mhurhangee/ep-ind-claims huggingface dataset:
A vehicle seat structure provided with a seat cushion and a seat back, comprising: a first side frame extending in a front-rear direction along one side portion of the seat cushion; a second side frame extending in the front-rear direction along the other side portion of the seat cushion; a posture changing mechanism (6, 7) capable of changing a posture of the seat cushion; and a reinforcement member (R1, R2) overlapping the posture changing mechanism (6, 7) in a side view, characterized in that said posture changing mechanism (6, 7) is mounted only on the first side frame, whereas said reinforcement member (R1, R2) is provided at a portion of only the second side frame. a first side frame extending in a front-rear direction along one side portion of the seat cushion; a second side frame extending in the front-rear direction along the other side portion of the seat cushion; a posture changing mechanism (6, 7) capable of changing a posture of the seat cushion; and a reinforcement member (R1, R2) overlapping the posture changing mechanism (6, 7) in a side view, characterized in that said posture changing mechanism (6, 7) is mounted only on the first side frame, whereas said reinforcement member (R1, R2) is provided at a portion of only the second side frame.
A copolyetherester formulation comprising: at least one copolyetherester resin; and a polysiloxane at an amount that gives a concentration of Si at the surface by Energy Dispersive X-ray spectroscopy of greater than 0.5 wt%; and a polyether glycol wax at a concentration of greater than 1 wt%; wherein the weight percentages are complementary and based on the total weight of the copolyetherester formulation. at least one copolyetherester resin; and a polysiloxane at an amount that gives a concentration of Si at the surface by Energy Dispersive X-ray spectroscopy of greater than 0.5 wt%; and a polyether glycol wax at a concentration of greater than 1 wt%;
A method, comprising: establishing, by an apparatus implemented in an access point, in the following also referred to as AP, a plurality of links comprising a primary link and at least a secondary link; transmitting, by the apparatus, a management frame on the primary link to indicate a multi-link capability of the AP; and configuring, by the apparatus, the secondary link for one or more non-AP stations, in the following also referred to as STAs, which are capable of operating on the primary link and the secondary link, with multi-link capability and operating parameters through an association procedure on the primary link, characterized by configuring, by the apparatus, the primary link and secondary link so that a downlink, in the following also referred to as DL, transmission on the secondary link by enhanced distributed channel access, in the following also referred to as EDCA, is only allowed together with a DL transmission on the primary link. establishing, by an apparatus implemented in an access point, in the following also referred to as AP, a plurality of links comprising a primary link and at least a secondary link; transmitting, by the apparatus, a management frame on the primary link to indicate a multi-link capability of the AP; and configuring, by the apparatus, the secondary link for one or more non-AP stations, in the following also referred to as STAs, which are capable of operating on the primary link and the secondary link, with multi-link capability and operating parameters through an association procedure on the primary link, characterized by configuring, by the apparatus, the primary link and secondary link so that a downlink, in the following also referred to as DL, transmission on the secondary link by enhanced distributed channel access, in the following also referred to as EDCA, is only allowed together with a DL transmission on the primary link.
An agricultural harvesting system, comprising: a chassis; a plurality of ground support devices (82,84) carrying said chassis; a threshing section carried by said chassis, said threshing section producing residue; and a spreader system including at least one rotatable member (98,100) positioned to encounter the residue and to disperse the residue when in a first orientation, said at least one rotatable member (98,100) having a second orientation, characterised in that said spreader system is a multi purpose spreader system, wherein said rotatable member (98,100) is configured to contact the ground and to assist in providing support to the harvesting system when in said second orientation. a chassis; a plurality of ground support devices (82,84) carrying said chassis; a threshing section carried by said chassis, said threshing section producing residue; and a spreader system including at least one rotatable member (98,100) positioned to encounter the residue and to disperse the residue when in a first orientation, said at least one rotatable member (98,100) having a second orientation, characterised in that said spreader system is a multi purpose spreader system, wherein said rotatable member (98,100) is configured to contact the ground and to assist in providing support to the harvesting system when in said second orientation.
