mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a cannula an inner metal tube positioned over the cannula; wherein the inner metal tube makes electrical and physical contact with the cannula thereby allowing the cannula to be a first electrode, an insulating layer applied to the inner metal tube; and a removable sheath positioned over the insulating layer, the sheath comprising a second electrode; wherein the insulating layer isolates the first electrode from the second electrode; and further comprising an impedance sensing system electrically coupled to the electrodes, wherein the electrodes and the impedance sensing system are operable to measure impedance of tissue adjacent to a distal tip of the cannula. a cannula an inner metal tube positioned over the cannula; wherein the inner metal tube makes electrical and physical contact with the cannula thereby allowing the cannula to be a first electrode, an insulating layer applied to the inner metal tube; and a removable sheath positioned over the insulating layer, the sheath comprising a second electrode; wherein the insulating layer isolates the first electrode from the second electrode; and further comprising an impedance sensing system electrically coupled to the electrodes, wherein the electrodes and the impedance sensing system are operable to measure impedance of tissue adjacent to a distal tip of the cannula.
A packet sending method, wherein the method comprises: sending, by a network device, a control packet to a host, wherein the control packet comprises a second identifier; receiving, by the network device, a first service packet from the host, wherein the first service packet comprises a first segment identifier, the first segment identifier comprises a locator field and a function field, the locator field comprises an address of the network device, and the function field comprises a first identifier and the second identifier, and the first identifier indicates a network performance requirement of the first service packet and the value of the second identifier is used to indicate the function of receiving, by the network device, the network performance requirement; adding, by the network device, a segment list to the first service packet based on the first identifier to obtain a second service packet, and a forwarding path corresponding to the segment list meets the network performance requirement; and forwarding, by the network device, the second service packet through the forwarding path. sending, by a network device, a control packet to a host, wherein the control packet comprises a second identifier; receiving, by the network device, a first service packet from the host, wherein the first service packet comprises a first segment identifier, the first segment identifier comprises a locator field and a function field, the locator field comprises an address of the network device, and the function field comprises a first identifier and the second identifier, and the first identifier indicates a network performance requirement of the first service packet and the value of the second identifier is used to indicate the function of receiving, by the network device, the network performance requirement; adding, by the network device, a segment list to the first service packet based on the first identifier to obtain a second service packet, and a forwarding path corresponding to the segment list meets the network performance requirement; and forwarding, by the network device, the second service packet through the forwarding path.
Use of a viscosity increasing component in a diesel fuel composition, for the purpose of reducing the engine speed of a turbo charged diesel engine into which the fuel composition is, or is to be, introduced, or of a vehicle powered by such an engine, at which the turbo charger reaches its maximum speed when accelerating at an engine speed from 1200 to 2200 rpm, wherein the viscosity increasing component is selected from a Fischer-Tropsch derived fuel component, an oil, a fatty acid alkyl ester and combinations thereof.
A liquid droplet production apparatus comprising; a perforate membrane (33, 39); a means for supplying liquid to one side of the membrane; an actuator for vibrating the membrane (33, 39) said vibration causing liquid droplets to be ejected from the other side of the membrane; and characterised by: a support structure either bonded to the membrane or clamping the membrane to the actuator, wherein the support structure comprises at least one of a permanent magnet or a ferromagnetic material such that magnetic force is used to connect the actuator to the membrane (33, 39) so that the vibration can be transmitted, wherein the perforate membrane (33, 39) is permanently attached to a liquid containing reservoir.
A method for dynamically switching a gateway of distributed resilient network interconnect comprising: synchronizing information of main and backup gateways of each portal system between a portal system of a DRNI end point and other portal systems of a present end point; the portal system detecting whether an event which triggers switching the main and backup gateways occurs or not; and updating a gateway of a service or session according to the information of main and backup gateways when the event which triggers switching the main and backup gateways is detected, that is, a portal system in which a new main gateway of the service or session is located starting to forward the service or session via the main gateway, and a portal system in which a backup gateway of the service or session is located stopping forwarding the service or session via the backup gateway; wherein the information of the main and backup gateways comprises: a portal system identifier, a service or session identifier, and a select algorithm or coding information of a gateway sequential list used for determining the main and backup gateways of the service or session. synchronizing information of main and backup gateways of each portal system between a portal system of a DRNI end point and other portal systems of a present end point; the portal system detecting whether an event which triggers switching the main and backup gateways occurs or not; and updating a gateway of a service or session according to the information of main and backup gateways when the event which triggers switching the main and backup gateways is detected, that is, a portal system in which a new main gateway of the service or session is located starting to forward the service or session via the main gateway, and a portal system in which a backup gateway of the service or session is located stopping forwarding the service or session via the backup gateway;
An automatically winding type coating film transfer tool comprising: a paying-out core (7, 14, 17, 25, 37) having a coating film transfer tape wound thereon; and a rewinding core that rewinds the coating film transfer tape after use, the paying-out core (7, 14, 17, 25, 37) and the rewinding core being interlocked via a power transmission mechanism in a case (5, 12, 20, 27, 35) and generating a rotational torque of the rewinding core or of the paying-out core (7, 14, 17, 25, 37) by a frictional force generating on a sliding surface between components by using a restoring force of a resilient body (2, 10, 18, 24, 31), characterized in that the resilient body (2, 10, 18, 24, 31), a component A (3, 11, 19, 25, 32) that comes into contact with one end of the resilient body (2, 10, 18, 24, 31), and a component B (1, 9, 17a, 23, 30) that comes into contact with the other end of the resilient body (2, 10, 18, 24, 31) are configured to rotate integrally.
