantially symmetric about the longitudinal axis and predominately circumscribing a discharge locus on the longitudinal axis, the one or more channel portions constituting channels in and along which exudate fluids more freely collect and flow, while surrounding built-up regions constitute physical barriers that inhibit the collected fluids from flowing longitudinally or laterally outward toward the outer perimeter.
A LIDAR measuring device for determining the velocity of particles in a measuring volume with a narrow-band continuous-wave laser light source emitting light, which is coupled into a measuring branch and a reference branch , wherein the light coupled into the measuring branch is at least partially emitted towards the measuring volume via a transmitting device in such way, that the emitted light is at least partially scattered and/or reflected by the particles in the measuring volume and that at least part of the scattered and/or reflected light is received by a receiving device, is coherently superimposed with the light exiting the reference branch , and the light radiation resulting herefrom is directed onto a detector for generating a detector signal characteristic for the resulting light radiation, wherein the velocity of the particles in the measuring volume is determined in an analysis unit considering the detector signal, wherein the frequency of the light emitted by the laser light source is varied with a control device and the analysis unit is configured to determine the velocity of the particles in at least one measuring range of the measuring volume on the basis of a spectral analysis of the detector signal considering the predetermined frequency modulation, characterized in that the control device is designed to generate a control signal, which corresponds to a pseudo-noise signal caused by a predetermined function of frequency, and which is taken as the basis for the variation of the frequency of the light emitted by the laser light source .
A wireless transmit/receive unit "WTRU" (102a - 102c) comprising a processor , a memory, and communication circuitry, the WTRU being capable of connecting to a communications network via its communication circuitry, characterized in that the WTRU further comprises computer-executable instructions stored in the memory of the WTRU which, when executed by the processor of the WTRU, cause the WTRU to: receive, from a first apparatus (114a, 114b, 118a, 118b, 119a, 119b, 140a - 140c, 160a - 160c, 180a - 180c), a first configuration, the first configuration pertaining to beam-specific measurements of a plurality of beams of one or more wireless cells wherein the first configuration comprises a maximum number of beams and a threshold, the first apparatus being an apparatus configured to wirelessly interface with the WTRU; perform beam-specific measurements according to the first configuration; and derive, based on the beam-specific measurements, a cell quality wherein the cell quality is based on a group of beams comprising up to the maximum number of beams, wherein the each beam in the group of beams has quality above the threshold. receive, from a first apparatus (114a, 114b, 118a, 118b, 119a, 119b, 140a - 140c, 160a - 160c, 180a - 180c), a first configuration, the first configuration pertaining to beam-specific measurements of a plurality of beams of one or more wireless cells wherein the first configuration comprises a maximum number of beams and a threshold, the first apparatus being an apparatus configured to wirelessly interface with the WTRU; perform beam-specific measurements according to the first configuration; and derive, based on the beam-specific measurements, a cell quality wherein the cell quality is based on a group of beams comprising up to the maximum number of beams, wherein the each beam in the group of beams has quality above the threshold.
A negative electrode for a lithium secondary battery which comprises: a negative electrode current collector; a first negative electrode mixture layer positioned on at least one surface of the negative electrode current collector and comprising a first negative electrode active material, a polymer binder and a conductive material; and a second negative electrode mixture layer positioned on the top surface of the first negative electrode mixture layer and comprising a second negative electrode active material, a polymer binder and a conductive material, wherein the second negative electrode active material has a smaller water contact angle as compared to the first negative electrode active material, and at least one of the first negative electrode active material and the second negative electrode active material is surface-modified, wherein the ratio of the water contact angle of the first negative electrode active material to the water contact angle of the second negative electrode active material is 1.5-18, and wherein the water contact angle is determined as described in the specification.
A device for pulling a resilient elongate element , comprising: a rotational motor having an output; a rotating drum connected to the output of said rotational motor, the rotating drum having two elongate member contacting surfaces arranged in the shape of a V, each of the two elongate member contacting surfaces including a plurality of radial splines and being configured to apply a tension to the resilient elongate element whereby when said rotational motor turns the rotating drum, the rotating drum thereby continuously pulls the resilient elongate element through the device; a guide mechanism guiding the resilient elongate element onto, around at least a portion of the circumference of, and off of the rotating drum, wherein the guide mechanism comprises an entry tooth that guides the resilient elongate element onto the drum in a direction that is substantially tangent to an inner diameter of the drum and the guide mechanism further includes an exit tooth that guides the resilient elongate element off of the drum in a direction that is substantially tangent to an inner diameter of the drum, characterised in that the exit tooth leads the resilient elongate element to an exit scoop that arcs to a desired exit trajectory for the resilient elongate member. a rotational motor having an output; a rotating drum connected to the output of said rotational motor, the rotating drum having two elongate member contacting surfaces arranged in the shape of a V, each of the two elongate member contacting surfaces including a plurality of radial splines and being configured to apply a tension to the resilient elongate element whereby when said rotational motor turns the rotating drum, the rotating drum thereby continuously pulls the resilient elongate element through the device; a guide mechanism guiding the resilient elongate element onto, around at least a portion of the circumference of, and off of the rotating drum, wherein the guide mechanism comprises an entry tooth that guides the resilient elongate element onto the drum in a direction that is substantially tangent to an inner diameter of the drum and the guide mechanism further includes an exit tooth that guides the resilient elongate element off of the drum in a direction that is substantially tangent to an inner diameter of the drum, characterised in that the exit tooth leads the resilient elongate element to an exit scoop that arcs to a desired exit trajectory for the resilient elongate member.
An electrochemical device comprising: an anode region; an electrolyte region; and a cathode region comprising intercalation chemistry active material particles and conversion chemistry active material particles, wherein the electrolyte region is positioned between the anode region and the cathode region, wherein the conversion chemistry active material particles are present in the cathode region at a weight fraction greater than about 70 w/w % of the active material in the cathode region; wherein the intercalation chemistry active material particles are present in the cathode region at a weight fraction less than about 30 w/w % of the active material particles in the cathode active region, and characterized in that the conversion chemistry active material particles comprise FeF 3 and the intercalation chemistry active material particles comprise Li x Ti y O z , wherein x is from 0 to 8, y is from 1 to 12, z is from 1 to 24. an anode region; an electrolyte region; and a cathode region comprising intercalation chemistry active material particles and conversion chemistry active material particles, wherein the electrolyte region is positioned between the anode region and the cathode region, wherein the conversion chemistry active material particles are present in the cathode region at a weight fraction greater than about 70 w/w % of the active material in the cathode region; wherein the intercalation chemistry active material particles are present in the cathode region at a weight fraction less than about 30 w/w % of the active material particles in the cathode active region, and characterized in that the conversion chemistry active material particles comprise FeF 3 and the intercalation chemistry active material particles comprise Li x Ti y O z , wherein x is from 0 to 8, y is from 1 to 12, z is from 1 to 24.