mhurhangee/patent-ind-claim-en huggingface dataset:
A soda-lime-silica glass composition, comprising the optical absorbing agents hereinafter in a content varying within the following weight limits: Fe 2 O 3 (total iron) 100 to 1600 ppm, Cr 2 O 3 20 to 100 ppm, S 2- 10 to 50 ppm, the composition having a redox, defined by the molar ratio between the ferrous iron and the total iron, lower than 0.7.
A resistance temperature sensor (C2, C2', C2") including at least one electrical conductive track between a first terminal (A) and a second terminal (D), said terminals being intended to be connected to a current source, said conductive track including at least one first overetch compensation zone and a second overetch compensation zone , the first and second overetch compensation zones substantially having the same conductive length (l) and having different widths (w1, w2), said conductive track also including at least one first temperature measurement zone , means configured to determine the electrical resistances of the first and second overetch compensation zones, to determine the overetch between the first and second overetch compensation zones from the values of the electrical resistances of the first and second overetch compensation zones, to calculate a resistance of the first temperature measurement zone at a calibration temperature from the value of the overetch, to determine the resistance of the first temperature measurement zone at the temperature to be measured and to calculate the temperature from the resistance of the first temperature measurement zone at the temperature to be measured.
Camera external housing for use in transport technology comprising at least one viewing window for monitoring the traffic space and/or the environment and designed to be mounted to the front, roof or side wall of the outer shell of vehicles, the camera housing front surface being characterized in that the camera external housing front surface from top front to bottom rear is designed to slope in the direction of travel in an angular range between +15° to +60° relative to the vertical , the surface normal of the upper part of the camera external housing front surface is designed to tilt forwards in an angular range between +10 to -20° relative to the direction of travel . the surface normal of the lower rear part of the camera external housing front surface with the viewing window is formed to tilt rearwards in an angular range between 0° to +30° relative to the direction of travel , the camera external housing front surface is largely enclosed towards the exterior by a baffle ridge projecting in the direction of travel , and the camera external housing front surface in the area of the viewing window tapers in a funnel shape towards the airflow side .
A fuel assembly for a light water nuclear reactor with a square shape in the plan view, the fuel assembly comprising: a first plurality of fuel elements provided in a seed region and arranged in rows and columns of a square coordinate grid in cross-section, each of the first plurality of fuel elements has a four-lobed profile forming spiral ribs , and comprises an alloy of fissile material; and a second plurality of fuel elements provided in a blanket region , each containing thorium and arranged in the rows and columns of the square coordinate grid in cross-section and encircle the first plurality of fuel elements ; wherein the first plurality of fuel elements includes a plurality of primary first fuel elements that are arranged in the rows and columns in a midsection of the square coordinate grid, as well as a plurality of secondary first fuel elements that are arranged in rows and columns of the square coordinate grid that surround the plurality of primary first fuel elements; and wherein each of the plurality of primary first fuel elements has a larger width across corners than that of each of the plurality of secondary first fuel element. a first plurality of fuel elements provided in a seed region and arranged in rows and columns of a square coordinate grid in cross-section, each of the first plurality of fuel elements has a four-lobed profile forming spiral ribs , and comprises an alloy of fissile material; and a second plurality of fuel elements provided in a blanket region , each containing thorium and arranged in the rows and columns of the square coordinate grid in cross-section and encircle the first plurality of fuel elements ; wherein the first plurality of fuel elements includes a plurality of primary first fuel elements that are arranged in the rows and columns in a midsection of the square coordinate grid, as well as a plurality of secondary first fuel elements that are arranged in rows and columns of the square coordinate grid that surround the plurality of primary first fuel elements; and wherein each of the plurality of primary first fuel elements has a larger width across corners than that of each of the plurality of secondary first fuel element.
