mhurhangee/patent-ind-claim-en huggingface dataset:
A side airbag apparatus that inflates and expands upward from a side surface of a vehicle seat , the side airbag apparatus comprising: a bag-shaped cushion ; an inflator that supplies a gas to the cushion to inflate and expand; a first demarcating part that demarcates the cushion extending upward from a lower edge of the cushion when inflated and expanded into a first chamber on a vehicle rearward side and a second chamber on a vehicle forward side; and a second demarcating part that extends from a front edge to a rear edge of the cushion when inflated and expanded through an upper end of the first demarcating part to demarcate a third chamber on an upper side of the first chamber and second chamber ; the first chamber being internally provided in the inflator and having a longitudinal shape in a vertical direction along the side surface of the seat ; and the side airbag apparatus further comprising: a first inner vent disposed above the first demarcating part and that flows the gas supplied from the inflator from the first chamber to the second chamber ; and a second inner vent disposed above the second demarcating part, which flows the gas flowing into the second chamber to the third chamber , and which is provided with a check valve structure that prevents reverse flow of the gas from the third chamber to the second chamber . a bag-shaped cushion ; an inflator that supplies a gas to the cushion to inflate and expand; a first demarcating part that demarcates the cushion extending upward from a lower edge of the cushion when inflated and expanded into a first chamber on a vehicle rearward side and a second chamber on a vehicle forward side; and a second demarcating part that extends from a front edge to a rear edge of the cushion when inflated and expanded through an upper end of the first demarcating part to demarcate a third chamber on an upper side of the first chamber and second chamber ; the first chamber being internally provided in the inflator and having a longitudinal shape in a vertical direction along the side surface of the seat ; and the side airbag apparatus further comprising: a first inner vent disposed above the first demarcating part and that flows the gas supplied from the inflator from the first chamber to the second chamber ; and a second inner vent disposed above the second demarcating part, which flows the gas flowing into the second chamber to the third chamber , and which is provided with a check valve structure that prevents reverse flow of the gas from the third chamber to the second chamber . a first inner vent disposed above the first demarcating part and that flows the gas supplied from the inflator from the first chamber to the second chamber ; and a second inner vent disposed above the second demarcating part, which flows the gas flowing into the second chamber to the third chamber , and which is provided with a check valve structure that prevents reverse flow of the gas from the third chamber to the second chamber .
A method implemented by a radio network node for transmitting a narrowband primary synchronization signal, NB-PSS, and a narrowband secondary synchronization signal, NB-SSS, within a synchronization signal period comprising multiple frames, the method comprising: mapping the NB-PSS to the same one or more subframes within each frame in which the NB-PSS is to be transmitted; mapping the NB-SSS to the same one or more subframes within each frame in which the NB-SSS is to be transmitted, including at least one frame in which the NB-PSS is to be transmitted, by mapping the NB-SSS to one or more subframes that differ from the one or more subframes to which the NB-PSS is mapped, wherein the NB-SSS is mapped to only a single subframe within each frame in which the NB-SSS is transmitted; transmitting the NB-PSS and NB-SSS within the synchronization signal period, wherein the NB-SSS is transmitted in every other frame in which the NB-PSS is transmitted. mapping the NB-PSS to the same one or more subframes within each frame in which the NB-PSS is to be transmitted; mapping the NB-SSS to the same one or more subframes within each frame in which the NB-SSS is to be transmitted, including at least one frame in which the NB-PSS is to be transmitted, by mapping the NB-SSS to one or more subframes that differ from the one or more subframes to which the NB-PSS is mapped, wherein the NB-SSS is mapped to only a single subframe within each frame in which the NB-SSS is transmitted; transmitting the NB-PSS and NB-SSS within the synchronization signal period, wherein the NB-SSS is transmitted in every other frame in which the NB-PSS is transmitted.
Step system for a vehicle, in particular for a camping or recreational vehicle, wherein the step system comprises a set of steps having at least one step and also comprises a ladder having a tread surface and at least one rung , wherein the at least one step comprises a tread surface , and wherein the at least one step forms a stowage-space volume , wherein the ladder is designed in the form of a folding ladder and, in a rest position , is arranged in the stowage-space volume of the step , characterized in that, in a use position , the ladder , in particular the tread surface of the ladder , projects beyond a second step , in particular the tread surface thereof, which second step is arranged, as seen in a climbing direction , in front of the step which forms the stowage-space volume , which encloses the ladder in the rest position .
