mhurhangee/ep-ind-claims huggingface dataset:
A coating composition for forming an elastic barrier coating, the coating composition comprising: an aqueous carrier medium; at least a first polymer comprising: (i) a barrier segment comprising aromatic groups and urethane linkages, urea linkages, or a combination thereof; and (ii) an elastomeric segment that is different from (i) having a glass transition temperature of less than 0°C, wherein the barrier segment comprises at least 30 weight % of the polymer based on the total solids weight of the polymer; and polymeric core-shell particles dispersed in the aqueous carrier medium. an aqueous carrier medium; at least a first polymer comprising: (i) a barrier segment comprising aromatic groups and urethane linkages, urea linkages, or a combination thereof; and (ii) an elastomeric segment that is different from (i) having a glass transition temperature of less than 0°C, wherein the barrier segment comprises at least 30 weight % of the polymer based on the total solids weight of the polymer; and polymeric core-shell particles dispersed in the aqueous carrier medium.
A system for determining a position of a working end of a driven instrument, comprising: a tool member handle; an elongated tubular member having a cannula therein; a hub extending along a longitudinal axis and connected to the elongated tubular member; and a tracking device connected to the hub, the tracking device including a plurality of tracking members (160, 162, 164); wherein the hub is configured to be connected to the tool motor handle having a tool motor to drive a shaft and characterized in that the tracking device has an external transverse dimension transverse to the longitudinal axis of the hub, less than at least an external cross-sectional dimension transverse to a longitudinal axis of a distal end of the tool motor handle; wherein the hub includes a plurality of walls extending from an external surface, the walls defining a plurality of recessed wells; wherein each tracking member is held within a recessed well; and wherein the elongated tubular member, the hub, the tracking device the shaft, and the working end are configured as an assembly and attached to the tool motor handle as a single unit. a tool member handle; an elongated tubular member having a cannula therein; a hub extending along a longitudinal axis and connected to the elongated tubular member; and a tracking device connected to the hub, the tracking device including a plurality of tracking members (160, 162, 164); wherein the hub is configured to be connected to the tool motor handle having a tool motor to drive a shaft and characterized in that the tracking device has an external transverse dimension transverse to the longitudinal axis of the hub, less than at least an external cross-sectional dimension transverse to a longitudinal axis of a distal end of the tool motor handle; wherein each tracking member is held within a recessed well; and wherein the elongated tubular member, the hub, the tracking device the shaft, and the working end are configured as an assembly and attached to the tool motor handle as a single unit.
Apparatus for transporting containers, comprising a first transport device which has a rotatable carrier and a plurality of first gripping elements arranged on said carrier for gripping the filled containers, and wherein the gripping elements take hold of the containers in a first transfer region, comprising a second transport device which has a plurality of transport elements for transporting the containers, wherein the first transport device and the second transport device are arranged in such a way that the containers are transferred from the first transport device to the second transport device in a predefined second transfer region, wherein the gripping elements at least of the first transport device are movable in their entirety relative to the carrier and such that the containers are transported along a substantially circular path between the transfer regions (A, B) and the gripping elements are likewise moved along a substantially circular path between the second transfer region and the first transfer region, and wherein - a radius of curvature of the path along which the containers are transported between the first transfer region and the second transfer region is smaller than the radius of curvature of the path along which the gripping elements are guided between the second transfer region and the first transfer region, characterized in that the gripping elements are arranged on the carrier in such a way that they are moved along a substantially rectilinear path (b1, b2) in transfer regions (A, B), and in that - the gripping elements are retracted at least in some sections on the path between the first transfer region and the second transfer region and are substantially extended in the movement direction between the second transfer region and the first transfer region, wherein a purely radial movement of the gripping elements occurs in the transfer regions (A, B). - a radius of curvature of the path along which the containers are transported between the first transfer region and the second transfer region is smaller than the radius of curvature of the path along which the gripping elements are guided between the second transfer region and the first transfer region, - the gripping elements are retracted at least in some sections on the path between the first transfer region and the second transfer region and are substantially extended in the movement direction between the second transfer region and the first transfer region, wherein a purely radial movement of the gripping elements occurs in the transfer regions (A, B).
