mhurhangee/ep-ind-claims huggingface dataset:
A single-stage double-acting traveling-wave thermoacoustic system, comprising at least three elementary units, wherein each elementary unit comprises a linear motor and a thermoacoustic conversion device; the linear motor comprising a cylinder and a piston, wherein the piston can perform a straight reciprocating motion in the cylinder; the thermoacoustic conversion device comprises a first heat exchanger, a heat regenerator, a second heat exchanger, a thermal buffer tube and a third heat exchanger connected in sequence; the first heat exchanger and the third heat exchanger of each thermoacoustic conversion device are connected to cylinder cavities of different linear motors respectively, forming a loop structure for flow of a gas medium, characterized in that at least one DC suppressor is mounted on a connecting pipeline of the loop structure, and the DC suppressor is mounted between the first heat exchanger and the cylinder cavity, or between the third heat exchanger and the cylinder cavity, and the DC suppressor is a jet pump.
A projection screen, comprising: a microstructure layer comprising a matrix layer and a microstructure unit formed on a surface of the matrix layer, wherein the microstructure unit comprises triangular pyramid units arranged in an array, wherein each of the triangular pyramid units comprises a light output surface attached to and fixed to the surface of the matrix layer; wherein at least two of the triangular pyramid units that are arranged along a horizontal direction are identical to each other; wherein taper angles of at least two triangular pyramid units of the triangular pyramid units that are arranged along a vertical direction vary gradually; and wherein each of the taper angles is an angle formed between a base of one of the at least two triangular pyramid units that has the taper angle and an edge, parallel to the vertical direction, of the triangular pyramid unit, wherein the base is a surface of the triangular pyramid unit other than the light output surface and two surfaces that intersect to form the edge, characterized in that each of the taper angles of the at least two triangular pyramid units arranged along the vertical direction satisfy θ = 180 + arcsin sin α 1 n + arcsin sin α 4 n 2, where θ denotes the taper angle of one of the at least two triangular pyramid units, α1 denotes an incident angle of image light, α4 denotes an emergent angle of the image light, and n denotes a refractive index of the triangular pyramid unit. a microstructure layer comprising a matrix layer and a microstructure unit formed on a surface of the matrix layer, wherein the microstructure unit comprises triangular pyramid units arranged in an array, wherein each of the triangular pyramid units comprises a light output surface attached to and fixed to the surface of the matrix layer; wherein at least two of the triangular pyramid units that are arranged along a horizontal direction are identical to each other; wherein taper angles of at least two triangular pyramid units of the triangular pyramid units that are arranged along a vertical direction vary gradually; and wherein each of the taper angles is an angle formed between a base of one of the at least two triangular pyramid units that has the taper angle and an edge, parallel to the vertical direction, of the triangular pyramid unit, wherein the base is a surface of the triangular pyramid unit other than the light output surface and two surfaces that intersect to form the edge, characterized in that each of the taper angles of the at least two triangular pyramid units arranged along the vertical direction satisfy θ = 180 + arcsin sin α 1 n + arcsin sin α 4 n 2, where θ denotes the taper angle of one of the at least two triangular pyramid units, α1 denotes an incident angle of image light, α4 denotes an emergent angle of the image light, and n denotes a refractive index of the triangular pyramid unit.
An image processing device comprising: a stitching module configured to receive a first image of a first region of a physical space and a second image of a second region of said physical space, and to determine a spatial relationship between the first image and the second image, and thereby stitch together the first and second images into a composite image comprising a first area derived from the first image and a second area derived from the second image; and a signal detection module configured to detect an embedded signal having been embedded in light illuminating at least part of the first region of said physical space upon capture of the first image, the embedded signal conveying metadata relating to at least part of said physical space; wherein the signal detection module is configured to apply an effect to at least part of the first area of the composite image based on the detected metadata, and also, based on the detected metadata and on the determined spatial relationship determined between the first and second images, to apply the effect to at least part of the second area of the composite image that extends beyond the first area. a stitching module configured to receive a first image of a first region of a physical space and a second image of a second region of said physical space, and to determine a spatial relationship between the first image and the second image, and thereby stitch together the first and second images into a composite image comprising a first area derived from the first image and a second area derived from the second image; and a signal detection module configured to detect an embedded signal having been embedded in light illuminating at least part of the first region of said physical space upon capture of the first image, the embedded signal conveying metadata relating to at least part of said physical space;
