mhurhangee/ep-ind-claims huggingface dataset:
A distributed optical fibre sensor for measuring one or more parameters as functions of position along a sensing optical fibre that extends along a path through an environment, comprising: a first probe light source arranged to generate pulses of first probe light in one or more first wavelength bands; a second probe light source arranged to generate pulses of second probe light in one or more second wavelength bands separate from said first wavelength bands; a wavelength division multiplexer arranged to launch the first probe light pulses and the second probe light pulses into the sensing optical fibre for backscatter within the sensing optical fibre; and a receiver arranged to receive and separately detect both Raman shifted components of the backscattered probe light, and coherent Rayleigh backscattered components of the second probe light. a first probe light source arranged to generate pulses of first probe light in one or more first wavelength bands; a second probe light source arranged to generate pulses of second probe light in one or more second wavelength bands separate from said first wavelength bands; a wavelength division multiplexer arranged to launch the first probe light pulses and the second probe light pulses into the sensing optical fibre for backscatter within the sensing optical fibre; and a receiver arranged to receive and separately detect both Raman shifted components of the backscattered probe light, and coherent Rayleigh backscattered components of the second probe light.
A modular structure comprising: a hanging means that is hanging a first equipment component adapted to be installed in a second equipment component in a compartment of a nuclear plant and that has a length that is adjustable () depending on a layout arrangement position of the first equipment component in the compartment; the first equipment component being temporarily supportable in the layout arrangement position; a first beam suitable for being arranged in the compartment, the hanging means being installed on the first beam to hang the first equipment component from the first beam, characterized in that a suspended scaffold is hung with a hoisting chain from the first beam, such that it can be used as a scaffold when the first equipment component of the compartment is fixedly installed in the second equipment in the compartment of the plant. a hanging means that is hanging a first equipment component adapted to be installed in a second equipment component in a compartment of a nuclear plant and that has a length that is adjustable () depending on a layout arrangement position of the first equipment component in the compartment; the first equipment component being temporarily supportable in the layout arrangement position; a first beam suitable for being arranged in the compartment, the hanging means being installed on the first beam to hang the first equipment component from the first beam, characterized in that a suspended scaffold is hung with a hoisting chain from the first beam, such that it can be used as a scaffold when the first equipment component of the compartment is fixedly installed in the second equipment in the compartment of the plant.
A compound of formula: wherein: R 11 is selected from hydrogen, alkyl, substituted alkyl, alkoxy, substituted alkoxy, amino, substituted amino, cyano, halogen, acyl and aminoacyl; Y 1 and Y 2 are hydrogen; Ar 1 is selected from aryl, substituted aryl, heteroaryl, and substituted heteroaryl; or a salt or stereoisomer thereof. R 11 is selected from hydrogen, alkyl, substituted alkyl, alkoxy, substituted alkoxy, amino, substituted amino, cyano, halogen, acyl and aminoacyl; Y 1 and Y 2 are hydrogen; Ar 1 is selected from aryl, substituted aryl, heteroaryl, and substituted heteroaryl;
A prepreg comprising a thermoplastic material and a plurality of reinforcing material dispersed in the thermoplastic material to provide an open cell structure, the prepreg further comprising a repellent treatment on at least one surface of the prepeg, the repellent treatment effective to decrease absorption of fluid into the open cell structures of the prepeg, wherein the prepeg further promotes adhesive bead formation due to an effective amount of the repellent material on the at least one surface of the prepreg, and wherein the at least one surface of the prepreg with the repellent material comprises a repellency grade number of at least 3 as tested by ISO 23232 dated 2009.
A halogen-terminated sulfur-containing polymer represented by the following formula: X-(R-S r) n -R-X wherein R is an ether bond-containing alkyl group having 3 to 26 carbon atoms, X is a halogen atom, n is an integer of 1 to 200, and r has an average of 1 or more and less than 2.
