mhurhangee/ep-ind-claims huggingface dataset:
A plant matter sensor comprising: a plurality of emitter and receiver pairs, wherein the emitters are configured to emit a light signal toward a plant; and wherein the receivers are configured to receive a reflected light signal from the plant; wherein the plurality of pairs of emitters and receivers are arranged together in clusters on an elongate sensor board and wherein the elongate sensor board is substantially vertical in use; wherein each of the emitters is configured to emit at a distinct wavelength and each of the paired receivers are configured to detect a corresponding wavelength, wherein the emitted distinct wavelength of at least two of the emitters are different to each other; wherein the plant matter sensor includes a housing configured to minimise ambient light reaching the receivers; a processor is configured to determine health and/or nutritional content based on a ratio between a reflected signal of a first frequency and a reflected signal of a second frequency determined at vertically displaced points on the plant matter. a plurality of emitter and receiver pairs, wherein the emitters are configured to emit a light signal toward a plant; and wherein the receivers are configured to receive a reflected light signal from the plant; wherein the plurality of pairs of emitters and receivers are arranged together in clusters on an elongate sensor board and wherein the elongate sensor board is substantially vertical in use; wherein each of the emitters is configured to emit at a distinct wavelength and each of the paired receivers are configured to detect a corresponding wavelength, wherein the emitted distinct wavelength of at least two of the emitters are different to each other; wherein the plant matter sensor includes a housing configured to minimise ambient light reaching the receivers; a processor is configured to determine health and/or nutritional content based on a ratio between a reflected signal of a first frequency and a reflected signal of a second frequency determined at vertically displaced points on the plant matter.
A method for producing a fastening arrangement with a layer packet (12, 14, 16) and a screw, comprising the following steps: - screwing the screw into the layer packet (12, 14, 16), wherein at least the layer of the layer packet (12, 14, 16) furthest away from the screw head is deformed in the screwing direction so that a thickness D p of the layer packet (12, 14, 16) directly around the screw is increased, - Continuing the screwing-in of the screw until the screw head abuts against the layer packet, at which moment a maximum layer packet thickness D p,max is reached and the length L F of the threadless shaft portion is at most 10 % smaller and at most 30 % greater than the maximum layer packet thickness D p,max, the screw having • a screw head equipped with an engagement point, • a shaft extending into a displacement tip, • a thread extending into the displacement tip • and a threadless shaft portion arranged between the thread and the screw head, • wherein the thread has, adjacent the threadless shaft portion, a plurality of support points for the layer packet (12, 14, 16) which are at the same distance from the screw head and thus delimit the threadless shaft portion • wherein the support points are formed in that the thread extends into a planar radially extending plane. - screwing the screw into the layer packet (12, 14, 16), wherein at least the layer of the layer packet (12, 14, 16) furthest away from the screw head is deformed in the screwing direction so that a thickness D p of the layer packet (12, 14, 16) directly around the screw is increased, - Continuing the screwing-in of the screw until the screw head abuts against the layer packet, at which moment a maximum layer packet thickness D p,max is reached and the length L F of the threadless shaft portion is at most 10 % smaller and at most 30 % greater than the maximum layer packet thickness D p,max, the screw having • a screw head equipped with an engagement point, • a shaft extending into a displacement tip, • a thread extending into the displacement tip • and a threadless shaft portion arranged between the thread and the screw head, • wherein the thread has, adjacent the threadless shaft portion, a plurality of support points for the layer packet (12, 14, 16) which are at the same distance from the screw head and thus delimit the threadless shaft portion • wherein the support points are formed in that the thread extends into a planar radially extending plane. • a screw head equipped with an engagement point, • a shaft extending into a displacement tip, • a thread extending into the displacement tip • and a threadless shaft portion arranged between the thread and the screw head, • wherein the thread has, adjacent the threadless shaft portion, a plurality of support points for the layer packet (12, 14, 16) which are at the same distance from the screw head and thus delimit the threadless shaft portion • wherein the support points are formed in that the thread extends into a planar radially extending plane.