An image processing device (18,19,20) comprising: a first screen generator for generating a first screen in which a list display area and a finished print display area are displayed, the list display area displaying a plurality of inputted images, and the finished print display area displaying target images selected in the list display area in a finished state, i.e. a state equivalent to target images printed by a printer; a second screen generator for generating a second screen in which the finished print display area and an editing command display area for displaying an editing command to edit the target images are displayed side by side; and a selection section for selecting one of the first screen and the second screen, wherein the first screen or the second screen selected by the selection section is displayed on a display section, characterized in that in the first screen the list display area and the finished print display area are displayed side by side, that a third screen generator is provided for generating a third screen in which the finished print display area, a balloon display area, and the editing command display area are displayed side by side, the balloon display area displaying items contained in a lower hierarchical level of a designated editing command within a balloon, wherein the selection section selects one of the first screen, the second screen, and the third screen, and the finished print display area in the second screen is larger than the finished print display area in the first screen or the third screen. a first screen generator for generating a first screen in which a list display area and a finished print display area are displayed, the list display area displaying a plurality of inputted images, and the finished print display area displaying target images selected in the list display area in a finished state, i.e. a state equivalent to target images printed by a printer; a second screen generator for generating a second screen in which the finished print display area and an editing command display area for displaying an editing command to edit the target images are displayed side by side; and a selection section for selecting one of the first screen and the second screen, wherein the first screen or the second screen selected by the selection section is displayed on a display section, characterized in that in the first screen the list display area and the finished print display area are displayed side by side, that a third screen generator is provided for generating a third screen in which the finished print display area, a balloon display area, and the editing command display area are displayed side by side, the balloon display area displaying items contained in a lower hierarchical level of a designated editing command within a balloon, wherein the selection section selects one of the first screen, the second screen, and the third screen, and the finished print display area in the second screen is larger than the finished print display area in the first screen or the third screen.
A plated steel sheet with a quasicrystal, comprising a steel sheet and a plated-metal-layer arranged on a surface of the steel sheet, wherein: the plated-metal-layer comprises, as a chemical composition, by atomic%, 28.5% to 52% of Zn, 0.5% to 10% of Al, 0% to 3.5% of Ca, 0% to 3.5% of Y, 0% to 3.5% of La, 0% to 3.5% of Ce, 0% to 0.5% of Si, 0% to 0.5% of Ti, 0% to 0.5% of Cr, 0% to 2% of Fe, 0% to 0.5% of Co, 0% to 0.5% of Ni, 0% to 0.5% of V, 0% to 0.5% of Nb, 0% to 0.5% of Cu, 0% to 0.5% of Sn, 0% to 0.2% of Mn, 0% to 0.5% of Sr, 0% to 0.5% of Sb, 0% to 0.5% of Pb, and a balance of Mg and impurities; the plated-metal-layer includes, as a metallographic structure, a quasicrystal phase; a magnesium content, a zinc content, and an aluminum content expressed in atomic% in the quasicrystal phase satisfy 0.5 ≤ Mg / (Zn + Al) ≤ 0.83; and an average equivalent circle diameter of the quasicrystal phase is equal to or larger than 0.01 μm and equal to or smaller than 1 μm.
Underwater vehicle, wherein the underwater vehicle has an X-rudder, wherein the X-rudder has a first, a second, a third and a fourth rudder blade, wherein the rudder has a first group with the first and second rudder blades, and a second group with the third and fourth rudder blades, wherein the first group and the second group are arranged offset in the longitudinal direction of the underwater vehicle, wherein the first group and the second group are arranged adjacent to one another in the longitudinal direction of the underwater vehicle.
Method for producing an arrester arrangement that comprises a surge arrester (10a-10f), wherein, in the method, during production of the surge arrester (10a-10f), resistance elements operating in a voltage-dependent manner are electrically connected in series, wherein - at least one further surge arrester (10a-10f) is additionally produced by virtue of resistance elements operating in a voltage-dependent manner being electrically connected in series, - the surge arrester (10a-10f) and/or the at least one further surge arrester (10a-10f) are/is provided with a tensioning system that allows the clamping force (F1-F6) acting on the resistance elements to be adjusted even after the surge arrester (10a-10f) has been started up for the first time, characterized in that - the arrester arrangement has an electrical overvoltage applied to it that leads to a reduction in the electrical resistance of the resistance elements and gives rise to a flow of current through the surge arresters (10a-10f) connected in parallel, - when current is flowing, voltages (U1, U2, U3) dropped across the surge arresters (10a-10f) or voltages (Ui1, U2i, Ui3) induced in the surge arresters (10a-10f) on account of the inductance are measured, with voltage measurement values being formed, and - the tensioning system or systems is/are set in such a way that the voltage measurement values are equal or lie within a predefined tolerance band. - at least one further surge arrester (10a-10f) is additionally produced by virtue of resistance elements operating in a voltage-dependent manner being electrically connected in series, - the surge arrester (10a-10f) and/or the at least one further surge arrester (10a-10f) are/is provided with a tensioning system that allows the clamping force (F1-F6) acting on the resistance elements to be adjusted even after the surge arrester (10a-10f) has been started up for the first time, characterized in that - the arrester arrangement has an electrical overvoltage applied to it that leads to a reduction in the electrical resistance of the resistance elements and gives rise to a flow of current through the surge arresters (10a-10f) connected in parallel, - when current is flowing, voltages (U1, U2, U3) dropped across the surge arresters (10a-10f) or voltages (Ui1, U2i, Ui3) induced in the surge arresters (10a-10f) on account of the inductance are measured, with voltage measurement values being formed, and - the tensioning system or systems is/are set in such a way that the voltage measurement values are equal or lie within a predefined tolerance band.
