mhurhangee/ep-ind-claims huggingface dataset:
A lateral glazed unit for a transport means, in particular a train glazed unit, said glazed unit being a multiple, fixed glazed unit having an outer face that faces an outer space and an inner face that faces an inner space, said glazed unit comprising: - an outer glass pane having an outer face that faces the outer space, said outer glass pane being laminated and comprising at least one outer glass sheet, one inner glass sheet, as well as a plastic material sheet located between said outer glass sheet and said inner glass sheet, each sheet (3, 4, 5) of said outer glass pane having a peripheral edge (30, 40, 50); - an inner glass pane having an inner face that faces the inner space, an intermediate face opposite the inner face, as well as a peripheral edge; - a glazed unit frame structure, which is located on the periphery of said outer glass pane and on the periphery of said inner glass pane and which holds together these two glass panes in such a way that the glazed unit provides a separation between said outer space and said inner space with a glazed unit cavity located between said glass panes (2, 6); characterized in that the edge of said outer glass sheet is located setback (r) from the edge of said inner glass sheet on at least part of the length of the edge of said outer glass sheet and preferably over the entire length of said edge of said outer glass sheet, and in that said glazed unit frame structure is not in contact with said outer glass sheet. - an outer glass pane having an outer face that faces the outer space, said outer glass pane being laminated and comprising at least one outer glass sheet, one inner glass sheet, as well as a plastic material sheet located between said outer glass sheet and said inner glass sheet, each sheet (3, 4, 5) of said outer glass pane having a peripheral edge (30, 40, 50); - an inner glass pane having an inner face that faces the inner space, an intermediate face opposite the inner face, as well as a peripheral edge; - a glazed unit frame structure, which is located on the periphery of said outer glass pane and on the periphery of said inner glass pane and which holds together these two glass panes in such a way that the glazed unit provides a separation between said outer space and said inner space with a glazed unit cavity located between said glass panes (2, 6);
A method of interleaving rate matched data for transmission, the method comprising: performing interleaving with a rectangular interleaver having a number N equal to Log2(constellation_size) of rows and a number of columns, wherein each row is an independent interleaving and rate matching engine; and for each of the N interleaving and rate matching engines: reading, for a block of encoded data on which interleaving and rate-matching is to be performed, the block of encoded data from a code block buffer, starting at a respective different starting point of the code block buffer corresponding to the each interleaving and rate matching engine, to generate interleaved and rate matched data; wherein each of the N interleaving and rate matching engines are configured to run in parallel with a same coded bit size and different starting offsets, each starting offset determined based at least in part on a corresponding line index, column number and a coded bit size according to (line index * column_number)% (coded bits); and providing encoded output data that includes the interleaved and rate matched data from the N interleaving and rate matching engines. performing interleaving with a rectangular interleaver having a number N equal to Log2(constellation_size) of rows and a number of columns, wherein each row is an independent interleaving and rate matching engine; and for each of the N interleaving and rate matching engines: reading, for a block of encoded data on which interleaving and rate-matching is to be performed, the block of encoded data from a code block buffer, starting at a respective different starting point of the code block buffer corresponding to the each interleaving and rate matching engine, to generate interleaved and rate matched data; wherein each of the N interleaving and rate matching engines are configured to run in parallel with a same coded bit size and different starting offsets, each starting offset determined based at least in part on a corresponding line index, column number and a coded bit size according to (line index * column_number)% (coded bits); and providing encoded output data that includes the interleaved and rate matched data from the N interleaving and rate matching engines. reading, for a block of encoded data on which interleaving and rate-matching is to be performed, the block of encoded data from a code block buffer, starting at a respective different starting point of the code block buffer corresponding to the each interleaving and rate matching engine, to generate interleaved and rate matched data; wherein each of the N interleaving and rate matching engines are configured to run in parallel with a same coded bit size and different starting offsets, each starting offset determined based at least in part on a corresponding line index, column number and a coded bit size according to (line index * column_number)% (coded bits); and providing encoded output data that includes the interleaved and rate matched data from the N interleaving and rate matching engines.