A method of preparing an adenosine, guanosine or cytidine monomer having a protected nucleoside base and a protected 3'-amino group, wherein said base and said 3'-amino group are orthogonally protected, the method comprising: (a) providing a 3'-amino-3'-deoxy adenosine, cytidine, or guanosine monomer in which the 5'-hydroxyl group, nucleoside base, and 3'-amino group are unprotected; (b) selectively reacting said 3'-amino group with a first protecting group consisting of an acid-labile group or a fluorenylmethoxycarbonyl group or a derivative of a fluorenylmethoxycarbonyl group; reacting said 5'-hydroxyl group with a second protecting group consisting of acyl, base-labile trialkyl silyl ether, or fluoride labile silyl ether; and reacting said nucleoside base with a third protecting group which is an acyl group or a formamidinyl group; wherein said first protecting group can be removed from said 3'-amino group under conditions which do not deprotect said nucleoside base, and said second protecting group can be removed from said 5'-hydroxyl group under conditions which do not deprotect said nucleoside base or said 3'-amino group. (a) providing a 3'-amino-3'-deoxy adenosine, cytidine, or guanosine monomer in which the 5'-hydroxyl group, nucleoside base, and 3'-amino group are unprotected; (b) selectively reacting said 3'-amino group with a first protecting group consisting of an acid-labile group or a fluorenylmethoxycarbonyl group or a derivative of a fluorenylmethoxycarbonyl group; reacting said 5'-hydroxyl group with a second protecting group consisting of acyl, base-labile trialkyl silyl ether, or fluoride labile silyl ether; and reacting said nucleoside base with a third protecting group which is an acyl group or a formamidinyl group; wherein said first protecting group can be removed from said 3'-amino group under conditions which do not deprotect said nucleoside base, and said second protecting group can be removed from said 5'-hydroxyl group under conditions which do not deprotect said nucleoside base or said 3'-amino group.
Radiation-curable inkjet ink composition comprising a gellant, wherein the gellant comprises: • Sunflower wax; and • an ester compound, the ester compound consisting essentially of a condensation product of a first reactant and a second reactant, wherein the first reactant is a compound A comprising at least 3 first functional groups, and wherein the second reactant comprises at least one compound B, wherein the at least one compound B comprises a second functional group, wherein the first functional group is a first group selected from a hydroxyl functional group and a carboxylic acid functional group and the second functional group is a second group selected from a hydroxyl functional group and a carboxylic acid functional group, wherein the first functional group is different from the second functional group. • Sunflower wax; and • an ester compound, the ester compound consisting essentially of a condensation product of a first reactant and a second reactant, wherein the first reactant is a compound A comprising at least 3 first functional groups, and wherein the second reactant comprises at least one compound B, wherein the at least one compound B comprises a second functional group, wherein the first functional group is a first group selected from a hydroxyl functional group and a carboxylic acid functional group and the second functional group is a second group selected from a hydroxyl functional group and a carboxylic acid functional group, wherein the first functional group is different from the second functional group.
A computer-implemented method comprising capturing a plurality of frames associated with a video file; capturing an image corresponding to one of the plurality of frames; performing a post-capture process on the image, the post-capture process is configured to improve a visual quality of the image and the post-capture process is not performed on the plurality of frames; generating a color map between the captured image and a corresponding frame of the plurality of frames, wherein the color map is based on a color and a tone of the captured image and a color and tone of the corresponding frame; and either: tone correcting one or more selected frames associated with the video file based on the color map; and color correcting the one or more selected frames based on the color map; or generating a data structure including data representing the color map; and storing the data structure as metadata in a header associated with the video. capturing a plurality of frames associated with a video file; capturing an image corresponding to one of the plurality of frames; performing a post-capture process on the image, the post-capture process is configured to improve a visual quality of the image and the post-capture process is not performed on the plurality of frames; generating a color map between the captured image and a corresponding frame of the plurality of frames, wherein the color map is based on a color and a tone of the captured image and a color and tone of the corresponding frame; and either: tone correcting one or more selected frames associated with the video file based on the color map; and color correcting the one or more selected frames based on the color map; or generating a data structure including data representing the color map; and storing the data structure as metadata in a header associated with the video. tone correcting one or more selected frames associated with the video file based on the color map; and color correcting the one or more selected frames based on the color map; or generating a data structure including data representing the color map; and storing the data structure as metadata in a header associated with the video.
A strongly correlated oxide field effect element comprising: a channel layer including a strongly correlated oxide film; a gate electrode; a gate insulating layer formed in contact with at least part of a surface or an interface of the channel layer and sandwiched by the channel layer and the gate electrode; and a source electrode and a drain electrode formed in contact with at least part of the channel layer, characterised in that the channel layer includes an insulator-metal transition layer of strongly correlated oxide and a metallic state layer of a strongly correlated oxide that are stacked on each other, and a thickness t of the channel layer, a thickness t1 of the insulator-metal transition layer, and a thickness t2 of the metallic state layer satisfy the following relationship with critical thicknesses t1c and t2c for metallic states of the insulator-metal transition layer and the metallic state layer: t = t ⁢ 1 + t ⁢ 2 ≥ t ⁢ 1 ⁢ c > t ⁢ 2 ⁢ c, where t ⁢ 1 < t ⁢ 1 ⁢ c and t ⁢ 2 < t ⁢ 2 ⁢ c.
