mhurhangee/ep-ind-claims huggingface dataset:
A device for a light-spectroscopic analysis, having: a sample receiver (20-20') having a sample receiving surface (22-22") for receiving a liquid sample, a measuring head (10-10") for outputting excitation light toward the sample and receiving signal light from the sample, wherein the sample receiver (20-20") has a surface (21-21") which faces the measuring head (10-10") and which is opposite the sample receiving surface (22-22") and whose one normal forms a first, non-zero angle (α) with an optical axis of the measuring head (10-10"), and wherein the output of excitation light toward the sample and the reception of signal light from the sample happens through said surface (20-22"), characterised in that the sample receiver (20-20") is wedge-shaped in cross-section and thus the surface (21-21") opposite the sample receiving surface (22-22") and facing the measuring head forms a second, non-zero angle (β) with the sample receiving surface. a sample receiver (20-20') having a sample receiving surface (22-22") for receiving a liquid sample, a measuring head (10-10") for outputting excitation light toward the sample and receiving signal light from the sample, wherein the sample receiver (20-20") has a surface (21-21") which faces the measuring head (10-10") and which is opposite the sample receiving surface (22-22") and whose one normal forms a first, non-zero angle (α) with an optical axis of the measuring head (10-10"), and wherein the output of excitation light toward the sample and the reception of signal light from the sample happens through said surface (20-22"), characterised in that the sample receiver (20-20") is wedge-shaped in cross-section and thus the surface (21-21") opposite the sample receiving surface (22-22") and facing the measuring head forms a second, non-zero angle (β) with the sample receiving surface.
A container comprising: a body defining an interior space having an opening, said body having a flange surrounding said opening; a filter disposed in said body to define an ingredients chamber, said filter being bonded to a first surface of said flange with a first bond, said first bond being a peelable bond; a separation point defined in said flange, said separation point defining a tab that is adapted to be separated from the remainder of said flange upon the application of sufficient force by hand; ingredients disposed in said ingredients chamber; and a cover disposed over said opening for covering said interior space, said cover being bonded to said filter with a second bond, wherein said tab and said cover are adapted to be removed together with said filter and said ingredients chamber containing said ingredients following use of the container by the application of force by hand, wherein said filter is formed of a material suitable for holding and filtering said ingredients for preparing a beverage. a body defining an interior space having an opening, said body having a flange surrounding said opening; a filter disposed in said body to define an ingredients chamber, said filter being bonded to a first surface of said flange with a first bond, said first bond being a peelable bond; a separation point defined in said flange, said separation point defining a tab that is adapted to be separated from the remainder of said flange upon the application of sufficient force by hand; ingredients disposed in said ingredients chamber; and a cover disposed over said opening for covering said interior space, said cover being bonded to said filter with a second bond,
A method of providing an implant comprising a substrate and a coating on a surface of the substrate, the coating comprising silicon nitride and having a thickness of from 1 to 15 micrometer, the method comprising the step of forming the coating by high-power pulsed magnetron sputtering, and wherein the coating has a hardness of from 15 to 45 GPa and a surface roughness of less than 50 nm.
Table underframe, having a support element which is suitable for supporting a table top, a guide element in which the support element is guided and which is provided for a connection with a pedestal and enables a relative adjustment of the support element by means of a floating bearing, at least one stop element which is arranged on the support element or the guide element and is provided to inhibit the relative adjustment of the support element with respect to the guide element, and a locking means for actuating the at least one stop element, wherein the guide element is designed in such a way that an upper side and a lower side of the guide element of a corresponding upper and lower sliding side of the support element are opposite each other.
A navigation system, comprising: an image sensor operable to obtain range data for a first scene, wherein a scene comprises an image of an area at a given moment in time; and a processing unit coupled to the image sensor and operable to identify one or more plane features, based on the range data, using each of a plurality of scales; wherein the processing unit is further operable to combine each of the one or more plane features with a corresponding plane feature from each of the plurality of scales and to project the one or more combined plane features to a reference orientation; wherein, to calculate a normal vector for each of a plurality of points based on the range data, the processing unit is operable to calculate a plurality of cross-products, each cross-product between two difference vectors, wherein each difference vector represents the difference between a selected one of the plurality of points and a boundary point of the selected point's neighborhood; wherein the processing unit is operable to approximate the normal vector at the selected point based on the plurality of cross-products; wherein the processing unit is operable to project the one or more combined plane features to the reference orientation based on the normal vector of the corresponding one or more plane features from one of the plurality of scales. an image sensor operable to obtain range data for a first scene, wherein a scene comprises an image of an area at a given moment in time; and a processing unit coupled to the image sensor and operable to identify one or more plane features, based on the range data, using each of a plurality of scales; wherein the processing unit is further operable to combine each of the one or more plane features with a corresponding plane feature from each of the plurality of scales and to project the one or more combined plane features to a reference orientation; wherein, to calculate a normal vector for each of a plurality of points based on the range data, the processing unit is operable to calculate a plurality of cross-products, each cross-product between two difference vectors, wherein each difference vector represents the difference between a selected one of the plurality of points and a boundary point of the selected point's neighborhood; wherein the processing unit is operable to approximate the normal vector at the selected point based on the plurality of cross-products; wherein the processing unit is operable to project the one or more combined plane features to the reference orientation based on the normal vector of the corresponding one or more plane features from one of the plurality of scales.
