mhurhangee/ep-ind-claims huggingface dataset:
A laminated stretched polyamide film in which an easily adhesive layer (layer B) is laminated on at least one surface of a base layer (layer A), wherein the laminate structure of the laminated stretched polyamide film is layer A/layer B or layer B/layer A/layer B, the layer A contains not less than 70% by mass of polyamide 6, and the layer B contains 0 to 40% by mass of polyamide 6 and 60 to 100% by mass of a polyamide 6 copolymer in which a ratio of a copolymerization component in the copolymer is 3 to 35% by mass. the laminate structure of the laminated stretched polyamide film is layer A/layer B or layer B/layer A/layer B, the layer A contains not less than 70% by mass of polyamide 6, and the layer B contains 0 to 40% by mass of polyamide 6 and 60 to 100% by mass of a polyamide 6 copolymer in which a ratio of a copolymerization component in the copolymer is 3 to 35% by mass.
An intelligent fastener comprising: a body member having a head portion and an externally threaded shank portion extending from said head portion, said head portion having a lower surface and an upper surface and a throughbore formed therethrough, said upper surface having a recess formed therein; an RFID tag mounted in said recess; an antenna mounted in said recess and coupled to said RFID tag; and a sensor having a body portion mounted in said recess and coupled to said RFID tag, characterized in: said sensor having an arm portion extending away from said sensor body portion and terminating in a free end, said arm portion being slidably received in said throughbore and said free end of said arm portion extending below said lower surface so that said free end of said arm can contact the surface of an apertured workpiece when said fastener is inserted into the aperture. a body member having a head portion and an externally threaded shank portion extending from said head portion, said head portion having a lower surface and an upper surface and a throughbore formed therethrough, said upper surface having a recess formed therein; an RFID tag mounted in said recess; an antenna mounted in said recess and coupled to said RFID tag; and a sensor having a body portion mounted in said recess and coupled to said RFID tag, characterized in: said sensor having an arm portion extending away from said sensor body portion and terminating in a free end, said arm portion being slidably received in said throughbore and said free end of said arm portion extending below said lower surface so that said free end of said arm can contact the surface of an apertured workpiece when said fastener is inserted into the aperture. said sensor having an arm portion extending away from said sensor body portion and terminating in a free end, said arm portion being slidably received in said throughbore and said free end of said arm portion extending below said lower surface so that said free end of said arm can contact the surface of an apertured workpiece when said fastener is inserted into the aperture.
A method comprising: executing an application in a user-mode hardware-protected isolation container, UMHPIC, the UMHPIC protected by a security-enabled processor that provides at least an exit gate for passing execution out of the UMHPIC and an entry gate for returning execution into the UMHPIC; passing a system service request interaction from the application, and results from a host platform, out of and into the UMHPIC, by an UMHPIC-aware platform adaptation layer executing inside the UMHPIC and in one or more untrusted components of a host platform executing outside of the UMHPIC; and performing, by a secure services component of the UMHPIC-aware platform adaptation layer, a security-relevant action; wherein a resource allocation result provided as part of the security-relevant action includes an indication of memory resources, and wherein the verification of the correctness of the resource allocation result includes a check for overlapping memory allocations. executing an application in a user-mode hardware-protected isolation container, UMHPIC, the UMHPIC protected by a security-enabled processor that provides at least an exit gate for passing execution out of the UMHPIC and an entry gate for returning execution into the UMHPIC; passing a system service request interaction from the application, and results from a host platform, out of and into the UMHPIC, by an UMHPIC-aware platform adaptation layer executing inside the UMHPIC and in one or more untrusted components of a host platform executing outside of the UMHPIC; and performing, by a secure services component of the UMHPIC-aware platform adaptation layer, a security-relevant action; wherein a resource allocation result provided as part of the security-relevant action includes an indication of memory resources, and wherein the verification of the correctness of the resource allocation result includes a check for overlapping memory allocations.
A method performed by a network node (300, 700), where the network node is connected to a plurality of antenna nodes (310, 320, 330, 520) that are located along a path where a wireless communication device is moving, the method comprising: - controlling the antenna nodes to maintain a respective reception radio lobe (311, 321, 331) substantially along the path such that the wireless communication device during movement along the path, can communicate with the network node via consecutive reception radio lobes, the consecutive reception radio lobes being located in the same direction, either the same or the opposite direction as the movement of the wireless communication device; - determining that the wireless communication device is about to move out of a current reception radio lobe and move into a subsequent reception radio lobe and, as a consequence of said determination: - controlling at least one antenna node to provide an instruction at a specific point in time to the wireless communication device to perform a correction of transmission power, the correction being adapted to account for a difference between a first and a second path loss associated with the current reception radio lobe and the subsequent reception radio lobe, respectively. - controlling the antenna nodes to maintain a respective reception radio lobe (311, 321, 331) substantially along the path such that the wireless communication device during movement along the path, can communicate with the network node via consecutive reception radio lobes, the consecutive reception radio lobes being located in the same direction, either the same or the opposite direction as the movement of the wireless communication device; - determining that the wireless communication device is about to move out of a current reception radio lobe and move into a subsequent reception radio lobe and, as a consequence of said determination: - controlling at least one antenna node to provide an instruction at a specific point in time to the wireless communication device to perform a correction of transmission power, the correction being adapted to account for a difference between a first and a second path loss associated with the current reception radio lobe and the subsequent reception radio lobe, respectively.
