mhurhangee/ep-ind-claims huggingface dataset:
A method for protecting service traffic, wherein the method is used for a Border Gateway Protocol, BOP, or Multi-Protocol Label Switching, MPLS, Layer 3 Virtual Private Network, L3VPN, network or a Hierarchy of VPN, HoVPN, network, comprising: receiving (S100, S300), by a provider edge router, PE, traffic, and querying a forwarding table to obtain state information of a first protection group, wherein the state information of the first protection group comprises connectivity information of a first active tunnel and connectivity information of a first standby tunnel; determining, according to the state information of the first protection group, whether the first protection group is valid; and if the first protection group is valid, determining a forwarding tunnel for the traffic according to the state information of the first protection group; and if the first protection group is invalid, performing invalidation processing on the first protection group. receiving (S100, S300), by a provider edge router, PE, traffic, and querying a forwarding table to obtain state information of a first protection group, wherein the state information of the first protection group comprises connectivity information of a first active tunnel and connectivity information of a first standby tunnel; determining, according to the state information of the first protection group, whether the first protection group is valid; and if the first protection group is valid, determining a forwarding tunnel for the traffic according to the state information of the first protection group; and if the first protection group is invalid, performing invalidation processing on the first protection group.
An emissions cleaning module comprising: a first support; a second support; a brace extending between the first support and the second support; and one or more fluid-treatment modules located in one or more conduits (10, 20, 30) extending between the first support and the second support, and an electronics support unit comprising: a base member which defines at least one seating location for an electronics module (110a, 110b); and a roof member; wherein, the roof member comprises a first end adjacent the base member and a second end, distal the base member, which is coupled to the brace and/or the one or more conduits (10, 20, 30); the roof member being shaped to extend up and over the base member such that a cavity is defined between the base member and the roof member and configured for receiving the electronics module (110a, 110b) to be seated at the at least one seating location, wherein the brace includes a cut-out in which the electronics support unit is at least partially located. a first support; a second support; a brace extending between the first support and the second support; and one or more fluid-treatment modules located in one or more conduits (10, 20, 30) extending between the first support and the second support, and an electronics support unit comprising: a base member which defines at least one seating location for an electronics module (110a, 110b); and a roof member; wherein, the roof member comprises a first end adjacent the base member and a second end, distal the base member, which is coupled to the brace and/or the one or more conduits (10, 20, 30); the roof member being shaped to extend up and over the base member such that a cavity is defined between the base member and the roof member and configured for receiving the electronics module (110a, 110b) to be seated at the at least one seating location, wherein the brace includes a cut-out in which the electronics support unit is at least partially located. a base member which defines at least one seating location for an electronics module (110a, 110b); and a roof member; wherein, the roof member comprises a first end adjacent the base member and a second end, distal the base member, which is coupled to the brace and/or the one or more conduits (10, 20, 30); the roof member being shaped to extend up and over the base member such that a cavity is defined between the base member and the roof member and configured for receiving the electronics module (110a, 110b) to be seated at the at least one seating location, wherein the brace includes a cut-out in which the electronics support unit is at least partially located.
A method performed by a serving core network node (130, 140) in a communications network, for handling a service setup for a target User Equipment, UE, located in the communications network, wherein the serving core network node (130, 140) is an IP Multimedia Subsystem, IMS, node of an IP Multimedia Subsystem, IMS, in the communications network, and wherein the method comprises: - receiving a service setup request directed towards the target UE, and - sending a ping message to the target UE to wake up the target UE when the target UE is in IDLE mode, in response to the service setup request prior to a completion of a terminating service handling procedure of the IMS, wherein the terminating service handling procedure is a Terminating Access Domain Selection procedure and is completed when the service setup request is forwarded from the IMS to an Evolved Packet Core, EPC, associated with the target UE; and wherein the ping message is sent in response to the service setup request, which service setup request is sent prior to performing the Terminating Access Domain Selection procedure, T-ADS, in the IMS such that sending the ping message to wake the UE takes place in parallel with performing the T-ADS. - receiving a service setup request directed towards the target UE, and - sending a ping message to the target UE to wake up the target UE when the target UE is in IDLE mode, in response to the service setup request prior to a completion of a terminating service handling procedure of the IMS, wherein the terminating service handling procedure is a Terminating Access Domain Selection procedure and is completed when the service setup request is forwarded from the IMS to an Evolved Packet Core, EPC, associated with the target UE; and
A combination comprising (i) at least one spliceosome modulator chosen from pladienolide derivatives and (ii) at least one inhibitor chosen from BCL2 inhibitors, BCL2/BCLxL inhibitors, and BCLxL inhibitors, for use in the treatment of cancer, wherein the at least one spliceosome modulator is administered simultaneously, separately, or sequentially with the at least one inhibitor.
