mhurhangee/ep-ind-claims huggingface dataset:
A nitride-based light emitting heterostructure comprising: an electron supply layer; a hole supply layer (22, 28); and an active region located between the electron supply layer and the hole supply layer, the active region including: a set of barrier layers (42A, 42B); and a set of quantum wells (40A, 40B), each quantum well adjoined by a barrier layer and having a delta doped p-type sub-layer located therein, wherein the delta doped p-type sub-layer causes an electron ground state in each quantum well to be located above a band bending range of energies caused by polarization effects and is located in a central portion of each quantum well. an electron supply layer; a hole supply layer (22, 28); and an active region located between the electron supply layer and the hole supply layer, the active region including: a set of barrier layers (42A, 42B); and a set of quantum wells (40A, 40B), each quantum well adjoined by a barrier layer and having a delta doped p-type sub-layer located therein, wherein the delta doped p-type sub-layer causes an electron ground state in each quantum well to be located above a band bending range of energies caused by polarization effects and is located in a central portion of each quantum well. a set of barrier layers (42A, 42B); and a set of quantum wells (40A, 40B), each quantum well adjoined by a barrier layer and having a delta doped p-type sub-layer located therein, wherein the delta doped p-type sub-layer causes an electron ground state in each quantum well to be located above a band bending range of energies caused by polarization effects and is located in a central portion of each quantum well.
A chemical-mechanical polishing composition comprising: (a) an abrasive comprising ceria particles, wherein the ceria particles have an average particle size of about 60 nm to about 120 nm, (b) a cationic polymer selected from a cationic homopolymer, a cationic copolymer comprising at least one cationic monomer and at least one nonionic monomer, and a combination thereof, (c) a quaternary ammonium salt or a quaternary phosphonium salt, and (d) water, wherein the polishing composition has a pH of about 5 to about 8. (a) an abrasive comprising ceria particles, wherein the ceria particles have an average particle size of about 60 nm to about 120 nm, (b) a cationic polymer selected from a cationic homopolymer, a cationic copolymer comprising at least one cationic monomer and at least one nonionic monomer, and a combination thereof, (c) a quaternary ammonium salt or a quaternary phosphonium salt, and (d) water,
A light receiver having a plurality of avalanche photodiode elements each configured to be biased with a bias voltage above a breakdown voltage and thus to be operated in a Geiger mode for triggering a Geiger current upon light reception, wherein the light receiver comprises a plurality of bias voltage terminals (40a-c), the avalanche photodiode elements form a plurality of groups (42 1 -42 n), and the avalanche photodiode elements of a group (42 1 -42 n) are each supplied by one of the bias voltage terminals (40a-c), characterized in that the bias voltage terminals (40a-c) provide different bias voltages above the breakdown voltage.
A method of advising a flight crew, the method comprising: a) determining whether the aircraft is greater than a predetermined distance from a nearest landing site; the method characterized in that: b) when the aircraft is greater than the predetermined distance, generating an advisory comprising a human-perceptible broadcast providing information that the nearest landing site stored in a database is not recognized by a computer memory of the aircraft. a) determining whether the aircraft is greater than a predetermined distance from a nearest landing site; the method characterized in that: b) when the aircraft is greater than the predetermined distance, generating an advisory comprising a human-perceptible broadcast providing information that the nearest landing site stored in a database is not recognized by a computer memory of the aircraft.
A photovoltaic installation, having a generator that has a number of partial strings (70a, 70b, 70c) and is connected to an inverter, characterized in that the inverter is provided with a series-connection switching device for the connection of the partial strings in series that is arranged in a housing of the inverter or in a separate housing that is positioned close to the inverter, as well as a control device for controlling the series-connection switching device, wherein the series-connection switching device is controllable by the control device such that the series-connection switching device interrupts the series connection of the partial strings in case of a hazard.
Cover member for a greenhouse (1, 18, 22, 26), wherein the cover member (2, 20, 24, 28) is translucent and has an inner side and an outer side, characterized in that the cover member (2, 20, 24, 28) is configured such that radiation with a high red and/or blue ratio which radiates from the inner side outward through the cover member (2, 20, 24, 28) is influenced so that the total radiation exiting outside has a white hue on the Planck curve.
