mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an exoskeleton device of a user for fall mitigation, the exoskeleton device being a powered legged mobility device comprising a plurality of drive components (502, 514, 516) that drive joint components including at least knee joint components and hip joint components, the control method comprising the steps of: detecting with one or more sensors a fall state including a direction and an extent of a fall; classifying with an electronic control device the fall state based on the direction and the extent of the fall; and controlling the drive components (502, 514, 516) of the exoskeleton device with the electronic control device to selectively modulate the knee and hip joint components in accordance with the fall classification to perform a fall mitigation operation; characterized in that when a fall is detected in a stage that is classified as a near forward or backward fall, the method includes driving the joint components to apply torque to the knee joint components and the hip joint components to straighten and bring the legs of the user are together, to ensure that when the fall continues, the fall continues in a same direction to avoid falling sideways. detecting with one or more sensors a fall state including a direction and an extent of a fall; classifying with an electronic control device the fall state based on the direction and the extent of the fall; and controlling the drive components (502, 514, 516) of the exoskeleton device with the electronic control device to selectively modulate the knee and hip joint components in accordance with the fall classification to perform a fall mitigation operation; characterized in that when a fall is detected in a stage that is classified as a near forward or backward fall, the method includes driving the joint components to apply torque to the knee joint components and the hip joint components to straighten and bring the legs of the user are together, to ensure that when the fall continues, the fall continues in a same direction to avoid falling sideways.
A method for establishing a connection between an accessory and a media source via an adapter, the method comprising, by the adapter: establishing a connection with the accessory; receiving a connection request from the media source using a first wireless channel; determining whether the media source supports an accessory protocol based on one or more information elements of the connection request; receiving streamed media content from the media source according to a wireless streaming protocol and delivering the streamed media content to the accessory; receiving a control message from the accessory according to the accessory protocol; if the media source supports the accessory protocol, transmitting the control message from the accessory to the media source using the accessory protocol using the first wireless channel; and if the media source does not support the accessory protocol: translating the control message into the wireless streaming protocol, and transmitting the translated control message to the media source using the first wireless channel. establishing a connection with the accessory; receiving a connection request from the media source using a first wireless channel; determining whether the media source supports an accessory protocol based on one or more information elements of the connection request; receiving streamed media content from the media source according to a wireless streaming protocol and delivering the streamed media content to the accessory; receiving a control message from the accessory according to the accessory protocol; if the media source supports the accessory protocol, transmitting the control message from the accessory to the media source using the accessory protocol using the first wireless channel; and if the media source does not support the accessory protocol: translating the control message into the wireless streaming protocol, and transmitting the translated control message to the media source using the first wireless channel. translating the control message into the wireless streaming protocol, and transmitting the translated control message to the media source using the first wireless channel.
A graphics processing circuit in a processor chip, comprising: at least two graphics pipelines (101, 102) in the chip, each pipeline operative independently to process data in a respective dedicated tile of a set of tiles in a repeating tile pattern that includes a horizontally and vertically repeating pattern of non-square regions; and a memory controller in the chip coupled to the at least two graphics pipelines (101, 102), operative to transfer pixel data between each of the first pipeline and the second pipeline and a graphics memory shared between the at least two graphics pipelines. at least two graphics pipelines (101, 102) in the chip, each pipeline operative independently to process data in a respective dedicated tile of a set of tiles in a repeating tile pattern that includes a horizontally and vertically repeating pattern of non-square regions; and a memory controller in the chip coupled to the at least two graphics pipelines (101, 102), operative to transfer pixel data between each of the first pipeline and the second pipeline and a graphics memory shared between the at least two graphics pipelines.
A method of transducing a population of CD34 + hematopoietic stem or progenitor cells comprising culturing the cells in a culture medium, in the presence of a lentiviral vector, prostaglandin E 2 (PGE 2) or 16,16-dimethyl PGE 2, and poloxamer 407, wherein the population of cells is transduced at least about 24 hours.