An image sensor comprising: a sensor substrate including a plurality of first pixels, configured to sense light of a first wavelength, and a plurality of second pixel configured to sense light of a second wavelength; a spacer layer on the sensor substrate, the spacer layer being transparent; and a color separating lens array on the spacer layer, the color separating lens array being configured to condense the light of the first wavelength incident on the color separating lens array toward the plurality of first pixels and to condense the light of the second wavelength incident on the color separating lens array towards the plurality of second pixels, wherein the color separating lens array includes a first lens layer on the spacer layer, a second lens layer on the first lens layer, and a first etch prevention layer between the first lens layer and the second lens layer, wherein the first lens layer and the second lens layer include a plurality of first pixel corresponding regions corresponding to the plurality of first pixels and a plurality of second pixel corresponding regions corresponding to the plurality of second pixels, and wherein the first lens layer and the second lens layer include a plurality of nanoposts disposed in the plurality of first pixel corresponding regions and the plurality of second pixel corresponding regions. a sensor substrate including a plurality of first pixels, configured to sense light of a first wavelength, and a plurality of second pixel configured to sense light of a second wavelength; a spacer layer on the sensor substrate, the spacer layer being transparent; and a color separating lens array on the spacer layer, the color separating lens array being configured to condense the light of the first wavelength incident on the color separating lens array toward the plurality of first pixels and to condense the light of the second wavelength incident on the color separating lens array towards the plurality of second pixels, wherein the color separating lens array includes a first lens layer on the spacer layer, a second lens layer on the first lens layer, and a first etch prevention layer between the first lens layer and the second lens layer, wherein the first lens layer and the second lens layer include a plurality of first pixel corresponding regions corresponding to the plurality of first pixels and a plurality of second pixel corresponding regions corresponding to the plurality of second pixels, and wherein the first lens layer and the second lens layer include a plurality of nanoposts disposed in the plurality of first pixel corresponding regions and the plurality of second pixel corresponding regions.
A composition comprising an IRAK1/4 inhibitor, an RNAi sufficient to inhibit IRAK1 expression, or combinations thereof, for use in the treatment of myelodysplastic syndrome in an individual.
An electronic device comprising: wireless communications circuitry; and an antenna assembly coupled to said wireless communications circuitry and comprising a substrate, an electrically conductive layer defining a ground plane carried by said substrate, an electrically conductive patch antenna element carried by said substrate and spaced from the ground plane, said electrically conductive patch antenna element having a symmetric axis dividing said electrically conductive patch antenna element into first and second symmetric areas (35a, 35b), said electrically conductive patch antenna element having first and second feed openings (36a, 36b) in the first and second symmetric areas, respectively, first and second feed pads in the first and second feed openings, respectively, defining first and second capacitive feed points (37a, 37b), first and second feed lines (41a, 41b) extending through said substrate and respectively coupling said first and second feed pads to said wireless communications circuitry, characterised in that the electronic device further comprises a plurality of spaced apart conductive shielding vias coupled to said ground plane and extending through said substrate surrounding said electrically conductive patch antenna element, and a phase delay circuitry carried by said substrate and coupled to said first and second feed lines (41a, 41b), wherein the phase delay circuitry is configured to provide non-quadrature phasing between said first and second feed lines (41a, 41b). wireless communications circuitry; and an antenna assembly coupled to said wireless communications circuitry and comprising a substrate, an electrically conductive layer defining a ground plane carried by said substrate, an electrically conductive patch antenna element carried by said substrate and spaced from the ground plane, said electrically conductive patch antenna element having a symmetric axis dividing said electrically conductive patch antenna element into first and second symmetric areas (35a, 35b), said electrically conductive patch antenna element having first and second feed openings (36a, 36b) in the first and second symmetric areas, respectively, first and second feed pads in the first and second feed openings, respectively, defining first and second capacitive feed points (37a, 37b), first and second feed lines (41a, 41b) extending through said substrate and respectively coupling said first and second feed pads to said wireless communications circuitry, characterised in that the electronic device further comprises a plurality of spaced apart conductive shielding vias coupled to said ground plane and extending through said substrate surrounding said electrically conductive patch antenna element, and a phase delay circuitry carried by said substrate and coupled to said first and second feed lines (41a, 41b), wherein the phase delay circuitry is configured to provide non-quadrature phasing between said first and second feed lines (41a, 41b).