Plastic modifier comprising natural rubber characterized by the fact that it is formed from a polymer composition comprising: between 10% and 35%, in weight, of a non-vulcanized natural rubber; between 5% and 25%, in weight, of an alpha-olefin ethylene copolymer between 10% and 70%, in weight, of ethylene vinyl acetate copolymer with VA content of 19%; between 10% and 70%, in weight, of ethylene vinyl acetate copolymer with VA content of 28%; where the referred plastic modifier is added to a plastic in ratios between 3% and 50%, in volume, of the final plastic composition comprising the modifier. between 10% and 35%, in weight, of a non-vulcanized natural rubber; between 5% and 25%, in weight, of an alpha-olefin ethylene copolymer between 10% and 70%, in weight, of ethylene vinyl acetate copolymer with VA content of 19%; between 10% and 70%, in weight, of ethylene vinyl acetate copolymer with VA content of 28%; where the referred plastic modifier is added to a plastic in ratios between 3% and 50%, in volume, of the final plastic composition comprising the modifier.
A multistage compression system using refrigerant and oil, the multistage compression system comprising: a low-stage compressor , configured to compress the refrigerant; a high-stage compressor , configured to further compress the refrigerant compressed by the low-stage compressor; refrigerant pipes (151 to 156, 16) configured to introduce the refrigerant compressed and discharged by the low-stage compressor into a suction part of the high-stage compressor; a pressure reducing element disposed between the refrigerant pipes; and an oil discharge pipe connecting the low-stage compressor to a portion of the refrigerant pipes, said portion of the refrigerant pipes providing an upstream side of the pressure reducing element , so that the oil discharge pipe discharges oil from the low-stage compressor to said portion of the refrigerant pipes. a low-stage compressor , configured to compress the refrigerant; a high-stage compressor , configured to further compress the refrigerant compressed by the low-stage compressor; refrigerant pipes (151 to 156, 16) configured to introduce the refrigerant compressed and discharged by the low-stage compressor into a suction part of the high-stage compressor; a pressure reducing element disposed between the refrigerant pipes; and an oil discharge pipe connecting the low-stage compressor to a portion of the refrigerant pipes, said portion of the refrigerant pipes providing an upstream side of the pressure reducing element , so that the oil discharge pipe discharges oil from the low-stage compressor to said portion of the refrigerant pipes.
An aerosol-generating article comprising an aerosol-forming substrate for generating an inhalable aerosol when heated using an aerosol-generating device, the aerosol-generating article comprising a plurality of components including the aerosol-forming substrate assembled within a wrapper to form a rod having a mouth end and a distal end upstream from the mouth end, the aerosol-generating article defining a first air-flow path in which air drawn into the aerosol-generating article through the mouth end passes through the aerosol-forming substrate, and a second air-flow path in which air drawn into the aerosol-generating article through the mouth end does not pass through the aerosol-forming substrate, the resistance to draw of the second air-flow path being lower than the resistance to draw of the first air-flow path; the resistance to draw of the second air-flow path is no more than 0.5 times the resistance to draw of the first air-flow path; the aerosol-forming substrate comprises an aerosol former, in which the aerosol former content of the aerosol-forming substrate is between 5% and 30% on a dry weight basis; the plurality of components further comprises a support element and a mouthpiece , the support element located upstream of the mouthpiece and immediately downstream of the aerosol-forming substrate, the support element comprising a hollow tubular element. the resistance to draw of the second air-flow path is no more than 0.5 times the resistance to draw of the first air-flow path; the aerosol-forming substrate comprises an aerosol former, in which the aerosol former content of the aerosol-forming substrate is between 5% and 30% on a dry weight basis; the plurality of components further comprises a support element and a mouthpiece , the support element located upstream of the mouthpiece and immediately downstream of the aerosol-forming substrate, the support element comprising a hollow tubular element.
A method of making a non-pneumatic tire, the non-pneumatic tire comprising an annular tread portion comprising a tread rubber composition, a shear band comprising a preferably cord reinforced rubber composition and disposed radially inward of the tread portion , and at least one spoke disk disposed radially inward of the shear band ; characterized in that the method comprising the steps of: applying a curable adhesive as an interface between a radially outermost surface of the spoke disk and a radially innermost surface of the shear band in an uncured state of the shear band ; assembling the tread portion in an uncured state of the tread portion , the shear band in an uncured state of the shear band , and the at least one spoke disk to form a pre-assembly; and curing the pre-assembly. applying a curable adhesive as an interface between a radially outermost surface of the spoke disk and a radially innermost surface of the shear band in an uncured state of the shear band ; assembling the tread portion in an uncured state of the tread portion , the shear band in an uncured state of the shear band , and the at least one spoke disk to form a pre-assembly; and curing the pre-assembly.