A medical device for diagnosis or treatment of tissue in a body, comprising: an elongate, tubular, deformable shaft comprising a proximal end and a distal end; an electronic subassembly (54, 54a) disposed within said shaft, said electronic subassembly (54, 54a) including a flexible substrate (72, 72a) comprising an interior side and an exterior side opposite said interior side, said flexible substrate (72, 72a) having at least two first conductive areas (92, 94) disposed thereon; and an electronic device mounted on said interior side of said flexible substrate (72, 72a) and electrically coupled to said first conductive area (92, 94), said electronic device at least partially enclosed within said flexible substrate (72, 72a); and at least two conductors (76, 78) each of which being electrically coupled to a respective one of said first conductive areas (92, 94) and extending from said electronic subassembly (54, 54a), characterized in that said flexible substrate (72, 72a) is cylindrical in shape and circumferentially surrounds said electronic device. an elongate, tubular, deformable shaft comprising a proximal end and a distal end; an electronic subassembly (54, 54a) disposed within said shaft, said electronic subassembly (54, 54a) including a flexible substrate (72, 72a) comprising an interior side and an exterior side opposite said interior side, said flexible substrate (72, 72a) having at least two first conductive areas (92, 94) disposed thereon; and an electronic device mounted on said interior side of said flexible substrate (72, 72a) and electrically coupled to said first conductive area (92, 94), said electronic device at least partially enclosed within said flexible substrate (72, 72a); and a flexible substrate (72, 72a) comprising an interior side and an exterior side opposite said interior side, said flexible substrate (72, 72a) having at least two first conductive areas (92, 94) disposed thereon; and an electronic device mounted on said interior side of said flexible substrate (72, 72a) and electrically coupled to said first conductive area (92, 94), said electronic device at least partially enclosed within said flexible substrate (72, 72a); and at least two conductors (76, 78) each of which being electrically coupled to a respective one of said first conductive areas (92, 94) and extending from said electronic subassembly (54, 54a), characterized in that said flexible substrate (72, 72a) is cylindrical in shape and circumferentially surrounds said electronic device.
Assembly in an optical system, in particular of a microlithographic projection exposure apparatus, comprising: • at least one optical element; • at least one cooling channel through which can flow a cooling fluid (103, 303) for cooling said optical element during the operation of the optical system; characterized in that the assembly further comprises • at least one corrosion detector (110, 310) for detecting an existing or imminent corrosion on the basis of the determination of at least one measurement variable indicating a corrosion-dictated change in state of the cooling fluid (103, 303). • at least one optical element; • at least one cooling channel through which can flow a cooling fluid (103, 303) for cooling said optical element during the operation of the optical system; characterized in that the assembly further comprises • at least one corrosion detector (110, 310) for detecting an existing or imminent corrosion on the basis of the determination of at least one measurement variable indicating a corrosion-dictated change in state of the cooling fluid (103, 303).
Thermoplastic composition comprising: 1) an acrylonitrile-butadiene-styrene polymer, 2) natural fibres, 3) a compatibilizing polymer, and 4) processing aids comprising a lubricant and titanium dioxide, wherein the amount of titanium dioxide is comprised from 1 to 10 wt.%, wherein the ABS polymer comprises at least one grafted ABS polymer, with a glass transition temperature Tg < 0° C,and at least one rubber-free copolymer, wherein the compatibilizer is a copolymer of styrene and maleic anhydride or a copolymer of styrene, maleic anhydride and N -phenylmaleimide. 1) an acrylonitrile-butadiene-styrene polymer, 2) natural fibres, 3) a compatibilizing polymer, and 4) processing aids comprising a lubricant and titanium dioxide,
A rechargeable lithium ion button cell comprising: a sealed housing comprising an inner casing and an outer casing, both casings having at least one flat area (1 a; 3a) as top or bottom of the battery, and a round or oval sidewall (1 c; 3b) vertically formed to the flat area, said sealed housing also comprising a round or oval insulation gasket having a footing rim and positioning between said sidewalls, said footing rim covering the opening end of said inner casing sidewall; said outer casing sidewall is crimped together with the gasket against the inner casing to seal the battery; said housing also contains electrolyte; and a first electrode and a second electrode inside the said sealed housing being spiral wound with separator to be a round or oval roll, said roll axis is vertical to the said flat areas of the casings, said electrodes have theirs one small area not coated with active materials, and the exposed metal at said area acts as conductor tab to connect the electrodes with said casings respectively; characterized in that, the first electrode is connected to the outer casing by positioning its conductor tab between the inner sidewall of the outer casing and the outer sidewall of the gasket. a sealed housing comprising an inner casing and an outer casing, both casings having at least one flat area (1 a; 3a) as top or bottom of the battery, and a round or oval sidewall (1 c; 3b) vertically formed to the flat area, said sealed housing also comprising a round or oval insulation gasket having a footing rim and positioning between said sidewalls, said footing rim covering the opening end of said inner casing sidewall; said outer casing sidewall is crimped together with the gasket against the inner casing to seal the battery; said housing also contains electrolyte; and a first electrode and a second electrode inside the said sealed housing being spiral wound with separator to be a round or oval roll, said roll axis is vertical to the said flat areas of the casings,
Lycopene intermediate 1, 3, 6, 10-tetra-double bond pentadec-carbon phosphonate, having a chemical name of 3,7, 11-trimethyl-1, 3, 6, 10-tetraene-dodecyl diethyl phosphonate and a structural formula as below:
An agricultural machine comprising at least one rotor which is rotatably supported about an axis, the at least one rotor including a tool holder which extends transversely relative to the axis of the rotor and at least one tool which is removably secured to the tool holder, each tool including a blade and a shank, with which the blade is fixed in a respective seat of the tool holder, the shank being an end portion of the tool, rapid fixing means being provided between the seat and the respective tool in order to secure the shank of the tool in the respective seat, characterized in that the rapid fixing means include at least one respective spring-mounted tooth which comprises a tooth and a resilient element which are mounted on the seat so as to interfere with the shank when it is inserted in the seat in order to retain it there, whereby the rapid fixing means and the shank are formed so as to urge the tooth out of the seat counter to the resilient element by means of interference between the tooth and shank when the shank is inserted in the seat and to release the tooth to engage with a recess of the shank in order to retain the shank in the respective seat when the tooth and recess are located in a mutually corresponding position.