Filter cleaning device for an air conditioner , particularly a duct-type air conditioner, the filter cleaning device comprising: - a casing ; - a filter disposed in the casing and to be passed through by an air flow, the filter having a filter surface ; - a cleaning member contactable with the filter surface for removing particulate matter from the filter surface; - a dust box for receiving the particulate matter, the dust box comprising a housing accommodating the cleaning member and having an opening through which the cleaning member protrudes from the housing for contacting the filter surface; and - a lid movable between a first position and a second position, the lid closing the opening of the housing in the second position; and - a suction section comprising an outlet in the housing to be communicated with a suction force to apply the suction force to the dust box for removing received particulate matter from the dust box, wherein the lid is configured to be in the second position when the suction force is applied, characterized in that the dust box is translationally moveable along the filter surface and the lid is movable into the second position when the dust box is in a parking position. - a casing ; - a filter disposed in the casing and to be passed through by an air flow, the filter having a filter surface ; - a cleaning member contactable with the filter surface for removing particulate matter from the filter surface; - a dust box for receiving the particulate matter, the dust box comprising a housing accommodating the cleaning member and having an opening through which the cleaning member protrudes from the housing for contacting the filter surface; and - a lid movable between a first position and a second position, the lid closing the opening of the housing in the second position; and - a suction section comprising an outlet in the housing to be communicated with a suction force to apply the suction force to the dust box for removing received particulate matter from the dust box, wherein the lid is configured to be in the second position when the suction force is applied,
A method for triggering lawful interception, LI, in a communication network, the method comprising: implementing (S710) a triggering control function, TCF, as two entities: an LI target handler, LITH, which meets LI security requirements for holding and processing sensitive information, maintains an LI target list, and a modified TCF, mTCF, which does not have to meet the LI security requirements, triggers a point of interception, POI, linked to a network function instance, NFI, to start intercepting specific target's communications occurring when the NFI is executed; and providing (S720) a generic LI triggering interface, GLITI between the LITH and the mTCF to enable the mTCF to interrogate the LITH regarding whether an entity using the NFI is a specific target of LI. implementing (S710) a triggering control function, TCF, as two entities: an LI target handler, LITH, which meets LI security requirements for holding and processing sensitive information, maintains an LI target list, and a modified TCF, mTCF, which does not have to meet the LI security requirements, triggers a point of interception, POI, linked to a network function instance, NFI, to start intercepting specific target's communications occurring when the NFI is executed; and an LI target handler, LITH, which meets LI security requirements for holding and processing sensitive information, maintains an LI target list, and a modified TCF, mTCF, which does not have to meet the LI security requirements, triggers a point of interception, POI, linked to a network function instance, NFI, to start intercepting specific target's communications occurring when the NFI is executed; and providing (S720) a generic LI triggering interface, GLITI between the LITH and the mTCF to enable the mTCF to interrogate the LITH regarding whether an entity using the NFI is a specific target of LI.
A passenger boarding bridge including a tunnel section (TN) including a plurality of tunnels (1-3) which are telescopically fitted to each other and are movable relative to each other in a front-rear direction so that the tunnel section (TN) is extendable and retractable, the passenger boarding bridge comprising: a first walkway section constituting a walkway of an inner tunnel of adjacent tunnels ; and a second walkway section constituting a walkway of an outer tunnel of the adjacent tunnels, the walkway of the outer tunnel including a plurality of floor members which are arranged in the front-rear direction and are coupled to each other, wherein a walkway surface of the first walkway section of the inner tunnel and a walkway surface of the second walkway section of the outer tunnel are at a predetermined equal height position, characterised in that the second walkway section includes an endless string-shaped member supported so that the endless string-shaped member is rotatable along a virtual vertical plane parallel to the front-rear direction, and the plurality of floor members are supported by the endless string-shaped member, wherein in a case where the tunnel section is retracted, the endless string-shaped member of the second walkway section is guided so that the floor members are moved down to an underside of the inner tunnel, and wherein in a case where the tunnel section is extended, the endless string-shaped member of the second walkway section is guided so that the floor members are moved up from the underside of the inner tunnel. a first walkway section constituting a walkway of an inner tunnel of adjacent tunnels ; and a second walkway section constituting a walkway of an outer tunnel of the adjacent tunnels, the walkway of the outer tunnel including a plurality of floor members which are arranged in the front-rear direction and are coupled to each other, wherein a walkway surface of the first walkway section of the inner tunnel and a walkway surface of the second walkway section of the outer tunnel are at a predetermined equal height position, characterised in that the second walkway section includes an endless string-shaped member supported so that the endless string-shaped member is rotatable along a virtual vertical plane parallel to the front-rear direction, and the plurality of floor members are supported by the endless string-shaped member, wherein in a case where the tunnel section is retracted, the endless string-shaped member of the second walkway section is guided so that the floor members are moved down to an underside of the inner tunnel, and wherein in a case where the tunnel section is extended, the endless string-shaped member of the second walkway section is guided so that the floor members are moved up from the underside of the inner tunnel.