A PIN photodiode comprising: (a) a layer of n-type silicon; (b) a first tunneling barrier layer of silicon oxide disposed over the layer of n-type silicon; (c) a layer of single-crystal intrinsic semiconducting material disposed over the first tunneling barrier layer; (d) a second tunneling barrier layer of silicon oxide disposed over the layer of single-crystal intrinsic semiconducting material; and (e) a layer of p-type silicon disposed over the second tunneling barrier layer, wherein the layer of single-crystal intrinsic semiconducting material is a layer of single-crystal intrinsic germanium or a layer of single-crystal intrinsic germanium-silicon alloy. (a) a layer of n-type silicon; (b) a first tunneling barrier layer of silicon oxide disposed over the layer of n-type silicon; (c) a layer of single-crystal intrinsic semiconducting material disposed over the first tunneling barrier layer; (d) a second tunneling barrier layer of silicon oxide disposed over the layer of single-crystal intrinsic semiconducting material; and (e) a layer of p-type silicon disposed over the second tunneling barrier layer, wherein the layer of single-crystal intrinsic semiconducting material is a layer of single-crystal intrinsic germanium or a layer of single-crystal intrinsic germanium-silicon alloy.
An optical apparatus comprising: a first optical element including glass; a second optical element including glass; and a housing including glass; wherein the first optical element and the second optical element define a multi-pass cavity; wherein the first optical element is a mirror with an aperture for entrance and exit of a laser beam; and wherein the second optical element is a mirror characterized in that said apparatus further comprises at least one support including silicon; in that the first optical element and the at least one support are anodically bonded together; in that the second optical element and the at least one support are anodically bonded together; and in that the at least one support and the housing are anodically bonded together. a first optical element including glass; a second optical element including glass; and a housing including glass; wherein the first optical element and the second optical element define a multi-pass cavity; wherein the first optical element is a mirror with an aperture for entrance and exit of a laser beam; and wherein the second optical element is a mirror characterized in that said apparatus further comprises at least one support including silicon; in that the first optical element and the at least one support are anodically bonded together; in that the second optical element and the at least one support are anodically bonded together; and in that the at least one support and the housing are anodically bonded together.
A passive exhaust valve assembly, comprising: an exhaust conduit; a valve plate disposed within the exhaust conduit and pivotal between an open position for allowing a flow of exhaust gases through the exhaust conduit and a closed position for reducing the flow of exhaust gases; and a bumper element disposed at a recessed pocket on an interior surface of the exhaust conduit, wherein the bumper element is positioned for an end portion of the valve plate to contact the bumper element when pivoting toward the closed position; wherein the bumper element is biased away from the recessed pocket, such that the bumper element flexes toward the recessed pocket when the valve plate moves toward the closed position. an exhaust conduit; a valve plate disposed within the exhaust conduit and pivotal between an open position for allowing a flow of exhaust gases through the exhaust conduit and a closed position for reducing the flow of exhaust gases; and a bumper element disposed at a recessed pocket on an interior surface of the exhaust conduit, wherein the bumper element is positioned for an end portion of the valve plate to contact the bumper element when pivoting toward the closed position; wherein the bumper element is biased away from the recessed pocket, such that the bumper element flexes toward the recessed pocket when the valve plate moves toward the closed position.