A door operation system for a door, the door comprising: a protective barrier configured to be in a rolled-in open state and configured to cover a door opening in a rolled-out closed state; and first tracks (9a, 9b) arranged on side frames (19a, 19b) at each side of the protective barrier; the door operation system comprising: second tracks in the form of curved or spiral tracks (13a, 13b) to be arranged at each side of the protective barrier for accommodation of the protective barrier in the rolled-in open state; at least one drive unit to be connected to the protective barrier for moving the protective barrier from the rolled-out closed state to the rolled-in open state and vice versa; and first transmission elements (11a, 11b) connected to the at least one drive unit and to be connected to the protective barrier; and wherein the curved or spiral tracks (13a, 13b) each comprises a second transmission element (14a, 14b); characterized in that the first transmission elements (11a, 11b) are omega drive units configured to mesh with the second transmission elements (14a, 14b) and configured to move the protective barrier along the second transmission elements (14a, 14b) by operating the at least one drive unit for moving the protective barrier from the rolled-out closed state to the rolled-in open state, and vice versa. a protective barrier configured to be in a rolled-in open state and configured to cover a door opening in a rolled-out closed state; and first tracks (9a, 9b) arranged on side frames (19a, 19b) at each side of the protective barrier; second tracks in the form of curved or spiral tracks (13a, 13b) to be arranged at each side of the protective barrier for accommodation of the protective barrier in the rolled-in open state; at least one drive unit to be connected to the protective barrier for moving the protective barrier from the rolled-out closed state to the rolled-in open state and vice versa; and first transmission elements (11a, 11b) connected to the at least one drive unit and to be connected to the protective barrier; and wherein the curved or spiral tracks (13a, 13b) each comprises a second transmission element (14a, 14b); characterized in that the first transmission elements (11a, 11b) are omega drive units configured to mesh with the second transmission elements (14a, 14b) and configured to move the protective barrier along the second transmission elements (14a, 14b) by operating the at least one drive unit for moving the protective barrier from the rolled-out closed state to the rolled-in open state, and vice versa.
Piston-cylinder assembly having a cylinder which is filled with a pressurized gas and whose cylinder interior is subdivided into a first working space and a second working space by a piston which is axially displaceable in the cylinder, having a piston rod which is arranged on the piston and which is led through the second working space and through an end-side second closure at the second end of the cylinder in a sealed-off manner to the outside, wherein the retraction stroke of piston and piston rod is limited by a stop which is arranged in the cylinder and against which the piston comes to bear directly or indirectly, wherein the axial position of the stop in the cylinder is able to be set in a variable manner by means of an adjustment device, and wherein the stop is a stop piston which is arranged so as to be displaceable in the cylinder in a sealed-off manner and which separates the first working space from a stop space between the stop piston and an end-side first closure at the first end of the cylinder, wherein, in the stop piston, a valve device with an actuating device is arranged, characterized in that the valve device is able to be adjusted by the actuating device from a closed position into a open position, which connects the first working space to the stop space, and, in the open position of the valve device, the stop piston is able to be made to track the piston.
A method for intra-prediction or inter-prediction processing of a video frame, comprising the steps of: obtaining at least 4 reference samples; obtaining a value of a subpixel offset; and filtering, using a subpixel 4-tap interpolation filter, the at least 4 reference samples to obtain at least one predicted sample values, characterized in that wherein filter coefficients of the subpixel 4-tap interpolation filter satisfy the following equations: c 0 = 16 − p 2 c 1 = 16 + 16 − p 2 c 2 = 16 + p 2 c 3 = p 2 wherein p is a 1/32 fractional sample position of the value of the subpixel offset, p having a range from 0 to 31, and c 0, c 1, c 2, and c 3 are the filter coefficients of the subpixel 4-tap interpolation filter. obtaining at least 4 reference samples; obtaining a value of a subpixel offset; and filtering, using a subpixel 4-tap interpolation filter, the at least 4 reference samples to obtain at least one predicted sample values, characterized in that wherein filter coefficients of the subpixel 4-tap interpolation filter satisfy the following equations: c 0 = 16 − p 2 c 1 = 16 + 16 − p 2 c 2 = 16 + p 2 c 3 = p 2 wherein p is a 1/32 fractional sample position of the value of the subpixel offset, p having a range from 0 to 31, and c 0, c 1, c 2, and c 3 are the filter coefficients of the subpixel 4-tap interpolation filter.