A method for processing a file, comprising: acquiring, from a user, a deletion instruction for instructing deletion of a virus file in response to a user input; and obtaining a size of the virus file and feature data of the virus file to serve as the identification data of the deletable file, acquiring a target file to be scanned; using the identification data of the deletable file to identify the target file to obtain an identification result comprising at least one of the target file being deletable file and the target file being an undeletable file; and deleting the deletable file according to the identification result without providing an alarm prompt to remind said user to delete the file; wherein said acquiring the deletion instruction and said obtaining the size of the virus file and the feature data of the virus file occur before said using the identification data. acquiring, from a user, a deletion instruction for instructing deletion of a virus file in response to a user input; and obtaining a size of the virus file and feature data of the virus file to serve as the identification data of the deletable file, acquiring a target file to be scanned; using the identification data of the deletable file to identify the target file to obtain an identification result comprising at least one of the target file being deletable file and the target file being an undeletable file; and deleting the deletable file according to the identification result without providing an alarm prompt to remind said user to delete the file;
Apparatus for growth acceleration and regeneration of lawn areas, comprising a downwardly open housing which can be placed on a lawn area and which has wheels arranged on the underside thereof, wherein the housing delimits a space above the lawn area and is either transparent and/or comprises an illumination means for illuminating the lawn area, wherein a CO 2 outflow device for introducing CO 2 into the housing is provided, characterized in that a movement means is provided which comprises a motor for driving the wheels, wherein the movement means is designed for automatically moving the entire housing over the lawn area for growth acceleration and regeneration of the lawn area in certain sections thereof.
Motor vehicle body comprising a cross member and a longitudinal member, the body further comprising a stiffening device, the longitudinal member being in abutment against an end portion of the cross member, the cross member being fixed to a floor of the body, the body being characterised in that the stiffening device comprises a top portion fixed to the longitudinal member and a bottom portion fixed to the cross member, the top portion and the bottom portion being connected to each other by a stiffened intermediate portion, the top portion of the stiffening device further comprising means for fixing a reel of a seat belt.
A secondary battery comprising: a first electrode; a second electrode; a charging layer arranged between the first electrode and the second electrode and containing a mixture of an insulating material and a first n-type metal oxide semiconductor material; an n-type metal oxide semiconductor layer arranged between the charging layer and the first electrode and containing a second n-type metal oxide semiconductor material; a p-type metal oxide semiconductor layer arranged between the charging layer and the second electrode and containing a p-type metal oxide semiconductor material; a conductive layer arranged between the first electrode and the n-type metal oxide semiconductor layer and containing a metal material; characterized in that it further comprises a mixture layer arranged between the charging layer and the p-type metal oxide semiconductor layer and containing a mixture of silicon oxide and a third n-type metal oxide semiconductor material. a first electrode; a second electrode; a charging layer arranged between the first electrode and the second electrode and containing a mixture of an insulating material and a first n-type metal oxide semiconductor material; an n-type metal oxide semiconductor layer arranged between the charging layer and the first electrode and containing a second n-type metal oxide semiconductor material; a p-type metal oxide semiconductor layer arranged between the charging layer and the second electrode and containing a p-type metal oxide semiconductor material; a conductive layer arranged between the first electrode and the n-type metal oxide semiconductor layer and containing a metal material;
A transient voltage surge suppression device comprising: a nonconductive housing; and a varistor assembly comprising: an insulating base plate mounted stationary in the housing, the insulating base plate having opposed first and second major side surfaces (160, 162); a varistor element having opposed first and second major side surfaces (150,152), one of the opposed first and second major side surfaces of the varistor element being surface mounted to one of the opposed first and second major side surfaces of the insulating base plate; wherein the varistor element is configured to operate in a high impedance mode and a low impedance mode in response to an applied voltage; and a short circuit disconnect element, the insulating base plate sandwiched between the varistor element and the short circuit disconnect element. a nonconductive housing; and a varistor assembly comprising: an insulating base plate mounted stationary in the housing, the insulating base plate having opposed first and second major side surfaces (160, 162); a varistor element having opposed first and second major side surfaces (150,152), one of the opposed first and second major side surfaces of the varistor element being surface mounted to one of the opposed first and second major side surfaces of the insulating base plate; wherein the varistor element is configured to operate in a high impedance mode and a low impedance mode in response to an applied voltage; and a short circuit disconnect element, the insulating base plate sandwiched between the varistor element and the short circuit disconnect element. an insulating base plate mounted stationary in the housing, the insulating base plate having opposed first and second major side surfaces (160, 162); a varistor element having opposed first and second major side surfaces (150,152), one of the opposed first and second major side surfaces of the varistor element being surface mounted to one of the opposed first and second major side surfaces of the insulating base plate; wherein the varistor element is configured to operate in a high impedance mode and a low impedance mode in response to an applied voltage; and a short circuit disconnect element, the insulating base plate sandwiched between the varistor element and the short circuit disconnect element.
