mhurhangee/ep-ind-claims huggingface dataset:
A door or window braking device for a window or a door, wherein the device comprises a rail element, which is designed for assembly along a window frame in a fitting groove of a casement of the window or the door, and wherein a slider, longitudinally guided in the rail element, is movably arranged between an open and a closed position of the window or the door, an extension arm with a first end pivotally connected to the slider and a second end, which is designed for connection with the window frame, and an actuation rod, which extends along the rail element and is designed to rotate around a longitudinal axis upon actuation of the drive rod fitting of the window or the door, wherein the actuation rod has a non-circular cross-section and interacts with the slider such that the actuation rod rotates between a first angular position, in which the slider can freely slide along the rail element, and a second angular position, in which the actuation rod moves the slider such that the slider is blocked in the rail element, wherein the actuation rod, with the end remote from the slider, enters into a form-fitting operative connection by engaging with a recess adapted to the cross-section of the actuation rod of a spindle movable at a corner component, and that, upon actuation of the drive rod fitting, by sliding a drive rod with coupling of the spindle, the spindle is enabled to rotate and a rotary movement of the actuation rod is enabled, characterized in that the spindle is formed by a central bearing and by an eccentrically arranged cam, wherein the cam, formed drop-shaped in its cross-section, rests in a L-shaped connecting link of the drive rod, upon actuation of the drive rod fitting along the sliding direction of the drive rod fitting, follows a longitudinal course of the connecting link in a rotation inhibiting manner and, transitioning into a transverse course of the connecting link, inevitably twists the spindle around its own axis.
A method of wireless communications, comprising: receiving, at a user equipment, UE, an indication of a number of control symbols that the UE is to assume for transmitting a physical random access channel, PRACH, wherein receiving the indication includes receiving a signal indicating whether the PRACH overlaps with an uplink common burst of one or more slots, a each comprising an uplink regular burst, overlapping with the PRACH, and the uplink common burst, and wherein the number of control symbols is identified based on whether PRACH overlaps with the uplink common burst of the one or more slots; and transmitting, by the UE, the PRACH over one or more slots based on the number of control symbols. receiving, at a user equipment, UE, an indication of a number of control symbols that the UE is to assume for transmitting a physical random access channel, PRACH, wherein receiving the indication includes receiving a signal indicating whether the PRACH overlaps with an uplink common burst of one or more slots, a each comprising an uplink regular burst, overlapping with the PRACH, and the uplink common burst, and wherein the number of control symbols is identified based on whether PRACH overlaps with the uplink common burst of the one or more slots; and transmitting, by the UE, the PRACH over one or more slots based on the number of control symbols.
A method comprising: allocating resources to a browser independent web page technology code; submitting, by a sandboxer, the binary of the code to an access control module, filtering, by the access control module, the code based on user security configurations to limit resources accessible by said code, and then sending, by the access control module, the filtered code to graphics processing unit, GPU, hardware; executing, by the GPU hardware, the filtered code; and preventing (44, 46), during the executing, the browser independent web page technology code from accessing a resource not specifically allocated to that code. allocating resources to a browser independent web page technology code; submitting, by a sandboxer, the binary of the code to an access control module, filtering, by the access control module, the code based on user security configurations to limit resources accessible by said code, and then sending, by the access control module, the filtered code to graphics processing unit, GPU, hardware; executing, by the GPU hardware, the filtered code; and preventing (44, 46), during the executing, the browser independent web page technology code from accessing a resource not specifically allocated to that code.
A transparent lens, produced by a multi-layer injection molding process, of a lighting device of a motor vehicle, through which lens beams of light pass when the lighting device is switched on, and at least one optically acting element is placed between two layers of the lens, and the at least one optically acting element at least partially absorbs beams of light passing through, characterized in that the transparent lens is embodied as a projection lens of a projection module of a motor vehicle headlight; and that the at least one optically acting element, like the injection of an additional layer, is produced in the context of the multi-layer injection molding process.