A handheld surgical instrument comprising: An energy storage element coupled to an impacting mechanism; wherein the impacting mechanism includes a tip configured to impact a bone; A power transmission mechanism configured to transmit energy from the energy storage element to the impacting mechanism, wherein the power transmission mechanism includes a semi-flexible metal wire guided by a hollow shaft, wherein the hollow shaft includes a bend in a distal end; A trigger mechanism configured to release energy from the energy storage element; and A manual lever which, when actuated, simultaneously retracts the tip and charges the energy storage element. An energy storage element coupled to an impacting mechanism; wherein the impacting mechanism includes a tip configured to impact a bone; A power transmission mechanism configured to transmit energy from the energy storage element to the impacting mechanism, wherein the power transmission mechanism includes a semi-flexible metal wire guided by a hollow shaft, wherein the hollow shaft includes a bend in a distal end; A trigger mechanism configured to release energy from the energy storage element; and A manual lever which, when actuated, simultaneously retracts the tip and charges the energy storage element.
A playback apparatus that realizes stereoscopic playback comprising: a video decoder (5a,5b) operable to obtain video frames by decoding a video stream; and an image plane memory that stores therein subtitle data having a resolution of a predetermined number of horizontal and vertical pixels; the playback apparatus characterized by further comprising an offset storage unit that stores therein an offset indicating a number of pixel lengths for shifting the coordinates of pixels in pixel data making up the subtitle data stored in the image plane memory in a left direction and a right direction to realize stereoscopic playback; a shift engine operable to shift the respective coordinates of the pixel data making up the subtitle data stored in the image plane memory horizontally by the shift distance based on the offset; and a composition unit operable to composite the obtained video frames with the subtitle data in which the coordinates of the pixels therein have been shifted, wherein the offset is pre-included in the video stream; the offset storage unit stores the offset pre-included in the video stream; and when a scaling factor of the video frames to be composited is changed to a value other than 1, the shift distance of the shift engine is based on a value obtained by multiplying the offset by the scaling factor. a video decoder (5a,5b) operable to obtain video frames by decoding a video stream; and an image plane memory that stores therein subtitle data having a resolution of a predetermined number of horizontal and vertical pixels; the playback apparatus characterized by further comprising an offset storage unit that stores therein an offset indicating a number of pixel lengths for shifting the coordinates of pixels in pixel data making up the subtitle data stored in the image plane memory in a left direction and a right direction to realize stereoscopic playback; a shift engine operable to shift the respective coordinates of the pixel data making up the subtitle data stored in the image plane memory horizontally by the shift distance based on the offset; and a composition unit operable to composite the obtained video frames with the subtitle data in which the coordinates of the pixels therein have been shifted, wherein the offset is pre-included in the video stream; the offset storage unit stores the offset pre-included in the video stream; and when a scaling factor of the video frames to be composited is changed to a value other than 1, the shift distance of the shift engine is based on a value obtained by multiplying the offset by the scaling factor.
Adjusting apparatus for a headrest of a vehicle seat, the adjusting apparatus comprising: a guide device for guiding a headrest support in a vertical direction, a backrest connection for attachment to a backrest, a longitudinal adjustment arrangement (10, 12) for adjusting the guide device in a longitudinal direction, a locking device for locking the adjusting apparatus in both in the longitudinal direction and the vertical direction, and a handle for unlocking the locking device to an unlocking position in which the locking device releases the longitudinal adjustment arrangement (10, 12) in the longitudinal direction and the vertical adjustment arrangement in the vertical direction, wherein a held headrest support is configured to be locked in a vertical position by the locking device, characterised in that the longitudinal adjustment arrangement (10, 12) includes: a rear link which is pivotably connected in an articulated manner to the backrest connection in a rear lower joint and to the guide device in a rear upper joint, and a front link which is pivotably connected in an articulated manner to the backrest connection in a front lower joint and to the guide device in a front upper link, wherein a longitudinal position of the guide device is configured to be adjusted by pivoting of the links (10, 12). a guide device for guiding a headrest support in a vertical direction, a backrest connection for attachment to a backrest, a longitudinal adjustment arrangement (10, 12) for adjusting the guide device in a longitudinal direction, a locking device for locking the adjusting apparatus in both in the longitudinal direction and the vertical direction, and a handle for unlocking the locking device to an unlocking position in which the locking device releases the longitudinal adjustment arrangement (10, 12) in the longitudinal direction and the vertical adjustment arrangement in the vertical direction, wherein a held headrest support is configured to be locked in a vertical position by the locking device, characterised in that the longitudinal adjustment arrangement (10, 12) includes: a rear link which is pivotably connected in an articulated manner to the backrest connection in a rear lower joint and to the guide device in a rear upper joint, and a front link which is pivotably connected in an articulated manner to the backrest connection in a front lower joint and to the guide device in a front upper link, wherein a longitudinal position of the guide device is configured to be adjusted by pivoting of the links (10, 12). a rear link which is pivotably connected in an articulated manner to the backrest connection in a rear lower joint and to the guide device in a rear upper joint, and a front link which is pivotably connected in an articulated manner to the backrest connection in a front lower joint and to the guide device in a front upper link, wherein a longitudinal position of the guide device is configured to be adjusted by pivoting of the links (10, 12).