A hose reel assembly comprising: a frame rotatable along a central axis (X-X') of the hose reel assembly; a reel rotatably arranged within the frame, wherein the rotational axis of the reel is substantially parallel to the central axis (X-X'); one or more ground supports rotatably coupled with the frame, wherein the one or more ground supports allow mounting of the hose reel assembly on a level surface; and one or more wheels adapted to propel the hose reel assembly on the level surface; characterized in that: the one or more wheels are rotatably mounted on the frame; wherein the hose reel assembly defines an operational position and a driving position such that: the one or more wheels directly touch the frame in the operational position; and the one or more wheels directly touch both the level surface and the frame in the driving position. a frame rotatable along a central axis (X-X') of the hose reel assembly; a reel rotatably arranged within the frame, wherein the rotational axis of the reel is substantially parallel to the central axis (X-X'); one or more ground supports rotatably coupled with the frame, wherein the one or more ground supports allow mounting of the hose reel assembly on a level surface; and one or more wheels adapted to propel the hose reel assembly on the level surface; the one or more wheels are rotatably mounted on the frame; wherein the hose reel assembly defines an operational position and a driving position such that: the one or more wheels directly touch the frame in the operational position; and the one or more wheels directly touch both the level surface and the frame in the driving position. the one or more wheels directly touch the frame in the operational position; and the one or more wheels directly touch both the level surface and the frame in the driving position.
A brushless DC motor, comprising a stator and a rotor rotating relative to the stator, further comprising a radiating device, the radiating device comprises a first radiator used to send the heat out of the stator and a turbine, and the turbine is used to discharge the heat sent out by the first radiator out of the motor while the turbine is rotating along with the rotor, characterized in that the brushless DC motor comprises a bracket on which the stator is mounted, the bracket has an inner chamber, one end of the rotor has an opening facing the inner chamber; the first radiator is provided in the inner chamber of the bracket and thermally coupled with the stator through the bracket; the turbine is provided in the opening of the rotor and facing a first end of the first radiator.
A detection apparatus for determining a state of tissue, the detection apparatus comprising: - a fluorescence spectrum providing unit (2, 3, 23, 28) for providing a native fluorescence spectrum of the tissue, - a differentiation unit for generating a derivative of the fluorescence spectrum, - a tissue state determination unit for determining the state of the tissue from the derivative, wherein the tissue state determination unit is adapted to determine the state of the tissue based on the derivative only in the wavelength range of 600 to 700 nm, wherein the tissue state determination unit is adapted to determine whether the tissue is in a first state or in a second state, characterised in that the first state is related to a first wavelength within the wavelength range of 600 to 700 nm and the second state is related to a second wavelength within the wavelength range of 600 to 700 nm, wherein the tissue state determination unit is adapted to determine whether the tissue comprises the first state or the second state based on a first measure that depends on the derivative at wavelengths within a first wavelength range around the first wavelength and the derivative at wavelengths within a second wavelength range around the second wavelength, wherein the tissue state determination unit is adapted to determine the first measure based on at least one of i) a first difference between a) the derivative at a wavelength, which is smaller than the first wavelength and within the first wavelength range, and b) the derivative at a wavelength, which is larger than the first wavelength and within the first wavelength range, and ii) a second difference between a) the derivative at a wavelength, which is smaller than the second wavelength and within the second wavelength range, and b) the derivative at a wavelength, which is larger than the second wavelength and within the second wavelength range. - a fluorescence spectrum providing unit (2, 3, 23, 28) for providing a native fluorescence spectrum of the tissue, - a differentiation unit for generating a derivative of the fluorescence spectrum, - a tissue state determination unit for determining the state of the tissue from the derivative, wherein the tissue state determination unit is adapted to determine the state of the tissue based on the derivative only in the wavelength range of 600 to 700 nm, wherein the tissue state determination unit is adapted to determine whether the tissue is in a first state or in a second state,
Device for closing off a bay formed in a bodywork element of a motor vehicle, comprising a fixed part and at least one mobile panel relative to said fixed part, the sliding of which is guided by two rails (15 1, 15 2) carried by said fixed part, said mobile panel bearing two bolts (24 1, 24 2) capable of cooperating with two corresponding strikers, respectively formed in each of said rails (15 1, 15 2), and being mobile in a direction of unlocking perpendicular to the direction of sliding of said mobile panel, between a locked position in which said bolts (24 1, 24 2) are engaged with said strikers, and an unlocked position enabling sliding, in which said bolts (24 1, 24 2) are removed from said strikers, said mobile panel carrying an actuating handle (22,110) for actuating said bolts (24 1, 24 2), that is mobile in one direction of actuation parallel to said sliding direction, and angular transmission means characterized in that angular transmission means implement at least one toothed wheel (31 1, 31 2, 53 1, 54 1, 53 2, 54 2) to control the movement of one of said bolts (24 1, 24 2), and in that each of said bolts (24 1, 24 2) is fixedly attached to at least one first rack (32 1, 32 2) extending in parallel to said unlocking direction and said handle is fixedly attached to two second racks (51 1, 51 2, 221 1, 221 2) extending in parallel to said direction of actuation, at least one toothed wheel (31 1, 31 2, 53 1, 54 1, 53 2, 54 2) providing for the interconnection of one of the first racks (32 1, 32 2) with one of the second racks (51 1, 51 2, 221 1, 221 2).