An in-transport media, ITM, delivery system comprising: an ITM distribution server disposed in a transport craft, the ITM distribution server comprising: a channel distribution controller configured to distribute a plurality of media channel offerings to a plurality of ITM clients disposed in the transport craft; a request controller configured to monitor the ITM clients to determine which of the channel offerings are presently being consumed via the ITM clients; and a communications controller configured to communicate, to a remote media server via a communications network, feedback indicating which of the channel offerings are presently being consumed according to the monitoring, wherein the channel distribution controller is further configured to receive the channel offerings, from the remote media server via the communications network, such that one or more of the channel offerings is received as a low-fidelity instance when not presently being consumed via any of the ITM clients according to the feedback, and one or more of the channel offerings is received as a high-fidelity instance when presently being consumed via at least one of the ITM clients according to the feedback. an ITM distribution server disposed in a transport craft, the ITM distribution server comprising: a channel distribution controller configured to distribute a plurality of media channel offerings to a plurality of ITM clients disposed in the transport craft; a request controller configured to monitor the ITM clients to determine which of the channel offerings are presently being consumed via the ITM clients; and a communications controller configured to communicate, to a remote media server via a communications network, feedback indicating which of the channel offerings are presently being consumed according to the monitoring, a channel distribution controller configured to distribute a plurality of media channel offerings to a plurality of ITM clients disposed in the transport craft; a request controller configured to monitor the ITM clients to determine which of the channel offerings are presently being consumed via the ITM clients; and a communications controller configured to communicate, to a remote media server via a communications network, feedback indicating which of the channel offerings are presently being consumed according to the monitoring, wherein the channel distribution controller is further configured to receive the channel offerings, from the remote media server via the communications network, such that one or more of the channel offerings is received as a low-fidelity instance when not presently being consumed via any of the ITM clients according to the feedback, and one or more of the channel offerings is received as a high-fidelity instance when presently being consumed via at least one of the ITM clients according to the feedback.
A wind turbine blade comprising a predetermined alignment of vortex generating features with trailing edge features relative to an airflow path, wherein the trailing edge features comprise a sequence of alternating peaks and valleys forming a trailing edge with serrations comprising a waveform as viewed from behind the blade; characterized in that the repeating vortex generating features comprise a spanwise sequence of vortex generators (26, 28, 26P, 28P, 64, 66, 64P, 66P) designed to produce respective downstream vortices (27, 29, 27P, 29P) on a suction side of the blade that cross the waveform at a common phase thereof, wherein each of the vortex generators (26, 28, 26P, 28P, 64, 66, 64P, 66P) is designed to produce a downstream vortical flow that crosses the trailing edge at an angle of less than 30 degrees from parallel with the trailing edge.
Work lighting for a work machine, with at least one illuminant, at least one signal transmitter for the at least one illuminant, and a control unit which is in signal connection with the at least one illuminant and the at least one signal transmitter by means of signal lines, wherein the control unit is configured and designed to perform the light adjustment of the at least one illuminant by means of a modulation of a voltage supply of the at least one illuminant and/or a voltage supply of the at least one signal transmitter via the signal lines in the direction of the at least one illuminant, characterized in that the control unit has a UART to PLC circuit as an interface for the signal lines for the at least one illuminant and the at least one signal generator.
A method for providing a voice service, the method comprising: receiving a request message for providing a target voice service to a device end that has accessed a third-party voice service, the request message comprising a request content and status information of the device end; acquiring a response message generated after processing the request content based on the status information of the device end, the response message comprising an operation instruction; and sending the response message to the device end; the request message and the response message being generated according to a message format configured in a constructed data service framework model of the target voice service, and transmitted based on a transport protocol configured in the constructed data service framework model of the target voice service; and the message format configured in the constructed data service framework model of the target voice service being consistent with a message format of the third-party voice service, and the transport protocol configured in the constructed data service framework model of the target voice service being consistent with a transport protocol of the third-party voice service. receiving a request message for providing a target voice service to a device end that has accessed a third-party voice service, the request message comprising a request content and status information of the device end; acquiring a response message generated after processing the request content based on the status information of the device end, the response message comprising an operation instruction; and sending the response message to the device end; the request message and the response message being generated according to a message format configured in a constructed data service framework model of the target voice service, and transmitted based on a transport protocol configured in the constructed data service framework model of the target voice service; and the message format configured in the constructed data service framework model of the target voice service being consistent with a message format of the third-party voice service, and the transport protocol configured in the constructed data service framework model of the target voice service being consistent with a transport protocol of the third-party voice service.