A method for sending a sidelink channel state information, CSI, report, comprising: receiving, by a first terminal, access stratum configuration information of a sidelink sent by a second terminal, wherein the access stratum configuration information indicates the maximum allowed delay of a first sidelink channel state information, CSI, report; when the first sidelink CSI report is triggered, starting, by the first terminal, a first timer, and obtaining, by the first terminal, a first sidelink resource, wherein a length of the first timer is the maximum allowed delay of the first sidelink CSI report; sending, by the first terminal, the first sidelink CSI report to the second terminal on the first sidelink resource, wherein the first sidelink CSI report is used by the first terminal to feed back, to the second terminal, CSI of a sidelink between the first terminal and the second terminal; canceling, by the first terminal, the first sidelink CSI report when the first timer times out. receiving, by a first terminal, access stratum configuration information of a sidelink sent by a second terminal, wherein the access stratum configuration information indicates the maximum allowed delay of a first sidelink channel state information, CSI, report; when the first sidelink CSI report is triggered, starting, by the first terminal, a first timer, and obtaining, by the first terminal, a first sidelink resource, wherein a length of the first timer is the maximum allowed delay of the first sidelink CSI report; sending, by the first terminal, the first sidelink CSI report to the second terminal on the first sidelink resource, wherein the first sidelink CSI report is used by the first terminal to feed back, to the second terminal, CSI of a sidelink between the first terminal and the second terminal; canceling, by the first terminal, the first sidelink CSI report when the first timer times out.
Support for supporting a region of a structure, comprising a central part which has a hollow profiled rectangular tube having a square or rectangular cross section and comprising two end parts, each of the end parts being arranged so as to be able to telescope out of the central part from open ends of the hollow profiled rectangular tube in order to change the length of the support, wherein the end parts each have a non-threaded hollow profiled round tube (2, 3), and inner wall regions of the hollow profiled rectangular tube form guides for the hollow profiled round tubes (2, 3), the hollow profiled round tubes (2, 3) being guidable in the central part in the longitudinal direction of the hollow profiled rectangular tube by means of contact regions which abut the guides, in order for the end parts to be able to telescope, and wherein the lengths of the hollow profiled round tubes (2, 3) are in each case 30 to 50% of the length of the hollow profiled rectangular tube, and/or the material thickness of the walls of the hollow profiled round tubes (2, 3) is greater than the material thickness of the walls of the hollow profiled rectangular tube, wherein length locking means are provided, the end parts being securable to the central part in telescoped positions by means of the length locking means, wherein the length locking means have positioning holes in the hollow profiled round tubes (2, 3) and/or in the hollow profiled rectangular tube, which positioning holes are spaced apart from one another in the longitudinal direction of the hollow profiled rectangular tube, wherein positioning pins are provided to secure the telescoped positions, characterized in that fall-out securing means are provided on the open ends of the hollow profiled rectangular tube and on the ends of the end parts that are on the side of the central part, the fall-out securing means captively holding the end parts in the central part, wherein the fall-out securing means on the end parts each have a spring pin which is resiliently arranged in a sleeve, and each have an end panel which closes an open end of the hollow profiled rectangular tube, each of the end panels forming a stop for the spring pins, wherein further the inner wall regions of the hollow profiled rectangular tube that form the guides have a guide groove for the spring pins that extends in the longitudinal direction of the hollow profiled rectangular tube, and/or the spring pins are arranged in the hollow profiled rectangular tube so as to extend diagonally.
A position locator device (2,3) for a system of planning and producing oral or maxillofacial restorative products, said position locator device (2, 3) being of an optically opaque material, and having at least one outer surface detectable by an optical scanner apparatus for determining at least one of a position and orientation of said outer surface, characterized in that said outer surface is a metal oxide layer deposited onto a body of said position locator device by anodic oxidation, wherein said metal oxide layer has a substantially homogenous layer thickness.