An apparatus, comprising a first wireless communications device containing a processor, a memory, and a radio having at least one receiver and at least one transmitter; the first device being arranged to: receive, through the at least one receiver, a first communication from a second wireless communications device, the first communication comprising information defining allocated channels the first device may use for subsequent transmissions; select particular ones of the allocated channels for a first transmission; the apparatus being further characterized by the first device being arranged to: indicate the selected channels in a bitmap; and transmit, through the at least one transmitter, the bitmap in the first transmission; wherein a preamble of the first transmission is to be transmitted on all the allocated channels and a body of the first transmission is to be transmitted on only the selected channels. receive, through the at least one receiver, a first communication from a second wireless communications device, the first communication comprising information defining allocated channels the first device may use for subsequent transmissions; select particular ones of the allocated channels for a first transmission; the apparatus being further characterized by the first device being arranged to: indicate the selected channels in a bitmap; and transmit, through the at least one transmitter, the bitmap in the first transmission; indicate the selected channels in a bitmap; and transmit, through the at least one transmitter, the bitmap in the first transmission; wherein a preamble of the first transmission is to be transmitted on all the allocated channels and a body of the first transmission is to be transmitted on only the selected channels.
A folding display panel apparatus for a large-format display, comprising: first and second display panels that each include a front side having an array of light- emitting pixels, a back side having a movable member, a top edge, opposite side edges and a bottom edge, with the first and second display panels arranged edge-to- edge; and at least one electrical cable that electrically connects the first and second panels, the at least one electrical cable including at least one data wire and at least one power wire, the at least one electrical cable having a fixed-length cable section that runs between the first and second display panels, wherein one end of the fixed-length section is attached to the movable member, and wherein the data and power wires each have an amount of slack that resides outside of the fixed-length cable section adjacent the movable member, wherein the movable member is configured so that when the first and second display panels are folded front side to front side, the movable member moves toward an edge of the one of the first and second display panels to accommodate a bend in the fixed-length section of the at least one cable, while the amount of slack in the data and power wires changes, further wherein the movable member is spring loaded and includes a plate and at least one spring for resisting movement of the plate. first and second display panels that each include a front side having an array of light- emitting pixels, a back side having a movable member, a top edge, opposite side edges and a bottom edge, with the first and second display panels arranged edge-to- edge; and at least one electrical cable that electrically connects the first and second panels, the at least one electrical cable including at least one data wire and at least one power wire, the at least one electrical cable having a fixed-length cable section that runs between the first and second display panels, wherein one end of the fixed-length section is attached to the movable member, and wherein the data and power wires each have an amount of slack that resides outside of the fixed-length cable section adjacent the movable member, wherein the movable member is configured so that when the first and second display panels are folded front side to front side, the movable member moves toward an edge of the one of the first and second display panels to accommodate a bend in the fixed-length section of the at least one cable, while the amount of slack in the data and power wires changes, further wherein the movable member is spring loaded and includes a plate and at least one spring for resisting movement of the plate.
