mhurhangee/ep-ind-claims huggingface dataset:
An elongate smoking article having a lighting end and an opposed mouth end, said smoking article comprising: a mouth end portion disposed at the mouth end; a heat generation portion disposed about the lighting end (14; an outer wrapping material wrapped at least about the heat generation portion and extending toward the mouth end portion, so as to define a cylindrical rod; and an aerosol-generating portion disposed within the outer wrapping material and between the heat generation portion and the mouth end portion, the aerosol-generating portion comprising an aerosol-generating element wrapped by a wrapping material disposed between the aerosol-generating element and the outer wrapping material and extending from the heat generation portion to the aerosol-generating portion, the aerosol-generating portion being configured to generate an aerosol in response to heat received from the heat generation portion, the wrapping material being a laminate having a foil layer as an initial layer closest to the aerosol-generating portion, the wrapping material being arranged to distribute heat from the heat generation portion, such that the heat from the heat generation portion is directed to the aerosol-generating portion, so as to prevent scorching of the outer wrapping material. a mouth end portion disposed at the mouth end; a heat generation portion disposed about the lighting end (14; an outer wrapping material wrapped at least about the heat generation portion and extending toward the mouth end portion, so as to define a cylindrical rod; and an aerosol-generating portion disposed within the outer wrapping material and between the heat generation portion and the mouth end portion, the aerosol-generating portion comprising an aerosol-generating element wrapped by a wrapping material disposed between the aerosol-generating element and the outer wrapping material and extending from the heat generation portion to the aerosol-generating portion, the aerosol-generating portion being configured to generate an aerosol in response to heat received from the heat generation portion, the wrapping material being a laminate having a foil layer as an initial layer closest to the aerosol-generating portion, the wrapping material being arranged to distribute heat from the heat generation portion, such that the heat from the heat generation portion is directed to the aerosol-generating portion, so as to prevent scorching of the outer wrapping material.
A dryer for clothes, comprising: a cabinet (12,13); a drying drum accommodated in the cabinet and into which an object to be dried is put; a suction passage supplying hot air into the drying drum; a heating unit disposed in any position of the suction passage to heat the air introduced into the suction passage at a high temperature; an exhaust passage through the hot air discharged from the drying drum flows; a blower mounted on one position of the exhaust passage to forcibly blow the air within the drying drum; a lint filter assembly mounted on the other position of the exhaust passage;and a lint filter cleaning device for removing lint attached to the lint filter assembly, wherein the lint filter assembly comprises: a filter frame defining an edge thereof; a mesh member attached to the filter frame to cover an inner region of the filter frame; and a partition rib comprising a plurality of horizontal ribs and vertical ribs which are disposed inside the filter frame, wherein the mesh member is partitioned into a plurality of filtering blocks by the plurality of horizontal ribs and vertical ribs, and wherein a flow groove is defined between the mesh member and each of the horizontal ribs, so that cleaning water smoothly flows down along the mesh member. a cabinet (12,13); a drying drum accommodated in the cabinet and into which an object to be dried is put; a suction passage supplying hot air into the drying drum; a heating unit disposed in any position of the suction passage to heat the air introduced into the suction passage at a high temperature; an exhaust passage through the hot air discharged from the drying drum flows; a blower mounted on one position of the exhaust passage to forcibly blow the air within the drying drum; a lint filter assembly mounted on the other position of the exhaust passage;and a lint filter cleaning device for removing lint attached to the lint filter assembly, wherein the lint filter assembly comprises: a filter frame defining an edge thereof; a mesh member attached to the filter frame to cover an inner region of the filter frame; and a partition rib comprising a plurality of horizontal ribs and vertical ribs which are disposed inside the filter frame, wherein the mesh member is partitioned into a plurality of filtering blocks by the plurality of horizontal ribs and vertical ribs, and wherein a flow groove is defined between the mesh member and each of the horizontal ribs, so that cleaning water smoothly flows down along the mesh member. a filter frame defining an edge thereof; a mesh member attached to the filter frame to cover an inner region of the filter frame; and a partition rib comprising a plurality of horizontal ribs and vertical ribs which are disposed inside the filter frame, wherein the mesh member is partitioned into a plurality of filtering blocks by the plurality of horizontal ribs and vertical ribs, and wherein a flow groove is defined between the mesh member and each of the horizontal ribs, so that cleaning water smoothly flows down along the mesh member.
