mhurhangee/ep-ind-claims huggingface dataset:
An absorbent article comprising: a) a topsheet; b) a backsheet joined with the topsheet; c) an absorbent core interposed between the topsheet and backsheet; and d) an article element; wherein the article element comprises a stretch laminate comprising an elastic member comprising a block copolymer comprising at least one soft block and at least two hard blocks; wherein the soft block backbone is hydrogenated; and wherein the block copolymer comprises one or both of the following: a) one or more hard blocks comprising substituted polystyrene; b) one or more soft blocks comprising substituted polystyrene, wherein the substituted polystyrene has a degree of substitution of greater than 10% and less than 100%; and wherein the substituted polystyrene is selected from a group comprising nitro substituted polystyrene, chlorine substituted polystyrene, bromine substituted polystyrene, nitrile substituted polystyrene, methyl ketone substituted polystyrene, ethyl ketone substituted polystyrene, propyl ketone substituted polystyrene, butyl ketone substituted polystyrene, methyl acetylester substituted polystyrene, ethyl acetylester substituted polystyrene, propyl acetylester substituted polystyrene, butyl acetylester substituted polystyrene, pentyl acetylester substituted polystyrene, hexyl acetylester substituted polystyrene, and combinations thereof. a) a topsheet; b) a backsheet joined with the topsheet; c) an absorbent core interposed between the topsheet and backsheet; and d) an article element; wherein the article element comprises a stretch laminate comprising an elastic member comprising a block copolymer comprising at least one soft block and at least two hard blocks; wherein the soft block backbone is hydrogenated; and wherein the block copolymer comprises one or both of the following: a) one or more hard blocks comprising substituted polystyrene; b) one or more soft blocks comprising substituted polystyrene, wherein the substituted polystyrene has a degree of substitution of greater than 10% and less than 100%; and wherein the substituted polystyrene is selected from a group comprising nitro substituted polystyrene, chlorine substituted polystyrene, bromine substituted polystyrene, nitrile substituted polystyrene, methyl ketone substituted polystyrene, ethyl ketone substituted polystyrene, propyl ketone substituted polystyrene, butyl ketone substituted polystyrene, methyl acetylester substituted polystyrene, ethyl acetylester substituted polystyrene, propyl acetylester substituted polystyrene, butyl acetylester substituted polystyrene, pentyl acetylester substituted polystyrene, hexyl acetylester substituted polystyrene, and combinations thereof. a) one or more hard blocks comprising substituted polystyrene; b) one or more soft blocks comprising substituted polystyrene,
A pneumatic tire with a hybrid cord reinforcement comprising - a tread forming the outermost layer of the tire, - at least one belt on the carcass forming the inner layer of the tire, and - at least one cap ply reinforcement layer obtained from hybrid cords which are formed by twisting pre-twisted polyethylene terephthalate multifilament yarns and nylon yarns in Z or S direction such that they will be in reverse direction of the pre-twisting direction, - wherein the twisting level of the hybrid cords is equal to the pre-twisting level of the yarn or it has maximum 10% difference, - the reinforcement layer is wound spirally (as strip) such that it will make an angle of 0 to 5°with the equatorial plane on the belt - and characterized in that the thermal shrinkage force and modulus of the hybrid cord are increased by stretching it at a minimum of 1% at 180-240°C, and in that the reinforcement layer is obtained by using said hybrid cords, the tensile force LASE value of which is at minimum 8mN/dtex at 3% elongation at 25°C according to the ASTM D855 test method, and the thermal shrinkage force of which is at minimum 2mN/dtex at 177°C according to the ASTM D855 test method. - a tread forming the outermost layer of the tire, - at least one belt on the carcass forming the inner layer of the tire, and - at least one cap ply reinforcement layer obtained from hybrid cords which are formed by twisting pre-twisted polyethylene terephthalate multifilament yarns and nylon yarns in Z or S direction such that they will be in reverse direction of the pre-twisting direction, - wherein the twisting level of the hybrid cords is equal to the pre-twisting level of the yarn or it has maximum 10% difference, - the reinforcement layer is wound spirally (as strip) such that it will make an angle of 0 to 5°with the equatorial plane on the belt - and characterized in that the thermal shrinkage force and modulus of the hybrid cord are increased by stretching it at a minimum of 1% at 180-240°C, and in that the reinforcement layer is obtained by using said hybrid cords, the tensile force LASE value of which is at minimum 8mN/dtex at 3% elongation at 25°C according to the ASTM D855 test method, and the thermal shrinkage force of which is at minimum 2mN/dtex at 177°C according to the ASTM D855 test method.