A pressure regulator valve designed to equip a utensil for cooking food under steam pressure, said valve comprising: - a lower body provided with a seat designed to put the inside of the utensil into communication with the outside; - a closure member that is mounted to move in translation along an axial direction (X-X') and that co-operates with the seat, under the joint influence of a first return member and of the level of pressure prevailing in the utensil, to maintain said level of pressure at a setpoint level; - an upper body that forms a duct for channeling the steam escaping via the seat, said duct being terminated by an outlet via which said steam escapes from the valve; and - a decompression control member, designed to be moved manually relative to the lower body to cause the closure member to take up a decompression position allowing steam to leak via the seat; said valve being characterized in that it includes a first transformation mechanism designed to transform the movement of the control member relative to the lower body into movement in rotation of the upper body relative to the lower body, and a second transformation mechanism designed to transform the movement in rotation of the upper body into movement of the closure member relative to the lower body, said first and second transformation mechanisms being designed to maintain said outlet at a constant distance from the lower body along the axial direction (X-X'). - a lower body provided with a seat designed to put the inside of the utensil into communication with the outside; - a closure member that is mounted to move in translation along an axial direction (X-X') and that co-operates with the seat, under the joint influence of a first return member and of the level of pressure prevailing in the utensil, to maintain said level of pressure at a setpoint level; - an upper body that forms a duct for channeling the steam escaping via the seat, said duct being terminated by an outlet via which said steam escapes from the valve; and - a decompression control member, designed to be moved manually relative to the lower body to cause the closure member to take up a decompression position allowing steam to leak via the seat;
Household appliance comprising at least one element (2, 8, 11) covering an opening of the household appliance, a hinge which pivotally mounts the element (2, 8, 11) to the body of the household appliance and at least one actuation system, the actuation system comprising at least one actuation element constituted by at least one shape memory alloy element (4a, 4b), wherein the actuation system is adapted to actuate the element (2, 8, 11) when applying heat to the actuation element characterised in that, the actuation element comprises a planar shape and is adapted to contract to a memorized shape when heated in order to apply a tensile force to the arms of the hinge or the actuation element comprises a curved shape and is adapted to reduce the curvature when heated in order to apply a pressure to the arms of said hinge.
A piperacillin-containing composition, comprising ampicillin and sulbactam, wherein the composition comprises piperacillin, ampicillin and sulbactam in a weight ratio of 200-400: 0.02-6: 100.
An antenna device of an electronic device, the antenna device comprising: a radiator comprising at least one first radiation unit, at least one second radiation unit and at least one opening portion (121, 121a, 121b) interposed between the first and second radiation unit (111a, 111b) and configured to form an impedance, wherein, on a first frequency band of a signal current applied to the radiator, the opening portion (121, 121a, 121b) operates as a short circuit by using the impedance, when the opening portion (121, 121a, 121b) has impedance in the range of 0.01 Ω to 500 Ω with respect to the first frequency band of the signal current, the opening portion (121, 121a, 121b) is configured to operate as the short circuit, and the radiator forms a first resonance frequency in the first frequency band in a range of 5MHz to 15MHz for wireless power transmission/reception, wherein, on a second frequency band of a signal current applied to the radiator, the opening portion (121, 121a, 121b) operates as an open circuit by using the impedance, and one of the first and second radiation units (111a, 111b) forms a second resonance frequency in the second frequency band in a range of 700 MHz to 65 GHz for data communication, wherein the radiator is any one of an Archimedean spiral pattern, a log periodic spiral pattern, and a cavity-backed log periodic spiral pattern, in which a plurality of lines are arranged in a spiral shape that converges on a center. a radiator comprising at least one first radiation unit, at least one second radiation unit and at least one opening portion (121, 121a, 121b) interposed between the first and second radiation unit (111a, 111b) and configured to form an impedance, wherein, on a first frequency band of a signal current applied to the radiator, the opening portion (121, 121a, 121b) operates as a short circuit by using the impedance, when the opening portion (121, 121a, 121b) has impedance in the range of 0.01 Ω to 500 Ω with respect to the first frequency band of the signal current, the opening portion (121, 121a, 121b) is configured to operate as the short circuit, and the radiator forms a first resonance frequency in the first frequency band in a range of 5MHz to 15MHz for wireless power transmission/reception, wherein, on a second frequency band of a signal current applied to the radiator, the opening portion (121, 121a, 121b) operates as an open circuit by using the impedance, and one of the first and second radiation units (111a, 111b) forms a second resonance frequency in the second frequency band in a range of 700 MHz to 65 GHz for data communication, wherein the radiator is any one of an Archimedean spiral pattern, a log periodic spiral pattern, and a cavity-backed log periodic spiral pattern, in which a plurality of lines are arranged in a spiral shape that converges on a center.