Apparatus for conveying a plurality of discrete parts (58, 60) and applying each discrete part (58, 60) to a substrate moving along a placement axis of the apparatus, the apparatus comprising: a plurality of transfer pucks adapted to convey the discrete parts (58, 60) from the web to the substrate, the plurality of transfer pucks comprising a first transfer puck and a second transfer puck; and a drive assembly characterised in that the drive assembly is configured to rotate the first transfer puck in a first rotational direction and to rotate the second transfer puck in a second rotational direction that is opposite the first rotational direction such that a plurality of pairs of discrete parts (58, 60) is applied to the substrate and perpendicular to the placement axis, wherein each applied pair of discrete parts (58, 60) includes a first discrete part and a second discrete part spaced a first distance from the first discrete part, adjacent pairs of discrete parts (58, 60) being spaced a second distance that is different from the first distance. a plurality of transfer pucks adapted to convey the discrete parts (58, 60) from the web to the substrate, the plurality of transfer pucks comprising a first transfer puck and a second transfer puck; and a drive assembly characterised in that the drive assembly is configured to rotate the first transfer puck in a first rotational direction and to rotate the second transfer puck in a second rotational direction that is opposite the first rotational direction such that a plurality of pairs of discrete parts (58, 60) is applied to the substrate and perpendicular to the placement axis, wherein each applied pair of discrete parts (58, 60) includes a first discrete part and a second discrete part spaced a first distance from the first discrete part, adjacent pairs of discrete parts (58, 60) being spaced a second distance that is different from the first distance.
An apparatus for mounting and/or dismantling a component of a wind turbine, in particular of a rotoblade as well as of a wind turbine with a tower head that comprises at least one guide means tensioned between the tower head and the ground, on which guide means at least one holding apparatus is arranged that holds at least a partial load of the weight of the component during a transport of the component between the ground and the tower head of the wind turbine and at least one loading apparatus (140, 141) that is arranged in the area of the tower head and holds at least one further partial load of the component during a transport of the component between the ground and the wind turbine and a loading cable (120,121) runs from the at least one loading apparatus (140,141), the length of which can be varied between the loading apparatus (140,141) and component and at least one holding cable runs from the holding apparatus to the component the length of which can be varied between the holding apparatus and the component.
A permanent magnet for a motor, to be buried in a permanent magnet motor, characterized by: a plurality of sheet magnets for lamination, and an insulating layer arranged between the plurality of sheet magnets for lamination, wherein the insulating layer is formed of a ceramic green sheet to be sintered along with the sheet magnets or of a resin to bond the plurality of sheet magnets sintered, and wherein the sheet magnets comprise an Nd-based magnet, and a layer of a Dy compound or a layer of a Tb compound is formed on a surface of an Nd magnet particle constituting the sheet magnets. a plurality of sheet magnets for lamination, and an insulating layer arranged between the plurality of sheet magnets for lamination, wherein the insulating layer is formed of a ceramic green sheet to be sintered along with the sheet magnets or of a resin to bond the plurality of sheet magnets sintered, and wherein the sheet magnets comprise an Nd-based magnet, and a layer of a Dy compound or a layer of a Tb compound is formed on a surface of an Nd magnet particle constituting the sheet magnets.
An anti-CD20 antibody formulation comprising 20-300 mg/mL ofatumumab, wherein the formulation further comprises 10 to 100 mM sodium acetate, 25 to 100 mM sodium chloride, 0.5 to 5% arginine free base, 0.02 to 0.2 mM EDTA, 0.01 to 0.2% polysorbate 80 and adjusted to pH 5.0 to 7.0.