A device for operating with THz and/or IR and/or MW radiation, wherein the device constitutes a THz and/or IR and/or MW radiation detector comprising: - an antenna having at least one antenna branch and adapted to operate in the THz and/or IR and/or MW frequency range; and - a structure made of at least one photoactive material defining a photo-active area (Ga) arranged to absorb THz and/or IR and/or MW light radiation impinging thereon; wherein said at least one antenna branch has a focus area which is dimensionally equal or smaller than said photo-active area (Ga), wherein said focus area is an area where THz and/or IR and/or MW light radiation is focused and confined by the antenna, to concentrate it at said photo-active area (Ga); wherein said structure is made of a photoactive material with high Seebeck coefficient and comprises two sections (G1, G2) with different Seebeck coefficients, such that said photo-active area (Ga), within an active channel having a Seebeck gradient and arranged to absorb light radiation impinging thereon, is defined at the interface between said two sections (G1, G2) and through adjacent regions thereof at both sides of the interface, and wherein said focus area is dimensionally equal or smaller, according to a first direction, than the dimension of the photo-active area (Ga) measured in parallel to said first direction and transversally to said interface across said adjacent regions, and wherein the device is optimized for a photoresponse based on the photothermoelectric effect, where a photoresponse is generated through light-induced charge carrier heating, in combination with the presence of said Seebeck gradient. - an antenna having at least one antenna branch and adapted to operate in the THz and/or IR and/or MW frequency range; and - a structure made of at least one photoactive material defining a photo-active area (Ga) arranged to absorb THz and/or IR and/or MW light radiation impinging thereon;
An apparatus suitable for use in a stair system, comprising: a first landing connection system comprising: two or more extenders; a single-point connection device configured to allow for rotational movement, wherein the rotational movement is movement in a combination of an X-direction and a Y-direction; and a secondary movement connection device operatively connected with the single-point connection device and configured for longitudinal movement in at least one of the X-direction and the Y-direction, wherein the secondary movement connection device includes a crossbar which extends between said two or more extenders, and wherein the single-point connection device is located proximate to a midpoint of the crossbar. two or more extenders; a single-point connection device configured to allow for rotational movement, wherein the rotational movement is movement in a combination of an X-direction and a Y-direction; and a secondary movement connection device operatively connected with the single-point connection device and configured for longitudinal movement in at least one of the X-direction and the Y-direction, wherein the secondary movement connection device includes a crossbar which extends between said two or more extenders, and wherein the single-point connection device is located proximate to a midpoint of the crossbar.
An agricultural vehicle comprising a step assembly, said step assembly comprising: a step having a flat and horizontally-oriented top side and an angled side extending obliquely from said top side, said step being fixedly mounted to a body of the agricultural vehicle; and a tank that is movably mounted to said step and is configured to move between a stowed position and a deployed position, wherein, in the stowed position of the tank, a first side of the tank is aligned with and parallel to said angled side to form a continuous angled surface, and, in the deployed position of the tank, a second side of the tank is aligned with and parallel to said top side to form a continuous horizontal step surface. a step having a flat and horizontally-oriented top side and an angled side extending obliquely from said top side, said step being fixedly mounted to a body of the agricultural vehicle; and a tank that is movably mounted to said step and is configured to move between a stowed position and a deployed position, wherein, in the stowed position of the tank, a first side of the tank is aligned with and parallel to said angled side to form a continuous angled surface, and, in the deployed position of the tank, a second side of the tank is aligned with and parallel to said top side to form a continuous horizontal step surface.
A wound treatment device comprising: a reduced pressure source; and a tissue scaffold comprising a porous acellular tissue matrix, wherein the tissue matrix is homogenized and lyophilized and wherein the porosity of the tissue scaffold is from 75% to 90%. a reduced pressure source; and a tissue scaffold comprising a porous acellular tissue matrix, wherein the tissue matrix is homogenized and lyophilized and wherein the porosity of the tissue scaffold is from 75% to 90%.