A wire-to-board connector comprising: a first terminal that is attached to a wire; and a second terminal adapted to be mounted on a connector mounting surface of a board and comprising a base plate portion orthogonal to a connector height direction, the first terminal and the second terminal being each formed of metal, wherein in a state when the first terminal is mated with the second terminal, a wire direction is orthogonal to the connector height direction, a mating direction in which the first terminal is mated with the second terminal is parallel to the connector height direction, the first terminal includes a pair of contact beams having a beam shape, the second terminal includes a contact piece that is adapted to be inserted between the pair of contact beams, the second terminal includes a guide rod portion, the first terminal has a guide hole portion into which the guide rod portion is adapted to be inserted, characterised in that the contact piece is disposed further into a wire plug direction than the guide rod portion, the wire plug direction being a direction in which the first terminal is viewed from the wire. a first terminal that is attached to a wire; and a second terminal adapted to be mounted on a connector mounting surface of a board and comprising a base plate portion orthogonal to a connector height direction, the first terminal and the second terminal being each formed of metal, wherein in a state when the first terminal is mated with the second terminal, a wire direction is orthogonal to the connector height direction, a mating direction in which the first terminal is mated with the second terminal is parallel to the connector height direction, the first terminal includes a pair of contact beams having a beam shape, the second terminal includes a contact piece that is adapted to be inserted between the pair of contact beams, the second terminal includes a guide rod portion, the first terminal has a guide hole portion into which the guide rod portion is adapted to be inserted, characterised in that the contact piece is disposed further into a wire plug direction than the guide rod portion, the wire plug direction being a direction in which the first terminal is viewed from the wire.
A method of populating a backup channel list for a wireless local area network WLAN device operable in a spectrum, the method comprising: performing a look-up of allowed channels within allowed sub-bands to create a list of candidate channels; weighting the candidate channels based on actual and potential use of allowed sub-bands in the spectrum by giving preference first (201, 202, 203) to channels towards the lower end of the spectrum and second to channels that currently have no transmission from other Basic Service Sets, BSSs; and selecting channels from the allowed sub-bands in accordance with the weighting to achieve mandatory channel spreading requirements. performing a look-up of allowed channels within allowed sub-bands to create a list of candidate channels; weighting the candidate channels based on actual and potential use of allowed sub-bands in the spectrum by giving preference first (201, 202, 203) to channels towards the lower end of the spectrum and second to channels that currently have no transmission from other Basic Service Sets, BSSs; and selecting channels from the allowed sub-bands in accordance with the weighting to achieve mandatory channel spreading requirements.
A display device comprising: a display panel including a display region including a rounded corner, the display region having a plurality of pixels arranged therein, and a non-display region surrounding the display region; and a capacitive touch sensor comprising: a plurality of touch electrodes overlapping with the display region, the plurality of touch electrodes including a plurality of first touch electrodes that are disposed in a first direction and are electrically connected to each other and a plurality of second touch electrodes that are disposed in a second direction perpendicular to the first direction and are electrically connected to each other; and a first screen electrode disposed along the rounded corner to overlap with pixels disposed adjacent to the rounded corner among the plurality of pixels so as to screen the overlapped portions of the pixels from view, wherein the first screen electrode is electrically connected to some of the plurality of touch electrodes. a display panel including a display region including a rounded corner, the display region having a plurality of pixels arranged therein, and a non-display region surrounding the display region; and a capacitive touch sensor comprising: a plurality of touch electrodes overlapping with the display region, the plurality of touch electrodes including a plurality of first touch electrodes that are disposed in a first direction and are electrically connected to each other and a plurality of second touch electrodes that are disposed in a second direction perpendicular to the first direction and are electrically connected to each other; and a first screen electrode disposed along the rounded corner to overlap with pixels disposed adjacent to the rounded corner among the plurality of pixels so as to screen the overlapped portions of the pixels from view, wherein the first screen electrode is electrically connected to some of the plurality of touch electrodes. a plurality of touch electrodes overlapping with the display region, the plurality of touch electrodes including a plurality of first touch electrodes that are disposed in a first direction and are electrically connected to each other and a plurality of second touch electrodes that are disposed in a second direction perpendicular to the first direction and are electrically connected to each other; and a first screen electrode disposed along the rounded corner to overlap with pixels disposed adjacent to the rounded corner among the plurality of pixels so as to screen the overlapped portions of the pixels from view, wherein the first screen electrode is electrically connected to some of the plurality of touch electrodes.
