mhurhangee/ep-ind-claims huggingface dataset:
A method for guiding a robotic garden tool to a predetermined position, wherein the robotic garden tool is provided with at least one sensing means adapted to detect a signal in a wire, the method comprising: detecting a first signal from a first signal source; following the first signal source at a varying distance to the first signal source, wherein the varying distance is a distance less than or equal to a maximum distance to the first signal source, detecting a second signal from a second signal source, and decreasing the maximum distance to the first signal source based at least in part on the detection of the second signal; and following the first signal source at a varying distance from the first signal source that is less than or equal to the decreased maximum distance from the first signal source. detecting a first signal from a first signal source; following the first signal source at a varying distance to the first signal source, wherein the varying distance is a distance less than or equal to a maximum distance to the first signal source, detecting a second signal from a second signal source, and decreasing the maximum distance to the first signal source based at least in part on the detection of the second signal; and following the first signal source at a varying distance from the first signal source that is less than or equal to the decreased maximum distance from the first signal source.
A method of a communication device in a wireless system operating in accordance with an Institute of Electrical and Electronics Engineers 802.11 standard, the method comprising: generating a High Efficiency Physical Layer Protocol Data Unit, HE PPDU, including a Non-High-Throughput signal, L-SIG, field including a first length indication, a High Efficiency signal, HE-SIG, field, and a data field, wherein the data field includes an Orthogonal Frequency Division Multiplexing, OFDM, symbol (646 - FIG. 6) including padding bits; appending an extension (860, 862, 864) at an end of the HE PPDU to increase an available processing time, the extension having a non-zero signal strength; and transmitting the HE PPDU and the appended extension, wherein the first length indication corresponds to a duration from an end of the L-SIG field to an end of an End of Frame of the HE PPDU, wherein the HE-SIG field includes a second length indication consisting of only one bit and indicating information about a duration of the extension, and wherein generating the HE-SIG field includes setting the second length indication by: comparing the duration of the extension to a predetermined duration, setting the second length indication to a first state when the duration of the extension is less than the predetermined duration, and setting the second length indication to a second state when the duration of the extension is greater than or equal to the predetermined duration. generating a High Efficiency Physical Layer Protocol Data Unit, HE PPDU, including a Non-High-Throughput signal, L-SIG, field including a first length indication, a High Efficiency signal, HE-SIG, field, and a data field, wherein the data field includes an Orthogonal Frequency Division Multiplexing, OFDM, symbol (646 - FIG. 6) including padding bits; appending an extension (860, 862, 864) at an end of the HE PPDU to increase an available processing time, the extension having a non-zero signal strength; and transmitting the HE PPDU and the appended extension, wherein the first length indication corresponds to a duration from an end of the L-SIG field to an end of an End of Frame of the HE PPDU, wherein the HE-SIG field includes a second length indication consisting of only one bit and indicating information about a duration of the extension, and wherein generating the HE-SIG field includes setting the second length indication by: comparing the duration of the extension to a predetermined duration, setting the second length indication to a first state when the duration of the extension is less than the predetermined duration, and setting the second length indication to a second state when the duration of the extension is greater than or equal to the predetermined duration. comparing the duration of the extension to a predetermined duration, setting the second length indication to a first state when the duration of the extension is less than the predetermined duration, and setting the second length indication to a second state when the duration of the extension is greater than or equal to the predetermined duration.
A prosthetic device comprising: a first compressible member sized to substantially replace the nucleus pulposus of a first intervertebral disc and to substantially maintain an annulus fibrosis of a first intervertebral disc so that the annulus fibrosis can retain the first compressible member in place; a second compressible member sized to substantially replace the nucleus pulposus of a second intervertebral disc that is separated from the first intervertebral disc by a vertebral body and to substantially maintain an annulus fibrosis of a second intervertebral disc so that the annulus fibrosis can retain the second compressible member in place; and a fixation member sized to fit within a cavity in the vertebral body, the fixation member positioned between and engaged with the first and second compressible members, the fixation member including at least one adjustable member configured to adjust a length of the fixation member and a locking mechanism configured to maintain the adjustable member at a fixed length. a first compressible member sized to substantially replace the nucleus pulposus of a first intervertebral disc and to substantially maintain an annulus fibrosis of a first intervertebral disc so that the annulus fibrosis can retain the first compressible member in place; a second compressible member sized to substantially replace the nucleus pulposus of a second intervertebral disc that is separated from the first intervertebral disc by a vertebral body and to substantially maintain an annulus fibrosis of a second intervertebral disc so that the annulus fibrosis can retain the second compressible member in place; and a fixation member sized to fit within a cavity in the vertebral body, the fixation member positioned between and engaged with the first and second compressible members, the fixation member including at least one adjustable member configured to adjust a length of the fixation member and a locking mechanism configured to maintain the adjustable member at a fixed length.