A method of testing a subject for cognitive impairment, comprising: presenting the subject with a display of a smoothly moving object, repeatedly moving over a tracking path; measuring the subject's eye movements during the presenting; analyzing the subject's eye movements to determine accuracy and variability of the subject's visual pursuit of the display of the smoothly moving object; producing a report, based on the analyzing, that indicates whether the subject has a cognitive impairment; characterized in that the analyzing generates an analysis that includes an attention metric based on intra-individual variability of eye position error; and producing the report comprises presenting the analysis. presenting the subject with a display of a smoothly moving object, repeatedly moving over a tracking path; measuring the subject's eye movements during the presenting; analyzing the subject's eye movements to determine accuracy and variability of the subject's visual pursuit of the display of the smoothly moving object; producing a report, based on the analyzing, that indicates whether the subject has a cognitive impairment; characterized in that the analyzing generates an analysis that includes an attention metric based on intra-individual variability of eye position error; and producing the report comprises presenting the analysis.
A wireless communication system that includes a first communication apparatus that uses a first frequency band to carry out wireless communication by a time division method; a second communication apparatus that uses a second frequency band that is adjacent to said first frequency band to carry out wireless communication by a time division method; and a router apparatus that relays data that are communicated wirelessly in said first communication apparatus and said second communication apparatus; wherein said router apparatus comprises: a first communication unit that uses said first frequency band to carry out wireless communication by a time division method with said first communication apparatus; a second communication unit that uses said second frequency band to carry out wireless communication by a time division method with said second communication apparatus simultaneously with wireless communication by means of said first communication unit; and a control unit that causes each of the transmission intervals and reception intervals of data in said second communication unit to coincide with each of the transmission intervals and reception intervals of data that have been partitioned into time divisions in said first communication unit. a first communication unit that uses said first frequency band to carry out wireless communication by a time division method with said first communication apparatus; a second communication unit that uses said second frequency band to carry out wireless communication by a time division method with said second communication apparatus simultaneously with wireless communication by means of said first communication unit; and a control unit that causes each of the transmission intervals and reception intervals of data in said second communication unit to coincide with each of the transmission intervals and reception intervals of data that have been partitioned into time divisions in said first communication unit.
An electrical connection device for an electrical apparatus arranged, in a connecting position, to be in electrical contact with an electrical conductor, said electrical connection device having an electrical contact location arranged to cooperate with at least one conductive section of said electrical conductor, the electrical connection device comprising a body extending along a main direction and having a blade shape, said body comprising a retaining section of the conductive section in the connecting position, the retaining section being arranged to be disposed in a retaining position of the conductive section when said conductive section is disposed in the connecting position, the body comprising a contact section in which the electrical contact location is formed, the electrical contact section comprising a longitudinal conductive layer of the blade made of a conductive material capable of conducting an electric current, the body comprising a longitudinal flexible layer of the blade made of a material capable of being elastically deformed, said flexible layer comprising a portion comprised in the retaining section and an adjoining portion comprised in the remainder of the body, the retaining section having, in the retaining position, a base portion extending substantially along the main direction, a blocking portion in contact with the conductive section and extending transversely to the main direction, and an intermediate portion connecting the base portion to the blocking portion by extending successively substantially along the main direction in a first way, then substantially transversely to the main direction and substantially along the main direction in a second way opposite the first way, the electrical connection device having a through opening extending transversely to the main direction capable of at least partially receiving the conductive section in the connecting position, the electrical connection device being characterized in that the longitudinal conductive layer further comprises a portion in the retaining section, and in that the electrical contact location is formed in the body for a disposition of the conductive section transversely to the main direction in the connecting position, the electrical contact location being at least partially formed in a transverse contour of the body defining the through opening.
