mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, by a first base station, a first radio resource control RRC connection establishment request sent by user equipment UE, wherein the first RRC connection establishment request carries connection status information before the UE sends the first RRC connection establishment request and the connection status information comprises an identifier of an MME to which the UE belongs; determining, by the first base station according to the identifier of the MME to which the UE belongs, whether the first base station is connected to the MME to which the UE belongs and, if the first base station is not connected to the MME to which the UE belongs, determining, by the first base station, that the first base station does not meet a condition for requesting UE context information; if the first base station determines that the first base station does not meet the condition for requesting the UE context information, sending, by the first base station, a UE context information establishment request to a mobility management entity MME; and receiving, by the first base station, a response message sent by the MME for responding to the UE context information establishment request, wherein the response message carries the UE context information. receiving, by a first base station, a first radio resource control RRC connection establishment request sent by user equipment UE, wherein the first RRC connection establishment request carries connection status information before the UE sends the first RRC connection establishment request and the connection status information comprises an identifier of an MME to which the UE belongs; determining, by the first base station according to the identifier of the MME to which the UE belongs, whether the first base station is connected to the MME to which the UE belongs and, if the first base station is not connected to the MME to which the UE belongs, determining, by the first base station, that the first base station does not meet a condition for requesting UE context information; if the first base station determines that the first base station does not meet the condition for requesting the UE context information, sending, by the first base station, a UE context information establishment request to a mobility management entity MME; and receiving, by the first base station, a response message sent by the MME for responding to the UE context information establishment request, wherein the response message carries the UE context information.
Method of beam shape adjustment and beam profile rotation within a laser processing process, • in which a laser beam in a laser processing apparatus is focused on the surface of a component (161, 162) by means of deflection mirrors and lens systems, • at least one beam shaping module is used to adjust the laser beam in terms of its intensity distribution to the surface of the component (161, 162) to be processed, • during the processing the laser beam is rotated in respect of its orientation by means of a beam profile-rotating optical unit, • the beam shape and the rotation of the beam profile of the laser beam are adjusted depending both on the area of the component (161, 162) to be processed and on the feed vector of the processing speed, and • the beam shape adjustment of the laser beam is implemented by means of a spatial light modulator unit in the beam shaping module, wherein • the beam profile rotation is set by means of counterrotating dove prisms and/or cylindrical lens telescopes. • in which a laser beam in a laser processing apparatus is focused on the surface of a component (161, 162) by means of deflection mirrors and lens systems, • at least one beam shaping module is used to adjust the laser beam in terms of its intensity distribution to the surface of the component (161, 162) to be processed, • during the processing the laser beam is rotated in respect of its orientation by means of a beam profile-rotating optical unit, • the beam shape and the rotation of the beam profile of the laser beam are adjusted depending both on the area of the component (161, 162) to be processed and on the feed vector of the processing speed, and • the beam shape adjustment of the laser beam is implemented by means of a spatial light modulator unit in the beam shaping module, • the beam profile rotation is set by means of counterrotating dove prisms and/or cylindrical lens telescopes.
A heat exchanger system for connection to an internal combustion engine, preferably of a motor vehicle, comprising at least one oil water heat exchanger module and a layer heating module, which is mounted or mountable on an outer surface of the cover of the oil water heat exchanger module, wherein the layer heating module comprises a substrate, in particular a carrier plate, and an electric heating coating applied to the substrate, in particular the carrier plate.