An apparatus, comprising: a video encoder for encoding a block in a picture using template matching prediction, wherein the template matching prediction involves partitioning the block into a plurality of sub-blocks, and applying a transform to a residual of a particular sub-block from among the plurality of sub-blocks subsequent to searching for a prediction for the particular sub-block and prior to completion of processing of the block with respect to the template matching prediction, wherein the particular sub-block uses pixels of earlier reconstructed neighboring sub-blocks as a template instead of using prediction data. a video encoder for encoding a block in a picture using template matching prediction, wherein the template matching prediction involves partitioning the block into a plurality of sub-blocks, and applying a transform to a residual of a particular sub-block from among the plurality of sub-blocks subsequent to searching for a prediction for the particular sub-block and prior to completion of processing of the block with respect to the template matching prediction, wherein the particular sub-block uses pixels of earlier reconstructed neighboring sub-blocks as a template instead of using prediction data.
A membrane electrode assembly (10, 20, 30), comprising: - a cathode, - an anode, - a proton-conductive membrane arranged between the cathode and the anode and - a sealing frame which surrounds the cathode, the anode and the membrane at the edges thereof, wherein in the inner region of the sealing frame at least mutually superposed subregions of the cathode, of the anode and of the membrane are exposed, wherein the sealing frame, in the layer thickness direction, comprises a first sealing layer and a second sealing layer which are bonded to each other by an adhesive and wherein the first sealing layer and/or the second sealing layer has a reinforcement structure. - a cathode, - an anode, - a proton-conductive membrane arranged between the cathode and the anode and - a sealing frame which surrounds the cathode, the anode and the membrane at the edges thereof, wherein in the inner region of the sealing frame at least mutually superposed subregions of the cathode, of the anode and of the membrane are exposed, wherein the sealing frame, in the layer thickness direction, comprises a first sealing layer and a second sealing layer which are bonded to each other by an adhesive and wherein the first sealing layer and/or the second sealing layer has a reinforcement structure.
Antenna device (10, 10', 10"), comprising a radiator arrangement (12, 12") in an upper plane in the radiating/receiving direction; and a feed network (14, 14") arranged in a lower plane in the radiating/receiving direction; wherein the radiator arrangement (12, 12") includes at least four elements (12a, 12b, 12c, 12d) spaced apart by columns in the upper plane to be arranged in a quadrant structure, wherein each of the four elements (12a, 12b, 12c, 12d) includes, along an axis of symmetry, a base element extending from the upper plane towards the lower plane, forming a feed point (12as, 12bs, 12cs, 12ds) via which each element is connected to a corresponding feed point of the feed network (14as, 14bs, 14cs, 14ds); characterized in that the feed network (14, 14") includes, for each feed point (12as, 12bs, 12cs, 12ds), a stub short circuited with respect to ground and configured to protect against static charge and to suppress interference in HF and VHF ranges. a radiator arrangement (12, 12") in an upper plane in the radiating/receiving direction; and a feed network (14, 14") arranged in a lower plane in the radiating/receiving direction; wherein the radiator arrangement (12, 12") includes at least four elements (12a, 12b, 12c, 12d) spaced apart by columns in the upper plane to be arranged in a quadrant structure, wherein each of the four elements (12a, 12b, 12c, 12d) includes, along an axis of symmetry, a base element extending from the upper plane towards the lower plane, forming a feed point (12as, 12bs, 12cs, 12ds) via which each element is connected to a corresponding feed point of the feed network (14as, 14bs, 14cs, 14ds); characterized in that the feed network (14, 14") includes, for each feed point (12as, 12bs, 12cs, 12ds), a stub short circuited with respect to ground and configured to protect against static charge and to suppress interference in HF and VHF ranges.
A running carriage with at least one rolling body for transmitting a load between two drawer rails (3, 4), wherein the at least one rolling body has a rotational axis and on only one of its first and second end faces (S1, S2) has a projection or a depression with a shell surface configured so as to be substantially rotationally symmetrical about the rotational axis, characterized in that the running carriage has two opposing bearing surfaces configured so as to be substantially identical in their shape configured convex or concave for each rolling body, wherein in the installed position of the at least one rolling body, one of the two bearing surfaces remains free from a projection or a depression.
An operating handle having a mounting part and a handle part, the handle part being mounted upon the mounting part, the handle part being movable relative to the mounting part between a storage position and an operating position, the handle part being adapted to rotate an operating shaft whereby in use the operating handle can actuate a locking mechanism, the handle part in its operating position being rotatable through an operating angle relative to the mounting part, rotation of the handle part in use driving the operating shaft to rotate through a drive angle relative to the mounting part, the operating handle having a drive element and a driven element, the drive element and the driven element being engageable whereby to communicate rotation of the handle part to the operating shaft, characterised in that the operating angle comprises a first operating sector and a second operating sector, movement of the drive element through the first operating sector in use causing no movement of the driven element, movement of the drive element through the second operating sector in use causing corresponding rotation of the driven element such that the drive angle is smaller than the operating angle.
