mhurhangee/ep-ind-claims huggingface dataset:
A pixel circuit, comprising a plurality of pixel structures, each pixel structure comprising a drive unit, a compensation unit and a light-emitting unit, wherein in the adjacent first pixel structure and second pixel structure, the first pixel structure further comprises a capacitive touch unit, and the second pixel structure further comprises a photosensitive touch unit; the compensation unit in the first pixel structure, the compensation unit in the second pixel structure, the capacitive touch unit and the photosensitive touch unit share a data line, and the capacitive touch unit and the photosensitive touch unit share a read line, wherein: the compensation unit is configured to adjust a drive voltage of a driving transistor in the drive unit, so as to eliminate the impact of a threshold voltage of the driving transistor on a current flowing through the light-emitting unit, and the data line is configured to provide a data signal to the driving transistor; the capacitive touch unit is configured to generate a corresponding electrical signal according to a capacitive touch signal, the data line is configured to provide an initial signal to the capacitive touch unit, and the read line is configured to read the capacitive touch signal; and the photosensitive touch unit is configured to generate a corresponding electrical signal according to a photosensitive touch signal, the data line is configured to provide an initial signal to the photosensitive touch unit, and the read line is configured to read the photosensitive touch signal. the compensation unit is configured to adjust a drive voltage of a driving transistor in the drive unit, so as to eliminate the impact of a threshold voltage of the driving transistor on a current flowing through the light-emitting unit, and the data line is configured to provide a data signal to the driving transistor; the capacitive touch unit is configured to generate a corresponding electrical signal according to a capacitive touch signal, the data line is configured to provide an initial signal to the capacitive touch unit, and the read line is configured to read the capacitive touch signal; and the photosensitive touch unit is configured to generate a corresponding electrical signal according to a photosensitive touch signal, the data line is configured to provide an initial signal to the photosensitive touch unit, and the read line is configured to read the photosensitive touch signal.
A blood filter comprising: a housing comprising a cap portion, a base portion, and a generally cylindrical wall portion between the cap portion and the base portion; a filter element disposed within the housing and dividing the housing into an inlet chamber and an outlet chamber; a support element fixedly connected to the housing for supporting the filter element; an inlet comprising an opening in the generally cylindrical wall portion, wherein the inlet is positioned at an upward angle with respect to the housing and wherein the opening is in fluid communication with the inlet chamber; and an outlet in fluid communication with the outlet chamber; wherein the cap portion comprises a vent and a projection proximate the vent, the projection configured to limit immobilization of gaseous microemboli within the inlet chamber. a housing comprising a cap portion, a base portion, and a generally cylindrical wall portion between the cap portion and the base portion; a filter element disposed within the housing and dividing the housing into an inlet chamber and an outlet chamber; a support element fixedly connected to the housing for supporting the filter element; an inlet comprising an opening in the generally cylindrical wall portion, wherein the inlet is positioned at an upward angle with respect to the housing and wherein the opening is in fluid communication with the inlet chamber; and an outlet in fluid communication with the outlet chamber; wherein the cap portion comprises a vent and a projection proximate the vent, the projection configured to limit immobilization of gaseous microemboli within the inlet chamber.
An interlocking device for a partitioning wall element, including a threaded spindle and a drive device for the rotary drive of the threaded spindle, wherein a running carriage is disposed in threaded engagement on the threaded spindle, furthermore including a dead-bolt carriage, which is connected to a dead-bolt element for moving the dead-bolt between a locking position and an opening position upon a movement of the dead-bolt carriage, wherein the running carriage includes an attachment device, at which the dead-bolt carriage, for a joint movement with the running carriage, is reversibly detachably attached, characterized in that a spring device is provided, which charges the dead-bolt carriage and/or the dead-bolt element in the direction of the opening position with a spring force, and in that the attachment device includes a releasing mechanism configured as a pull cable for releasing the attachment, wherein the attachment device includes at least one elastic attachment means, which engages at an attachment surface of the dead-bolt carriage.