A computer-implemented method, comprising: under control of one or more computing systems configured with executable instructions, receiving from a first user a request for an object identifier to include in a communication between the first user and a second user, wherein: the communication includes a first message (101) sent from the first user to the second user; the communication includes a second message (102) sent from the second user to the first user; and the first message and the second message were sent at a time prior to receiving from the first user the request; processing the first message and the second message to determine a context corresponding to the communication; determining a candidate suggestion set that includes a plurality of object identifiers associated with the first user, wherein each of the plurality of object identifiers are determined based at least in part on the context; removing from the candidate suggestion set a first object identifier of the plurality of object identifiers that is associated with the second user; and presenting to the first user at least one of the plurality of object identifiers included in the candidate suggestion set for selection by the first user to include in the communication between the first user and the second user. receiving from a first user a request for an object identifier to include in a communication between the first user and a second user, wherein: the communication includes a first message (101) sent from the first user to the second user; the communication includes a second message (102) sent from the second user to the first user; and the first message and the second message were sent at a time prior to receiving from the first user the request; the communication includes a first message (101) sent from the first user to the second user; the communication includes a second message (102) sent from the second user to the first user; and the first message and the second message were sent at a time prior to receiving from the first user the request; processing the first message and the second message to determine a context corresponding to the communication; determining a candidate suggestion set that includes a plurality of object identifiers associated with the first user, wherein each of the plurality of object identifiers are determined based at least in part on the context; removing from the candidate suggestion set a first object identifier of the plurality of object identifiers that is associated with the second user; and presenting to the first user at least one of the plurality of object identifiers included in the candidate suggestion set for selection by the first user to include in the communication between the first user and the second user.
An integrated circuit comprising: a semiconductor layer consisting essentially of a semiconductor material; and a through-body via, TBV, formed within the semiconductor layer, the TBV comprising: an electrically conductive interconnect consisting essentially of one or more metal materials; and a polymer-based barrier layer consisting of benzocyclobutene, BCB, polypropylene carbonate, PPC, or a combination thereof, between the electrically conductive interconnect and the semiconductor layer, wherein the electrically conductive interconnect includes an electrically conductive seed layer and an interconnect layer, the electrically conductive seed layer between the interconnect layer and the polymer-based barrier layer, wherein the electrically conductive seed layer is formed by a layer of cured electrically conductive ink between the interconnect layer and the polymer-based barrier layer. a semiconductor layer consisting essentially of a semiconductor material; and a through-body via, TBV, formed within the semiconductor layer, the TBV comprising: an electrically conductive interconnect consisting essentially of one or more metal materials; and a polymer-based barrier layer consisting of benzocyclobutene, BCB, polypropylene carbonate, PPC, or a combination thereof, between the electrically conductive interconnect and the semiconductor layer, wherein the electrically conductive interconnect includes an electrically conductive seed layer and an interconnect layer, the electrically conductive seed layer between the interconnect layer and the polymer-based barrier layer, wherein the electrically conductive seed layer is formed by a layer of cured electrically conductive ink between the interconnect layer and the polymer-based barrier layer. an electrically conductive interconnect consisting essentially of one or more metal materials; and a polymer-based barrier layer consisting of benzocyclobutene, BCB, polypropylene carbonate, PPC, or a combination thereof, between the electrically conductive interconnect and the semiconductor layer, wherein the electrically conductive interconnect includes an electrically conductive seed layer and an interconnect layer, the electrically conductive seed layer between the interconnect layer and the polymer-based barrier layer, wherein the electrically conductive seed layer is formed by a layer of cured electrically conductive ink between the interconnect layer and the polymer-based barrier layer.
A blood sampling device, comprising: a housing having an inlet port configured to be fluidically coupled to a patient and an outlet port configured to be fluidically coupled to a sample reservoir; a fluid reservoir disposed in and at least partially defined by the housing, the fluid reservoir configured to receive an initial volume of blood withdrawn from the patient; and a seal member disposed in and in contact with a wall of the housing, the seal member at least partially defining the fluid reservoir, the blood sampling device having a first configuration in which the initial volume of blood is allowed to flow from the inlet port, through a portion of the fluid reservoir, and toward the seal member, and a second configuration in which (a) the initial volume of blood is contained in the fluid reservoir, and (b) a subsequent volume of blood can flow from the inlet port toward the outlet port via a sampling flow path, thereby bypassing the fluid reservoir and the initial volume of blood contained therein. a housing having an inlet port configured to be fluidically coupled to a patient and an outlet port configured to be fluidically coupled to a sample reservoir; a fluid reservoir disposed in and at least partially defined by the housing, the fluid reservoir configured to receive an initial volume of blood withdrawn from the patient; and a seal member disposed in and in contact with a wall of the housing, the seal member at least partially defining the fluid reservoir, the blood sampling device having a first configuration in which the initial volume of blood is allowed to flow from the inlet port, through a portion of the fluid reservoir, and toward the seal member, and a second configuration in which (a) the initial volume of blood is contained in the fluid reservoir, and (b) a subsequent volume of blood can flow from the inlet port toward the outlet port via a sampling flow path, thereby bypassing the fluid reservoir and the initial volume of blood contained therein.