Fixing device for at least partially securing a first and a second item of freight, comprising: - a frame, - a locking claw having a first locking lug and a second locking lug which are arranged to encompass and hold partial segments of the items of freight along a longitudinal direction of the fixing device, wherein the locking claw is articulated to the frame such that the locking claw is pivotable about a main axis from a fixing position for securing the items of freight into a rest position, wherein the locking claw comprises at least one ramp segment (44a, 44b) and is formed such that the locking claw is pivotable from the fixing position into the rest position by an item of freight approaching in the transverse direction, wherein the locking claw comprises a first locking element and a second locking element having at least one locking lug, wherein the first locking element is linked with the second locking element in such an articulated manner, and the at least one ramp segment (44a, 44b) is formed and disposed in such a manner, a) that, in the locking claw's fixing position, the second locking element can be brought into a blocking position, and b) that the approaching item of freight induces a rotational movement of the second locking element about a rotation axis connecting the first locking element and the second locking element, characterised in that in the locking element's blocking position, the locking claw is supported with respect to the frame via the articulated link of the locking elements on the one hand, and via the second locking element resting upon the frame, on the other. - a frame, - a locking claw having a first locking lug and a second locking lug which are arranged to encompass and hold partial segments of the items of freight along a longitudinal direction of the fixing device, a) that, in the locking claw's fixing position, the second locking element can be brought into a blocking position, and b) that the approaching item of freight induces a rotational movement of the second locking element about a rotation axis connecting the first locking element and the second locking element,
Wire harness with a liquid-proof structure wherein an outer periphery of a single core conductor of the wire harness having a solid round rod shape and configuring an electric wire is coated with an insulation film being enamel to completely remove a gap between the insulation film and the single core conductor, except for a partial conductor exposed part at an end portion of the conductor, a connection terminal is provided to the partial conductor exposed part at the end portion of the conductor, the liquid-proof structure comprises a seal member made of an elastic material that is mounted to a waterproof casing with being closely contacted thereto and includes a through-hole for inserting an end portion of the conductor, and the seal member is configured such that an inner periphery of the through-hole of the seal member is in close contact with an outer periphery of the coated insulation film.
A mouse for communication with a processor-based device, the mouse comprising: a housing having a base portion (230, 330, 430); a plurality of mouse foot protrusions integrally molded with the housing and forming a portion of the base portion (230, 330, 430), the plurality of mouse foot protrusions protruding from an exterior surface (234, 334, 434) of the base portion (230, 330, 430); and a layer of metal (260, 360, 460) comprising A) a metal coating coated on at least a portion of an interior surface of the base portion that is facing an inner cavity enclosed by the housing, or B) a metal plate embedded in the base portion with at least a portion of a surface of the metal plate exposed from the interior surface of the base portion to face the inner cavity enclosed by the housing, or C) a metal plate fully encapsulated inside the base portion of the housing, wherein the layer of metal (260, 360, 460) is connected to an electric ground potential to cause the base portion (230, 330, 430) to prevent a build up of static electricity in a manner so as to provide an anti-static property to the base portion (230, 330, 430) for preventing or reducing accumulation of dust at the plurality of mouse foot protrusions at the base portion (230, 330, 430) due to static charges. a housing having a base portion (230, 330, 430); a plurality of mouse foot protrusions integrally molded with the housing and forming a portion of the base portion (230, 330, 430), the plurality of mouse foot protrusions protruding from an exterior surface (234, 334, 434) of the base portion (230, 330, 430); and a layer of metal (260, 360, 460) comprising A) a metal coating coated on at least a portion of an interior surface of the base portion that is facing an inner cavity enclosed by the housing, or B) a metal plate embedded in the base portion with at least a portion of a surface of the metal plate exposed from the interior surface of the base portion to face the inner cavity enclosed by the housing, or C) a metal plate fully encapsulated inside the base portion of the housing, A) a metal coating coated on at least a portion of an interior surface of the base portion that is facing an inner cavity enclosed by the housing, or B) a metal plate embedded in the base portion with at least a portion of a surface of the metal plate exposed from the interior surface of the base portion to face the inner cavity enclosed by the housing, or C) a metal plate fully encapsulated inside the base portion of the housing, wherein the layer of metal (260, 360, 460) is connected to an electric ground potential to cause the base portion (230, 330, 430) to prevent a build up of static electricity in a manner so as to provide an anti-static property to the base portion (230, 330, 430) for preventing or reducing accumulation of dust at the plurality of mouse foot protrusions at the base portion (230, 330, 430) due to static charges.