A fiber bundle image processing method, comprising: determining pixel information corresponding to center positions of fibers in a sample image; correcting the determined pixel information; and reconstructing the sample image based on the corrected pixel information to obtain a reconstructed image; the fiber bundle image processing method is characterized by further comprising: sampling a uniform fluorescent sample to obtain a reference image; and sampling a fluorescent-free sample to obtain a background image; wherein the correcting the determined pixel information comprises calculating a corrected pixel value according to the following formula: F = I s − I b × K, wherein F represents the corrected pixel value, I s represents a determined pixel value, I b represents a pixel value of a corresponding pixel in the background image, and K represents a correction coefficient; wherein before the correcting step, the method further comprises calculating the correction coefficient K according to the reference image and the background image by using the following formula: K = k / I c − I b, wherein I c represents a pixel value of a corresponding pixel in the reference image, and k represents a proportional coefficient, which is equal to a median value of a difference between a pixel value of a pixel in the reference image and a pixel value of a corresponding pixel in the background image. determining pixel information corresponding to center positions of fibers in a sample image; correcting the determined pixel information; and reconstructing the sample image based on the corrected pixel information to obtain a reconstructed image; the fiber bundle image processing method is characterized by further comprising: sampling a uniform fluorescent sample to obtain a reference image; and sampling a fluorescent-free sample to obtain a background image; wherein the correcting the determined pixel information comprises calculating a corrected pixel value according to the following formula: F = I s − I b × K, sampling a uniform fluorescent sample to obtain a reference image; and sampling a fluorescent-free sample to obtain a background image; wherein the correcting the determined pixel information comprises calculating a corrected pixel value according to the following formula: F = I s − I b × K, wherein F represents the corrected pixel value, I s represents a determined pixel value, I b represents a pixel value of a corresponding pixel in the background image, and K represents a correction coefficient; wherein before the correcting step, the method further comprises calculating the correction coefficient K according to the reference image and the background image by using the following formula: K = k / I c − I b, wherein I c represents a pixel value of a corresponding pixel in the reference image, and k represents a proportional coefficient, which is equal to a median value of a difference between a pixel value of a pixel in the reference image and a pixel value of a corresponding pixel in the background image.
Retaining rail, consisting of a substantially U-shaped section with lateral limbs (3, 4) and a bridge part, which connects the lateral limbs (3, 4), for detachable fastening to an article and with tear fastener elements, which are provided at least partially on at least an outer side, and counter-elements, which co-operate therewith, at a material strip or film strip, which is thereby detachably fixable to the retaining rail, characterised in that the bridge part is of curved form and the lateral limbs (3, 4) have a lazy S-shape, wherein the lateral limbs (3, 4) have a longitudinally extending constriction (21, 22) reaching inwardly into the U and wherein the lateral limbs (3, 4) of the section are constructed as resilient clamping limbs and have a longitudinally extending splayed portion (6, 7) at the free edge region, which portions are detentable in or insertable into a mount (8, 9, 10, 11) with profile-matching supporting and/or undercut surfaces, wherein the second lateral limb (3, 4) has a mirror-image construction with respect to the first lateral limb (3, 4).
An apparatus, comprising a distractor assembly adapted to couple to a leg and capable of providing a distraction load on the leg in both supine and lateral positions of the leg; a support (220, 280) configured to be fastened to a surgical table, and wherein the distractor assembly comprises a joint coupling the distractor assembly to the support, and the support includes at least one mount (236a, 236b, 284) for coupling to the joint, wherein the joint comprises a lockable ball joint, and a mechanism for locking the ball joint located remote from the ball joint.
Method for controlling an electrically heatable device, in which non-usage is determined as a function of a usage state of the device and the electric heater of the device can be deactivated if the duration of non-usage has reached a first temporal threshold value, characterised in that the duration of a first non-usage is measured and compared to a second temporal threshold value, and during a second non-usage following on from the first non-usage, the deactivation will occur after the first temporal threshold value is reached only if the duration of the first non-usage has not exceeded the second temporal threshold value.
An anti-viral polypeptide comprising at least 20 contiguous amino acids of SEQ ID NO: 1, 2, or 3, wherein the at least 20 contiguous amino acids have anti-viral activity.