An electrical harness assembly for use with a restraint system for activation of devices for vehicle restraint systems having an electronic control unit, ECU, connector connected with a restraint system controller by a connecting cable, the assembly comprising: a connector housing including an ECU terminal configured to receive a control signal from the ECU connector conductively connected to a circuit disposed within the connector housing; the circuit defining a first and a second loop, each loop being defined as conductively connecting to the ECU terminal and each having an electrical component (40, 42) to limit the flow of current in opposing directions with respect to the ECU terminal; and the first loop including a first device connector and the second loop including a second device connector; the electrical harness assembly characterised in that: a first set of conductive wires is part of the first loop and extend from the connector housing to the first device connector, the first device connector and the connector housing being physically separated; and a second set of conductive wires are part of the second loop and extend from the connector housing to the second device connector, the second device connector and the connector housing being physically separated. a connector housing including an ECU terminal configured to receive a control signal from the ECU connector conductively connected to a circuit disposed within the connector housing; the circuit defining a first and a second loop, each loop being defined as conductively connecting to the ECU terminal and each having an electrical component (40, 42) to limit the flow of current in opposing directions with respect to the ECU terminal; and the first loop including a first device connector and the second loop including a second device connector; the electrical harness assembly characterised in that: a first set of conductive wires is part of the first loop and extend from the connector housing to the first device connector, the first device connector and the connector housing being physically separated; and a second set of conductive wires are part of the second loop and extend from the connector housing to the second device connector, the second device connector and the connector housing being physically separated. a first set of conductive wires is part of the first loop and extend from the connector housing to the first device connector, the first device connector and the connector housing being physically separated; and a second set of conductive wires are part of the second loop and extend from the connector housing to the second device connector, the second device connector and the connector housing being physically separated.
A windscreen wiper device of the flat blade type, particularly for automobiles, comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes opposing longitudinal grooves on its longitudinal sides, in which grooves spaced-apart longitudinal strips of the carrier element are disposed, which windscreen wiper device comprises a connecting device for an oscillating arm, wherein said oscillating arm can be pivotally connected to said connecting device about a pivot axis near one end thereof, wherein said connecting device is connected to at least one longitudinal strip by at least one pin cooperating with a hole provided in said longitudinal strip, wherein said pin is movable from a first position, wherein said pin in a pre-mounted position is fixed to said connecting device, into a second position, wherein said pin in a mounted position as a single constructional element is interconnecting said connecting device and said longitudinal strip, wherein said connecting device comprises a guiding channel for guiding said pin from said first position into said second position, wherein said connecting device has a substantially U-shaped cross-section, wherein free ends of legs of said U-shaped cross-section extend inwardly so as to form grooves for receiving said longitudinal strips, and wherein said free ends are provided with said guiding channels for guiding said pin, characterized in that in said first position said pin and said connecting device are made in one piece.
Vehicle having a drive unit (1,3), by means of which a drive torque can be output to the vehicle wheels, and having a control apparatus, which actuates the drive unit (1,3) at a setpoint torque (M soll) that can be specified by the driver operating the accelerator pedal, wherein the accelerator pedal is an active accelerator pedal that can be adjusted over a travel distance (s), which, with the formation of a pressure point, can be applied with an actuator that can be actuated by a control device with an additional counterforce (F G), which, within a locally restricted pedal travel interval (Δs), increases up to a maximum force (F max) that can be overridden by the driver, wherein the control device has an evaluation unit, characterised in that, from a specified limit dwell time (Δt G) of the accelerator pedal operated by the driver within the pedal travel interval (Δs), the evaluation unit generates a deactivation signal (S aus), with which the counterforce (F G) generated by the actuator can be reduced.
