mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a device in a wireless communications network, comprising: receiving and storing a device connection identifier of the device while in an active state, wherein the device connection identifier of the device is a dedicated connection identifier, DCID, which is assigned to the device by a network controller of the wireless communications network, wherein the device has different operating states with different sets of functionality in each state, and wherein at least some degree of connectivity to the network is supported in each operating state, such that the device maintains its DCID and an always-on connection to the wireless communications network; transitioning from the active state to a standby state, wherein a reduced set of device functionality is supported in the standby state compared to the set of device functionality supported in the active state; periodically monitoring, while in the standby state, the wireless communications network for a paging message (414, 510) that includes the device connection identifier of the device; and periodically monitoring, while in the standby state, the wireless communications network for a paging message that includes a relay indicator, wherein the relay indicator is used to indicate that the paging message should be relayed or retransmitted in the wireless communications network for receipt by a target device, and retransmitting the received paging message based on the relay indicator. receiving and storing a device connection identifier of the device while in an active state, wherein the device connection identifier of the device is a dedicated connection identifier, DCID, which is assigned to the device by a network controller of the wireless communications network, wherein the device has different operating states with different sets of functionality in each state, and wherein at least some degree of connectivity to the network is supported in each operating state, such that the device maintains its DCID and an always-on connection to the wireless communications network; transitioning from the active state to a standby state, wherein a reduced set of device functionality is supported in the standby state compared to the set of device functionality supported in the active state; periodically monitoring, while in the standby state, the wireless communications network for a paging message (414, 510) that includes the device connection identifier of the device; and periodically monitoring, while in the standby state, the wireless communications network for a paging message that includes a relay indicator, wherein the relay indicator is used to indicate that the paging message should be relayed or retransmitted in the wireless communications network for receipt by a target device, and retransmitting the received paging message based on the relay indicator.
A device for whitening teeth, the device comprising: a dental tray suitable for applying an oxidizing agent to the teeth, said dental tray having a first end and a second end; a first electrode attached to said first end of said dental tray; a second electrode attached to said second end of said dental tray, wherein said first electrode and said second electrode are configured to transmit electrical current through said dental tray; and the oxidizing agent suitable for placement within said dental tray, wherein said oxidizing agent is configured to undergo activation and reduction upon transmission of said electrical current through said oxidizing agent, thereby effecting the whitening of the teeth; wherein said dental tray includes an upper portion comprising a sealing lip having a zig-zag shape or contour. a dental tray suitable for applying an oxidizing agent to the teeth, said dental tray having a first end and a second end; a first electrode attached to said first end of said dental tray; a second electrode attached to said second end of said dental tray, wherein said first electrode and said second electrode are configured to transmit electrical current through said dental tray; and the oxidizing agent suitable for placement within said dental tray, wherein said oxidizing agent is configured to undergo activation and reduction upon transmission of said electrical current through said oxidizing agent, thereby effecting the whitening of the teeth; wherein said dental tray includes an upper portion comprising a sealing lip having a zig-zag shape or contour.
An Al-Te-Cu-Zr alloy sputtering target, comprising 20 at% to 40 at% of Te, 5 at% to 20 at% of Cu, 5 at% to 15 at% of Zr, optionally one or more elements selected from Si, C, Ti, Hf, V, Nb, Ta, lanthanoid elements, Ge, Zn, Co, Ni, Fe, Mg, Ga, S and Se in an amount of 0.1 to 5.0 wt% and the remainder being Al, wherein a Te phase, a Cu phase and a CuTe phase are not present in a structure of the target.
A pharmaceutical composition for use in treating an adenocarcinoma of the stomach characterized by expression of a tumor-associated antigen, wherein the pharmaceutical composition comprises an antibody which binds specifically to the tumor-associated antigen, wherein the tumor-associated antigen has an amino acid sequence which is encoded by a nucleic acid sequence according to SEQ ID NO: 7 or 8.