Device for selecting a drive mode for a motor vehicle with at least four drive wheels, comprising a means for selecting a drive mode of the vehicle which can be actuated by the driver and means for determining at least one variable characteristic of the operation of the vehicle (Te_b, VI_b) and also comprising processing means (3, 6) suitable for processing the drive mode selected on the basis of the value of said at least one variable characteristic of the operation of the vehicle (Te_b, VI b) to control a drive mode for the vehicle, said processing means (3, 6) comprising means for filtering said variables (Te_b, VI_b) and the drive mode (B_b) and means for determining a drive mode from said filtered variables (Te_f, VI_f, B_f), characterized in that the means for determining a drive mode comprise means for coding the filtered input variables (Te_f, VI_f, B_f) obtained from the filtering means, means for determining the will of the driver as a function of the coded value of the drive mode (B_c), and means for delivering a suitable drive mode (V_adaptée) as a function of the coded variables characteristic of the operation of the vehicle (Te_c, VI_c) and of the will of the driver, the means for delivering a suitable drive mode operating continuously and comprising comparison means suitable for comparing the coded variables characteristic of the operation of the vehicle (Te_c, VI c) with a threshold value corresponding to an acceptable value of each selected drive mode and means for analyzing the suitability between the coded variables characteristic of the operation of the vehicle (Te_c, VI_c) and the will of the driver.
A line capture device for an unmanned aerial vehicle, the line capture device comprising: a line capture body having a line slot, the line slot having an open end and a closed end; a retainer positioned proximate the line slot and movable between a first position in which the retainer blocks access to the line slot and a second position in which the retainer allows access to the line slot, wherein the retainer includes a flat portion that extends over the line slot when the retainer is in the first position; a spring coupled between the retainer and the line capture body, with the spring biasing the retainer to the first position; a locking device operably coupled between the line capture body and the retainer, and moveable between at least one unlocked position in which the locking device allows movement of the retainer from the first position to the second position, and a locked position in which the locking device blocks movement of the retainer from the first position to the second position; and a release device operably coupled to the locking device and moveable between a secured position with the locking device secured in the locked position, and a released position with the locking device movable between the locked position and the unlocked position, a line capture body having a line slot, the line slot having an open end and a closed end; a retainer positioned proximate the line slot and movable between a first position in which the retainer blocks access to the line slot and a second position in which the retainer allows access to the line slot, wherein the retainer includes a flat portion that extends over the line slot when the retainer is in the first position; a spring coupled between the retainer and the line capture body, with the spring biasing the retainer to the first position; a locking device operably coupled between the line capture body and the retainer, and moveable between at least one unlocked position in which the locking device allows movement of the retainer from the first position to the second position, and a locked position in which the locking device blocks movement of the retainer from the first position to the second position; and a release device operably coupled to the locking device and moveable between a secured position with the locking device secured in the locked position, and a released position with the locking device movable between the locked position and the unlocked position,
A patient interface assembly, comprising: a substrate; a plurality of three-dimensionally contoured electrically conductive patient contacts attached to a first side of the substrate, each of the plurality of three-dimensionally contoured electrically conductive patient contacts having a front surface that is configured to be in contact with the patient, wherein the front surface has a curved surface, and wherein the plurality of three-dimensionally contoured electrically conductive patient contacts have one or more different sizes and a variety of shapes comprising bar contacts and button contacts; an interconnecting circuit assembly on a side of the substrate opposite from the first side of the substrate that electrically connects the plurality of three-dimensionally contoured electrically conductive patient contacts to each other; and wherein the plurality of three-dimensionally contoured electrically conductive patient contacts are configured to provide contact with an uneven contact surface when the patient interface assembly is placed against the uneven contact surface. a substrate; a plurality of three-dimensionally contoured electrically conductive patient contacts attached to a first side of the substrate, each of the plurality of three-dimensionally contoured electrically conductive patient contacts having a front surface that is configured to be in contact with the patient, wherein the front surface has a curved surface, and wherein the plurality of three-dimensionally contoured electrically conductive patient contacts have one or more different sizes and a variety of shapes comprising bar contacts and button contacts; an interconnecting circuit assembly on a side of the substrate opposite from the first side of the substrate that electrically connects the plurality of three-dimensionally contoured electrically conductive patient contacts to each other; and wherein the plurality of three-dimensionally contoured electrically conductive patient contacts are configured to provide contact with an uneven contact surface when the patient interface assembly is placed against the uneven contact surface.