An apparatus (64; 66; 68; 70), comprising: a housing, wherein the housing includes a motor, and wherein the motor is configured to be operatively connected to a power supply; wherein the motor is further configured to be operatively connected to a drive rod, wherein the drive rod is configured to engage a piston of a fluid cartridge; and wherein the housing further includes a controller configured to be operatively connected to the power supply, the controller configured to receive a control signal and to generate a drive signal to the motor to generate a positive and a negative pressure within the fluid cartridge based upon the control signal, wherein the drive signal is based upon receiving a cartridge volume value and a drive rod forward velocity value from the control signal, wherein the control signal, when received, is configured to: generate the positive pressure within the fluid cartridge by adjusting, via the motor, the drive rod and piston in a first direction relative to the fluid cartridge to dispense fluid in the fluid cartridge via a nozzle, and generate the negative pressure within the fluid cartridge by adjusting, via the motor, the drive rod and piston in a second direction relative to the fluid cartridge to draw fluid into the fluid cartridge via the nozzle. a housing, wherein the housing includes a motor, and wherein the motor is configured to be operatively connected to a power supply; wherein the motor is further configured to be operatively connected to a drive rod, wherein the drive rod is configured to engage a piston of a fluid cartridge; and wherein the housing further includes a controller configured to be operatively connected to the power supply, the controller configured to receive a control signal and to generate a drive signal to the motor to generate a positive and a negative pressure within the fluid cartridge based upon the control signal, wherein the drive signal is based upon receiving a cartridge volume value and a drive rod forward velocity value from the control signal, wherein the control signal, when received, is configured to: generate the positive pressure within the fluid cartridge by adjusting, via the motor, the drive rod and piston in a first direction relative to the fluid cartridge to dispense fluid in the fluid cartridge via a nozzle, and generate the negative pressure within the fluid cartridge by adjusting, via the motor, the drive rod and piston in a second direction relative to the fluid cartridge to draw fluid into the fluid cartridge via the nozzle. generate the positive pressure within the fluid cartridge by adjusting, via the motor, the drive rod and piston in a first direction relative to the fluid cartridge to dispense fluid in the fluid cartridge via a nozzle, and generate the negative pressure within the fluid cartridge by adjusting, via the motor, the drive rod and piston in a second direction relative to the fluid cartridge to draw fluid into the fluid cartridge via the nozzle.
A method for cutting sheet metal or block material by means of a cutting device for cutting sheet metal or block material, having a framework and a blade arrangement being disposed in the framework, having at least one lower blade and one upper blade, wherein the lower blade and the upper blade, for performing a cutting process, can be advanced against each other with their cutting edges and against a material plane M being defined in the framework for disposing the sheet metal or the block material, characterised in that, with a lower blade cutting edge angle α U or upper blade cutting edge angle α O being configured between the lower blade cutting edge or upper blade cutting edge and the material plane M, both the lower blade and the upper blade, for performing the cutting process, are pivoted in the framework and are subsequently translatorily advanced against the material plane, in such a manner that the translatory movement of the lower blade is the first to take place and that the translatory movement of the upper blade takes place subsequently thereto.
A method of wireless communication, comprising: detecting a synchronization channel transmitted from at least one zone node of a plurality of zone nodes of a zone over a single frequency network, SFN, at a user equipment, UE, wherein the synchronization channel includes a reference signal and an encoded payload; extracting a zone identifier, ID, embedded in the reference signal wherein the extracting includes searching the synchronization channel using each of a plurality of available predefined zone IDs and available time offsets until detecting an expected zone ID; and in response to extracting the expected zone ID: synchronizing timing at the UE to timing of the at least one zone node using the reference signal; and decoding the encoded payload. detecting a synchronization channel transmitted from at least one zone node of a plurality of zone nodes of a zone over a single frequency network, SFN, at a user equipment, UE, wherein the synchronization channel includes a reference signal and an encoded payload; extracting a zone identifier, ID, embedded in the reference signal wherein the extracting includes searching the synchronization channel using each of a plurality of available predefined zone IDs and available time offsets until detecting an expected zone ID; and in response to extracting the expected zone ID: synchronizing timing at the UE to timing of the at least one zone node using the reference signal; and decoding the encoded payload. synchronizing timing at the UE to timing of the at least one zone node using the reference signal; and decoding the encoded payload.
A wound dressing comprising a layer in the form of a strip characterised in that the strip comprises gel-forming fibres, the strip having longitudinal lines of stitches formed from a thread and transverse lines of stitches formed from a thread, where the thread is nylon, Tencel, polyolefin, polyurethane, polyester or cellulosic and the wound dressing is for use in cavity wounds or sinus wounds.