Treatment system for treating workpieces, comprising: - a treatment chamber, which comprises a plurality of treatment-chamber portions, each of which is assigned to one of a plurality of separate circulating-air modules of the treatment system, each circulating-air module being arranged in order to guide a separate, recirculating gas flow; - a heating system, which comprises a self-contained heating-gas guide in which at least some of a heating-gas flow can be guided in a circuit, a plurality of circulating-air modules being coupled to the heating-gas guide, in particular for heating the gas guided through the treatment-chamber portions, characterized in that the heating-gas guide comprises a plurality of junctions or branches for distributing a heating-gas flow guided in the heating-gas guide onto the treatment-chamber portions, the heating-gas guide comprising a central heating-gas line, by means of which a heating gas can be guided annularly from a heat exchanger for heating the heating gas to the plurality of circulating-air modules and/or treatment-chamber portions and back to the heat exchanger again. - a treatment chamber, which comprises a plurality of treatment-chamber portions, each of which is assigned to one of a plurality of separate circulating-air modules of the treatment system, each circulating-air module being arranged in order to guide a separate, recirculating gas flow; - a heating system, which comprises a self-contained heating-gas guide in which at least some of a heating-gas flow can be guided in a circuit, a plurality of circulating-air modules being coupled to the heating-gas guide, in particular for heating the gas guided through the treatment-chamber portions, characterized in that the heating-gas guide comprises a plurality of junctions or branches for distributing a heating-gas flow guided in the heating-gas guide onto the treatment-chamber portions, the heating-gas guide comprising a central heating-gas line, by means of which a heating gas can be guided annularly from a heat exchanger for heating the heating gas to the plurality of circulating-air modules and/or treatment-chamber portions and back to the heat exchanger again. a plurality of circulating-air modules being coupled to the heating-gas guide, in particular for heating the gas guided through the treatment-chamber portions, characterized in that the heating-gas guide comprises a plurality of junctions or branches for distributing a heating-gas flow guided in the heating-gas guide onto the treatment-chamber portions, the heating-gas guide comprising a central heating-gas line, by means of which a heating gas can be guided annularly from a heat exchanger for heating the heating gas to the plurality of circulating-air modules and/or treatment-chamber portions and back to the heat exchanger again.
Device for cooling at least one component comprising: - a support that will receive on a first face at least one component to be cooled, the support comprising a fluid network (3, 3', 3") inside which a liquid will circulate, the network comprising a first cavity, a second cavity, and at least one first channel connecting the first cavity to the second cavity, a first deformable membrane and a second deformable membrane forming a mobile wall of the first cavity and a mobile wall of the second cavity respectively, the device further comprising: - actuating means (67, 68, 69) of the first membrane and the second membrane, configured to enable deformation of the first and/or the second membrane so as to vary the volume of the first cavity and/or the second cavity and to enable displacement of the liquid in the channel, characterized in that the actuating means comprise: - at least one first electrode (67, 167) located on the first membrane, - at least one second electrode (68, 168) located on the second membrane, characterised in that the actuating means comprise: - at least one fixed electrode located on the support and facing the first electrode in the first cavity and/or the second electrode in the second cavity, the fixed electrode being located on one or several protuberances (102, 112, 114) of the support said protuberances facing the first electrode and/or the second electrode. - a support that will receive on a first face at least one component to be cooled, the support comprising a fluid network (3, 3', 3") inside which a liquid will circulate, the network comprising a first cavity, a second cavity, and at least one first channel connecting the first cavity to the second cavity, a first deformable membrane and a second deformable membrane forming a mobile wall of the first cavity and a mobile wall of the second cavity respectively, the device further comprising: - actuating means (67, 68, 69) of the first membrane and the second membrane, configured to enable deformation of the first and/or the second membrane so as to vary the volume of the first cavity and/or the second cavity and to enable displacement of the liquid in the channel, - at least one first electrode (67, 167) located on the first membrane, - at least one second electrode (68, 168) located on the second membrane, - at least one fixed electrode located on the support and facing the first electrode in the first cavity and/or the second electrode in the second cavity, the fixed electrode being located on one or several protuberances (102, 112, 114) of the support said protuberances facing the first electrode and/or the second electrode.