An end cap for a tubular light source, the tubular light source configured to be arranged in a lighting fixture comprising a socket, wherein the end cap comprises: - a housing portion having a connection end; - two connector pins at least partly arranged on an outside of the housing portion at the connection end, wherein the connector pins are configured to fit in the socket of the lighting fixture; - a first spring loaded switching element configured to be alternately positioned in an actuated state and a non-actuated state, wherein the first spring loaded switching element protrudes at the connection end of the housing portion in the vicinity of the connector pins when positioned in its non-actuated state; and - a second spring loaded switching element configured to be positioned in an actuated state and a non-actuated state wherein the second spring loaded switching element protrudes at the connection end of the housing portion in the vicinity of the connector pins when positioned in its non-actuated state; - a bridging element located between the first spring loaded switching element and the second spring loaded switching element, - a conductive receiving means, wherein an electrical connection is formed between the bridging element and the conductive receiving means when the first spring loaded switching element and the second spring loaded switching element are configured to be individually positioned in their respective actuated states when the end cap is mounted into the socket of the fixture. - a housing portion having a connection end; - two connector pins at least partly arranged on an outside of the housing portion at the connection end, wherein the connector pins are configured to fit in the socket of the lighting fixture; - a first spring loaded switching element configured to be alternately positioned in an actuated state and a non-actuated state, wherein the first spring loaded switching element protrudes at the connection end of the housing portion in the vicinity of the connector pins when positioned in its non-actuated state; and - a second spring loaded switching element configured to be positioned in an actuated state and a non-actuated state wherein the second spring loaded switching element protrudes at the connection end of the housing portion in the vicinity of the connector pins when positioned in its non-actuated state; - a bridging element located between the first spring loaded switching element and the second spring loaded switching element, - a conductive receiving means,
A user input device (202, 302, 402), for providing an input to an elevator controller, comprising: a plurality of input regions (204A-204F, 304A-304F, 404A-404L) each of which correspond to a different input command; and a single touchless sensor (216, 316A, 416) arranged to detect the presence of an object in any of the plurality of input regions (204A-204F, 304A-304F, 404A-404L); characterized in that the single touchless sensor (216, 316A, 416) is arranged behind a faceplate (208, 308), and in that the plurality of input regions (204A-204F, 304A-304F, 404A-404L) are behind the faceplate (208, 308) and at least partially defined by a plurality of apertures within the faceplate (208, 308). a plurality of input regions (204A-204F, 304A-304F, 404A-404L) each of which correspond to a different input command; and a single touchless sensor (216, 316A, 416) arranged to detect the presence of an object in any of the plurality of input regions (204A-204F, 304A-304F, 404A-404L); characterized in that the single touchless sensor (216, 316A, 416) is arranged behind a faceplate (208, 308), and in that the plurality of input regions (204A-204F, 304A-304F, 404A-404L) are behind the faceplate (208, 308) and at least partially defined by a plurality of apertures within the faceplate (208, 308).
A method of shaping a cured thermosetting resin substrate, the method comprising the steps of: i. providing a cured thermosetting resin substrate; ii. providing a confined temperature controlling environment; iii. placing the cured thermosetting resin substrate in the confined temperature controlling environment; iv. providing a source of electromagnetic radiation; v. irradiating the cured thermosetting resin substrate in the confined temperature controlling environment; and vi. shaping the irradiated thermosetting resin substrate. i. providing a cured thermosetting resin substrate; ii. providing a confined temperature controlling environment; iii. placing the cured thermosetting resin substrate in the confined temperature controlling environment; iv. providing a source of electromagnetic radiation; v. irradiating the cured thermosetting resin substrate in the confined temperature controlling environment; and vi. shaping the irradiated thermosetting resin substrate.
A method for enabling a push notification session between an application on a client terminal and a server corresponding to the application via a communications network, the method comprising: responsive to receiving (5.4) a push notification session request message from the application, a push provisioning entity generating (5.5) a first token associated with said push notification session for use in validating said push notification session; transmitting (5.6, 5.7) said first token from the push provisioning entity to the application; responsive to receiving (5.15) a token validation request comprising a second token from the server, the push provisioning entity determining whether the second token corresponds to the first token; selectively transmitting (5.16, 5.17) an authorisation message from the push provisioning entity to the server in dependence on said determination, whereby to enable said push notification session between the server and the application; responsive to receiving (5.19) a notification message comprising a third token from said server for delivery to said application, the push provisioning entity evaluating whether the third token corresponds to the first token; and selectively transmitting (5.20) said notification message from the push provisioning entity to the client terminal for delivery to said application in dependence on said evaluation. responsive to receiving (5.4) a push notification session request message from the application, a push provisioning entity generating (5.5) a first token associated with said push notification session for use in validating said push notification session; transmitting (5.6, 5.7) said first token from the push provisioning entity to the application; responsive to receiving (5.15) a token validation request comprising a second token from the server, the push provisioning entity determining whether the second token corresponds to the first token; selectively transmitting (5.16, 5.17) an authorisation message from the push provisioning entity to the server in dependence on said determination, whereby to enable said push notification session between the server and the application; responsive to receiving (5.19) a notification message comprising a third token from said server for delivery to said application, the push provisioning entity evaluating whether the third token corresponds to the first token; and selectively transmitting (5.20) said notification message from the push provisioning entity to the client terminal for delivery to said application in dependence on said evaluation.