A screwless fixed assembly device between two parts of an item of furniture comprising two symmetrical bushings (1,10) configured to be inserted opposite each other in two drilled holes, each of them being located in the furniture parts to be assembled; and wherein both symmetrical bushings (1,10) are assembled by means of a connector with two totally symmetrical arms in an inverted Y-shaped configuration, in such a way that said arms of the connector are configured to be internally housed in the bushings (1,10) one arm per bushing (1,10), both arms of the connector are located in an internal housing of the bushings (1,10) which is dimensionally adapted to receive each of said arms; wherein the screwless fixed assembly device is characterised in that: the lower part of each of the arms, in an area close to its end, the connector comprises two slightly curved tabs dimensionally adapted to be retained in a perimeter crown (2,12) of the bushings (1,10); and in that the connector comprises a protrusion, placed in the upper part of the area where the arms are connected; and wherein the protrusion is configured to fit together perfectly the set of bushings (1,10) and the connector when the tabs are fastened on their respective crown (2,12). the lower part of each of the arms, in an area close to its end, the connector comprises two slightly curved tabs dimensionally adapted to be retained in a perimeter crown (2,12) of the bushings (1,10); and in that the connector comprises a protrusion, placed in the upper part of the area where the arms are connected; and wherein the protrusion is configured to fit together perfectly the set of bushings (1,10) and the connector when the tabs are fastened on their respective crown (2,12).
A driving chip package adapted to be bondable to a display panel, the driving chip package comprising: a film comprising a bonding portion arranged to adhere to a bonding area of the display panel using an adhesive material; a driving chip mounted on the film; a plurality of film lines disposed on the film and arranged to carry electrical signals to signal lines on the display panel, the film lines extending to the bonding portion of the film; and at least one dummy pattern on at least the bonding portion of the film, the dummy pattern being electrically isolated from the plurality of film lines and being adapted to reduce the bonding force between the film and the display, wherein the at least one dummy pattern extends between a first pair of film lines in the plurality of film lines. a film comprising a bonding portion arranged to adhere to a bonding area of the display panel using an adhesive material; a driving chip mounted on the film; a plurality of film lines disposed on the film and arranged to carry electrical signals to signal lines on the display panel, the film lines extending to the bonding portion of the film; and at least one dummy pattern on at least the bonding portion of the film, the dummy pattern being electrically isolated from the plurality of film lines and being adapted to reduce the bonding force between the film and the display, wherein the at least one dummy pattern extends between a first pair of film lines in the plurality of film lines.
A system for holding a set of earphones (100, 200, 300, 400, 500, 600, 700, 800, 900, 1100, 1500, 1600, 1700, 1900) comprising: a. a holder body (115, 215, 315, 415, 515, 715, 815, 901, 1001, 1101, 1501, 1601, 1701, 1901 configured to be affixed to clothing or other items wearable by a person whereby the holder body is comprising one or more magnets (110, 210, 310, 410, 510, 610, 710, 810, 910, 1010, 1110, 1510, 1610, 1710); characterised by further comprising: b. a set of earphones (175, 275, 375, 475, 575, 1075, 1150, 1550, 1650, 1750, 1950) comprising a first earbud and a second earbud, the first earbud and the second earbud each comprising one or more magnetically attractable surfaces (425, 525, 1085, 1185, 1585, 1685, 1785, 1985) for removably coupling with the one or more magnets of the holder body; c. an earbud engagement detector; d. a remotely located electronic device; and e. an electronic device controller (1140, 1540, 1640, 1740, 1940) for controlling the remotely located electronic device coupled to the earbud engagement detector and configured to send an activation signal to the remotely located electronic device when one or more of the magnetically attractable surfaces of the earbuds are decoupled from one of the one or more magnets, wherein the electronic device controller is further configured to send a deactivation signal when one or more of the magnetically attractable surfaces of the earbuds are coupled to one of the one or more magnets. a. a holder body (115, 215, 315, 415, 515, 715, 815, 901, 1001, 1101, 1501, 1601, 1701, 1901 configured to be affixed to clothing or other items wearable by a person whereby the holder body is comprising one or more magnets (110, 210, 310, 410, 510, 610, 710, 810, 910, 1010, 1110, 1510, 1610, 1710); b. a set of earphones (175, 275, 375, 475, 575, 1075, 1150, 1550, 1650, 1750, 1950) comprising a first earbud and a second earbud, the first earbud and the second earbud each comprising one or more magnetically attractable surfaces (425, 525, 1085, 1185, 1585, 1685, 1785, 1985) for removably coupling with the one or more magnets of the holder body; c. an earbud engagement detector; d. a remotely located electronic device; and e. an electronic device controller (1140, 1540, 1640, 1740, 1940) for controlling the remotely located electronic device coupled to the earbud engagement detector and configured to send an activation signal to the remotely located electronic device when one or more of the magnetically attractable surfaces of the earbuds are decoupled from one of the one or more magnets, wherein the electronic device controller is further configured to send a deactivation signal when one or more of the magnetically attractable surfaces of the earbuds are coupled to one of the one or more magnets.