Salmonid Alphavirus E2-protein, capable of inducing protection in fish against infection with Salmonid Alphavirus, said SAV E2-protein being obtainable by a process comprising the steps of 1) expressing a DNA molecule comprising a gene encoding the Salmonid Alphavirus E2-protein in a bacterial expression system, 2) denaturing said protein and 3) refolding said protein in the presence of L-arginine.
A non-contact method of inspecting the topography of an area of an object via analysis of the phase of a pattern projected on the object, comprising: i) taking a first image of the object, obtained from a first perspective, on which an optical pattern is projected; ii) taking a second image of the object, obtained from a second perspective, on which an optical pattern is projected but in which the optical pattern, as it falls on the object, in the second image differs to that in the first image; and iii) determining data describing the topography of at least a region of the object based on phase data relating to the phase of at least a region of the optical pattern as imaged in the first image across an area extending substantially in two dimensions, characterised in that phase data obtained from a corresponding region of the object as imaged in the second image is used in that data derived from the first image for the region is compared to data derived from the second image for a corresponding region to identify correlating regional data, so as to resolve any ambiguity in the phase or topography data obtained from the first image. i) taking a first image of the object, obtained from a first perspective, on which an optical pattern is projected; ii) taking a second image of the object, obtained from a second perspective, on which an optical pattern is projected but in which the optical pattern, as it falls on the object, in the second image differs to that in the first image; and iii) determining data describing the topography of at least a region of the object based on phase data relating to the phase of at least a region of the optical pattern as imaged in the first image across an area extending substantially in two dimensions, characterised in that phase data obtained from a corresponding region of the object as imaged in the second image is used in that data derived from the first image for the region is compared to data derived from the second image for a corresponding region to identify correlating regional data, so as to resolve any ambiguity in the phase or topography data obtained from the first image.
Impeller wheel assembly for a radial rotating machine, comprising a bladed hub portion of an impeller wheel, with a second radially outward facing, gas deflecting surface having a curvature profile designed to deflect an axial gas flow into a radial centrifugal flow, and comprising a deflector portion with a first radially outward facing, gas deflecting surface, wherein the first radially outward facing surface has a curvature profile designed to deflect a radial centripetal gas flow into an axial gas flow, characterised in that the radial thickness of the deflector portion is maximum next to the hub portion.
A shaft holding sleeve to be inserted in a fitting hole of a compressing machine (12a, 12b, 17) that applies an axial compression stress to a shaft stock to hold an end portion of the shaft stock during a shaft diameter enlarging process for radially enlarging a portion of the shaft stock, the shaft holding sleeve comprising: a front end surface to be inserted in the fitting hole; an opening portion from which the end portion of the shaft stock is to be inserted into the shaft holding sleeve; an exposed portion to be exposed, in use, to an outside of the fitting hole; characterized in that it comprises furthermore at least one air communication passage (36, 37) extending from the front end surface to a surface of the exposed portion, wherein the at least one air communication passage (36, 37) comprises a groove formed on an outer peripheral surface of the shaft holding sleeve. a front end surface to be inserted in the fitting hole; an opening portion from which the end portion of the shaft stock is to be inserted into the shaft holding sleeve; an exposed portion to be exposed, in use, to an outside of the fitting hole; characterized in that it comprises furthermore at least one air communication passage (36, 37) extending from the front end surface to a surface of the exposed portion, wherein the at least one air communication passage (36, 37) comprises a groove formed on an outer peripheral surface of the shaft holding sleeve.
