mhurhangee/ep-ind-claims huggingface dataset:
A touch input device comprising: a touch sensor comprising a plurality of touch electrodes; a display panel; and a reference potential layer, wherein the touch sensor is completely laminated with the display panel, wherein, when a touch pressure is applied, the touch sensor and the display panel are bent, wherein the reference potential layer is disposed apart from the touch sensor, wherein a touch position is detected based on a first capacitance which is detected from the touch electrode and is changed by an approach of an object to the touch sensor, wherein a magnitude of the touch pressure is detected based on a second capacitance which is detected from the touch electrode and is changed according to a distance between the touch sensor and the reference potential layer, wherein the distance between the touch sensor and the reference potential layer is changed according to the bending of the touch sensor and the display panel. a touch sensor comprising a plurality of touch electrodes; a display panel; and a reference potential layer, wherein the touch sensor is completely laminated with the display panel, wherein, when a touch pressure is applied, the touch sensor and the display panel are bent, wherein the reference potential layer is disposed apart from the touch sensor, wherein a touch position is detected based on a first capacitance which is detected from the touch electrode and is changed by an approach of an object to the touch sensor, wherein a magnitude of the touch pressure is detected based on a second capacitance which is detected from the touch electrode and is changed according to a distance between the touch sensor and the reference potential layer, wherein the distance between the touch sensor and the reference potential layer is changed according to the bending of the touch sensor and the display panel. wherein the touch sensor is completely laminated with the display panel, wherein, when a touch pressure is applied, the touch sensor and the display panel are bent, wherein the reference potential layer is disposed apart from the touch sensor, wherein a touch position is detected based on a first capacitance which is detected from the touch electrode and is changed by an approach of an object to the touch sensor, wherein a magnitude of the touch pressure is detected based on a second capacitance which is detected from the touch electrode and is changed according to a distance between the touch sensor and the reference potential layer, wherein the distance between the touch sensor and the reference potential layer is changed according to the bending of the touch sensor and the display panel.
A center frequency adjustment method of an orthogonal frequency division multiplexing OFDM system, wherein the OFDM system comprises a transmit end and a receive end, and the method comprises: acquiring, by the receive end, current signal-to-noise ratio values of subcarriers of an OFDM signal transmitted by the transmit end; calculating, by the receive end, a current signal-to-noise-ratio-related value according to the current signal-to-noise ratio values, wherein the current signal-to-noise-ratio-related value is an operation result obtained by performing a numerical operation on the current signal-to-noise ratio values, and different current signal-to-noise ratio values correspond to a different current signal-to-noise-ratio-related value; acquiring, by the receive end according to the current signal-to-noise-ratio-related value, a current frequency shift value corresponding to the current signal-to-noise-ratio-related value from a linear relationship between a frequency shift value of a center frequency of the OFDM signal and a signal-to-noise-ratio-related value; determining, by the receive end, a frequency adjustment value according to the current frequency shift value, and transmitting the frequency adjustment value to the transmit end; and adjusting, by the transmit end according to the frequency adjustment value, the center frequency of the OFDM signal transmitted by the transmit end. acquiring, by the receive end, current signal-to-noise ratio values of subcarriers of an OFDM signal transmitted by the transmit end; calculating, by the receive end, a current signal-to-noise-ratio-related value according to the current signal-to-noise ratio values, wherein the current signal-to-noise-ratio-related value is an operation result obtained by performing a numerical operation on the current signal-to-noise ratio values, and different current signal-to-noise ratio values correspond to a different current signal-to-noise-ratio-related value; acquiring, by the receive end according to the current signal-to-noise-ratio-related value, a current frequency shift value corresponding to the current signal-to-noise-ratio-related value from a linear relationship between a frequency shift value of a center frequency of the OFDM signal and a signal-to-noise-ratio-related value; determining, by the receive end, a frequency adjustment value according to the current frequency shift value, and transmitting the frequency adjustment value to the transmit end; and adjusting, by the transmit end according to the frequency adjustment value, the center frequency of the OFDM signal transmitted by the transmit end.