An acrylic rubber obtainable by copolymerizing 100 parts by mass of an alkyl acrylate with from 10 to 100 parts by mass of an alkyl methacrylate and from 0.5 to 4 parts by mass of a crosslinkable monomer having an epoxy group.
A method of session initiation protocol, SIP, session management in a service enabler architecture layer, SEAL, architecture, characterized in that the method comprises: sending, by a vertical application layer, VAL, server, a SIP session information request to a network resource management, NRM, server to obtain a list of SIP sessions established between (i) a VAL client associated with the VAL server and (ii) the NRM server; receiving, by the VAL server, a response message comprising SIP session information in response to the SIP session information request from the NRM server, wherein the SIP session information includes the list of SIP sessions established between the VAL client and the NRM server; and managing a plurality of SIP sessions across a plurality of NRM servers based on the response message, wherein the plurality of NRM servers comprises the NRM server and the plurality of SIP sessions comprises the list of SIP sessions established between the VAL client and the NRM server. sending, by a vertical application layer, VAL, server, a SIP session information request to a network resource management, NRM, server to obtain a list of SIP sessions established between (i) a VAL client associated with the VAL server and (ii) the NRM server; receiving, by the VAL server, a response message comprising SIP session information in response to the SIP session information request from the NRM server, wherein the SIP session information includes the list of SIP sessions established between the VAL client and the NRM server; and managing a plurality of SIP sessions across a plurality of NRM servers based on the response message, wherein the plurality of NRM servers comprises the NRM server and the plurality of SIP sessions comprises the list of SIP sessions established between the VAL client and the NRM server.
Electrical bushing for medium and high voltage, the bushing comprising: a dielectric bushing main body; a conductor extending through the bushing main body and being electrically insulated by the bushing main body; at least a conductive foil concentrically arranged around the conductor along at least a part of its length; and a barrier layer at least partially covering an edge region of said conductive foil, wherein the barrier layer has a dielectric strength greater than the dielectric strength of the dielectric bushing main body and wherein the barrier layer is a tape-like layer applied to the edge region of the conductive foil, wherein the tape-like layer comprises a functional layer and an adhesive layer covering at least in part said functional layer, wherein the adhesive layer is present on both sides of the functional layer, and wherein the edge region of the conductive foil comprises an outer edge surface and an inner edge surface, the barrier layer at least partially covering both the outer edge surface and the inner edge surface, characterized in that the barrier layer has a dielectric strength greater than 150 kV/mm and comprises two separated sublayers (201, 202) sandwiching the edge region of the conductive foil. a dielectric bushing main body; a conductor extending through the bushing main body and being electrically insulated by the bushing main body; at least a conductive foil concentrically arranged around the conductor along at least a part of its length; and a barrier layer at least partially covering an edge region of said conductive foil, wherein the barrier layer has a dielectric strength greater than the dielectric strength of the dielectric bushing main body and wherein the barrier layer is a tape-like layer applied to the edge region of the conductive foil, wherein the tape-like layer comprises a functional layer and an adhesive layer covering at least in part said functional layer, wherein the adhesive layer is present on both sides of the functional layer, and wherein the edge region of the conductive foil comprises an outer edge surface and an inner edge surface, the barrier layer at least partially covering both the outer edge surface and the inner edge surface, characterized in that the barrier layer has a dielectric strength greater than 150 kV/mm and comprises two separated sublayers (201, 202) sandwiching the edge region of the conductive foil.
Compound of the formula I, (Tb 2) x (Mo 1-b W b) y O 3x+3y: Sm 3+ I in which x denotes 1, 2 or 3; 1 ≤ y ≤ 3; and 0 ≤ b < 1. x denotes 1, 2 or 3; 1 ≤ y ≤ 3; and 0 ≤ b < 1.
An external control device configured for indicating whether a stimulation parameter set for use in a neurostimulator is available on a remote control (RC, 16) in communication with the external control device, the device comprising: a user interface (72, 74, 76) configured for receiving input from a user, for displaying the stimulation parameter set, and for displaying an indicator that indicates whether the stimulation parameter set is available to the patient via the remote control (RC, 16); and control circuitry configured for, in response to input from the user, selectively turning the indicator on or off. a user interface (72, 74, 76) configured for receiving input from a user, for displaying the stimulation parameter set, and for displaying an indicator that indicates whether the stimulation parameter set is available to the patient via the remote control (RC, 16); and