mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for generating a 3D image of a scene, the apparatus comprising: A) a light source (110, 111) configured to illuminate the scene with light pulses at a repetition rate greater than 10 kHz; and B) a detector array configured to detect photons reflected or scattered by the scene so as to generate a detected data set representing respective arrival times and arrival angles of the photons reflected or scattered by the scene; and characterised by: C) an embedded processor, operably coupled to the detector array, configured to generate a processed data set by removing at least one redundant data point from the detected data set based on distance information contained in data points collected from a same pixel location in the scene in response to more than one light pulse, wherein the embedded processor is configured to remove the at least one redundant data point from the detected data set by: for each point in the scene, identifying the recorded ranges from one or more light pulses that are reflected by the point in the scene; for each point in the scene, examining the recorded ranges and estimating the most probable range by statistical analysis; and assigning the most probable range value for each point in the scene; and D) a processor, communicatively coupled to the embedded processor via a data link, configured to receive the processed data set and generate the 3D image of the scene based on the processed data set. A) a light source (110, 111) configured to illuminate the scene with light pulses at a repetition rate greater than 10 kHz; and B) a detector array configured to detect photons reflected or scattered by the scene so as to generate a detected data set representing respective arrival times and arrival angles of the photons reflected or scattered by the scene; and characterised by: C) an embedded processor, operably coupled to the detector array, configured to generate a processed data set by removing at least one redundant data point from the detected data set based on distance information contained in data points collected from a same pixel location in the scene in response to more than one light pulse, wherein the embedded processor is configured to remove the at least one redundant data point from the detected data set by: for each point in the scene, identifying the recorded ranges from one or more light pulses that are reflected by the point in the scene; for each point in the scene, examining the recorded ranges and estimating the most probable range by statistical analysis; and assigning the most probable range value for each point in the scene; and for each point in the scene, identifying the recorded ranges from one or more light pulses that are reflected by the point in the scene; for each point in the scene, examining the recorded ranges and estimating the most probable range by statistical analysis; and assigning the most probable range value for each point in the scene; and D) a processor, communicatively coupled to the embedded processor via a data link, configured to receive the processed data set and generate the 3D image of the scene based on the processed data set.
A spacer for a fastening kit adapted for fastening an external facing to an external construction element of a building where the external facing comprises an outer facing element and an insulation element intended to be positioned, after fastening, between the outer facing element and the outer construction element of the building, said spacer being intended to pass through the thickness of the insulation element and comprising: - a tubular shaped main body extending in an axial direction, - a first end wall arranged at a first axial end of the main body and intended to be directed towards the outer construction element of the building, the first end wall extending transversely to the axial direction and delimiting a support surface intended to cooperate with a notch delimited by the insulation element, - a second end wall arranged at a second axial end of the main body, opposite to the first axial end, and intended to bear against the outer facing element, - a guide channel extending internally in the axial direction through the main body and opening outside the spacer at the first end wall and at the second end wall, the through passage allowing the insertion of a securing rod, - at least one transverse flange extending outside the main body transversely to the axial direction, at a location located between the first end wall and the second end wall, at least two outer cavities being delimited, in combination with the main body, on either side of said at least one transverse flange. - a tubular shaped main body extending in an axial direction, - a first end wall arranged at a first axial end of the main body and intended to be directed towards the outer construction element of the building, the first end wall extending transversely to the axial direction and delimiting a support surface intended to cooperate with a notch delimited by the insulation element, - a second end wall arranged at a second axial end of the main body, opposite to the first axial end, and intended to bear against the outer facing element, - a guide channel extending internally in the axial direction through the main body and opening outside the spacer at the first end wall and at the second end wall, the through passage allowing the insertion of a securing rod, - at least one transverse flange extending outside the main body transversely to the axial direction, at a location located between the first end wall and the second end wall, at least two outer cavities being delimited, in combination with the main body, on either side of said at least one transverse flange.