A refuse container for waste collection comprising a head assembly adapted to contain waste, the head assembly comprising: • an outer drum and an inner drum, the drums (140, 150) being arranged concentric one inside the other so that they can be rotated to each other to define a loading position in which the reception of waste from the outside to the interior of the head assembly is allowed or an unloading position in which the release of the waste contained in the interior of the head assembly into a collecting section is allowed, the outer drum being attached to a bearing provided on the rotation shaft of the inner drum, the refuse container further comprising driving means for transmitting the rotational movement of one drum to the other, wherein said driving means comprise: • a wheel concentrically attached to the inner drum and coupled to said rotation shaft of the inner drum, • first and second idler wheels (190, 195) arranged on a supporting substructure mutually opposite to the wheel, and • a driving drag member meshed with said wheel and with said first and second idler wheels (190, 195), such that the first and second idler wheels (190, 195) rotate in the same direction and the wheel rotates in the opposite direction; wherein the driving drag member is coupled to the outer drum by a coupling so that actuation of said driving drag member by rotating the outer drum causes rotation in the opposite direction of the inner drum to arrange the head assembly in the loading or unloading positions, Characterized in that • the supporting substructure is provided with a sliding member which facilitates sliding of the driving drag member at the top of the supporting structure, said sliding member being configured so that the path of the coupling is followed by the driving drag member. • an outer drum and an inner drum, the drums (140, 150) being arranged concentric one inside the other so that they can be rotated to each other to define a loading position in which the reception of waste from the outside to the interior of the head assembly is allowed or an unloading position in which the release of the waste contained in the interior of the head assembly into a collecting section is allowed, the outer drum being attached to a bearing provided on the rotation shaft of the inner drum, • a wheel concentrically attached to the inner drum and coupled to said rotation shaft of the inner drum, • first and second idler wheels (190, 195) arranged on a supporting substructure mutually opposite to the wheel, and • a driving drag member meshed with said wheel and with said first and second idler wheels (190, 195), such that the first and second idler wheels (190, 195) rotate in the same direction and the wheel rotates in the opposite direction; • the supporting substructure is provided with a sliding member which facilitates sliding of the driving drag member at the top of the supporting structure, said sliding member being configured so that the path of the coupling is followed by the driving drag member.
A method comprising: determining, by a controller in a system, a value for an output of a first control loop based on a first sensed signal, a minimum value for a control signal, and a maximum value for the control signal in a first instance in which the first control loop is set as a primary control loop; determining, by the controller, a value for an output of a second control loop based on a second sensed signal, the minimum value for the control signal, and the maximum value for the control signal in a second instance in which the second control loop is set as the primary control loop; clamping, by the controller, the value for the output of the second control loop to be equal to the value for the output of the first control loop in the first instance; clamping, by the controller, the value for the output of the first control loop to be equal to the value for the output of the second control loop in the second instance; and outputting, by the controller and to a component of the system, the control signal based on the value for the output of the first control loop. determining, by a controller in a system, a value for an output of a first control loop based on a first sensed signal, a minimum value for a control signal, and a maximum value for the control signal in a first instance in which the first control loop is set as a primary control loop; determining, by the controller, a value for an output of a second control loop based on a second sensed signal, the minimum value for the control signal, and the maximum value for the control signal in a second instance in which the second control loop is set as the primary control loop; clamping, by the controller, the value for the output of the second control loop to be equal to the value for the output of the first control loop in the first instance; clamping, by the controller, the value for the output of the first control loop to be equal to the value for the output of the second control loop in the second instance; and outputting, by the controller and to a component of the system, the control signal based on the value for the output of the first control loop.