A therapeutic gas delivery apparatus for use with a ventilator, the apparatus comprising: a therapeutic gas injector module configured to be placed in fluid communication with a breathing circuit affiliated with the ventilator, the therapeutic gas injector module including a breathing gas flow inlet, a therapeutic gas flow inlet, and a combined breathing gas and therapeutic gas flow outlet for providing a combined flow of breathing gas and therapeutic gas to a patient, in need thereof; a first flow sensor configured to sense breathing gas flow rate data; and a controller configured to control the delivery flow rate of the therapeutic gas based on a first mode, and upon detection of a disruption of the sensed breathing gas flow rate data, configured to control delivery flow of the therapeutic gas based on the historical breathing gas flow rate data previously sensed by the first flow sensor and stored in a memory. a first flow sensor configured to sense breathing gas flow rate data; and a controller configured to control the delivery flow rate of the therapeutic gas based on a first mode, and upon detection of a disruption of the sensed breathing gas flow rate data, configured to control delivery flow of the therapeutic gas based on the historical breathing gas flow rate data previously sensed by the first flow sensor and stored in a memory.
A method for controlling a washing machine which comprises: a drum rotatably provided in a tub for containing water; a volute pump having an impeller (915, 917) for pumping water discharged from the tub and a pump housing with a volute-shaped passage formed therein, the passage along which the water pumped by the impeller (915, 917) is guided; and a circulating water supply device configured to supply the water, discharged from an outlet port of the volute pump, into the drum, wherein the volute pump is configured to rotate the impeller (915, 917) in two directions and to discharge a larger amount of water when the impeller (915, 917) rotates in a forward direction than when the impeller rotates in a backward direction, the method comprising: a detergent supplying step (a) of controlling, via a processor, a water supply valve to be opened to allow water supplied from water supply pipes (34a, 34b, 34c) to pass through a detergent box and then supplied into the tub with detergent, wherein the water is supplied via water supply pipes; and a step (b) of rotating the volute pump in the backward direction; wherein the method further comprises, after the step (b), a step (c) of rotating the volute pump in the forward direction; wherein the step (b) and the step (c) are repeatedly performed multiple times. a drum rotatably provided in a tub for containing water; a volute pump having an impeller (915, 917) for pumping water discharged from the tub and a pump housing with a volute-shaped passage formed therein, the passage along which the water pumped by the impeller (915, 917) is guided; and a circulating water supply device configured to supply the water, discharged from an outlet port of the volute pump, into the drum, wherein the volute pump is configured to rotate the impeller (915, 917) in two directions and to discharge a larger amount of water when the impeller (915, 917) rotates in a forward direction than when the impeller rotates in a backward direction, the method comprising: a detergent supplying step (a) of controlling, via a processor, a water supply valve to be opened to allow water supplied from water supply pipes (34a, 34b, 34c) to pass through a detergent box and then supplied into the tub with detergent, wherein the water is supplied via water supply pipes; and a step (b) of rotating the volute pump in the backward direction; wherein the method further comprises, after the step (b), a step (c) of rotating the volute pump in the forward direction; wherein the step (b) and the step (c) are repeatedly performed multiple times. a detergent supplying step (a) of controlling, via a processor, a water supply valve to be opened to allow water supplied from water supply pipes (34a, 34b, 34c) to pass through a detergent box and then supplied into the tub with detergent, wherein the water is supplied via water supply pipes; and a step (b) of rotating the volute pump in the backward direction; wherein the method further comprises, after the step (b), a step (c) of rotating the volute pump in the forward direction; wherein the step (b) and the step (c) are repeatedly performed multiple times.
Method for controlling a data storage device, comprising: - on detection of a use of the device by a user by connection to a computer equipment, determining whether the user corresponds to an identifier associated with a first user profile comprising access rights allowing at least the writing and reading of data in a memory of the data storage device; - if it is determined that the user corresponds to the identifier associated with the first user profile, controlling the use of the data storage device according to the first user profile; - if it is determined that the user does not correspond to the identifier associated with the first user profile, controlling the use of the data storage device according to a second user profile comprising access rights allowing the writing of data in the memory of the data storage device and prohibiting at least the reading, in the memory of the data storage device, of data which were not previously written by the user. - on detection of a use of the device by a user by connection to a computer equipment, determining whether the user corresponds to an identifier associated with a first user profile comprising access rights allowing at least the writing and reading of data in a memory of the data storage device; - if it is determined that the user corresponds to the identifier associated with the first user profile, controlling the use of the data storage device according to the first user profile; - if it is determined that the user does not correspond to the identifier associated with the first user profile, controlling the use of the data storage device according to a second user profile comprising access rights allowing the writing of data in the memory of the data storage device and prohibiting at least the reading, in the memory of the data storage device, of data which were not previously written by the user.