Device for aligning at least one note of value (12 to 18) along a transport path, having at least one transport element driven with the aid of at least one first drive unit, having at least one counter-pressure element (280, 282) arranged opposite the transport element, wherein the transport path of the note of value (12 to 18) extends between the transport element and the counter-pressure element (280, 282), wherein the transport element driven in a first direction of rotation moves a note of value (12 to 18) arranged between the transport element and the counter-pressure element (280, 282) in a transport direction, wherein a second drive unit for displacing the transport element along the axis of rotation thereof is provided, such that a note of value (12 to 18) arranged between the transport element and counter-pressure element (280, 282) is moved transversely to the transport direction during the displacement of the transport element, characterized in that the counter-pressure element (280, 282) is spherical and mounted in a freely rotatable manner.
A nucleic acid extraction material, comprising: a substrate; and a polycation bonded to at least a portion of a surface of the substrate, the polycation consisting of a polymer of a quaternized monomer selected from the group consisting of a quaternized 1-vinylimidazole monomer and a quaternized dimethylaminoethyl methacrylate monomer, or a copolymer of a neutral monomer and the quaternized monomer. a substrate; and a polycation bonded to at least a portion of a surface of the substrate, the polycation consisting of a polymer of a quaternized monomer selected from the group consisting of a quaternized 1-vinylimidazole monomer and a quaternized dimethylaminoethyl methacrylate monomer, or a copolymer of a neutral monomer and the quaternized monomer.
Method for operating a reducing agent metering system of an SCR catalytic converter system of an internal combustion engine, wherein the SCR catalytic converter system has a first SCR exhaust gas purification device and an SCR catalytic converter connected downstream of the latter, as well as a reducing agent metering device for metering a reducing agent into the exhaust gas flow upstream of the first SCR exhaust gas purification device, wherein the metering of the reducing agent is controlled at least as a function of a temperature of the first SCR exhaust gas purification device and the SCR catalytic converter which is connected downstream, wherein if the temperature of the first SCR exhaust gas purification device is higher than or equal to a predetermined minimum temperature (T_SPF_min) and the SCR catalytic converter which is connected downstream is lower than a predetermined minimum temperature (T_SCR_min), the metering of the reducing agent takes place in a first operating mode in such a way that a reducing agent filling level (NH3_SPF) of the first SCR exhaust gas purification device is lower than its maximum reducing agent filling level (NH3_SPF_max), and if the temperature of the SCR catalytic converter which is connected downstream is higher than or equal to its minimum temperature (T_SCR_min), the metering of the reducing agent takes place at least temporarily in a second operating mode, in such a way that the reducing agent filling level (NH3_SPF) of the first SCR exhaust gas purification device is higher than its maximum reducing agent filling level (NH3_SPF_max), with the result that a reducing agent breakthrough which passes through the first SCR exhaust gas purification device acts on the SCR catalytic converter which is connected downstream. if the temperature of the first SCR exhaust gas purification device is higher than or equal to a predetermined minimum temperature (T_SPF_min) and the SCR catalytic converter which is connected downstream is lower than a predetermined minimum temperature (T_SCR_min), the metering of the reducing agent takes place in a first operating mode in such a way that a reducing agent filling level (NH3_SPF) of the first SCR exhaust gas purification device is lower than its maximum reducing agent filling level (NH3_SPF_max), and if the temperature of the SCR catalytic converter which is connected downstream is higher than or equal to its minimum temperature (T_SCR_min), the metering of the reducing agent takes place at least temporarily in a second operating mode, in such a way that the reducing agent filling level (NH3_SPF) of the first SCR exhaust gas purification device is higher than its maximum reducing agent filling level (NH3_SPF_max), with the result that a reducing agent breakthrough which passes through the first SCR exhaust gas purification device acts on the SCR catalytic converter which is connected downstream.