A method performed by a user equipment for indicating uplink data, the method comprising: determining a data volume indicator, DVI, representing an amount of uplink data for transmission by the user equipment; encoding the DVI in a media access control, MAC, protocol data unit. PDU, wherein encoding the DVI in the MAC PDU comprises: encoding the DVI with a common control channel, CCCH, MAC service data unit; and encoding a logical channel identifier, LCID, value in a MAC subheader of the MAC PDU that indicates that the MAC PDU includes the CCCH MAC SDU and the DVI; and transmitting the MAC PDU to a network node, characterised in that the DVI includes an amount of data for transmission that is not yet associated with a logical channel. determining a data volume indicator, DVI, representing an amount of uplink data for transmission by the user equipment; encoding the DVI in a media access control, MAC, protocol data unit. PDU, wherein encoding the DVI in the MAC PDU comprises: encoding the DVI with a common control channel, CCCH, MAC service data unit; and encoding a logical channel identifier, LCID, value in a MAC subheader of the MAC PDU that indicates that the MAC PDU includes the CCCH MAC SDU and the DVI; and encoding the DVI with a common control channel, CCCH, MAC service data unit; and encoding a logical channel identifier, LCID, value in a MAC subheader of the MAC PDU that indicates that the MAC PDU includes the CCCH MAC SDU and the DVI; and transmitting the MAC PDU to a network node, characterised in that the DVI includes an amount of data for transmission that is not yet associated with a logical channel.
A method of a wireless device (112, 116), comprising: receiving, by the wireless device (112, 116) from an access point AP, a wideband beacon in a wideband channel; receiving, by the wireless device from the AP, information indicating that the wireless device (112, 116) is to cease transmission in the wideband channel; and in response to the information, communicating, by the wireless device (112, 116) with the AP in a narrowband channel that is a subset of the broadband channel, during a time interval in which the wireless device (112, 116) is to cease transmission in the broadband channel, wherein communicating in the narrowband channel during the time interval comprises receiving, by the wireless device from the AP, a narrowband beacon in the narrowband channel. receiving, by the wireless device (112, 116) from an access point AP, a wideband beacon in a wideband channel; receiving, by the wireless device from the AP, information indicating that the wireless device (112, 116) is to cease transmission in the wideband channel; and in response to the information, communicating, by the wireless device (112, 116) with the AP in a narrowband channel that is a subset of the broadband channel, during a time interval in which the wireless device (112, 116) is to cease transmission in the broadband channel, wherein communicating in the narrowband channel during the time interval comprises receiving, by the wireless device from the AP, a narrowband beacon in the narrowband channel.
A stabilization system comprising: a bone plate having an upper surface and a lower surface configured to be in contact with bone, the bone plate having a through-opening extending from the upper surface to the lower surface, the through-opening including a threaded portion proximate to the lower surface, a non-threaded bowl portion proximate to the upper surface, and a non-threaded conical portion between the threaded portion and the bowl portion, wherein the bowl portion includes a side wall that circumscribes the bowl portion and an annular surface between the side wall and the conical portion; a fastener (160, 170) configured to engage the through-opening and to secure the bone plate to the bone, wherein the through-opening is configured to receive one of a locking fastener and a compression fastener; and a button receivable in the bowl portion of the through-opening, wherein the bowl portion is configured to receive and retain the button having a lower surface such that the lower surface engages the annular surface and the button fits within the side wall of the bowl portion. a bone plate having an upper surface and a lower surface configured to be in contact with bone, the bone plate having a through-opening extending from the upper surface to the lower surface, the through-opening including a threaded portion proximate to the lower surface, a non-threaded bowl portion proximate to the upper surface, and a non-threaded conical portion between the threaded portion and the bowl portion, wherein the bowl portion includes a side wall that circumscribes the bowl portion and an annular surface between the side wall and the conical portion; a fastener (160, 170) configured to engage the through-opening and to secure the bone plate to the bone, wherein the through-opening is configured to receive one of a locking fastener and a compression fastener; and a button receivable in the bowl portion of the through-opening, wherein the bowl portion is configured to receive and retain the button having a lower surface such that the lower surface engages the annular surface and the button fits within the side wall of the bowl portion.