A woven preform assembly comprising: one or more wraps of a continuous multilayer woven fabric about a centerline to form a barrel-shaped circumference of a preform base, wherein said wraps have a first flange disposed on a first edge of said multilayer woven fabric that forms a first edge circumference around said centerline and a second flange disposed on a second edge of said multilayer woven fabric that forms a second edge circumference around said centerline; an outermost wrap of said multilayer woven fabric is bifurcated in the outermost layer of said multilayer woven fabric to form two bifurcated portions (604, 605); and the two bifurcated portions (604, 605) are folded to make one or more circumferential stiffeners. one or more wraps of a continuous multilayer woven fabric about a centerline to form a barrel-shaped circumference of a preform base, wherein said wraps have a first flange disposed on a first edge of said multilayer woven fabric that forms a first edge circumference around said centerline and a second flange disposed on a second edge of said multilayer woven fabric that forms a second edge circumference around said centerline; an outermost wrap of said multilayer woven fabric is bifurcated in the outermost layer of said multilayer woven fabric to form two bifurcated portions (604, 605); and the two bifurcated portions (604, 605) are folded to make one or more circumferential stiffeners.
A method of determining a four-dimensional trajectory of an aircraft without requiring aircraft performance data or meteorological data, the method comprising: detecting a plurality of aircraft states of the aircraft, each aircraft state comprising a latitude value, a longitude value, an altitude value, and a time value, whereby the plurality of states of the aircraft are stored in electronic memory in temporal order; determining, for each of a plurality of pairs of adjacent aircraft states, a respective aircraft transition, each transition comprising a planar turn radius value, a vertical turn radius value, and an acceleration value, whereby a plurality of aircraft transitions are stored in electronic memory in temporal order; detecting a plurality of pairs of repeat adjacent aircraft transitions comprising: respective planar turn radii values whose difference is no more than a first threshold, respective vertical turn radii values whose difference is no more than a second threshold, and respective acceleration values whose difference is no more than a third threshold; discarding, for each pair of repeat adjacent aircraft transitions, a respective aircraft state from the plurality of aircraft states, whereby an amount of data for the plurality of states of the aircraft stored in electronic memory is reduced; and electronically transmitting the plurality of aircraft states after the discarding. detecting a plurality of aircraft states of the aircraft, each aircraft state comprising a latitude value, a longitude value, an altitude value, and a time value, whereby the plurality of states of the aircraft are stored in electronic memory in temporal order; determining, for each of a plurality of pairs of adjacent aircraft states, a respective aircraft transition, each transition comprising a planar turn radius value, a vertical turn radius value, and an acceleration value, whereby a plurality of aircraft transitions are stored in electronic memory in temporal order; detecting a plurality of pairs of repeat adjacent aircraft transitions comprising: respective planar turn radii values whose difference is no more than a first threshold, respective vertical turn radii values whose difference is no more than a second threshold, and respective acceleration values whose difference is no more than a third threshold; discarding, for each pair of repeat adjacent aircraft transitions, a respective aircraft state from the plurality of aircraft states, whereby an amount of data for the plurality of states of the aircraft stored in electronic memory is reduced; and electronically transmitting the plurality of aircraft states after the discarding.
Method for determining the rotational speed of ferromagnetic components by detecting permeability changes as a function of radially aligned forces (sigma) in the component, wherein, at least one contactless-operating magnetoelastic sensor is aligned toward a face of the ferromagnetic component to be measured in parallel with the axis of rotation, radial forces occurring by rotating the component are measured by detecting assigned permeability changes in the component by means of the sensor, and the rotational speed is calculated from the extent of the radial forces.
An Integrated Industrial Automation System for plant process control and electrical process control in an industrial plant with a substation for distributing electrical power to various power consumers within the plant, the system comprising: - an Intelligent Electronic Device IED adapted to protect and/or control the substation, - a process controller adapted to control a plant process via one or more process control devices, and - a plant process engineering tool configured to generate a configuration file in a format native for plant process engineering, characterized in that - the plant process engineering tool is configured to receive a Substation Configuration Description file resulting from engineering a power control application based on IEC 61850 for controlling the electrical process, and to generate the configuration file based on the SCD file, and in that - the process controller is configured to receive the configuration file generated by the plant process engineering tool, to run the power control application and to communicate to the IED electrical process control messages pertaining to the power control application. - an Intelligent Electronic Device IED adapted to protect and/or control the substation, - a process controller adapted to control a plant process via one or more process control devices, and - a plant process engineering tool configured to generate a configuration file in a format native for plant process engineering, characterized in that - the plant process engineering tool is configured to receive a Substation Configuration Description file resulting from engineering a power control application based on IEC 61850 for controlling the electrical process, and to generate the configuration file based on the SCD file, and in that - the process controller is configured to receive the configuration file generated by the plant process engineering tool, to run the power control application and to communicate to the IED electrical process control messages pertaining to the power control application.
