mhurhangee/ep-ind-claims huggingface dataset:
A two part curable adhesive composition comprising: a resin part comprising an aromatic epoxy resin; a curing agent part separate from the resin part and comprising an aliphatic amine; a first core-shell rubber particle in one of the resin part or the curing agent part; a second acrylate or methacrylate comprising core-shell particle different than the first particle in one of the resin part or the curing agent part; and an auxiliary impact modifier/toughening agent in one of the resin part or the curing agent part. a resin part comprising an aromatic epoxy resin; a curing agent part separate from the resin part and comprising an aliphatic amine; a first core-shell rubber particle in one of the resin part or the curing agent part; a second acrylate or methacrylate comprising core-shell particle different than the first particle in one of the resin part or the curing agent part; and an auxiliary impact modifier/toughening agent in one of the resin part or the curing agent part.
A vehicle brake circuit comprising a brake actuator, a first manually operable valve; a second electrically operable valve and a fluid reservoir for the supply of fluid to the actuator, said first valve being directly connected to the fluid reservoir, said first valve having a biased position such that a direct fluid connection between the fluid reservoir and the first valve is blocked and wherein movement of the second valve controls the activation or deactivation of the actuator, characterised in that, the first valve is also connected to the fluid reservoir via the second valve, and when the first valve is in the biased position, a fluid connection between the fluid reservoir and the first valve via the second valve is unblocked, and wherein movement of the first valve out of the biased position overrides control of the actuator by the second valve.
An interchangeable chamber for a device for producing a three-dimensional object by selectively layer-wise solidifying of building material at locations that correspond to the cross-section of the object to be produced in the respective layer, wherein the interchangeable chamber comprises a building space for receiving a building platform on which the three-dimensional object can be produced, wherein the building space is designed to be temporarily open in the direction of a top of the interchangeable chamber, optionally a storage container for storing building material, and wherein the interchangeable chamber comprises a side wall and a cover, wherein the cover is adapted to close the interchangeable chamber at the top such that building material substantially cannot get through the cover out of nor into the interchangeable chamber and the cover is coupled with the side wall, in particular pivotably and/or displaceably coupled, and characterized in that during operation, the interchangeable chamber is coupled at least to a lifting device that docks the interchangeable chamber to a processing chamber and wherein the lifting device can only be actuated when the cover does not close the interchangeable chamber. a building space for receiving a building platform on which the three-dimensional object can be produced, wherein the building space is designed to be temporarily open in the direction of a top of the interchangeable chamber, optionally a storage container for storing building material, and wherein the interchangeable chamber comprises a side wall and a cover, wherein the cover is adapted to close the interchangeable chamber at the top such that building material substantially cannot get through the cover out of nor into the interchangeable chamber and the cover is coupled with the side wall, in particular pivotably and/or displaceably coupled, and characterized in that during operation, the interchangeable chamber is coupled at least to a lifting device that docks the interchangeable chamber to a processing chamber and wherein the lifting device can only be actuated when the cover does not close the interchangeable chamber.
A battery module comprising: a plurality of battery packs; a bus bar electrically connecting neighboring battery packs to each other; and a bus bar cover covering an end portion of the bus bar for insulating the bus bar, the bus bar cover comprising: a hollow portion through which a coupling hole of the bus bar is exposed, the hollow portion extending in a direction away from the bus bar; a cover main body on which the hollow portion is provided; and first and second insulating walls (110, 120) extending from the cover main body to be respectively placed at a side and another side of the bus bar on the exterior of the hollow portion and cover main body wherein the first insulating wall is rotatably connected to the cover main body. a plurality of battery packs; a bus bar electrically connecting neighboring battery packs to each other; and a bus bar cover covering an end portion of the bus bar for insulating the bus bar, the bus bar cover comprising: a hollow portion through which a coupling hole of the bus bar is exposed, the hollow portion extending in a direction away from the bus bar; a cover main body on which the hollow portion is provided; and first and second insulating walls (110, 120) extending from the cover main body to be respectively placed at a side and another side of the bus bar on the exterior of the hollow portion and cover main body wherein the first insulating wall is rotatably connected to the cover main body. a hollow portion through which a coupling hole of the bus bar is exposed, the hollow portion extending in a direction away from the bus bar; a cover main body on which the hollow portion is provided; and first and second insulating walls (110, 120) extending from the cover main body to be respectively placed at a side and another side of the bus bar on the exterior of the hollow portion and cover main body wherein the first insulating wall is rotatably connected to the cover main body.