A power supply circuit, comprising: a rectifier circuit for converting an AC voltage to a DC voltage; a boost chopper circuit for boosting an output voltage of the rectifier circuit based on a duty ratio signal; a smoothing circuit for smoothing an output voltage of the boost chopper circuit; and a control means for creating the duty ratio signal, wherein the control means is provided with a function for extracting a DC voltage ripple component (Δed) contained in the DC voltage value (ed) of the smoothing circuit, and modifying the duty ratio signal based on the DC voltage ripple component, characterized in further comprising a duty ratio signal modification means (503, 508) configured to output as duty ratio signal (d) a first duty ratio signal computed at a boosting ratio stabilization controller when the DC voltage ripple component (Δed) is negative and to set the duty ratio signal d to some constant preset value when the DC voltage ripple component (Δed) is positive a rectifier circuit for converting an AC voltage to a DC voltage; a boost chopper circuit for boosting an output voltage of the rectifier circuit based on a duty ratio signal; a smoothing circuit for smoothing an output voltage of the boost chopper circuit; and a control means for creating the duty ratio signal, wherein the control means is provided with a function for extracting a DC voltage ripple component (Δed) contained in the DC voltage value (ed) of the smoothing circuit, and modifying the duty ratio signal based on the DC voltage ripple component, characterized in further comprising a duty ratio signal modification means (503, 508) configured to output as duty ratio signal (d) a first duty ratio signal computed at a boosting ratio stabilization controller when the DC voltage ripple component (Δed) is negative and to set the duty ratio signal d to some constant preset value when the DC voltage ripple component (Δed) is positive
A plate-shaped cutting insert detachably mounted on a distal end part of a tool main body that is rotated about a center axis, the cutting insert comprising: rake faces; flank faces; and cutting edges formed on an intersecting ridge line between the rake faces and the flank faces, wherein: the cutting edges each have an arcuate cutting edge that is of an arc shape protruding toward an outer circumference side of a distal end of the cutting insert; the arcuate cutting edges are formed in a pair 180° rotationally symmetric about the center axis, a chisel part is formed at an intersecting ridge line part between the flank faces of the pair of arcuate cutting edges; when projecting, on a reference plane (Pr) including a predetermined point on the arcuate cutting edge and the center axis, an imaginary straight line passing through an arc center point of the arcuate cutting edge and the predetermined point, an angle at which the imaginary straight line is inclined with respect to the center axis in the reference plane is defined as a radial angle (θ); and a round honing is formed on a cutting edge tip of the arcuate cutting edge at least in a range where the radial angle is 30° or less; characterized in that a curvature radius of the round honing in a cross section perpendicular to an edge length direction of the arcuate cutting edge is 20 to 40 μm; and a chisel angle (σ) formed between the distal end part of the arcuate cutting edge and a chisel edge of the chisel part is 150° to 170° as seen in an insert front view of the cutting insert viewed from the distal end toward the proximal end side in the center axis direction. rake faces; flank faces; and cutting edges formed on an intersecting ridge line between the rake faces and the flank faces, wherein: the cutting edges each have an arcuate cutting edge that is of an arc shape protruding toward an outer circumference side of a distal end of the cutting insert; the arcuate cutting edges are formed in a pair 180° rotationally symmetric about the center axis, a chisel part is formed at an intersecting ridge line part between the flank faces of the pair of arcuate cutting edges; when projecting, on a reference plane (Pr) including a predetermined point on the arcuate cutting edge and the center axis, an imaginary straight line passing through an arc center point of the arcuate cutting edge and the predetermined point, an angle at which the imaginary straight line is inclined with respect to the center axis in the reference plane is defined as a radial angle (θ); and a round honing is formed on a cutting edge tip of the arcuate cutting edge at least in a range where the radial angle is 30° or less; characterized in that a curvature radius of the round honing in a cross section perpendicular to an edge length direction of the arcuate cutting edge is 20 to 40 μm; and a chisel angle (σ) formed between the distal end part of the arcuate cutting edge and a chisel edge of the chisel part is 150° to 170° as seen in an insert front view of the cutting insert viewed from the distal end toward the proximal end side in the center axis direction.
A composition for use in enhancing radiation sensitivity comprising aripiprazole or a pharmaceutically acceptable salt thereof as an active ingredient.
A method of operating a terminal device in a wireless telecommunication system which transmits a master information block and a first and a second system information block the first and second system information block comprising first and second scheduling information relating to the timing of at least one additional block of system information, respectively, the method comprising: receiving, at the terminal device, the master information block of system information that comprises a marker which instructs the terminal device to ignore the first scheduling information and receive only the second scheduling information.