Method for descaling, cleaning or dissolving any type of scale comprising at least one inorganic or organic salt of oxalic acid and in particular at least one alkaline earth metal salt of oxalic acid, more particularly at least one calcium oxalate, in the form of dry or also wet residues, flakes or deposits, the said method comprising at least one stage of bringing an effective amount of at least one acid composition, in the form of an aqueous, organic or aqueous/organic formulation, in the form of a solution, gel or foaming gel, into contact with the said inorganic or organic salt of oxalic acid to be removed by contact, immersion, sprinkling, spraying or application of a more or less thick layer, the said contacting stage optionally being followed by one or more rinsing and/or drying stages, the said acid composition comprising: - between 40% and 85% by weight of methanesulfonic acid and between 60% and 15% by weight of phosphoric acid, for example approximately 75% by weight of methanesulfonic acid and approximately 25% by weight of phosphoric acid, or also approximately 50% by weight of methanesulfonic acid and approximately 50% by weight of phosphoric acid, or else, - between 5% and 30% by weight of methanesulfonic acid and between 95% and 70% by weight of nitric acid, preferably approximately 10% by weight of methanesulfonic acid and approximately 90% by weight of nitric acid. - between 40% and 85% by weight of methanesulfonic acid and between 60% and 15% by weight of phosphoric acid, for example approximately 75% by weight of methanesulfonic acid and approximately 25% by weight of phosphoric acid, or also approximately 50% by weight of methanesulfonic acid and approximately 50% by weight of phosphoric acid, or else, - between 5% and 30% by weight of methanesulfonic acid and between 95% and 70% by weight of nitric acid, preferably approximately 10% by weight of methanesulfonic acid and approximately 90% by weight of nitric acid.
Process for the preparation of fluoropropenes of formula CF 3 CF=CHR, in which R represents a hydrogen atom or a fluorine atom, from at least one compound of formula (Ia) CF 3 CF=CFR, in which R has the same meanings as in the formula, comprising the following stages: (i) hydrogenation, in an adiabatic reactor in the presence of a catalyst, of at least one compound of formula (Ia) with hydrogen in a superstoichiometric amount, to give at least one hydrofluoropropane; (ii) partial condensation of the stream resulting from the adiabatic reactor of stage (i) to give a gas-phase fraction, comprising unreacted hydrogen and a portion of hydrofluoropropane formed in stage (i), which is recycled to the hydrogenation stage, and a liquid-phase fraction comprising the remaining hydrofluoropropane formed in (i); (iii) dehydrofluorination of the hydrofluoropropane originating from the liquid fraction of stage (ii) using potassium hydroxide in an aqueous reaction medium present in a stirred reactor, to give the fluoropropene of formula; and (iv) purification of the fluoropropene of formula, characterized in that the reaction medium of the dehydrofluorination stage (iii) is employed at a temperature of between 125 and 180°C; and in that, in the condensation stage (ii), between 1 and 30% of the hydrofluoroalkane at the outlet of the reactor in stage (i) is condensed. (i) hydrogenation, in an adiabatic reactor in the presence of a catalyst, of at least one compound of formula (Ia) with hydrogen in a superstoichiometric amount, to give at least one hydrofluoropropane; (ii) partial condensation of the stream resulting from the adiabatic reactor of stage (i) to give a gas-phase fraction, comprising unreacted hydrogen and a portion of hydrofluoropropane formed in stage (i), which is recycled to the hydrogenation stage, and a liquid-phase fraction comprising the remaining hydrofluoropropane formed in (i); (iii) dehydrofluorination of the hydrofluoropropane originating from the liquid fraction of stage (ii) using potassium hydroxide in an aqueous reaction medium present in a stirred reactor, to give the fluoropropene of formula; and (iv) purification of the fluoropropene of formula,
A method of producing chocolate comprising mixing for 10-120 minutes a composition having a temperature of 35-50°C, the composition comprising: chocolate base mass: and one or more surfactants; wherein the composition has a fat content of 22-30 wt.% and a water content of between 1.2 wt % to 2.5 wt % relative to the total mass of the composition. chocolate base mass: and one or more surfactants; wherein the composition has a fat content of 22-30 wt.% and a water content of between 1.2 wt % to 2.5 wt % relative to the total mass of the composition.