Loudspeaker system for vehicle comprising: - a wall of a frame of a vehicle that separates an exterior from an interior; said wall having a through hole , - a box mounted in the wall of the frame in correspondence with the through hole of said wall of the frame of the vehicle; - a loudspeaker (L) mounted in the box ; said loudspeaker (L) comprising: a basket fixed to the box, a magnetic unit fixed to the basket, a coil supported by a cylinder connected to a membrane and centering devices that connect the cylinder to the basket and the membrane to the basket, - a back resonance chamber (C1) formed between said membrane of the loudspeaker and the walls of the box , - a through hole formed in a wall of the box and disposed in line with said hole of the wall of the frame of the vehicle; said through hole of the wall of the box being in communication with said back resonance chamber (C1), forming a loudspeaker system of infinite baffle type; characterized in that said basket and said magnetic unit are disposed inside the box and in said back resonance chamber (C1), said basket is open and is provided with openings intended to let air pass in said back resonance chamber (C1), a partition of sound-absorbing material is provided and fills only said through hole of the wall of the box; wherein said partition has a thickness comprised between 0.1 and 40 mm. - a wall of a frame of a vehicle that separates an exterior from an interior; said wall having a through hole , - a box mounted in the wall of the frame in correspondence with the through hole of said wall of the frame of the vehicle; - a loudspeaker (L) mounted in the box ; said loudspeaker (L) comprising: a basket fixed to the box, a magnetic unit fixed to the basket, a coil supported by a cylinder connected to a membrane and centering devices that connect the cylinder to the basket and the membrane to the basket, - a back resonance chamber (C1) formed between said membrane of the loudspeaker and the walls of the box , - a through hole formed in a wall of the box and disposed in line with said hole of the wall of the frame of the vehicle; said through hole of the wall of the box being in communication with said back resonance chamber (C1), forming a loudspeaker system of infinite baffle type;
A blood cell analysis method comprising: acquiring fluorescence information, first scattered light information, and second scattered light information generated by irradiating a measurement sample comprising a particle stained with a fluorescent dye capable of binding to a nucleic acid with light of a first wavelength and light of a second wavelength; specifying a population of nucleated cells from particles in the measurement sample based on the fluorescence information; and specifying a nucleated red blood cell from the population of nucleated cells based on the first scattered light information and the second scattered light information of the population of nucleated cells, wherein the measurement sample is a sample prepared by mixing whole blood and the fluorescent dye, the fluorescent dye is a fluorescent dye capable of being excited by the light of the first wavelength or the light of the second wavelength, the first wavelength is 315 nm or more and 490 nm or less, and the second wavelength is 610 nm or more and 750 nm or less, the fluorescence information is information related to fluorescence generated from the fluorescent dye of the particle, the first scattered light information is information on scattered light generated from the particle by irradiating the measurement sample with the light of the first wavelength, and the second scattered light information is information on scattered light generated from the particle by irradiating the measurement sample with the light of the second wavelength. acquiring fluorescence information, first scattered light information, and second scattered light information generated by irradiating a measurement sample comprising a particle stained with a fluorescent dye capable of binding to a nucleic acid with light of a first wavelength and light of a second wavelength; specifying a population of nucleated cells from particles in the measurement sample based on the fluorescence information; and specifying a nucleated red blood cell from the population of nucleated cells based on the first scattered light information and the second scattered light information of the population of nucleated cells, wherein the measurement sample is a sample prepared by mixing whole blood and the fluorescent dye, the fluorescent dye is a fluorescent dye capable of being excited by the light of the first wavelength or the light of the second wavelength, the first wavelength is 315 nm or more and 490 nm or less, and the second wavelength is 610 nm or more and 750 nm or less, the fluorescence information is information related to fluorescence generated from the fluorescent dye of the particle, the first scattered light information is information on scattered light generated from the particle by irradiating the measurement sample with the light of the first wavelength, and the second scattered light information is information on scattered light generated from the particle by irradiating the measurement sample with the light of the second wavelength.
Multi-layer film for cling film applications comprising at least three layers, with two outer layers, at least one core layer, preferably exactly one core layer, wherein at least one outer layer comprises between 73 wt. % and 99.5 wt. % or between 73 wt. % and < 99.5 wt. % of linear low density polyethylene (LLDPE) based on the total weight of the respective layer and between 0.5 wt. % and 7 wt. % of high density polyethylene (HDPE) based on the total weight of the respective layer.