An apparatus of a road-side unit, RSU, to support vehicle-to-anything, V2X communication within a wireless communication network, the apparatus comprising one or more processors and memory configured to: identify a data packet transmitted from a user equipment, UE, as a V2X message; determine whether one of broadcast, multicast, or unicast are to be performed on the V2X message within a cell if the V2X is a safety message or whether the V2X message is to be forwarded to an V2X function in a core network via a V2X interface; and based on the determination process the V2X message for transmission directly to the V2X function via a V2X interface or broadcast, multicast, or unicast the V2X message within the cell; wherein the determination comprises: identifying V2X identification information stored within the V2X message; determining the V2X message is the V2X safety message according to the V2X identification information within the V2X message identify a data packet transmitted from a user equipment, UE, as a V2X message; determine whether one of broadcast, multicast, or unicast are to be performed on the V2X message within a cell if the V2X is a safety message or whether the V2X message is to be forwarded to an V2X function in a core network via a V2X interface; and based on the determination process the V2X message for transmission directly to the V2X function via a V2X interface or broadcast, multicast, or unicast the V2X message within the cell; wherein the determination comprises: identifying V2X identification information stored within the V2X message; determining the V2X message is the V2X safety message according to the V2X identification information within the V2X message identifying V2X identification information stored within the V2X message; determining the V2X message is the V2X safety message according to the V2X identification information within the V2X message
Pressure-sensitive adhesive film strip comprising three layers, which can be detached again without residue and without destruction by extensive stretching substantially in the bond plane, consisting of a single-layer polyurethane carrier furnished on both sides with a respective layer of adhesive, where • both layers of adhesive are outer layers of adhesive, consisting of an adhesive which is based on vinyl aromatic block copolymers and tackifier resins, wherein at least 75% (based on the total resin fraction) of the resin is a resin having a DACP (Diacetone Alcohol Cloud Point) of greater than -20°C, preferably greater than 0°C, the DACP being determined in each case by cooling a heated solution of 5 g of resin, 5 g of xylene and 5 g of diacetone alcohol to the point at which the solution becomes cloudy, and wherein the tackifier resins comprise at least 75 wt% of hydrocarbon resins or terpene resins or a mixture of the like, and • the carrier has an elongation at break of at least 100%, the elongation at break being measured under test conditions of 23°C and 50% relative humidity in accordance with DIN 53504 using dumbbell specimens of size S3 with a separation velocity of 300 mm per minute, and has a resilience of over 50%, as determined in the Test Methods part of the description. • both layers of adhesive are outer layers of adhesive, consisting of an adhesive which is based on vinyl aromatic block copolymers and tackifier resins, wherein at least 75% (based on the total resin fraction) of the resin is a resin having a DACP (Diacetone Alcohol Cloud Point) of greater than -20°C, preferably greater than 0°C, the DACP being determined in each case by cooling a heated solution of 5 g of resin, 5 g of xylene and 5 g of diacetone alcohol to the point at which the solution becomes cloudy, and wherein the tackifier resins comprise at least 75 wt% of hydrocarbon resins or terpene resins or a mixture of the like, and • the carrier has an elongation at break of at least 100%, the elongation at break being measured under test conditions of 23°C and 50% relative humidity in accordance with DIN 53504 using dumbbell specimens of size S3 with a separation velocity of 300 mm per minute, and has a resilience of over 50%, as determined in the Test Methods part of the description.