A supporting device for preformed elements for producing single superstructures of dental prostheses anchored to a corresponding implant in the patient's mouth, said device being supportable to a processing machine by means of a respective supporting system (28,35), wherein said supporting device is of the type consisting of a supporting body, comprising an interface for supporting a preformed element with respect to the same supporting body, and a base opposite to said interface, wherein said device comprises: - a shank, provided at the base of said device and containing a threaded recess for connection to said supporting system (28,35) of said device to the processing machine of said preformed element, and a flange provided at its circular edge with a section of the straight side surface which represents the angular position reference and the lower side of said flange defining the reference in height of the device with respect to the processing point zero on the processing machine; - a first threaded stem for receiving a first nut and a second threaded stem for receiving a second nut having a supporting surface with respect to a surface of the preformed element to the above supporting body, - said second threaded stem, for receiving said interface identical to that of the implant in the mouth, having a free end reproducing the form and dimension of said interface of the implant in the mouth, said stem being provided with a hole to receive the respective fixing screw for fixing the preformed element to the device, - said second nut received on said second stem having a supporting surface with respect to the surface of the preformed element, suitable for increasing the supporting surface between said preformed element and said supporting device. - a shank, provided at the base of said device and containing a threaded recess for connection to said supporting system (28,35) of said device to the processing machine of said preformed element, and a flange provided at its circular edge with a section of the straight side surface which represents the angular position reference and the lower side of said flange defining the reference in height of the device with respect to the processing point zero on the processing machine; - a first threaded stem for receiving a first nut and a second threaded stem for receiving a second nut having a supporting surface with respect to a surface of the preformed element to the above supporting body, - said second threaded stem, for receiving said interface identical to that of the implant in the mouth, having a free end reproducing the form and dimension of said interface of the implant in the mouth, said stem being provided with a hole to receive the respective fixing screw for fixing the preformed element to the device, - said second nut received on said second stem having a supporting surface with respect to the surface of the preformed element, suitable for increasing the supporting surface between said preformed element and said supporting device.
An apparatus comprising: an array of pixels configured to provide images on a frame-by-frame basis, each frame comprises a plurality of displaying periods (1D, 2D, 3D, 4D, 5D, 6D) and a plurality of touch sensing periods (1T, 2T, 3T, 4T, 5T, 6T) which are alternately arranged in sequence; and an array of self-capacitance electrodes that are grouped into a plurality of touch groups (1TG, 2TG, 3TG) in a horizontal scan direction along a plurality of gate lines with each touch group connected to a single multiplexer among a plurality of multiplexers such that all of the self-capacitance electrodes provide touch sensing signals to corresponding multiplexers through a plurality of touch lines during the touch sensing periods (1T, 2T, 3T, 4T, 5T, 6T) of each frame, each touch group (1TG, 2TG, 3TG) having a first row of self-capacitance electrodes that operate as a first sub-group such that pixels corresponding to the first sub-group are driven during one displaying period (1D, 3D, 5D) of each frame, and having a second row of self-capacitance electrodes that operate as a second sub-group such that pixels corresponding to the second sub-group are driven during a subsequent displaying period (2D, 4D, 6D) of each frame, wherein the array of pixels and the array of self-capacitance electrodes are configured to determine a touch event and to compensate display-to-touch crosstalk with DTX compensation data generated in view of a refreshed portion and an unrefreshed portion of the image of each frame. an array of pixels configured to provide images on a frame-by-frame basis, each frame comprises a plurality of displaying periods (1D, 2D, 3D, 4D, 5D, 6D) and a plurality of touch sensing periods (1T, 2T, 3T, 4T, 5T, 6T) which are alternately arranged in sequence; and an array of self-capacitance electrodes that are grouped into a plurality of touch groups (1TG, 2TG, 3TG) in a horizontal scan direction along a plurality of gate lines with each touch group connected to a single multiplexer among a plurality of multiplexers such that all of the self-capacitance electrodes provide touch sensing signals to corresponding multiplexers through a plurality of touch lines during the touch sensing periods (1T, 2T, 3T, 4T, 5T, 6T) of each frame, each touch group (1TG, 2TG, 3TG) having a first row of self-capacitance electrodes that operate as a first sub-group such that pixels corresponding to the first sub-group are driven during one displaying period (1D, 3D, 5D) of each frame, and having a second row of self-capacitance electrodes that operate as a second sub-group such that pixels corresponding to the second sub-group are driven during a subsequent displaying period (2D, 4D, 6D) of each frame, wherein the array of pixels and the array of self-capacitance electrodes are configured to determine a touch event and to compensate display-to-touch crosstalk with DTX compensation data generated in view of a refreshed portion and an unrefreshed portion of the image of each frame.