An improved airbag assembly comprising: an inflator for providing a source of inflation gas; an airbag, the airbag having a first end, a second end and a first side and a second side extending between said ends defining the airbag configured with one or more inflatable chambers; and a diffuser having an inlet for receiving the inflator and one or more discharge openings (82a, 82b) to fill the one or more inflatable chambers, the diffuser being affixed internal of the airbag, the diffuser being formed from at least one folded inner and at least one folded outer pocket layers (71, 73) of fabric, and sewn or otherwise affixed to the airbag; wherein at least one layer of the diffuser has a seamless fold at the attachment to the airbag where the diffuser is sewn to the airbag or otherwise affixed. an inflator for providing a source of inflation gas; an airbag, the airbag having a first end, a second end and a first side and a second side extending between said ends defining the airbag configured with one or more inflatable chambers; and a diffuser having an inlet for receiving the inflator and one or more discharge openings (82a, 82b) to fill the one or more inflatable chambers, the diffuser being affixed internal of the airbag, the diffuser being formed from at least one folded inner and at least one folded outer pocket layers (71, 73) of fabric, and sewn or otherwise affixed to the airbag; wherein at least one layer of the diffuser has a seamless fold at the attachment to the airbag where the diffuser is sewn to the airbag or otherwise affixed.
A compressor overload for use with air conditioning or refrigeration systems in a hazardous location where flammable gases or vapors may exist, the compressor overload comprising: a thermal sensor; at least one overload terminal; a base bracket; a disc; and encapsulation material formed from a liquid that is poured into a mold where the compressor overload and any attached wires are placed, to completely encapsulate at least the thermal sensor, the at least one overload terminal, and the disc and hardened to form an air tight cover that surrounds at least the thermal sensor, the at least one overload terminal, and the disc to prevent ignition of flammable gases or vapors. a thermal sensor; at least one overload terminal; a base bracket; a disc; and encapsulation material formed from a liquid that is poured into a mold where the compressor overload and any attached wires are placed, to completely encapsulate at least the thermal sensor, the at least one overload terminal, and the disc and hardened to form an air tight cover that surrounds at least the thermal sensor, the at least one overload terminal, and the disc to prevent ignition of flammable gases or vapors.
A rotation mechanism for an electric self-balancing vehicle, connecting a left vehicle body and a right vehicle body of the electric self-balancing vehicle, said rotation mechanism comprising a rotary shaft and two sleeves, wherein: each sleeve is sheathed around a center of the rotary shaft, an outer surface of the respective sleeve directly or indirectly abuts against the left vehicle body and the right vehicle body, respectively, and an inner surface of each sleeve directly or indirectly abuts against an outer surface of the rotary shaft; characterized in that one end of each sleeve is provided with a flange, the flanges of the two sleeves are close to each other, and the ends of the two sleeves that are not provided with flanges are away from each other. each sleeve is sheathed around a center of the rotary shaft, an outer surface of the respective sleeve directly or indirectly abuts against the left vehicle body and the right vehicle body, respectively, and an inner surface of each sleeve directly or indirectly abuts against an outer surface of the rotary shaft; characterized in that one end of each sleeve is provided with a flange, the flanges of the two sleeves are close to each other, and the ends of the two sleeves that are not provided with flanges are away from each other.
A position detection method in a touch panel that includes a first resistance film having first and second electrodes (11, 12) provided one on each end in a first direction and a second resistance film having third and fourth electrodes (21, 22) provided one on each end in a second direction orthogonal to the first direction, the position detection method comprising: calculating a distance between two contact points in the first direction by measuring a potential of the first electrode in a state where a power supply voltage is applied to the first electrode and the second electrode is grounded; calculating a distance between two contact points in the second direction by measuring a potential of the third electrode in a state where a power supply voltage is applied to the third electrode and the fourth electrode is grounded; and correcting the distance between the two contact points in the first direction obtained by the potential of the first electrode in accordance with the distance between the two contact points in the second direction obtained by the potential of the third electrode. calculating a distance between two contact points in the first direction by measuring a potential of the first electrode in a state where a power supply voltage is applied to the first electrode and the second electrode is grounded; calculating a distance between two contact points in the second direction by measuring a potential of the third electrode in a state where a power supply voltage is applied to the third electrode and the fourth electrode is grounded; and correcting the distance between the two contact points in the first direction obtained by the potential of the first electrode in accordance with the distance between the two contact points in the second direction obtained by the potential of the third electrode.