A coiled product dispensing kit comprising: - a coil of a filamentary product; - an enclosure surrounding said coil, and - a payout tube configured to pass a length of said filamentary product through it, the payout tube extending through an opening formed in said enclosure and having an entrance end inside an area surrounded by the coil and an exit end outside said enclosure, characterized in that the coiled product dispensing kit further comprises a connector assembly attached to an end of said filamentary product, the connector assembly being located outside said coil, wherein said enclosure surrounds said connector assembly and said payout tube is configured to be folded open lengthwise to release said length of said filamentary product. - a coil of a filamentary product; - an enclosure surrounding said coil, and - a payout tube configured to pass a length of said filamentary product through it, the payout tube extending through an opening formed in said enclosure and having an entrance end inside an area surrounded by the coil and an exit end outside said enclosure,
A method of copper electroplating a base comprising through-holes or via holes, wherein said method uses a copper plating solution which contains: (i) compounds with the structure -X-S-Y- wherein X and Y are atoms independently selected from a group consisting of hydrogen, carbon, sulfur, nitrogen, and oxygen, and X and Y can be the same only if they are carbon atoms; and (ii) semialdehyde succinate. (i) compounds with the structure -X-S-Y- wherein X and Y are atoms independently selected from a group consisting of hydrogen, carbon, sulfur, nitrogen, and oxygen, and X and Y can be the same only if they are carbon atoms; and (ii) semialdehyde succinate.
A solid state storage device controller (600, 800) comprising: a memory control circuit (620/621/630/631, 803/804) for controlling at least a primary, faster memory device (602, 801) in a non-expansion memory mode of the solid state storage device controller (600, 800) and the primary memory device (602, 801) and an expansion memory device (601, 802) in an expansion mode of the solid state storage device controller (600, 800); characterised by: a plurality of memory communication channels (640/641/650, 810/811) for coupling at least one slower memory device to the solid state storage device controller (600, 800) wherein, in the expansion mode, at least one of the plurality of memory communication channels (640/641, 811) is configured to couple the expansion memory device (601, 802) to the solid state storage device controller (600, 800), wherein a time to access the primary memory device (602, 801) and the expansion memory device (601, 802) is less than a time to access the slower memory device. a memory control circuit (620/621/630/631, 803/804) for controlling at least a primary, faster memory device (602, 801) in a non-expansion memory mode of the solid state storage device controller (600, 800) and the primary memory device (602, 801) and an expansion memory device (601, 802) in an expansion mode of the solid state storage device controller (600, 800); a plurality of memory communication channels (640/641/650, 810/811) for coupling at least one slower memory device to the solid state storage device controller (600, 800) wherein, in the expansion mode, at least one of the plurality of memory communication channels (640/641, 811) is configured to couple the expansion memory device (601, 802) to the solid state storage device controller (600, 800), wherein a time to access the primary memory device (602, 801) and the expansion memory device (601, 802) is less than a time to access the slower memory device.
An electronic mirror apparatus comprising: pickup means (31, 32) provided on at least one of a right lateral surface and a left lateral surface of a vehicle, the pickup means (31, 32) being configured to pick up an image of a predetermined pickup range in a vehicle lateral direction and in a vehicle rearward direction; display means (41, 42) disposed at such a position that a driver visually recognizes the display means; and processing means (51, 52) configured to perform a process for displaying the image picked up by the pickup means (31, 32), on the display means (41, 42), the processing means (51, 52) being configured to display, on the image, an assist image expressing at least one of an outer part of a region in which the vehicle occupies a road surface in planar view of the vehicle and an outside position a predetermined distance away from the outer part of the region in which the vehicle occupies the road surface in the planar view of the vehicle, characterized in that the image picked up by the pickup means (31, 32) and the image displayed on the display means (41, 42) are the same image of the predetermined pickup range, and the processing means (51, 52) are configured to perform a process for displaying the predetermined pickup range on the display means (41, 42), the predetermined pickup range being one of - a range from a vehicle right lateral direction to a vehicle right rearward direction and that contains the road surface, and - a range from a vehicle left lateral direction to a vehicle left rearward direction and that contains the road surface. pickup means (31, 32) provided on at least one of a right lateral surface and a left lateral surface of a vehicle, the pickup means (31, 32) being configured to pick up an image of a predetermined pickup range in a vehicle lateral direction and in a vehicle rearward direction; display means (41, 42) disposed at such a position that a driver visually recognizes the display means; and processing means (51, 52) configured to perform a process for displaying the image picked up by the pickup means (31, 32), on the display means (41, 42), the processing means (51, 52) being configured to display, on the image, an assist image expressing at least one of an outer part of a region in which the vehicle occupies a road surface in planar view of the vehicle and an outside position a predetermined distance away from the outer part of the region in which the vehicle occupies the road surface in the planar view of the vehicle, - a range from a vehicle right lateral direction to a vehicle right rearward direction and that contains the road surface, and - a range from a vehicle left lateral direction to a vehicle left rearward direction and that contains the road surface.