Measuring element for an ion-sensitive solid contact electrode for measuring an ion activity in a measurement medium, comprising an ion-sensitive layer, which is in contact with a measurement medium in operation and is conductive for lithium ions; and an electrically conductive layer, which comprises metallic lithium or a lithium- alloy or an electrically conductive lithium compound; wherein the measuring element is a solid-state measuring element, which further comprises a solid-state electrolyte layer, which is arranged between the ion-sensitive layer and the electrically-conductive layer, wherein the solid-state electrolyte layer comprises a lithium-ion-conducting solid-state compound, which contains movable lithium ions, is stable in relation to elementary lithium, and is electrically nonconductive; and wherein the solid-state electrolyte layer comprises one of the following lithium-ion-conducting solid-state compounds or mixtures thereof: lithium borates, such as B 2 0 3 -L i2 0, lithium borate-sulfates (LiBSO), such as B 2 O 3 -0.8Li 2 O-0.8Li 2 SO 4, lithium borophosphates (LiOP), such as 1 2 × Li 2 O-BPO 4, generally Li 2 O - B 2 O 3 -P 2 O 5, lithium aluminates, such as Li 5 AlO 4, lithium borosilicates, such as Li 2 O-B 2 O 3 -SiO 2, lithium-gallium oxides, such as Li 5 GaO 4, lithium germanates, such as Li Al x GeO 4, lithium nitrides, lithium phosphates, such as Li (1+x) Ti 2 Si x P (3-x) O 12 or Li (1+x) M x Ti (2-x) (PO 4) 3 where M=AI, Ga, Fe, Sc, In, Lu,Y, La, lithium-phosphorus oxynitrides, such as Li 3 PO 4-x N x, lithium silicate-aluminates, such as LiAlSi 2 O 6, LiAlSiO 4, Li 9 SiAlO 8, lithium-silicates, such as Li 2 SiO 4, Li 4 SiO 4, Li 2 SiO 3, Li 2 Si 2 O 5, lithium-silicon phosphates, such as Li 3.6 Si 0.6 P 0.4 O 4, lithium-silicon-phosphorus oxynitrides, such as Li 4 SiO 4-x -Li 3 PO 4-y N x+y, lithium thiogermanates, L i2 GeS 3, Li 4 GeS 4, Li 6 GeS 5, lithium titanates, such as Li 2 Zr (1-x) Ti x O 3, lithium vanadates, Li 2 S-SiS 2 -Li 3 P0 4, Li 7 P 3 S 11, lithium-zinc oxides, such as Li 6 Zn0 4, nitrated lithium borates (Li-B-O-N), such as Li 3.09 BO 2.53 N 0.52, sulfides, such as Li 2 S - GeS 2, and thio-lithium-germanium compounds, such as Li 10 GeP 2 S 12, Li 3.25 Ge 0.25 P 0.75 S 4.
A system for improving flight safety, comprising: a prediction component configured to predict abnormal flying behaviors of an aircraft, characterized in that the prediction component comprises: a model generation unit configured to construct a data space relating to an arrival airport based on two or more data dimensions of flying behaviors and to generate a prediction model of flying behaviors according to searching conditions and constraint conditions; a data acquisition unit configured to acquire data of flying behaviors; and a prediction unit (704; 800) configured to search high percentage regions of abnormal flying behaviors on the data space by using the prediction model of flying behaviors according to the data of the flying behaviors; and in that the system further comprises an indication component configured to indicate adjustment of an operation of the aircraft to reduce the possibility of an occurrence of abnormal flying behaviors, the indication component comprising an adjustment unit which presents, suggests, or implies changes of the operations of the aircraft to avoid the high percentage regions of abnormal flying behaviors. a prediction component configured to predict abnormal flying behaviors of an aircraft, characterized in that the prediction component comprises: a model generation unit configured to construct a data space relating to an arrival airport based on two or more data dimensions of flying behaviors and to generate a prediction model of flying behaviors according to searching conditions and constraint conditions; a data acquisition unit configured to acquire data of flying behaviors; and a prediction unit (704; 800) configured to search high percentage regions of abnormal flying behaviors on the data space by using the prediction model of flying behaviors according to the data of the flying behaviors; and a model generation unit configured to construct a data space relating to an arrival airport based on two or more data dimensions of flying behaviors and to generate a prediction model of flying behaviors according to searching conditions and constraint conditions; a data acquisition unit configured to acquire data of flying behaviors; and a prediction unit (704; 800) configured to search high percentage regions of abnormal flying behaviors on the data space by using the prediction model of flying behaviors according to the data of the flying behaviors; and in that the system further comprises an indication component configured to indicate adjustment of an operation of the aircraft to reduce the possibility of an occurrence of abnormal flying behaviors, the indication component comprising an adjustment unit which presents, suggests, or implies changes of the operations of the aircraft to avoid the high percentage regions of abnormal flying behaviors.