A method for processing a signal in a receiver, the signal comprising a frequency hopped sequence of chips, and the method comprising acquiring the signal by digitising it and then carrying out the steps of: a) splitting the received signal into a plurality (1-k) of separate processing sub-channels, each one arranged to process a separate frequency band corresponding to one or more different hop frequencies; b) within each sub-channel: i) subtracting any sub-carrier frequency from the received signal ii) filtering the signal from (i) using a chip-matched filter; iii) selecting a sub-set of samples from the filtered signal by a sub-sampler and storing them in a buffer as contiguous samples; iv) correlating the selected sub-set of samples from step (iii) with a known reference signal in a segmented correlator comprising M sub-correlators and providing, from each sub-correlator, its output to a sub-channel discrete time Fourier transform DTFT to produce M sub-channel DTFT outputs; c) providing the respective n th output from each sub-channel DTFT into an input of a respective one of a bank of M common DTFTs (22-1, 22-2, 22-M); d) selecting one or more outputs of the common DTFTs of stage (c) having a peak above a predetermined threshold for further processing in the receiver. a) splitting the received signal into a plurality (1-k) of separate processing sub-channels, each one arranged to process a separate frequency band corresponding to one or more different hop frequencies; b) within each sub-channel: i) subtracting any sub-carrier frequency from the received signal ii) filtering the signal from (i) using a chip-matched filter; iii) selecting a sub-set of samples from the filtered signal by a sub-sampler and storing them in a buffer as contiguous samples; iv) correlating the selected sub-set of samples from step (iii) with a known reference signal in a segmented correlator comprising M sub-correlators and providing, from each sub-correlator, its output to a sub-channel discrete time Fourier transform DTFT to produce M sub-channel DTFT outputs; i) subtracting any sub-carrier frequency from the received signal ii) filtering the signal from (i) using a chip-matched filter; iii) selecting a sub-set of samples from the filtered signal by a sub-sampler and storing them in a buffer as contiguous samples; iv) correlating the selected sub-set of samples from step (iii) with a known reference signal in a segmented correlator comprising M sub-correlators and providing, from each sub-correlator, its output to a sub-channel discrete time Fourier transform DTFT to produce M sub-channel DTFT outputs; c) providing the respective n th output from each sub-channel DTFT into an input of a respective one of a bank of M common DTFTs (22-1, 22-2, 22-M); d) selecting one or more outputs of the common DTFTs of stage (c) having a peak above a predetermined threshold for further processing in the receiver.
A semiconductor device having a repeating structure wherein a structure where a first impurity region of a first conductive type and a second impurity region of a second conductive type are aligned side by side is repeated twice, or more, in a semiconductor substrate of the first conductive type, wherein a low concentration region (3, 4) that is either said first or second impurity region (3, 4) located at the outermost portion of said repeating structure has the least generally effective charge amount from among all of said first and second impurity regions (3, 4) forming said repeating structure, wherein said semiconductor substrate has a first main surface and a second main surface facing each other and has a plurality of trenches being filled with an insulator in said first main surface, and said repeating structure has a structure wherein a unit structure where said first and second impurity regions (3, 4) are aligned with said trench located in between said first and said second impurity regions (3, 4) is repeated twice or more, said first impurity region contacting one sidewall of said trench and said second impurity region contacting the other sidewall of said trench, a plurality of said unit structures including one unit structure and the other unit structure located adjacent to each other, said first impurity region of said one unit structure being joined to said second impurity region of said other unit structure.