A compressive torsion forming device for processing a processing material using a first die and a second die facing each other, the compressive torsion forming device comprising: a sliding portion that has a first hydraulic chamber, and is configured to slide in accordance with a change in internal pressure of the first hydraulic chamber so as to move the first die in a direction of an axis; a rotating table provided with the second die and rotatable about the axis; a table support portion provided opposite to the second die with the rotating table interposed therebetween in the direction of the axis; a rotational thrust bearing that rotatably supports the rotating table with respect to the table support portion, and is configured to receive a force acting on the rotating table in a direction from the second die toward the rotating table; the compressive torsion forming device being characterized in that it further comprises a second hydraulic chamber that is provided between the rotating table and the table support portion and communicates with the first hydraulic chamber, said second hydraulic chamber being configured to bear a part of a thrust load generated by the sliding of the sliding portion and applied to the rotational thrust bearing, wherein the rotational thrust bearing is configured to bear the remaining load. a sliding portion that has a first hydraulic chamber, and is configured to slide in accordance with a change in internal pressure of the first hydraulic chamber so as to move the first die in a direction of an axis; a rotating table provided with the second die and rotatable about the axis; a table support portion provided opposite to the second die with the rotating table interposed therebetween in the direction of the axis; a rotational thrust bearing that rotatably supports the rotating table with respect to the table support portion, and is configured to receive a force acting on the rotating table in a direction from the second die toward the rotating table; the compressive torsion forming device being characterized in that it further comprises a second hydraulic chamber that is provided between the rotating table and the table support portion and communicates with the first hydraulic chamber, said second hydraulic chamber being configured to bear a part of a thrust load generated by the sliding of the sliding portion and applied to the rotational thrust bearing, wherein the rotational thrust bearing is configured to bear the remaining load.
Oil filter for a motor vehicle, with a filter cartridge located in an oil filter housing of the oil filter, wherein the oil filter housing comprises a base body and a cover element, wherein the filter cartridge has a first - lower-and a second - upper - end plate (26, 28) and a passage for filtered oil, which is surrounded by a filter material of the filter cartridge in the radial direction at least in certain areas, wherein at least one through-opening is formed in a wall of the passage in a region adjoining the lower end plate as a tubular connector, wherein the filter cartridge can be moved in the closed oil filter housing, in which the cover element is mounted on the base body, from a first position in which an entry of filtered oil via the at least one through-opening into a passage for filtered oil provided on the side of the oil filter housing is prevented into a second position in which the filter cartridge is displaced in an axial direction of the filter cartridge with respect to the first position and in which an inlet into the passage provided on the side of the oil filter housing is fluidically connected to the at least one through-opening, characterised in that from the lower end plate of the filter cartridge a sleeve-shaped wall projects in the axial direction, along which wall a sleeve element serving as a closing element is guided in the oil filter housing in an axially displaceable manner, by means of which sleeve element an annular inlet of a discharge passage for discharging the oil from a reception region of the oil filter housing for the filter cartridge can be closed, wherein the annular inlet of the discharge passage can be released by moving the filter cartridge into a removal position of the filter cartridge, in which the filter cartridge is moved from the first position in a direction counter to the second position.
Side covering of a commercial vehicle structure, consisting of stanchions which are displaceable along the vehicle structure, and of a flexible tarpaulin which is arranged on the outside of the vehicle with respect to the stanchions and is likewise displaceable along the vehicle structure, wherein each stanchion is provided at the upper end thereof with a roller apparatus for guiding the stanchion along a roof construction of the vehicle structure and, at the lower end thereof, with a lock for the releasable fastening of the stanchion to a vehicle-mounted stanchion holder, and with connecting means (12, 31, 32) which connect the tarpaulin in the horizontal direction to the stanchion in each case arranged therebehind, characterized by at least one pressure element which pressurizes the tarpaulin downwards in a resilient manner in the region of the lower tarpaulin edge and is supported on the stanchion as an abutment.