Device for the treatment of organic fraction of municipal solid waste (FORSU) comprising a first module for the formation of a heterogeneous mixture of FORSU having a longitudinal vat for the reception of organic fraction of municipal solid waste with a longitudinal auger for conveying and supplying the organic fraction of municipal solid waste to a cylindrical filter arranged vertical and with open ends, the cylindrical filter casing an auger, the cylindrical filter being housed with an interspace in a vertical casing provided with a plurality of nozzles for directing on said fixed cylindrical filter jets of a liquid for diluting the FORSU, for example water, wherein in the casing there is provided a tubular fitting for introducing the FORSU supplied in the vertical filter through an opening provided at the lower end of said cylindrical filter, at whose upper end there is provided an opening for the discharge of the most coarse inerts, characterised in that it further comprises a second module for homogenising the heterogeneous mixture of FORSU, above which there is mounted said first module, wherein the second module has a first chamber arranged below the cylindrical filter and in which there directly falls - by gravity - the heterogeneous mixture of FORSU coming through the lower end of said cylindrical filter, in which chamber there is provided a mixture and removal auger and an auger for the transfer and removal of the residue inerts, wherein the first chamber is followed by a second chamber having a greater longitudinal extension, in which there is extended said auger for the transfer and removal of the first chamber for conveying and removing the finest inerts towards the external, wherein there is also provided a third chamber for further mixing the matrix in the mixture taken in a homogenisation stage substantially liquid and dischargeable through the discharge end, wherein between the second chamber and the third chamber there is provided an overflow opening.
Exhaust gas transformer, - having a tube bundle with exhaust gas-conducting tubes, wherein the tube bundle is set in a base (4, 5) respectively on the input side and output side, - having a housing through which a coolant flows, said housing encloses the tube bundle, is delimited on the front end by the two bases (4, 5) and has a coolant inlet and a coolant outlet, - wherein, in the region of the coolant inlet, a flow guide device is provided which deflects the coolant at points of the housing at risk of boiling, namely at the input-side base, - wherein the flow guide device has at least one flow guide element, - wherein the at least one flow guide element is designed such that it forces a change of direction of the coolant flow from approx. 0° < α < 90°, in particular from approx. 15° < α < 42°, - wherein the flow guide device is arranged on a coolant tube, which opens into the coolant inlet, or - wherein the flow guide device is arranged on a supply support, which is connected to the coolant inlet, characterised in that the at least one flow guide element is designed so as to be elastically bendable and/or pivotable, - the flow guide element is connected on one side to the coolant tube, is designed in the manner of a spring sheet and is adjustable between a first and a second end position depending on the flow pulse, or - the flow guide element is pivotably mounted and is pre-tensioned by means of a spring into a first end position and is adjustable as a function of the flow pulse of the coolant counter to the spring until reaching a second end position. - having a tube bundle with exhaust gas-conducting tubes, wherein the tube bundle is set in a base (4, 5) respectively on the input side and output side, - having a housing through which a coolant flows, said housing encloses the tube bundle, is delimited on the front end by the two bases (4, 5) and has a coolant inlet and a coolant outlet, - wherein, in the region of the coolant inlet, a flow guide device is provided which deflects the coolant at points of the housing at risk of boiling, namely at the input-side base, - wherein the flow guide device has at least one flow guide element, - wherein the at least one flow guide element is designed such that it forces a change of direction of the coolant flow from approx. 0° < α < 90°, in particular from approx. 15° < α < 42°, - wherein the flow guide device is arranged on a coolant tube, which opens into the coolant inlet, or - wherein the flow guide device is arranged on a supply support, which is connected to the coolant inlet, - the flow guide element is connected on one side to the coolant tube, is designed in the manner of a spring sheet and is adjustable between a first and a second end position depending on the flow pulse, or - the flow guide element is pivotably mounted and is pre-tensioned by means of a spring into a first end position and is adjustable as a function of the flow pulse of the coolant counter to the spring until reaching a second end position.
A game controller comprising: a spherical housing including a first hemispherical portion and a second hemispherical portion; a first operation section at the first hemispherical portion; a second operation section positioned at a boundary between the first hemispherical portion and the second hemispherical portion, wherein the second operation section is a direction input section; and a transmission section configured to transmit, to outside, information regarding an operation on the first operation section and information regarding an operation on the second operation section, wherein a center of gravity position of the game controller is inside the second hemispherical portion so that the first hemispherical portion faces up when the game controller is placed on a horizontal surface. a spherical housing including a first hemispherical portion and a second hemispherical portion; a first operation section at the first hemispherical portion; a second operation section positioned at a boundary between the first hemispherical portion and the second hemispherical portion, wherein the second operation section is a direction input section; and a transmission section configured to transmit, to outside, information regarding an operation on the first operation section and information regarding an operation on the second operation section, wherein a center of gravity position of the game controller is inside the second hemispherical portion so that the first hemispherical portion faces up when the game controller is placed on a horizontal surface.