Cleaning device for a stirring vessel of a kitchen appliance operated by an electric motor, which stirring vessel has a vessel bottom, a circumferential wall and a cover element, the cleaning device being connected for conjoint rotation to a rotating element positioned in the stirring vessel of the kitchen appliance by means of a fastening means and being designed to sweep over at least a portion of an inner wall of the stirring vessel when the rotating element rotates about an axis of rotation, and to mechanically remove deposits located thereon, the cleaning device being designed to perform a cleaning action both in the axial direction and in the radial direction, the cleaning device, when viewed in the radial direction, having a C-shaped design which, starting from the axis of rotation, is outwardly convex and has at least two opposing legs (9, 10) and a middle part connecting the two legs (9, 10) to one another, characterised in that the cleaning device is configured to contact the vessel bottom, the circumferential wall and the cover element, so that when the stirring vessel is closed by the cover element, the vessel bottom, circumferential wall and cover element can be cleaned at the same time.
A method performed by a first intermediate node of a multi-hop, integrated access backhaul, IAB, communication network, the method characterised in that: receiving a data packet destined for a target node of the communication network, the first intermediate node being configured to communicate with the target node via at least a second intermediate node of the communication network wherin the target node is an access node serving a user equipment, UE and the data packet is a downlink data packet destined for the UE via the access node; the first intermediate node comprises a base station distributed unit, gNB-DU; and the second intermediate node comprises an IAB node; determining an address for the data packet based on a mapping function associated with the target node; and forming a packet header for the data packet, wherein the packet header includes the address for the data packet, and wherein forming the packet header comprises at least one of the following operations: excluding one or more higher-layer protocol headers related to the second intermediate node; and incorporating without modification a portion, associated with the target node, of an existing header of the data packet; and sending the data packet, comprising the packet header, to the address for the data packet via a radio bearer between the gNB-DU and the IAB node. receiving a data packet destined for a target node of the communication network, the first intermediate node being configured to communicate with the target node via at least a second intermediate node of the communication network wherin the target node is an access node serving a user equipment, UE and the data packet is a downlink data packet destined for the UE via the access node; the first intermediate node comprises a base station distributed unit, gNB-DU; and the second intermediate node comprises an IAB node; determining an address for the data packet based on a mapping function associated with the target node; and forming a packet header for the data packet, wherein the packet header includes the address for the data packet, and wherein forming the packet header comprises at least one of the following operations: excluding one or more higher-layer protocol headers related to the second intermediate node; and incorporating without modification a portion, associated with the target node, of an existing header of the data packet; and excluding one or more higher-layer protocol headers related to the second intermediate node; and incorporating without modification a portion, associated with the target node, of an existing header of the data packet; and sending the data packet, comprising the packet header, to the address for the data packet via a radio bearer between the gNB-DU and the IAB node.
A display apparatus, comprising: a display panel; a back cover coupled to a rear of the display panel; a fixing part coupled to a rear of the back cover and configured to adjust a shape of the back cover; and a driving part configured to operate the fixing part, characterized in that the fixing part includes: a first plate having a first end thereof coupled to the rear of the back cover; a second plate having a first end thereof coupled to the rear of the back cover; a fixed member fixed to a central portion of the rear of the back cover; a cam member (120, 130) contacting the fixed member and configured to be rotated by the driving part; wherein respective second ends of the first plate and the second plate contact at least one of the fixed member and the cam member (120, 130), wherein rotating the cam member (120, 130) in a first direction moves the first ends of the first plate and the second plate to curve the back cover to a curved shape. a display panel; a back cover coupled to a rear of the display panel; a fixing part coupled to a rear of the back cover and configured to adjust a shape of the back cover; and a driving part configured to operate the fixing part, characterized in that the fixing part includes: a first plate having a first end thereof coupled to the rear of the back cover; a second plate having a first end thereof coupled to the rear of the back cover; a fixed member fixed to a central portion of the rear of the back cover; a cam member (120, 130) contacting the fixed member and configured to be rotated by the driving part; wherein respective second ends of the first plate and the second plate contact at least one of the fixed member and the cam member (120, 130), wherein rotating the cam member (120, 130) in a first direction moves the first ends of the first plate and the second plate to curve the back cover to a curved shape. a first plate having a first end thereof coupled to the rear of the back cover; a second plate having a first end thereof coupled to the rear of the back cover; a fixed member fixed to a central portion of the rear of the back cover; a cam member (120, 130) contacting the fixed member and configured to be rotated by the driving part; wherein respective second ends of the first plate and the second plate contact at least one of the fixed member and the cam member (120, 130), wherein rotating the cam member (120, 130) in a first direction moves the first ends of the first plate and the second plate to curve the back cover to a curved shape.