A micro-porous membrane having an average pore size of at most 1 μm, and comprising: i) a porous membrane carrier made of a first polymeric material, and ii) a second polymeric material which is homogenously distributed over the porous structure inside the porous membrane carrier, and is intimately divided over said porous structure, and wherein (a) the porous membrane carrier - comprises a plurality of interconnected polymeric fibers, fibrils, filaments and/or lamellae having a thickness of less than 1 μm, and - has an interconnected open porous structure formed by the plurality of interconnected polymeric fibers, fibrils, filaments and/or lamellae, and - has a porosity of at least 50 volume % relative to the total volume of the membrane carrier, and (b) the first polymeric material comprises ultra-high molecular weight polyethylene, and (c) the second polymeric material comprises a thermoplastic polycondensation polymer said thermoplastic polycondensation polymer comprises a polyamide and is present in an amount of at most 30 wt.%, relative to the total weight of and, and wherein the average pore size in μm is calculated by dividing 1,77 by the Gurley number wherein the Gurley number is measured according to ISO 5636-5 and is expressed in s/50ml. i) a porous membrane carrier made of a first polymeric material, and ii) a second polymeric material which is homogenously distributed over the porous structure inside the porous membrane carrier, and is intimately divided over said porous structure, (a) the porous membrane carrier - comprises a plurality of interconnected polymeric fibers, fibrils, filaments and/or lamellae having a thickness of less than 1 μm, and - has an interconnected open porous structure formed by the plurality of interconnected polymeric fibers, fibrils, filaments and/or lamellae, and - has a porosity of at least 50 volume % relative to the total volume of the membrane carrier, and - comprises a plurality of interconnected polymeric fibers, fibrils, filaments and/or lamellae having a thickness of less than 1 μm, and - has an interconnected open porous structure formed by the plurality of interconnected polymeric fibers, fibrils, filaments and/or lamellae, and - has a porosity of at least 50 volume % relative to the total volume of the membrane carrier, and (b) the first polymeric material comprises ultra-high molecular weight polyethylene, and (c) the second polymeric material comprises a thermoplastic polycondensation polymer said thermoplastic polycondensation polymer comprises a polyamide and is present in an amount of at most 30 wt.%, relative to the total weight of and,
A sensor package comprising: an image sensor; a mounting substrate to which the image sensor is mounted; a resin frame provided in the mounting substrate so as to surround the image sensor; and a cover attached to the frame so as to cover the image sensor, wherein the mounting substrate comprises: terminals electrically connected with the image sensor, characterized in that the mounting substrate further comprises a groove provided in a predetermined depth between an area in which the resin frame is provided and the terminals, and in that the groove is a recess, that is not a through hole, through which the resin constituting the frame flows into the inside. an image sensor; a mounting substrate to which the image sensor is mounted; a resin frame provided in the mounting substrate so as to surround the image sensor; and a cover attached to the frame so as to cover the image sensor, wherein the mounting substrate comprises: terminals electrically connected with the image sensor, characterized in that the mounting substrate further comprises a groove provided in a predetermined depth between an area in which the resin frame is provided and the terminals, and in that the groove is a recess, that is not a through hole, through which the resin constituting the frame flows into the inside.
A method for displaying a shooting interface, applied to a terminal in which an image acquisition component is integrated into a touch screen of the terminal, the method comprising: receiving a first operation signal, wherein the first operation signal is a signal configured to enable the image acquisition component to perform shooting; enabling the image acquisition component according to the first operation signal; and displaying a shooting interface on the touch screen, the shooting interface being provided with a component location mark which is a prompt mark configured to indicate a location of the image acquisition component; characterized in that the method further comprises: acquiring shooting parameters, wherein the shooting parameters comprise at least one of an aperture value, a shutter value, an exposure value, focus information, or a sensitivity value (604, 904); determining display parameters of the component location mark according to the shooting parameters, wherein the display parameters comprise at least one of a display size, a display color, a display shape, or a display animation of the component location mark; and displaying the component location mark on the shooting interface according to the determined display parameters. receiving a first operation signal, wherein the first operation signal is a signal configured to enable the image acquisition component to perform shooting; enabling the image acquisition component according to the first operation signal; and displaying a shooting interface on the touch screen, the shooting interface being provided with a component location mark which is a prompt mark configured to indicate a location of the image acquisition component; characterized in that the method further comprises: acquiring shooting parameters, wherein the shooting parameters comprise at least one of an aperture value, a shutter value, an exposure value, focus information, or a sensitivity value (604, 904); determining display parameters of the component location mark according to the shooting parameters, wherein the display parameters comprise at least one of a display size, a display color, a display shape, or a display animation of the component location mark; and displaying the component location mark on the shooting interface according to the determined display parameters. acquiring shooting parameters, wherein the shooting parameters comprise at least one of an aperture value, a shutter value, an exposure value, focus information, or a sensitivity value (604, 904); determining display parameters of the component location mark according to the shooting parameters, wherein the display parameters comprise at least one of a display size, a display color, a display shape, or a display animation of the component location mark; and displaying the component location mark on the shooting interface according to the determined display parameters.