A telescopic end plug (13, 413, 414) engageable within an end-opening of a roller (3, 403, 404), the end plug (13, 413, 414) including: a hollow body; a telescopically movable member or plunger co-axially positionable with respect to the hollow body such that a first axial extending length portion of the plunger projects from the hollow body and a second axial extending length portion is held within the hollow body, the plunger being telescopically movable between a first end position in which the first portion of the plunger projects from the hollow body and a second end position in which at least part of the first portion is inserted into the hollow body; a spring for biasing the plunger towards the first end position; wherein the end plug (13, 413, 414) further includes a locking member; characterized in that: the locking member is positionable on said first portion for locking the plunger against movement towards the second end position, and wherein the first portion of the plunger is threaded and the locking member is rotatably receivable on the thread such that it is positionable on the first portion for locking the plunger against axial movement towards its second end position beyond the locking member. a hollow body; a telescopically movable member or plunger co-axially positionable with respect to the hollow body such that a first axial extending length portion of the plunger projects from the hollow body and a second axial extending length portion is held within the hollow body, the plunger being telescopically movable between a first end position in which the first portion of the plunger projects from the hollow body and a second end position in which at least part of the first portion is inserted into the hollow body; a spring for biasing the plunger towards the first end position; wherein the end plug (13, 413, 414) further includes a locking member; characterized in that: the locking member is positionable on said first portion for locking the plunger against movement towards the second end position, and wherein the first portion of the plunger is threaded and the locking member is rotatably receivable on the thread such that it is positionable on the first portion for locking the plunger against axial movement towards its second end position beyond the locking member. the locking member is positionable on said first portion for locking the plunger against movement towards the second end position, and wherein the first portion of the plunger is threaded and the locking member is rotatably receivable on the thread such that it is positionable on the first portion for locking the plunger against axial movement towards its second end position beyond the locking member.
An electromagnetic energy capturing system (EM-CS), which comprises a cell that includes, in combination: at least a curved upper surface and a lower surface, whereby the upper surface receives electromagnetic radiation into the cell; wherein the upper and lower surface reflect internal EMR back into the cell; the cell further comprising flexible multiple layer films comprising a plurality of semiconductors, and wherein the multiple layer films assume a non-planar three-dimensional ribbon geometry within the cell, such that they define a plurality of bandgaps and substantially span three dimensions of space between the upper surface and the lower surface whereby the internal EMR interacts with the semiconductor material in three dimensions and whereby the internal EMR excites electrons from a valence band to a conduction band in the semiconductor material; and at least one electrode is in contact with the semiconductor material to provide electrical energy. at least a curved upper surface and a lower surface, whereby the upper surface receives electromagnetic radiation into the cell; wherein the upper and lower surface reflect internal EMR back into the cell; the cell further comprising flexible multiple layer films comprising a plurality of semiconductors, and wherein the multiple layer films assume a non-planar three-dimensional ribbon geometry within the cell, such that they define a plurality of bandgaps and substantially span three dimensions of space between the upper surface and the lower surface whereby the internal EMR interacts with the semiconductor material in three dimensions and whereby the internal EMR excites electrons from a valence band to a conduction band in the semiconductor material; and at least one electrode is in contact with the semiconductor material to provide electrical energy.
A vane seal system for a gas turbine engine comprising: a central axis, a first non-rotatable vane segment including a first airfoil extending in a radial direction away from the central axis and having at one end thereof a first pocket; a second non-rotatable vane segment including a second airfoil extending in the radial direction away from the central axis and having at one end thereof a second pocket circumferentially spaced by a gap from the first pocket; and a seal member spanning across the gap and extending in the first pocket and the second pocket frictionally contacting sides of the first pocket and the second pocket, the seal member including a seal element and at least one spring portion configured to positively locate the seal member in a sealing direction; wherein the at least one spring portion includes a first spring portion configured to bias the seal member in a first direction and a second spring portion configured to bias the seal member in a second, different direction; wherein the first direction and the second direction are orthogonal, characterised in that the first direction is the radial direction and the second direction is parallel to the central axis. a central axis, a first non-rotatable vane segment including a first airfoil extending in a radial direction away from the central axis and having at one end thereof a first pocket; a second non-rotatable vane segment including a second airfoil extending in the radial direction away from the central axis and having at one end thereof a second pocket circumferentially spaced by a gap from the first pocket; and a seal member spanning across the gap and extending in the first pocket and the second pocket frictionally contacting sides of the first pocket and the second pocket, the seal member including a seal element and at least one spring portion configured to positively locate the seal member in a sealing direction; wherein the at least one spring portion includes a first spring portion configured to bias the seal member in a first direction and a second spring portion configured to bias the seal member in a second, different direction; wherein the first direction and the second direction are orthogonal, characterised in that the first direction is the radial direction and the second direction is parallel to the central axis.