Catalytically active particulate filter comprising • as a filter body, a wall flow filter substrate which comprises inflow and outflow channels separated by porous walls, wherein the outflow ends of the inflow channels and the inflow ends of the outflow channels are sealed gas-tight, and • at least two catalytically active coatings, wherein the first catalytically active coating contains platinum and palladium and is situated in the porous walls between the inflow and outflow channels, and the second catalytically active coating contains palladium and platinum and is situated in the outflow channels on the porous walls between the inflow and outflow channels, wherein the platinum content of the second catalytically active coating is higher than the platinum content of the first catalytically active coating. • as a filter body, a wall flow filter substrate which comprises inflow and outflow channels separated by porous walls, wherein the outflow ends of the inflow channels and the inflow ends of the outflow channels are sealed gas-tight, and • at least two catalytically active coatings, wherein the first catalytically active coating contains platinum and palladium and is situated in the porous walls between the inflow and outflow channels, and the second catalytically active coating contains palladium and platinum and is situated in the outflow channels on the porous walls between the inflow and outflow channels, wherein the platinum content of the second catalytically active coating is higher than the platinum content of the first catalytically active coating.
A dental abutment comprising: a body; an apical end portion of the body configured for connection to a separate implant; and a coronal end portion of the body configured for connection to a prosthesis; an outer surface with at least a portion formed of porous tantalum, wherein the porous tantalum is disposed on the abutment only in areas intended to receive soft tissue growth; so as to form a soft tissue engagement region for the ingrowth of soft tissue into pores to form a barrier or seal that blocks bacteria from migrating apically; and an emergence profile portion; wherein the soft tissue engagement region forms the outer surface, which is disposed within the emergence profile portion and extends radially inward to provide additional surface area for engaging and holding soft tissue, wherein the outer surface is inclined to match a desired profile for the emergence profile portion, which generally matches the contour of natural teeth. a body; an apical end portion of the body configured for connection to a separate implant; and a coronal end portion of the body configured for connection to a prosthesis; an outer surface with at least a portion formed of porous tantalum, wherein the porous tantalum is disposed on the abutment only in areas intended to receive soft tissue growth; so as to form a soft tissue engagement region for the ingrowth of soft tissue into pores to form a barrier or seal that blocks bacteria from migrating apically; and an emergence profile portion; wherein the soft tissue engagement region forms the outer surface, which is disposed within the emergence profile portion and extends radially inward to provide additional surface area for engaging and holding soft tissue, wherein the outer surface is inclined to match a desired profile for the emergence profile portion, which generally matches the contour of natural teeth.
A robot cleaner, comprising: a robot body provided with a first charging terminal; and a charging base provided with a second charging terminal matched with the first charging terminal; wherein the charging base is fixed above ground, and a bottom surface of the charging base is spaced apart from the ground so that the robot body can clean the ground below the charging base; the charging base defines an accommodating portion for accommodating the robot body and enabling the first charging terminal to contact the second charging terminal to form an electrical connection after the robot body is placed in the accommodating portion, characterized in that: the second charging terminal is configured to be a charging sheet, and the charging sheet has a first end extending downward from the bottom surface of the charging base and a second end extending inwardly into the accommodating portion. a robot body provided with a first charging terminal; and a charging base provided with a second charging terminal matched with the first charging terminal; wherein the charging base is fixed above ground, and a bottom surface of the charging base is spaced apart from the ground so that the robot body can clean the ground below the charging base; the charging base defines an accommodating portion for accommodating the robot body and enabling the first charging terminal to contact the second charging terminal to form an electrical connection after the robot body is placed in the accommodating portion, characterized in that: the second charging terminal is configured to be a charging sheet, and the charging sheet has a first end extending downward from the bottom surface of the charging base and a second end extending inwardly into the accommodating portion.