An optical encoder comprising: a light source; a scale configured to be irradiated by the light source and having a fine pitch pattern having a first period in a measuring direction and a coarse pitch pattern having a second period which is longer than the first period; a detection sensor array including a plurality of sensor elements one-dimensionally arranged in the measuring direction, characterized in that each sensor element in the plurality of sensor elements is configured to receive both of light from the fine pitch pattern and light from the coarse pitch pattern, wherein the fine pitch pattern and the coarse pitch pattern are arranged in a direction perpendicular to the measuring direction. a light source; a scale configured to be irradiated by the light source and having a fine pitch pattern having a first period in a measuring direction and a coarse pitch pattern having a second period which is longer than the first period; a detection sensor array including a plurality of sensor elements one-dimensionally arranged in the measuring direction, each sensor element in the plurality of sensor elements is configured to receive both of light from the fine pitch pattern and light from the coarse pitch pattern, wherein the fine pitch pattern and the coarse pitch pattern are arranged in a direction perpendicular to the measuring direction.
A pressure sensor for a metal or plastics processing tool, comprising: a) a sensor housing, that can be connected to the tool, b) a pressure transducer arranged within the sensor housing, characterised in that c) the pressure sensor comprises a first front face with a first cast-compatible mark, d) the pressure sensor additionally comprises a second front face with a second cast-compatible mark, wherein the second front face with the second cast-compatible mark is arranged on a bushing, and e) the first front face and the second front face are adjustable against one another; wherein the first front face is arranged on an adjustment element so that the first front face is rotatable relative to the sensor housing, wherein the bushing surrounds the adjustment element. a) a sensor housing, that can be connected to the tool, b) a pressure transducer arranged within the sensor housing, characterised in that c) the pressure sensor comprises a first front face with a first cast-compatible mark, d) the pressure sensor additionally comprises a second front face with a second cast-compatible mark, wherein the second front face with the second cast-compatible mark is arranged on a bushing, and e) the first front face and the second front face are adjustable against one another; wherein the first front face is arranged on an adjustment element so that the first front face is rotatable relative to the sensor housing, wherein the bushing surrounds the adjustment element.
A connector assembly (1 14) for voltage monitoring battery cells of a battery module, the connector assembly comprising: a connector having a plurality of terminals; a plurality of buss bars; and a wire assembly extending from the connector along a wire axis to the buss bars, the wire assembly having a plurality of wires extending between a terminal end and a buss bar end, the terminal end being terminated to a corresponding terminal, the buss bar end being configured to be terminated to a voltage sensor associated with a corresponding buss bar of the battery module, the buss bar end being folded over such that the buss bar end extends at a transverse angle relative to the wire axis, the buss bar end being staggered along the wire axis at different depths from the connector; characterized in that the bus bar further includes a strain relief tab and the buss bar end has an exposed conductor for termination to the voltage sensor and a strain relief segment proximate the exposed conductor, the strain relief segment being configured to be fixed to the buss bar by the strain relief tab of the buss bar to hold the exposed conductor relative to the buss bar for termination to the voltage sensor, thereby to reduce strain at the connection point of the wire to the voltage sensor. a connector having a plurality of terminals; a plurality of buss bars; and a wire assembly extending from the connector along a wire axis to the buss bars, the wire assembly having a plurality of wires extending between a terminal end and a buss bar end, the terminal end being terminated to a corresponding terminal, the buss bar end being configured to be terminated to a voltage sensor associated with a corresponding buss bar of the battery module, the buss bar end being folded over such that the buss bar end extends at a transverse angle relative to the wire axis, the buss bar end being staggered along the wire axis at different depths from the connector; characterized in that the bus bar further includes a strain relief tab and the buss bar end has an exposed conductor for termination to the voltage sensor and a strain relief segment proximate the exposed conductor, the strain relief segment being configured to be fixed to the buss bar by the strain relief tab of the buss bar to hold the exposed conductor relative to the buss bar for termination to the voltage sensor, thereby to reduce strain at the connection point of the wire to the voltage sensor.
Device for removing fibres, lints and/or particles from a surface, having an adhesive layer on at least one circumferential surface (3, 4) of a cover, whereby the cover is composed of at least two flexible, complementary partial surfaces (1, 2), characterized in, that one of the two partial surfaces (1, 2) forms a protrusion, the circumferential surface and/or the circumferential surface has an non-adhesive area, whereby the non-adhesive area is located in an edge area of the circumferential surface (3, 4) and the protrusion is arranged in the region of an opening of the cover, wherein the adhesive layer is provided with a protective film and the protective film is similar in shape and extent to the partial surface (1, 2) whose adhesive layer it is to cover, wherein the protective film covers the non-adhesive area in the edge region of the circumferential surface (3, 4).