A face tracking method, applicable to a tracking thread, wherein a first keyframe data set and a second keyframe data set are maintained on the tracking thread, and the face tracking method comprises: determining (S101; S203), in a process of tracking a face in a video frame, whether an optimization thread is running; in response to the optimization thread running and the video frame being a keyframe, updating (S102; S206) the second keyframe data set based on the video frame; in response to receiving a clear instruction for clearing a video frame in the second keyframe data set from the optimization thread, clearing (S103; S210) the video frame in the second keyframe data set, and updating the second keyframe data set to the first keyframe data set; in response to the optimization thread not running and the video frame being the keyframe, updating (S104; S213) the first keyframe data set based on the video frame and the second keyframe data set; and making the optimization thread optimize a facial identity based on the first keyframe data set by invoking (S105; S218) the optimization thread upon updating the first keyframe data set. determining (S101; S203), in a process of tracking a face in a video frame, whether an optimization thread is running; in response to the optimization thread running and the video frame being a keyframe, updating (S102; S206) the second keyframe data set based on the video frame; in response to receiving a clear instruction for clearing a video frame in the second keyframe data set from the optimization thread, clearing (S103; S210) the video frame in the second keyframe data set, and updating the second keyframe data set to the first keyframe data set; in response to the optimization thread not running and the video frame being the keyframe, updating (S104; S213) the first keyframe data set based on the video frame and the second keyframe data set; and making the optimization thread optimize a facial identity based on the first keyframe data set by invoking (S105; S218) the optimization thread upon updating the first keyframe data set.
An elongated device for restoring blood flow or removing thrombus, the elongated device being adapted to be advanced distally and withdrawn proximally from a proximal end and rotated about a longitudinal axis from the proximal end, the elongated device comprising: a working element comprising a first connection portion extending proximally, the first connection portion having a first attachment surface; a pusher comprising a second connection portion extending distally, the second connection portion having a second attachment surface facing and extending longitudinally aligned to the first attachment surface to define an overlapping portion and to define first and second seams extending longitudinally along first and second lateral extents of the overlapping portion; a first weld attaching the first and second connection portions (101, 201), extending from the first seam toward the second seam; and a second weld attaching the first and second connection portions (101, 201), extending from the second seam toward the first seam. a working element comprising a first connection portion extending proximally, the first connection portion having a first attachment surface; a pusher comprising a second connection portion extending distally, the second connection portion having a second attachment surface facing and extending longitudinally aligned to the first attachment surface to define an overlapping portion and to define first and second seams extending longitudinally along first and second lateral extents of the overlapping portion; a first weld attaching the first and second connection portions (101, 201), extending from the first seam toward the second seam; and a second weld attaching the first and second connection portions (101, 201), extending from the second seam toward the first seam.
A prioritization method for random access, comprising the following steps: receiving one or more first packet flow for transmission, wherein the one or more first packet flow is assigned a respective access category queue, initiating a random access procedure for the first packet flow, receiving a packet of a second packet flow for transmission, wherein the second packet flow is assigned an access category queue having priority over the access category queue assigned to the first packet flow, interrupting the random access procedure for the first packet flow, and performing a random access procedure for the received packet of the second packet flow wherein idle time slots previously sensed by the random access procedure for the first packet flow are reused for the random access procedure for the second packet flow, characterized in that the performing of the random access procedure for the received packet of the second packet flow further comprises: determining a number of time slots, M, required to be idle during a time interval before a back-off time for the random access procedure for the second packet flow, obtaining a number of idle time slots, N, previously sensed by the random access procedure for the first packet flow, and decrementing the number of time slots, M, required to be idle by the number of idle time slots, N, previously sensed. receiving one or more first packet flow for transmission, wherein the one or more first packet flow is assigned a respective access category queue, initiating a random access procedure for the first packet flow, receiving a packet of a second packet flow for transmission, wherein the second packet flow is assigned an access category queue having priority over the access category queue assigned to the first packet flow, interrupting the random access procedure for the first packet flow, and performing a random access procedure for the received packet of the second packet flow wherein idle time slots previously sensed by the random access procedure for the first packet flow are reused for the random access procedure for the second packet flow, characterized in that the performing of the random access procedure for the received packet of the second packet flow further comprises: determining a number of time slots, M, required to be idle during a time interval before a back-off time for the random access procedure for the second packet flow, obtaining a number of idle time slots, N, previously sensed by the random access procedure for the first packet flow, and decrementing the number of time slots, M, required to be idle by the number of idle time slots, N, previously sensed. determining a number of time slots, M, required to be idle during a time interval before a back-off time for the random access procedure for the second packet flow, obtaining a number of idle time slots, N, previously sensed by the random access procedure for the first packet flow, and decrementing the number of time slots, M, required to be idle by the number of idle time slots, N, previously sensed.