A hookah with a valve for purging the hookah by exhale puffing, i.e. blowing into its water jar, comprising a bowl for tobacco, a body ended with a downstem for directing smoke from the bowl into said water jar, a gasket for sealing the water jar, wherein the gasket is provided with bore for the body, further provided with at least one hose and further provided with at least one bore extending through a gasket to form a channel leading between the interior of the water jar and the exterior of the hookah, wherein the bore is sealed by the valve, characterized in that the valve comprises a sealing element provided with a hole for receiving the body through the sealing element whereby the sealing element is longitudinally movable along the body, and the bore is arranged under the sealing element which is placed over it for sealing the bore during the inhale puffing from water jar and for opening the bore during exhale puffing into the water jar by sliding upwards due the action of overpressure in water jar.
An intraocular lens injector for injecting an intraocular lens into an eye, comprising: a hollow body (5, 7) having a nozzle portion configured to be inserted into an incisional wound in the eye; and an attachment member having a protruding surface that protrudes outwardly from an outer circumferential surface of the nozzle portion and is configured to restrict an injection amount when the nozzle portion is inserted into the incisional wound of an eyeball, characterized by the attachment member and the hollow body (5, 7) are respectively configured such that the attachment member has an engaged state where the attachment member is fixed to the hollow body (5, 7) and a disengaged state where the attachment member is movable with respect to the hollow body (5, 7) in an axial direction of the hollow body (5,7). a hollow body (5, 7) having a nozzle portion configured to be inserted into an incisional wound in the eye; and an attachment member having a protruding surface that protrudes outwardly from an outer circumferential surface of the nozzle portion and is configured to restrict an injection amount when the nozzle portion is inserted into the incisional wound of an eyeball, characterized by the attachment member and the hollow body (5, 7) are respectively configured such that the attachment member has an engaged state where the attachment member is fixed to the hollow body (5, 7) and a disengaged state where the attachment member is movable with respect to the hollow body (5, 7) in an axial direction of the hollow body (5,7).
A method comprising: receiving from a tracked device in a wireless network, a response message transmitted in response to a provoking message which comprises a receiver address field and a transmitter address field, wherein an identifier of the tracked device is located in the transmitter address field, said response message comprising said identifier of the tracked device copied from said provoking message, but no transmitter address of the tracked device is provided in any other field of said response message; and processing said response message at a tracking device, wherein processing comprises measuring at least one location related parameter, extracting said identifier of the tracked device from said response message and identifying said response message as a location tracking message based on information in said response message. receiving from a tracked device in a wireless network, a response message transmitted in response to a provoking message which comprises a receiver address field and a transmitter address field, wherein an identifier of the tracked device is located in the transmitter address field, said response message comprising said identifier of the tracked device copied from said provoking message, but no transmitter address of the tracked device is provided in any other field of said response message; and processing said response message at a tracking device, wherein processing comprises measuring at least one location related parameter, extracting said identifier of the tracked device from said response message and identifying said response message as a location tracking message based on information in said response message.
Vehicle tailgate that is intended to be rotatably mounted, by means of one or more hinges, to a roof segment that forms part of the body of said vehicle, said tailgate comprising at least one lateral post to which a rear window is attached, the post forming a profile having an open cross section and comprising a first and a second U-shaped cavity that each comprise two lateral walls, characterized in that the first cavity faces the median plane of the vehicle, such that the U comprises a rear wall that is arranged towards the rear of the vehicle and a front wall that is arranged towards the front of the vehicle, and in that the second cavity is oriented towards the rear of the vehicle, such that the U comprises an inside wall that is arranged on the side of the median plane, and an outside wall that is arranged opposite the median plane towards the lateral edge of the vehicle, and in that the front wall of the first cavity is arranged so as to be continuous with the outside wall of the second cavity, and in that the rear wall of the first cavity is separated from the inside wall of the second cavity so as to free up a free space that allows for access to the inner portion of the profile formed by the inside space of said two U shapes.