Multiple tool for a punch device, in particular for a turret punch press, comprising - a punching tool magazine with -- a guide body, and -- a plurality of punching tools guided in the guide body, and - a driving mechanism mounted rotatably in relation to the punching tool magazine, the driving mechanism comprising -- a tool head, which is displaceable relative to the guide body in the direction of a tool longitudinal axis, and -- a driving shaft attached to the tool head in order to drive an active punching tool, wherein the tool head has a ram engagement portion with a positive fit profile, which is non-rotationally symmetric relative to the tool longitudinal axis, in order to transmit a rotational movement from a ram of the punch device to the tool head, characterized in that the driving mechanism comprises a selection disk, which is mounted in such a way as to be axially displaceable relative to the driving shaft and is rotatably drivable by the latter, said selection disk being configured to limit a displacement of inactive punching tools counter to the punching direction, and that a driving foot of the driving shaft passes through a selection opening of the selection disk in an axial direction, the driving foot acting on the active punching tool. - a punching tool magazine with -- a guide body, and -- a plurality of punching tools guided in the guide body, and -- a guide body, and -- a plurality of punching tools guided in the guide body, and - a driving mechanism mounted rotatably in relation to the punching tool magazine, the driving mechanism comprising -- a tool head, which is displaceable relative to the guide body in the direction of a tool longitudinal axis, and -- a driving shaft attached to the tool head in order to drive an active punching tool, -- a tool head, which is displaceable relative to the guide body in the direction of a tool longitudinal axis, and -- a driving shaft attached to the tool head in order to drive an active punching tool, wherein the tool head has a ram engagement portion with a positive fit profile, which is non-rotationally symmetric relative to the tool longitudinal axis, in order to transmit a rotational movement from a ram of the punch device to the tool head, characterized in that the driving mechanism comprises a selection disk, which is mounted in such a way as to be axially displaceable relative to the driving shaft and is rotatably drivable by the latter, said selection disk being configured to limit a displacement of inactive punching tools counter to the punching direction, and that a driving foot of the driving shaft passes through a selection opening of the selection disk in an axial direction, the driving foot acting on the active punching tool.
A sewing machine capable of sewing a string-shaped material to a sewing workpiece through zigzag stitching, the sewing machine comprising: a guide member for guiding the string-shaped material toward a sewing position, the guide member having a distal end from which the string-shaped material extends out; and a reciprocation mechanism (18, 19, 21, 24, 26, 27, 28, 30, 35, 36) for reciprocatingly moving the guide member in a lateral direction, characterized in that the sewing machine further comprises: a restriction member disposed close to the guide member and having a laterally elongated section, the laterally elongated section extending in a reciprocating movement direction of the guide member in such a manner that a portion of the string-shaped material extending out from the distal end of the guide member to the sewing position is restricted to be located beneath the laterally elongated section, the laterally elongated section having a length corresponding to a range of reciprocating movement of the distal end of the guide member, wherein the guide member is reciprocatingly movable relative to the restriction member. a guide member for guiding the string-shaped material toward a sewing position, the guide member having a distal end from which the string-shaped material extends out; and a reciprocation mechanism (18, 19, 21, 24, 26, 27, 28, 30, 35, 36) for reciprocatingly moving the guide member in a lateral direction, characterized in that the sewing machine further comprises: a restriction member disposed close to the guide member and having a laterally elongated section, the laterally elongated section extending in a reciprocating movement direction of the guide member in such a manner that a portion of the string-shaped material extending out from the distal end of the guide member to the sewing position is restricted to be located beneath the laterally elongated section, the laterally elongated section having a length corresponding to a range of reciprocating movement of the distal end of the guide member, wherein the guide member is reciprocatingly movable relative to the restriction member. a restriction member disposed close to the guide member and having a laterally elongated section, the laterally elongated section extending in a reciprocating movement direction of the guide member in such a manner that a portion of the string-shaped material extending out from the distal end of the guide member to the sewing position is restricted to be located beneath the laterally elongated section, the laterally elongated section having a length corresponding to a range of reciprocating movement of the distal end of the guide member, wherein the guide member is reciprocatingly movable relative to the restriction member.
A method of relaying a terminal-to-terminal communication in a mobile telecommunication system, the mobile communication system comprising a first mobile terminal, a second mobile terminal and a mobile node configured to operate as a terminal-to-terminal relay node, the method comprising: measuring a first link quality between the first mobile terminal and the second mobile terminal wherein the first mobile terminal and the second mobile terminal are in an established device-to-device communication; identifying (S603, S1303), based on at least the measured first link quality and based on the device-to-device communication being one of a unicast communication, a multicast communication or a broadcast communication, that the mobile node is a suitable candidate for operating as a terminal-to-terminal relay node for the device-to-device communication; and the mobile node operating (S605, S1304) as a terminal-to-terminal relay node for assisting the device-to-device communication. measuring a first link quality between the first mobile terminal and the second mobile terminal wherein the first mobile terminal and the second mobile terminal are in an established device-to-device communication; identifying (S603, S1303), based on at least the measured first link quality and based on the device-to-device communication being one of a unicast communication, a multicast communication or a broadcast communication, that the mobile node is a suitable candidate for operating as a terminal-to-terminal relay node for the device-to-device communication; and the mobile node operating (S605, S1304) as a terminal-to-terminal relay node for assisting the device-to-device communication.