A method for loading and/or unloading laundry machines, in particular washing machines, dryers or the like, with laundry, wherein the preferably sorted laundry is transported to the respective laundry machine to be loaded, and the laundry is loaded into the laundry machine and/or unloaded from the laundry machine and transported away in that the laundry is transported to at least one store (13, 29) and temporarily stored there, wherein the laundry is transported from the store to the laundry machine and the laundry machine is loaded with the laundry, and/or the laundry unloaded from a laundry machine is transported to another store and temporarily stored there, characterized in that the laundry to be treated is transported in a container to the store for laundry to be treated, the laundry is transferred from the container to the store, the laundry is extracted from the store by a loading container, the laundry in the loading container is transported by said container to the respective laundry machine, and by unloading the loading container the laundry machine is loaded with the laundry, and/or the treated laundry unloaded from the laundry machine is loaded into an unloading container, the laundry is transported with the unloading container to the other store for treated laundry and discharged from the unloading container to the other store.
A robot for attaching a part to an apparatus, the robot comprising a compliant end effector for selectively retaining the part, the compliant end effector comprising: a base; a jaw fixedly coupled to the base; a part-engaging surface; and a pivot structure that extends between the part-engaging surface and the jaw, wherein the pivot structure is configured to permit limited rotation of the part-engaging surface relative to the jaw about a single pivot axis, wherein the robot further includes a vision system operatively coupled to a robotic arm, wherein the vision system is configured to generate a location signal that quantifies a position of the part relative to the apparatus, and wherein the part-engaging surface is a vacuum surface configured to selectively retain the part via a vacuum force. a base; a jaw fixedly coupled to the base; a part-engaging surface; and a pivot structure that extends between the part-engaging surface and the jaw, wherein the pivot structure is configured to permit limited rotation of the part-engaging surface relative to the jaw about a single pivot axis, wherein the robot further includes a vision system operatively coupled to a robotic arm, wherein the vision system is configured to generate a location signal that quantifies a position of the part relative to the apparatus, and wherein the part-engaging surface is a vacuum surface configured to selectively retain the part via a vacuum force.
A contact pressure element suitable for a power module, the power module consists of a molded body having a substantially flat contact surface for contact on a support structure and having a plurality of contact pins projecting from the molded body, wherein the contact pressure element can engage over the molded body of the power module, wherein the contact pressure element can be provided on a side of the power module opposite the contact surface, can be fastened to the support structure of the power module using at least one connecting element, and a contact force can be applied onto the contact surface, characterized in that, per power module, four outer sections shaped like tabs or tongues extend from a center area of the contact pressure element, the outer edge areas of said outer sections can elastically act on edge areas of the power module in the fastened position of the power module and contact pressure element, wherein the outer sections shaped on the contact pressure element are designed as edge strips on two opposite sides of the contact pressure element and extend along an edge area of the power module with contact pins.
Aircraft flap with aileron functionality, comprising: a flap body; and an actuation mechanism for the aircraft flap, the actuation mechanism comprising: a crank having a crank axle, a crank arm and a crank pivot; a displacement shaft articulated to the crank pivot at an actuating end portion; and a rotatable linear-motion bearing in which the displacement shaft is slidably supported, wherein the linear-motion bearing is rotatably attachable at a pivot point to an aircraft wing comprising the aircraft flap, so that the displacement shaft is able to rotate around an axis running spanwise of the aircraft wing around the pivot point, characterized in that the displacement shaft is fixedly connected to the flap body at a flap end portion of the displacement shaft opposite to the actuating end portion. a flap body; and an actuation mechanism for the aircraft flap, the actuation mechanism comprising: a crank having a crank axle, a crank arm and a crank pivot; a displacement shaft articulated to the crank pivot at an actuating end portion; and a rotatable linear-motion bearing in which the displacement shaft is slidably supported, a crank having a crank axle, a crank arm and a crank pivot; a displacement shaft articulated to the crank pivot at an actuating end portion; and a rotatable linear-motion bearing in which the displacement shaft is slidably supported, wherein the linear-motion bearing is rotatably attachable at a pivot point to an aircraft wing comprising the aircraft flap, so that the displacement shaft is able to rotate around an axis running spanwise of the aircraft wing around the pivot point, characterized in that the displacement shaft is fixedly connected to the flap body at a flap end portion of the displacement shaft opposite to the actuating end portion.