A remote attestation method, comprising: Receiving, by a first network device, encrypted information and first measurement information of a second network device through the second network device, wherein the encrypted information is information obtained by encrypting, by a third network device, second measurement information of the third network device; Determining, by the first network device based on the first measurement information, that the second network device is system-trusted; and Decrypting, by the first network device, the encrypted information to obtain the second measurement information. Receiving, by a first network device, encrypted information and first measurement information of a second network device through the second network device, wherein the encrypted information is information obtained by encrypting, by a third network device, second measurement information of the third network device; Determining, by the first network device based on the first measurement information, that the second network device is system-trusted; and Decrypting, by the first network device, the encrypted information to obtain the second measurement information.
A near-eye display device, comprising: a holographic display system comprising: a light source configured to emit light that is converging or diverging; a waveguide configured to be positioned in a field of view of a user's eye; a reflective digital dynamic hologram configured to receive the converging or diverging light from the light source and spatially modulate the light for coupling into the waveguide such that the light propagates through the waveguide, wherein the reflective dynamic digital hologram is configured to reflect the light toward a waveguide coupling hologram for coupling light into the waveguide; and a front light waveguide positioned intermediate the digital dynamic hologram and the waveguide, wherein a front light input coupling hologram is configured to receive the converging or diverging light from the light source and direct the light into the front light waveguide, a front light output coupling hologram is configured to direct the light exiting the front light waveguide to the reflective digital dynamic hologram and make the light converging or diverging, and wherein the waveguide is configured as a pupil-replicating waveguide and configured to receive light reflected by the reflective digital dynamic hologram and direct the received light toward the user's eye. a light source configured to emit light that is converging or diverging; a waveguide configured to be positioned in a field of view of a user's eye; a reflective digital dynamic hologram configured to receive the converging or diverging light from the light source and spatially modulate the light for coupling into the waveguide such that the light propagates through the waveguide, wherein the reflective dynamic digital hologram is configured to reflect the light toward a waveguide coupling hologram for coupling light into the waveguide; and a front light waveguide positioned intermediate the digital dynamic hologram and the waveguide, wherein a front light input coupling hologram is configured to receive the converging or diverging light from the light source and direct the light into the front light waveguide, a front light output coupling hologram is configured to direct the light exiting the front light waveguide to the reflective digital dynamic hologram and make the light converging or diverging, and wherein the waveguide is configured as a pupil-replicating waveguide and configured to receive light reflected by the reflective digital dynamic hologram and direct the received light toward the user's eye.
An energy storage module for a power supply device, especially of a motor vehicle, comprising a plurality of prismatic storage cells which, stacked in at least one row (60, 61), are arranged in tandem and are braced between two end plates (30, 35) by at least one tie rod (40, 42), wherein the tie rod (40, 42) is formed integrally as a heat conduction plate for removing the heat from the storage cells to a cooling device, wherein the energy storage module has a front side, a rear side opposite the front side and two side faces (112, 113) which are arranged between the two end plates (30, 35) and the front side and the rear side, wherein the storage cells have connection terminals (11, 12) which, in all the storage cells, are jointly arranged on the front side of the energy storage module, wherein no connection terminals (11, 12) are arranged on the rear side of the energy storage module, wherein a first part (40a, 42a) of the tie rod (40, 42) at least partly rests on the rear side of the energy storage module, and wherein a second part (40b, 42b) of the same tie rod (40, 42) partly rests on at least one of the two side faces (112, 113) of the energy storage module, and the second part (40b, 42b) of the tie rod (40, 42) extends over the entire height of the energy storage module, especially from the rear side to the front side.
Use of a bipole fitted in a hazard warning system socket for releasably receiving a hazard warning system for setting one of the at least two operating modes of the hazard warning system, wherein an electric characteristic of the bipole is able to be read out electrically by an electronic control of the hazard warning system via two pairs of electric contacts (X2, Y2; XEA, YEA) that contact each other in the received state of the hazard warning system, characterised in that the said electronic control is configured, on the basis of the detected electric characteristic of the bipole, to set one of at least two operating modes of the hazard warning system.