A communication method for mobile devices, comprising: obtaining additional instruction information corresponding to a first user operation on a first mobile device by sensing the first user operation, the first user operation comprising a voice-activated operation or a one-step operation, obtaining encoding information corresponding to the additional instruction information, by inquiring pre-stored first correspondence between additional instruction information and encoding information of additional instruction information; and transmitting the obtained encoding information to a second mobile device, enabling the second mobile device to notify a second user of the second mobile device of the first user operation based on the obtained encoding information, wherein when the additional instruction information is an emoticon, encoding of the emoticon is set to be different with encodings of emoticons in existing chat tools, by defining a new set of emoticon fields and establishing a new set of correspondence between the emoticon and the encoding of the emoticon to define a marker start byte; and wherein the marker start byte is an invisible byte to avoid a user from inputting an identical byte obtaining additional instruction information corresponding to a first user operation on a first mobile device by sensing the first user operation, the first user operation comprising a voice-activated operation or a one-step operation, obtaining encoding information corresponding to the additional instruction information, by inquiring pre-stored first correspondence between additional instruction information and encoding information of additional instruction information; and transmitting the obtained encoding information to a second mobile device, enabling the second mobile device to notify a second user of the second mobile device of the first user operation based on the obtained encoding information, wherein when the additional instruction information is an emoticon, encoding of the emoticon is set to be different with encodings of emoticons in existing chat tools, by defining a new set of emoticon fields and establishing a new set of correspondence between the emoticon and the encoding of the emoticon to define a marker start byte; and wherein the marker start byte is an invisible byte to avoid a user from inputting an identical byte
A computer-implemented method to generate a driving trajectory for an autonomous driving vehicle, ADV, the method comprising the steps of: calculating a first trajectory based on map and route information; and performing a path optimization based on the first trajectory, traffic rules, and an obstacle information describing obstacles perceived by the ADV, the path optimization including the sub-steps of: performing a spline curve based path optimization on the first trajectory; determining whether a result of the spline curve based path optimization satisfies a first predetermined condition; performing a finite element based path optimization on the first trajectory in response to determining that the result of the spline curve based path optimization does not satisfy the first predetermined condition; performing a speed optimization based on a result of the path optimization; and generating a second trajectory based on the path optimization and the speed optimization, wherein the second trajectory is used to control the ADV. calculating a first trajectory based on map and route information; and performing a path optimization based on the first trajectory, traffic rules, and an obstacle information describing obstacles perceived by the ADV, the path optimization including the sub-steps of: performing a spline curve based path optimization on the first trajectory; determining whether a result of the spline curve based path optimization satisfies a first predetermined condition; performing a finite element based path optimization on the first trajectory in response to determining that the result of the spline curve based path optimization does not satisfy the first predetermined condition; performing a speed optimization based on a result of the path optimization; and generating a second trajectory based on the path optimization and the speed optimization, wherein the second trajectory is used to control the ADV. performing a spline curve based path optimization on the first trajectory; determining whether a result of the spline curve based path optimization satisfies a first predetermined condition; performing a finite element based path optimization on the first trajectory in response to determining that the result of the spline curve based path optimization does not satisfy the first predetermined condition; performing a speed optimization based on a result of the path optimization; and generating a second trajectory based on the path optimization and the speed optimization, wherein the second trajectory is used to control the ADV.