A programmable base unit for an ophthalmic lens storage case storing one or more ophthalmic lenses, the base unit comprising: a receptacle for receiving an ophthalmic lens storage case, said storage case capable of storing one or more ophthalmic lenses in a solution; a source of disinfecting radiation providing ultraviolet radiation to the ophthalmic lenses in the storage case; one or more sensors proximate to the ophthalmic lens storage case; a processor in logical communication with a digital storage and in logical communication with the one or more sensors; executable software stored in the digital storage and operative with the processor to cause the case to: receive data from the one or more sensors; and store the data in the digital storage and wherein the base unit additionally comprises a radio frequency receiver in logical communication with the processor for receiving data from a radio frequency transmitter in the storage case. a receptacle for receiving an ophthalmic lens storage case, said storage case capable of storing one or more ophthalmic lenses in a solution; a source of disinfecting radiation providing ultraviolet radiation to the ophthalmic lenses in the storage case; one or more sensors proximate to the ophthalmic lens storage case; a processor in logical communication with a digital storage and in logical communication with the one or more sensors; executable software stored in the digital storage and operative with the processor to cause the case to: receive data from the one or more sensors; and store the data in the digital storage and wherein the base unit additionally comprises a radio frequency receiver in logical communication with the processor for receiving data from a radio frequency transmitter in the storage case. receive data from the one or more sensors; and store the data in the digital storage and wherein the base unit additionally comprises a radio frequency receiver in logical communication with the processor for receiving data from a radio frequency transmitter in the storage case.
An apparatus for creating a library of emulsion outlooks via a microfluidic system, comprising: a carrier fluid channel having a carrier fluid flowing therein at an adjustable or predetermined flow rate; a plurality of droplet generators or a plurality of droplet dispensers wherein each droplet generator having a reagent fluid supply means for providing reagent fluid to the droplet generator and an outlet channel, the outlet channel in fluid communication with the carrier fluid channel and a means for transferring a predetermined amount of reagent fluid from the supply means to the outlet channel such that a reagent droplet of predetermined amount is caused to enter the carrier fluid or wherein each droplet dispenser having a supply of droplets in the form of a water-in-oil emulsion and an outlet channel, the outlet channel in fluid communication with the carrier fluid channel, and a means for transferring a predetermined volume of emulsion from the supply means to the outlet channel such that a predetermined volume of emulsion is caused to enter the carrier fluid; a controller in communication with the plurality of droplet generators for controlling the means for transferring a predetermined amount of fluid in each droplet generator. a carrier fluid channel having a carrier fluid flowing therein at an adjustable or predetermined flow rate; a plurality of droplet generators or a plurality of droplet dispensers wherein each droplet generator having a reagent fluid supply means for providing reagent fluid to the droplet generator and an outlet channel, the outlet channel in fluid communication with the carrier fluid channel and a means for transferring a predetermined amount of reagent fluid from the supply means to the outlet channel such that a reagent droplet of predetermined amount is caused to enter the carrier fluid or wherein each droplet dispenser having a supply of droplets in the form of a water-in-oil emulsion and an outlet channel, the outlet channel in fluid communication with the carrier fluid channel, and a means for transferring a predetermined volume of emulsion from the supply means to the outlet channel such that a predetermined volume of emulsion is caused to enter the carrier fluid; a controller in communication with the plurality of droplet generators for controlling the means for transferring a predetermined amount of fluid in each droplet generator.
Motor vehicle door latch comprising a locking mechanism (1, 2) substantially consisting of a pawl and a catch, further comprising a release lever for the locking mechanism (1, 2), and comprising at least one operating lever and a blocking element, the blocking element achieving a mechanical connection between the operating lever and the release lever during normal operation and a mechanical separation between same when operating in the event of an accident, the blocking element being designed as a coupling lever mounted on the operating lever, which coupling lever, when operating in the event of an accident, pivots independently of the operating lever that is acted upon by spring force, characterized in that the plane defined by the operating lever including the coupling lever mounted thereon and the plane defined by the release lever are arranged at an angle, in particular at a right angle, to one another.
A kit for forming a bipolar plate of a fuel cell, the kit comprising two half-plates (1A, 1B) adapted to be assembled one against the other, each of the two half-plates (1A, 1B) having grooves (11A, 12A, 11B, 12B) formed by embossing and extending in a longitudinal direction (X-X), and being adapted to form reagent flow channels (5A, 5B) on either side of the half-plates (1A, 1B), together with heat transfer fluid flow ducts between the two half-plates (1A, 1B), the kit being characterized in that the half-plates (1A, 1B) are identical, each having at least one pair of complementary indexing elements (2A1, 2A2, 2B1, 2B2, 3A1, 3A2, 3B1, 3B2) formed by embossing and adapted to center said half-plates (1A, 1B) relative to each other when they are assembled together.