A substrate guide member, which can be arranged in a casing having a slot for allowing insertion of a substrate from an outside so as to be arrayed in an array direction intersecting an insertion direction of the substrate and is configured to guide the substrate in the insertion direction, the substrate guide member being integrally formed of resin and characterized by: a support portion fixed in the casing; and at least one pair of a first protrusion and a second protrusion protruding from the support portion and extending in the insertion direction with a gap from each other, to thereby form a groove for allowing passage of the substrate, the at least one pair of the first protrusion and the second protrusion comprising: a plurality of guide portions, which have a constant gap in accordance with a thickness of the substrate and are configured to form a groove extending a predetermined length in the insertion direction to thereby guide the substrate in the insertion direction; and separated portions, which are portions connecting the plurality of guide portions and have a gap larger than the gap of the plurality of guide portions, the support portion having a plurality of through holes in the array direction between mounting positions of the at least one pair of the first protrusion and the second protrusion constructing each of the plurality of guide portions. a support portion fixed in the casing; and at least one pair of a first protrusion and a second protrusion protruding from the support portion and extending in the insertion direction with a gap from each other, to thereby form a groove for allowing passage of the substrate, the at least one pair of the first protrusion and the second protrusion comprising: a plurality of guide portions, which have a constant gap in accordance with a thickness of the substrate and are configured to form a groove extending a predetermined length in the insertion direction to thereby guide the substrate in the insertion direction; and separated portions, which are portions connecting the plurality of guide portions and have a gap larger than the gap of the plurality of guide portions, a plurality of guide portions, which have a constant gap in accordance with a thickness of the substrate and are configured to form a groove extending a predetermined length in the insertion direction to thereby guide the substrate in the insertion direction; and separated portions, which are portions connecting the plurality of guide portions and have a gap larger than the gap of the plurality of guide portions, the support portion having a plurality of through holes in the array direction between mounting positions of the at least one pair of the first protrusion and the second protrusion constructing each of the plurality of guide portions.
A method performed by a terminal in a communication system, the method comprising: receiving, from one or more terminals, a plurality of sidelink data including first sidelink data and second sidelink data; determining whether a first resource for transmitting first feedback information for the first sidelink data and a second resource for transmitting second feedback information for the second sidelink data overlap each other; and in case that the first resource and the second resource overlap each other, transmitting, to one or more terminals, feedback information corresponding to one of the first feedback information and the second feedback information having a higher priority, wherein a priority corresponding to each of the plurality of the sidelink data is based on sidelink control information scheduling each of the plurality of the sidelink data, and resources for feedback information are identified based on a minimum number of slots between sidelink data and corresponding feedback information. receiving, from one or more terminals, a plurality of sidelink data including first sidelink data and second sidelink data; determining whether a first resource for transmitting first feedback information for the first sidelink data and a second resource for transmitting second feedback information for the second sidelink data overlap each other; and in case that the first resource and the second resource overlap each other, transmitting, to one or more terminals, feedback information corresponding to one of the first feedback information and the second feedback information having a higher priority, wherein a priority corresponding to each of the plurality of the sidelink data is based on sidelink control information scheduling each of the plurality of the sidelink data, and resources for feedback information are identified based on a minimum number of slots between sidelink data and corresponding feedback information.
A wireless communication method, comprising: determining, by a wireless communication device, that first feedback information indicated to transmit on a first uplink, UL, resource is canceled; combining, by the wireless communication device, the first feedback information with second feedback information indicated to transmit on a second UL resource to generate combined feedback information, wherein combining the first feedback information with the second feedback information comprises performing an "OR" operation on a feedback bit in the first feedback information and a feedback bit in the second feedback information, that each corresponds to a same downlink, DL, slot; and transmitting, by the wireless communication device, the combined feedback information using the second UL resource. determining, by a wireless communication device, that first feedback information indicated to transmit on a first uplink, UL, resource is canceled; combining, by the wireless communication device, the first feedback information with second feedback information indicated to transmit on a second UL resource to generate combined feedback information, wherein combining the first feedback information with the second feedback information comprises performing an "OR" operation on a feedback bit in the first feedback information and a feedback bit in the second feedback information, that each corresponds to a same downlink, DL, slot; and transmitting, by the wireless communication device, the combined feedback information using the second UL resource.
Eyeglasses having a frame for eyeglass lenses and having an adjustable nose support, the two nose pads of which, which are optionally connected to one another by a bracket, are held so as to be pivotably adjustable each with the aid of a carrier in link bearings provided on a frame section, which carrier comprises a web, which protrudes from the nose pads and engages into a receiving opening of the frame sections and has a link spindle which extends in the longitudinal direction of the frame section and engages as a snap closure radially into a bearing recess on the base of the receiving opening, wherein the carriers are provided with a catch device to secure the pivot position thereof, characterised in that the receiving openings of the frame sections are formed as receiving grooves tapering in a wedge shape in cross section for the web of the carriers having a groove base forming the bearing recess, and in that the carriers reach beyond the receiving groove at least at one end with a projection, which is provided with a catch interacting with at least one counter catch of the frame sections as a catch device.