An organic light emitting display device comprising: a first electrode disposed in each of a plurality of subpixels of a substrate ; an auxiliary electrode spaced apart from the first electrode and including at least upper, lower and lowermost conductive layers having different etching speeds from each other, the lower and lowermost conductive layers each being a metal layer having different etching speed from that of the first electrode , the upper conductive layer being formed of the same material and having the same etching speed as that of the first electrode , the auxiliary electrode having a void (V) formed by the at least upper, lower and lowermost conductive layers ; an organic compound layer disposed on the first electrode ; and a second electrode disposed on the organic compound layer and contacting the auxiliary electrode directly through the void (V), wherein the second electrode contacts an upper surface of the lowermost conductive layer and an end portion of the lower conductive layer , wherein the etching speed of the lower conductive layer is faster than the etching speed of the upper conductive layers , thereby forming the void (V) between the upper conductive layers and the lowermost conductive layer , such that one end portion of the upper conductive layers protrudes relative to one end portion of the lower conductive layer to form the void (V), and one end portion of the lowermost conductive layer protrudes relative to one end portion of the lower conductive layer to form the void (V). a first electrode disposed in each of a plurality of subpixels of a substrate ; an auxiliary electrode spaced apart from the first electrode and including at least upper, lower and lowermost conductive layers having different etching speeds from each other, the lower and lowermost conductive layers each being a metal layer having different etching speed from that of the first electrode , the upper conductive layer being formed of the same material and having the same etching speed as that of the first electrode , the auxiliary electrode having a void (V) formed by the at least upper, lower and lowermost conductive layers ; an organic compound layer disposed on the first electrode ; and a second electrode disposed on the organic compound layer and contacting the auxiliary electrode directly through the void (V), wherein the second electrode contacts an upper surface of the lowermost conductive layer and an end portion of the lower conductive layer , wherein the etching speed of the lower conductive layer is faster than the etching speed of the upper conductive layers , thereby forming the void (V) between the upper conductive layers and the lowermost conductive layer , such that one end portion of the upper conductive layers protrudes relative to one end portion of the lower conductive layer to form the void (V), and one end portion of the lowermost conductive layer protrudes relative to one end portion of the lower conductive layer to form the void (V).
A swimwear adapted , in use, to cover a wearer's body between the waist and thighs, the swimwear comprising a shell of impermeable material, a permeable inner lining material which lies next to the wearer's skin in use, an antimicrobial agent disposed between the shell of impermeable material and the inner lining material, the swimwear taking the form of a brief having waist and leg openings, the swimwear comprising elongate generally rectangular strips of an intermediate textile folded along their centreline over edges of the waist and leg openings, the intermediate textile having antimicrobial properties, and the swimwear comprising elongate generally rectangular strips of a binding textile which are slightly greater width than the elongate generally rectangular strips of the intermediate textile, which are folded along their centreline over the elongate generally rectangular strips of the intermediate textile in a stretched state and two generally parallel lines of stitching are formed through the binding textile.
Spore trap device comprising a reservoir for receiving contaminated leaves of a field of interest, and being adapted to be placed in or near said field of interest so as to experience the same meteorological conditions as said field of interest and further comprising an electronic detection device containing an aspiration tube, an optical chamber, a high purity filter and an air pump and characterized in that the inlet of the aspiration tube is positioned to aspire air on top of the contaminated leaves and send it to the optical chamber where the optical chamber comprises one or more optical sources and one or multiple optical detectors adapted to detect at least one of light scattering intensity, angular patterns, timely-resolved signal or any combination of these as well as at least one or fluorescence intensity, spectrum, decay or any combination of these caused by the spores and wherein the device further comprises a warning system adapted to send a signal to a user that spores have been detected when spores are detected in the electronic detection device thereby indicating that the same are present in the field of interest. and further comprising an electronic detection device containing an aspiration tube, an optical chamber, a high purity filter and an air pump and characterized in that the inlet of the aspiration tube is positioned to aspire air on top of the contaminated leaves and send it to the optical chamber where the optical chamber comprises one or more optical sources and one or multiple optical detectors adapted to detect at least one of light scattering intensity, angular patterns, timely-resolved signal or any combination of these as well as at least one or fluorescence intensity, spectrum, decay or any combination of these caused by the spores and wherein the device further comprises a warning system adapted to send a signal to a user that spores have been detected when spores are detected in the electronic detection device thereby indicating that the same are present in the field of interest.