Amotor including a cylindrical housing , a cooling fan having a diameter, a rotating shaft , and a cover , the cylindrical housing defining at least one upstream through hole at its circumferential wall, wherein the cooling fan is mounted at an end of the rotating shaft outside the housing and near the cover for generating an air current towards the cylindrical housing for dissipating the heat generated in the motor; wherein the cover defines a plurality of air inlets and is mounted to a rear end of the housing and wherein a hollow hood is provided for collecting the air current generated by the cooling fan , the hollow hood having a neck portion , a head portion , and a gradually enlarged transitional portion integrally formed between the neck portion and the head portion , the neck portion opening out at a first opening , the head portion opening out at a second opening which is opposite to the first opening and which has a diameter, the hollow hood being mounted to the cylindrical housing near the cooling fan such that the neck portion is closely fitted around the cylindrical housing and the head portion of the hollow hood is located above the upstream through hole , thus defining an annular air-guiding channel therebetween which communicates with the upstream through hole and forming an intercepting surface at an inner surface of the gradually enlarged transitional portion of the hollow hood , the upstream through hole being located between the intercepting surface and the second opening of the hollow hood , whereby the air current can quickly pass through the annular air-guiding channel and the upstream through hole to enter the cylindrical housing to take away the heat generated therein, characterized in that the diameter of the cooling fan is larger than that of the second opening of the hollow hood .
Workstation, comprising - a work surface , - a vertical guide which is arranged above the work surface , - a holder which is connected to the vertical guide and on which a plurality of electronic display devices, in particular monitors, can be attached, and - a supply station which comprises at least one socket and/or at least one data or signal interface , wherein the holder is arrange spaced apart from the supply station , wherein the holder is height-adjustable relative to the work surface by means of the vertical guide , wherein a horizontal guide for depth-adjustment of the vertical guide is provided, and wherein the supply station is at least indirectly coupled with the vertical guide and is depth-adjustable together with this vertical guide relative to the work surface , wherein the vertical guide and the supply station are arranged on a base that is moveable along the horizontal guide , characterized in that the base is connected to the horizontal guide via a guide pin, and in that the guide pin is moved along a slot-shaped recess in the work surface . - a work surface , - a vertical guide which is arranged above the work surface , - a holder which is connected to the vertical guide and on which a plurality of electronic display devices, in particular monitors, can be attached, and - a supply station which comprises at least one socket and/or at least one data or signal interface ,
A ball-and-socket joint , comprising: - a first ring , which delimits a spherical housing , - a second spherical ring , which is positioned concentrically in the housing of the first ring, and - a lining , which is made from an electrically insulating material and which is interposed between the second ring and the spherical housing of the first ring, characterized in that it further incorporates a device (12-22, 42, 62; 82, 84) for measuring the wear of the lining , that is at least partially onboard in a fixed ring of the ball-and-socket joint , chosen between the first ring and the second ring , wherein the device comprises: - at least two electrodes (42, 62; 82, 84) connected to the first ring and the second ring , respectively, or to the lining , so as to form a capacitor structure (C), and - means (12-22) for measuring the capacity of the capacitor thus formed, - an electronic circuit , wherein: - the electronic circuit is a resonant circuit including the capacitor (C), an inductance (L) and a resistance (R) positioned in series, the electronic circuit is a short-circuited line, and - the means for measuring the capacity of the capacitor (C) include a reflectometer and an excitation module that are positioned on one side of the line. - a first ring , which delimits a spherical housing , - a second spherical ring , which is positioned concentrically in the housing of the first ring, and - a lining , which is made from an electrically insulating material and which is interposed between the second ring and the spherical housing of the first ring, characterized in that it further incorporates a device (12-22, 42, 62; 82, 84) for measuring the wear of the lining , that is at least partially onboard in a fixed ring of the ball-and-socket joint , chosen between the first ring and the second ring , - at least two electrodes (42, 62; 82, 84) connected to the first ring and the second ring , respectively, or to the lining , so as to form a capacitor structure (C), and - means (12-22) for measuring the capacity of the capacitor thus formed, - an electronic circuit , - the electronic circuit is a resonant circuit including the capacitor (C), an inductance (L) and a resistance (R) positioned in series, the electronic circuit is a short-circuited line, and - the means for measuring the capacity of the capacitor (C) include a reflectometer and an excitation module that are positioned on one side of the line.