A segmented rotor blade for a wind turbine, which, with respect to a longitudinal axis of the rotor blade, is formed by at least one first rotor blade segment and one second rotor blade segment, wherein the first rotor blade segment has at a first connection end a first connecting region, in particular along the longitudinal axis, and the second rotor blade segment has at a second connection end, which is associated with the first connection end, a second connecting region, in particular along the longitudinal axis, the two connecting regions (154, 156) are connected at a segmentation point of the rotor blade and form a common segmentation region, in the segmentation region of the rotor blade, a common outer contour of the rotor blade, which is formed by the connection of both rotor blade segments (132, 134), is singly curved, wherein an ascent slope of a pre-bending of the rotor blade is constant along the longitudinal axis in the segmentation region, characterized by that the common outer contour is singly curved in the segmentation region to define only a curvature transverse to the longitudinal axis, and the segmented rotor blade has a profile thickness and a profile depth, which are constant in the segmentation region. the first rotor blade segment has at a first connection end a first connecting region, in particular along the longitudinal axis, and the second rotor blade segment has at a second connection end, which is associated with the first connection end, a second connecting region, in particular along the longitudinal axis, the two connecting regions (154, 156) are connected at a segmentation point of the rotor blade and form a common segmentation region, in the segmentation region of the rotor blade, a common outer contour of the rotor blade, which is formed by the connection of both rotor blade segments (132, 134), is singly curved, wherein an ascent slope of a pre-bending of the rotor blade is constant along the longitudinal axis in the segmentation region, characterized by that the common outer contour is singly curved in the segmentation region to define only a curvature transverse to the longitudinal axis, and the segmented rotor blade has a profile thickness and a profile depth, which are constant in the segmentation region.
A component for an inhalation device, comprising a first end for connection to a body of an inhalation device and a second end, a passage extending through the component from the first end to the second end for the flow of inhalant therethrough, characterised in that the first end includes a blind cavity, separate to the passage and containing an organoleptic material.
Stair tread element, such as a stair tread cover element or stair tread renovation element, for the purpose of providing a durable surface with a predetermined appearance to a stair tread, wherein the stair tread element comprises: - a tread surface element which can be arranged during use on the tread surface of a stair tread, - a nose element which can be arranged during use against the nosing of the stair tread, which nose element is connected to the tread surface element, and - a surface finishing layer for covering and protecting what is during use the upper side of the tread surface element and the front side of the nose element, characterized in that: - the tread board and the nose element are fixed to each other forming one stair tread element, and in that: - the surface finishing layer is applied to the front side of the nose element and to the complete rear side of the nose element. - a tread surface element which can be arranged during use on the tread surface of a stair tread, - a nose element which can be arranged during use against the nosing of the stair tread, which nose element is connected to the tread surface element, and - a surface finishing layer for covering and protecting what is during use the upper side of the tread surface element and the front side of the nose element, - the tread board and the nose element are fixed to each other forming one stair tread element, and in that: - the surface finishing layer is applied to the front side of the nose element and to the complete rear side of the nose element.
A protective polypeptide antigen, consisting of or comprising an amino acid sequence having at least 90% sequence identity with an amino acid sequence consisting of residues 767-1852 of a C. difficile Toxin B sequence; with the proviso that the polypeptide does not include one or more of the Repeat Units located between amino acid residues 1853-2366 of a C. difficile Toxin B; wherein said protective polypeptide antigen induces a protective immune response against C. difficile Toxin B.