An information processing method to be executed at least in part in a computer for controlling at least one device (243, 244, 245) through dialog with a user, the method comprising: storing, in a first database, pieces of text string information in association with control commands; acquiring first voice information indicating the voice of the user input from a microphone; outputting, to a server via a network, first text string information generated from the first voice information, when determining, by referencing the first database, that the first text string information does not match any of the pieces of text string information stored in the first database; acquiring a first control command from the server via the network, when a second database stored in the server includes a piece of text string information matched with the first text string information and the matched piece of text string information is associated with the first control command; and instructing the at least one device (243, 244, 245) to execute an operation based on the first control command, characterized by retrieving, from the first database based on the first control command, a second piece of text string information associated with the first control command; and outputting, to a speaker, second voice information generated from the second piece of text string information, said second voice information recommending to the user the second piece of text string information as a speech command that matches one of the pieces of text string information stored in the first database and that performs the same control command as the first text string information. storing, in a first database, pieces of text string information in association with control commands; acquiring first voice information indicating the voice of the user input from a microphone; outputting, to a server via a network, first text string information generated from the first voice information, when determining, by referencing the first database, that the first text string information does not match any of the pieces of text string information stored in the first database; acquiring a first control command from the server via the network, when a second database stored in the server includes a piece of text string information matched with the first text string information and the matched piece of text string information is associated with the first control command; and instructing the at least one device (243, 244, 245) to execute an operation based on the first control command, characterized by retrieving, from the first database based on the first control command, a second piece of text string information associated with the first control command; and outputting, to a speaker, second voice information generated from the second piece of text string information, said second voice information recommending to the user the second piece of text string information as a speech command that matches one of the pieces of text string information stored in the first database and that performs the same control command as the first text string information.
A dressing for treating a tissue site, comprising: a first layer comprising a hydrophobic gel adhesive and a material adapted to neutralize proteolytic enzymes, the first layer having a plurality of apertures; a second layer comprising a manifold; and a third layer adapted to be disposed between the first layer and the second layer, the third layer comprising a polymer film having a plurality of fenestrations. a first layer comprising a hydrophobic gel adhesive and a material adapted to neutralize proteolytic enzymes, the first layer having a plurality of apertures; a second layer comprising a manifold; and a third layer adapted to be disposed between the first layer and the second layer, the third layer comprising a polymer film having a plurality of fenestrations.
A method for cell cluster interference management in a wireless communications system, WCS, the method comprising: determining interference at a plurality of network nodes (110a-c; 110x-z; 1602; 1606); wherein a propagation link between the network nodes (110a-c; 110x-z; 1602; 1606) in different clusters has a high path loss; selecting a transmission point from the plurality of network nodes (110a-c; 110x-z; 1602; 1606) for a transmission to at least one mobile entity (110a-c; 110x-z; 1602; 1606) based on the determined interference; defining a first status flag as a first value in response to determining high coupling loss to neighbor network nodes (110a-c; 110x-z; 1602; 1606) or absence of high downlink traffic in the neighbor network nodes (110a-c; 110x-z; 1602; 1606), or else defining the first status flag as a second value; or defining a second status flag as a first value in response to determining high coupling loss to neighbor network nodes (110a-c; 110x-z; 1602; 1606) or absence of high uplink traffic in the neighbor network nodes (110a-c; 110x-z; 1602; 1606), or else defining the second status flag as a second value; and wherein the selecting is based on the first or second status flag being the first value. determining interference at a plurality of network nodes (110a-c; 110x-z; 1602; 1606); wherein a propagation link between the network nodes (110a-c; 110x-z; 1602; 1606) in different clusters has a high path loss; selecting a transmission point from the plurality of network nodes (110a-c; 110x-z; 1602; 1606) for a transmission to at least one mobile entity (110a-c; 110x-z; 1602; 1606) based on the determined interference; defining a first status flag as a first value in response to determining high coupling loss to neighbor network nodes (110a-c; 110x-z; 1602; 1606) or absence of high downlink traffic in the neighbor network nodes (110a-c; 110x-z; 1602; 1606), or else defining the first status flag as a second value; or defining a second status flag as a first value in response to determining high coupling loss to neighbor network nodes (110a-c; 110x-z; 1602; 1606) or absence of high uplink traffic in the neighbor network nodes (110a-c; 110x-z; 1602; 1606), or else defining the second status flag as a second value; and wherein the selecting is based on the first or second status flag being the first value.