A plurality of nucleic acid fragments, wherein: each nucleic acid fragment is a fragment of a nucleic acid comprising a plurality of nucleotide sequences; each nucleotide sequence of the plurality comprises a first subsequence and a second subsequence; the first subsequence comprises a 3' sequence of a first exon; the second subsequence comprises a 5' sequence of a second exon; the first subsequence and second subsequence are adjoining sequences in the nucleic acid; the first subsequence and second subsequence are each at least 20 nt long; the first subsequence is 5' relative to the second subsequence in the nucleic acid; the first exon is an exon of a first gene; the second exon is an exon of a second gene; the first gene and second gene are different genes; each nucleotide sequence of the plurality of nucleotide sequences comprises either a 3' sequence of a first exon that is different from every other first exon of the nucleotide sequences of the plurality or a 5' sequence of a second exon that is different from every other second exon of the nucleotide sequences of the plurality; the plurality of nucleic acid fragments consists of fragments from multiple copies of the nucleic acid and the nucleic acid fragments from one copy of the nucleic acid are not identical to the nucleic acid fragments from at least one other copy of the nucleic acid; and each nucleotide sequence of the plurality of nucleotide sequences is encoded by at least one nucleic acid fragment of the plurality of nucleic acid fragments. each nucleic acid fragment is a fragment of a nucleic acid comprising a plurality of nucleotide sequences; each nucleotide sequence of the plurality comprises a first subsequence and a second subsequence; the first subsequence comprises a 3' sequence of a first exon; the second subsequence comprises a 5' sequence of a second exon; the first subsequence and second subsequence are adjoining sequences in the nucleic acid; the first subsequence and second subsequence are each at least 20 nt long; the first subsequence is 5' relative to the second subsequence in the nucleic acid; the first exon is an exon of a first gene; the second exon is an exon of a second gene; the first gene and second gene are different genes; each nucleotide sequence of the plurality of nucleotide sequences comprises either a 3' sequence of a first exon that is different from every other first exon of the nucleotide sequences of the plurality or a 5' sequence of a second exon that is different from every other second exon of the nucleotide sequences of the plurality; the plurality of nucleic acid fragments consists of fragments from multiple copies of the nucleic acid and the nucleic acid fragments from one copy of the nucleic acid are not identical to the nucleic acid fragments from at least one other copy of the nucleic acid; and each nucleotide sequence of the plurality of nucleotide sequences is encoded by at least one nucleic acid fragment of the plurality of nucleic acid fragments.
An assembly for protecting an acoustic device, comprising: an expanded polytetrafluoroethylene (ePTFE) membrane comprising a highly fibrillated microstructure; and an elastomer (204a, 204b, 204c) fully impregnated within the ePTFE membrane to form a composite (112, 112a, 112c, 206), wherein; the composite has an acoustic loss of less than 7 dB at 1 kHz; and the composite has a water entry pressure of at least 20 PSI (0.138 MPa). an expanded polytetrafluoroethylene (ePTFE) membrane comprising a highly fibrillated microstructure; and an elastomer (204a, 204b, 204c) fully impregnated within the ePTFE membrane to form a composite (112, 112a, 112c, 206), wherein; the composite has an acoustic loss of less than 7 dB at 1 kHz; and the composite has a water entry pressure of at least 20 PSI (0.138 MPa).
Mineral wool insulation product comprising a marking characterised in that the marking comprises at least one UV or IR active component in an amount of less than 1.0 %wt based on the total weight of the mineral wool insulation product, the UV or IR active component being selected from: - a UV active component which can only be seen with the naked eye under ambient conditions when irradiated with a source of UV radiation; and - an IR active component which can only be seen with the naked eye under ambient conditions when irradiated with a source of IR radiation. - a UV active component which can only be seen with the naked eye under ambient conditions when irradiated with a source of UV radiation; and - an IR active component which can only be seen with the naked eye under ambient conditions when irradiated with a source of IR radiation.