Self-supporting construction element comprising: - a frame, comprising two first side members (24, 24') the ends of which are connected by one or more additional side members (22, 22') forming the peripheral boundary of the self-supporting construction element, which frame comprises a gutter for collection of rain water (44, 44'), and extending along at least a part of the frame, - a stepping surface attached to the frame, - one or more box elements (4, 4', 4", 4"', 4"") configured to collect and drain water (44, 44') to the gutter, wherein the gutter extends along at least the one additional side member, characterised in that the first side members (24, 24') are shaped as a folded plate and have an upper part shaped as a folded edge, and a lower part shaped as the gutter having a cavity, a gutter wall and a folded plate member. - a frame, comprising two first side members (24, 24') the ends of which are connected by one or more additional side members (22, 22') forming the peripheral boundary of the self-supporting construction element, which frame comprises a gutter for collection of rain water (44, 44'), and extending along at least a part of the frame, - a stepping surface attached to the frame, - one or more box elements (4, 4', 4", 4"', 4"") configured to collect and drain water (44, 44') to the gutter, wherein the gutter extends along at least the one additional side member, characterised in that the first side members (24, 24') are shaped as a folded plate and have an upper part shaped as a folded edge, and a lower part shaped as the gutter having a cavity, a gutter wall and a folded plate member.
A rotor blade comprising: an aerofoil portion which extends radially to a tip; a winglet at the tip and projecting transversely, to a winglet edge, to shroud the tip; a gutter extending across the radially outer face of the tip; the winglet providing an upstand between the winglet edge and the gutter; and the blade further comprising a cooling air feed gallery and at least one cooling passage extending from the feed gallery to a cooling hole at an outer surface of the blade; and characterised in that the feed gallery is defined, at least in part, within the upstand. an aerofoil portion which extends radially to a tip; a winglet at the tip and projecting transversely, to a winglet edge, to shroud the tip; a gutter extending across the radially outer face of the tip; the winglet providing an upstand between the winglet edge and the gutter; and the blade further comprising a cooling air feed gallery and at least one cooling passage extending from the feed gallery to a cooling hole at an outer surface of the blade; and characterised in that the feed gallery is defined, at least in part, within the upstand.
A composition comprising at least one ethylene-based polymer, prepared from a free-radical polymerization, and wherein the ethylene-based polymer has the following properties: A) a vinyl content greater than, or equal to, 0.3 vinyl per 1000 C (total carbons), as determined by 1H NMR as set out in the description, and B) a polymerized alpha-olefin level less than, or equal to, 1.00 mole percent, based on the total moles of polymerized monomers; and wherein the ethylene-based polymer has ≥ 0.1 amyl branches per 1000 carbon atoms, as determined by 13C NMR as set out in the description. A) a vinyl content greater than, or equal to, 0.3 vinyl per 1000 C (total carbons), as determined by 1H NMR as set out in the description, and B) a polymerized alpha-olefin level less than, or equal to, 1.00 mole percent, based on the total moles of polymerized monomers; and
A laser deposition apparatus comprising a laser arranged to generate a wide laser beam and a spray nozzle, the spray nozzle comprising: an elongate nozzle aperture; a powder supply chamber in fluid communication with the elongate nozzle aperture and arranged in use to supply powder to the nozzle aperture under pressure so as to cause a wide powder stream to be ejected from the nozzle aperture; upper and lower elongate gas apertures located above and below the elongate nozzle aperture respectively and extending substantially parallel to the elongate nozzle aperture, wherein the upper and lower elongate apertures are arranged to eject a wide gas stream above and below the wide powder stream to thereby entrain the powder; and the elongate nozzle aperture comprises first and second end portions located either side of a central portion, wherein the heights of the first and second end portions are greater than that of the central portion (1 6b). an elongate nozzle aperture; a powder supply chamber in fluid communication with the elongate nozzle aperture and arranged in use to supply powder to the nozzle aperture under pressure so as to cause a wide powder stream to be ejected from the nozzle aperture; upper and lower elongate gas apertures located above and below the elongate nozzle aperture respectively and extending substantially parallel to the elongate nozzle aperture, wherein the upper and lower elongate apertures are arranged to eject a wide gas stream above and below the wide powder stream to thereby entrain the powder; and the elongate nozzle aperture comprises first and second end portions located either side of a central portion, wherein the heights of the first and second end portions are greater than that of the central portion (1 6b).