A method for assigning a tributary port number, comprising: receiving a service path request message which is sent by a neighboring node and carries a service type, wherein the service path request message requests to establish a service path used to bear an optical channel data unit, ODU, service of the service type; reserving, according to the service type in the service path request message, a free tributary slot resource used to bear the ODU service in an OTU link, and assigning a tributary port number to the free tributary slot resource, wherein the assigning the tributary port number to the free tributary slot resource comprises: if a multiplex structure identifier, MSI, byte in the OTU link indicates a service type of the ODU service, assigning a tributary port number which is different from a tributary port number used by an ODU service having the same type in the OTU link to the free tributary slot resource; or if the MSI byte in the OTU link does not indicate a service type of the ODU service, assigning a tributary port number which is different from a tributary port number used by any type of ODU service in the OTU link to the free tributary slot resource; and sending a service path acknowledgment message to the neighboring node, wherein the service path acknowledgment message carries the tributary port number assigned to the free tributary slot resource. receiving a service path request message which is sent by a neighboring node and carries a service type, wherein the service path request message requests to establish a service path used to bear an optical channel data unit, ODU, service of the service type; reserving, according to the service type in the service path request message, a free tributary slot resource used to bear the ODU service in an OTU link, and assigning a tributary port number to the free tributary slot resource, wherein the assigning the tributary port number to the free tributary slot resource comprises: if a multiplex structure identifier, MSI, byte in the OTU link indicates a service type of the ODU service, assigning a tributary port number which is different from a tributary port number used by an ODU service having the same type in the OTU link to the free tributary slot resource; or if the MSI byte in the OTU link does not indicate a service type of the ODU service, assigning a tributary port number which is different from a tributary port number used by any type of ODU service in the OTU link to the free tributary slot resource; and sending a service path acknowledgment message to the neighboring node, wherein the service path acknowledgment message carries the tributary port number assigned to the free tributary slot resource.
A method of enabling a mobile device (180, 280) to manage a transit user account of a transit system, the method comprising: receiving, by the transit system, information associated with a user of the transit system, wherein the information associated with the user of the transit system includes: an identification code of a fare media for passage of the user of the transit system at access control points of the transit system; and contact information for sending messages to the mobile device (180, 280); creating, by the transit system, the transit user account, the transit user account enabling the transit system to manage information related to transactions of the user of the transit system, wherein: the transit user account comprises at least a portion of the information associated with the user of the transit system; the transit user account includes a passcode; and the transit user account is used in transactions of the transit system associated with the fare media; and authenticating, by the transit system, the mobile device (180, 280), wherein the authenticating includes: using the contact information for sending messages to the mobile device (180, 280) to send at least one message to the mobile device (180, 280); and receiving at least one message from the mobile device (180, 280). receiving, by the transit system, information associated with a user of the transit system, wherein the information associated with the user of the transit system includes: an identification code of a fare media for passage of the user of the transit system at access control points of the transit system; and contact information for sending messages to the mobile device (180, 280); an identification code of a fare media for passage of the user of the transit system at access control points of the transit system; and contact information for sending messages to the mobile device (180, 280); creating, by the transit system, the transit user account, the transit user account enabling the transit system to manage information related to transactions of the user of the transit system, wherein: the transit user account comprises at least a portion of the information associated with the user of the transit system; the transit user account includes a passcode; and the transit user account is used in transactions of the transit system associated with the fare media; and the transit user account comprises at least a portion of the information associated with the user of the transit system; the transit user account includes a passcode; and the transit user account is used in transactions of the transit system associated with the fare media; and authenticating, by the transit system, the mobile device (180, 280), wherein the authenticating includes: using the contact information for sending messages to the mobile device (180, 280) to send at least one message to the mobile device (180, 280); and receiving at least one message from the mobile device (180, 280). using the contact information for sending messages to the mobile device (180, 280) to send at least one message to the mobile device (180, 280); and receiving at least one message from the mobile device (180, 280).
A separating device for pipes, in particular plastic pipes, - with a guide carriage which has rollers for rolling on an outer circumference of a pipe, - with a guide provided on the guide carriage, - with a safety device which has at least one guide receptacle by means of which the safety device can be arranged with respect to the guide, and which has an interface to which a separating device can be connected, - with at least one carriage, - with a tensioning belt which can be fastened to the guide carriage and at least one carriage, and - with a belt tensioning element, so that the guide carriage and the at least one carriage are held in contact and fixed on an outer circumference of the pipe by the tensioning belt. - with a guide carriage which has rollers for rolling on an outer circumference of a pipe, - with a guide provided on the guide carriage, - with a safety device which has at least one guide receptacle by means of which the safety device can be arranged with respect to the guide, and which has an interface to which a separating device can be connected, - with at least one carriage, - with a tensioning belt which can be fastened to the guide carriage and at least one carriage, and - with a belt tensioning element, so that the guide carriage and the at least one carriage are held in contact and fixed on an outer circumference of the pipe by the tensioning belt.