A sole structure for an article of footwear having an upper , the sole structure comprising: a heel region ; a forefoot region ; a midfoot region disposed between the heel region and the forefoot region; a fluid-filled chamber including a first barrier layer cooperating with a second barrier layer to define a first fluid-filled segment extending continuously from a medial edge of the sole structure to a lateral edge of the sole structure within the forefoot region, a second fluid-filled segment extending continuously from the medial edge of the sole structure to the lateral edge of the sole structure within the forefoot region, and a web area disposed between and separating the first fluid-filled segment and the second fluid-filled segment in a first direction extending along a longitudinal axis of the sole structure, the first barrier layer being attached to the second barrier layer within the web area, and wherein the first fluid-filled segment is spaced apart from the second fluid-filled segment by a first distance measured in the first direction proximate to the lateral edge of the sole structure and is spaced apart from the second fluid-filled segment by a second distance measured in the first direction proximate to the medial edge of the sole structure, the second distance being smaller than the first distance. a heel region ; a forefoot region ; a midfoot region disposed between the heel region and the forefoot region; a fluid-filled chamber including a first barrier layer cooperating with a second barrier layer to define a first fluid-filled segment extending continuously from a medial edge of the sole structure to a lateral edge of the sole structure within the forefoot region, a second fluid-filled segment extending continuously from the medial edge of the sole structure to the lateral edge of the sole structure within the forefoot region, and a web area disposed between and separating the first fluid-filled segment and the second fluid-filled segment in a first direction extending along a longitudinal axis of the sole structure, the first barrier layer being attached to the second barrier layer within the web area, and wherein the first fluid-filled segment is spaced apart from the second fluid-filled segment by a first distance measured in the first direction proximate to the lateral edge of the sole structure and is spaced apart from the second fluid-filled segment by a second distance measured in the first direction proximate to the medial edge of the sole structure, the second distance being smaller than the first distance.
A computer implemented method for determining a final response class of tissue of interest to a therapy treatment, comprising: determining a parameter measurement for the tissue of interest based on imaging data; determining an uncertainty of the parameter measurement; obtaining a first set of probabilities of response classes, wherein the response classes include at least a first class indicative of a first response of the tissue of interest to the therapy treatment; obtaining at least a second set of probabilities of the response classes, wherein the response classes include at least a second class indicative of a second response of the tissue of interest to the therapy treatment, wherein the first and the second responses are different; combining the first and the at least second sets of probabilities of the response classes, thereby generating a combined set of probabilities of the response classes; determining at least one of the first or the at least the second set of probabilities based on the uncertainty and predetermined response criteria; determining the final response class of the tissue of interest to the therapy treatment from a plurality of predefined response classes based on the combined set of probabilities of the response classes; and generating a signal indicative of the final response class. determining a parameter measurement for the tissue of interest based on imaging data; determining an uncertainty of the parameter measurement; obtaining a first set of probabilities of response classes, wherein the response classes include at least a first class indicative of a first response of the tissue of interest to the therapy treatment; obtaining at least a second set of probabilities of the response classes, wherein the response classes include at least a second class indicative of a second response of the tissue of interest to the therapy treatment, wherein the first and the second responses are different; combining the first and the at least second sets of probabilities of the response classes, thereby generating a combined set of probabilities of the response classes; determining at least one of the first or the at least the second set of probabilities based on the uncertainty and predetermined response criteria; determining the final response class of the tissue of interest to the therapy treatment from a plurality of predefined response classes based on the combined set of probabilities of the response classes; and generating a signal indicative of the final response class.
Container for antimicrobial storage of water or aqueous solutions, characterized in that an antimicrobial mixture is arranged in the interior of the container and comprises a hydrophilic polymer and a complex compound of a metal salt with an organic ligand, wherein the complex compound is embedded in a matrix consisting of the hydrophilic polymer.