Cutting device (10, 10') for a labelling machine configured to apply labels obtained from a web of labelling material onto articles adapted to contain a pourable product, said cutting device (10, 10') comprising a cutting roller rotatable about a longitudinal axis, carrying a blade member, which radially protrudes from an outer lateral surface of the cutting roller, and conveying, in use, the blade member along a circular cutting path around said axis; the blade member being configured to sequentially cut said web at a cutting station arranged along said cutting path, in a position adjacent to the cutting roller, so as to obtain a sequence of said labels; characterized in that the cutting roller comprises a plurality of rolling elements (16, 16') which are arranged at said outer lateral surface and radially protrude from said outer lateral surface, and in that the rolling elements (16, 16') are mounted to the cutting roller in a rolling manner with respect to the outer lateral surface.
An internal reinforcement element for a thermoplastic tank comprising at least two external parts (11, 12) provided to be welded to the tank wall, said at least two external parts (11, 12) being connected by at least n intermediate units with n being an integer greater or equal to 3, wherein said intermediate units are connected together by less than 40%, preferably less than 30%, more preferably less than 20%, of their sides length and/or faces area, characterized in that the ratio between the smallest section area of at least one of the intermediate units and the area of at least one external part (11, 12) provided to be in contact with the tank wall is comprised between 0.05% and 3%, preferably between 0,05% and 2%, more preferably between 0,05% and 1%, and in that at least two of the n intermediate units are solidarized by at least one connecting means located at the extremities of the at least two of the n intermediate units and between the extremities of the at least two of the n intermediate units and at least one of the at least two external parts (11, 12), preferably the at least two of the n intermediate units and the at least one connecting means constitute a monoblock structure.
A method performed by a wireless device, comprising: transmitting user data in a first symbol of a first symbol type, wherein the first symbol type has a first symbol duration, a first frequency bandwidth, and a first tone plan, and the first tone plan comprises a first valid start tone index, a first valid end tone index, and a first set of direct current, DC, tones; and transmitting a long training field, LTF, in a second symbol of a second symbol type, wherein the second symbol type has a second symbol duration, a second frequency bandwidth, and a second tone plan, and the second tone plan comprises a second valid start tone index, a second valid end tone index, and a second set of DC tones, wherein a valid tone is a tone usable for transmission by the wireless device excluding guard tones and DC tones, and wherein the first tone plan is different from the second tone plan. transmitting user data in a first symbol of a first symbol type, wherein the first symbol type has a first symbol duration, a first frequency bandwidth, and a first tone plan, and the first tone plan comprises a first valid start tone index, a first valid end tone index, and a first set of direct current, DC, tones; and transmitting a long training field, LTF, in a second symbol of a second symbol type, wherein the second symbol type has a second symbol duration, a second frequency bandwidth, and a second tone plan, and the second tone plan comprises a second valid start tone index, a second valid end tone index, and a second set of DC tones, wherein a valid tone is a tone usable for transmission by the wireless device excluding guard tones and DC tones, and wherein the first tone plan is different from the second tone plan.
An assembly for storing both new and used pen needles of an injection apparatus, comprising: a housing (100, 200), comprising a planar segment, a plurality of storage vessels, wherein each of said storage vessels is attached to said planar segment adjacent a second storage vessel and comprises an enlarged open proximal end and a closed distal end, where said planar segment has a width and a length not less than an outside diameter of said enlarged proximal end; and said planar segment configured for securing each of said storage vessels to an adjacent vessel; and a cap (116, 134, 202) for each individual storage vessel, wherein said closed distal end of said storage vessel is configured to releasably receive a distal end of said pen needle characterized in that each cap comprises an opening to releasably receive said enlarged open proximal end of the respective storage vessels, and wherein the assembly further comprises a hinge (112, 114) for rotatably coupling a respective cap to said planar segment. a housing (100, 200), comprising a planar segment, a plurality of storage vessels, wherein each of said storage vessels is attached to said planar segment adjacent a second storage vessel and comprises an enlarged open proximal end and a closed distal end, where said planar segment has a width and a length not less than an outside diameter of said enlarged proximal end; and said planar segment configured for securing each of said storage vessels to an adjacent vessel; and a cap (116, 134, 202) for each individual storage vessel, wherein said closed distal end of said storage vessel is configured to releasably receive a distal end of said pen needle characterized in that each cap comprises an opening to releasably receive said enlarged open proximal end of the respective storage vessels, and wherein the assembly further comprises a hinge (112, 114) for rotatably coupling a respective cap to said planar segment.