Cather system, with a catheter that has a flexible catheter body that forms at least two cavities (90, 100/110) along its longitudinal extension, wherein the catheter can be placed circularly around and permanently attached to a structure to be reconstructed and is characterized in that the catheter body comprises at least two successively arranged sections with sluices arranged between the sections that seal off the cavities (90, 100/110) section by section, wherein - the length of the individual sections of the catheter can be changed, - one of the cavities is communicatively implemented with at least one opening in each section that penetrates the catheter walling and that serves to attach the catheter to the tissue, - the other cavity (100/110) is designed for the insertion of at least one element (40/50) that changes the length of at least one of the sections, and - wherein one cavity is designed to apply a vacuum that acts on the openings and/or the openings are designed to emit an adhesive material that fixes the catheter to the tissue and with a removably attached catheter carrier that has cavities which, in the attached state, communicate with the cavities (90 100/110) of the catheter, and are designed for the moveable insertion of the element (40/50) that changes the length of the catheter sections. - the length of the individual sections of the catheter can be changed, - one of the cavities is communicatively implemented with at least one opening in each section that penetrates the catheter walling and that serves to attach the catheter to the tissue, - the other cavity (100/110) is designed for the insertion of at least one element (40/50) that changes the length of at least one of the sections, and - wherein one cavity is designed to apply a vacuum that acts on the openings and/or the openings are designed to emit an adhesive material that fixes the catheter to the tissue
A method for producing a population of semiconductor nanocrystals, comprising: combining a plurality of semiconductor nanocrystal cores, at least one solvent, a first semiconductor shell precursor, and a second semiconductor shell precursor, wherein the first semiconductor shell precursor is selected from the group consisting of Group 2, 12, 13 and 14 element-containing compounds and wherein the second semiconductor shell precursor is selected from the group consisting of Group 14, 15 and 16 element-containing compounds, wherein the first and second semiconductor shell precursors are different, and at least two different oxoacid compounds to provide a reaction mixture, wherein the at least two different oxoacid compounds comprise a first oxoacid compound and a second oxoacid compound, the first oxoacid compound and the second oxoacid compound are phosphonic acid compounds, the first and second oxoacid compounds have different molecular weights, and the mole fraction of the lower molecular weight oxoacid compound relative to the total number of moles of oxoacid compounds is greater than 5%; and heating the reaction mixture for a period of time sufficient to induce formation of a semiconductor shell layer on at least one core, thereby producing a population of semiconductor nanocrystals. combining a plurality of semiconductor nanocrystal cores, at least one solvent, a first semiconductor shell precursor, and a second semiconductor shell precursor, wherein the first semiconductor shell precursor is selected from the group consisting of Group 2, 12, 13 and 14 element-containing compounds and wherein the second semiconductor shell precursor is selected from the group consisting of Group 14, 15 and 16 element-containing compounds, wherein the first and second semiconductor shell precursors are different, and at least two different oxoacid compounds to provide a reaction mixture, wherein the at least two different oxoacid compounds comprise a first oxoacid compound and a second oxoacid compound, the first oxoacid compound and the second oxoacid compound are phosphonic acid compounds, the first and second oxoacid compounds have different molecular weights, and the mole fraction of the lower molecular weight oxoacid compound relative to the total number of moles of oxoacid compounds is greater than 5%; and heating the reaction mixture for a period of time sufficient to induce formation of a semiconductor shell layer on at least one core, thereby producing a population of semiconductor nanocrystals.
Compressor arrangement for operating a compressed air supply facility of a vehicle, having a compressor having: - an electric motor, which is constructed as an electronically commutated, brushless DC motor with a control circuit comprising a power electronics unit (BL-DC motor), - a pneumatic compressor element, characterized in that - the electric motor is constructed in the form of an external rotor motor. - an electric motor, which is constructed as an electronically commutated, brushless DC motor with a control circuit comprising a power electronics unit (BL-DC motor), - a pneumatic compressor element, - the electric motor is constructed in the form of an external rotor motor.
A method for producing an optical film, characterized by comprising: subjecting a polymer film, on a surface of which an optical layer is formed, to a heat-treatment; and further comprising: treating the polymer film with steam, of which a temperature is from 50°C to 150°C, for from 10 seconds to 1 hour before the heat-treatment and forming the optical layer on the surface of the polymer film after the steam treat ment. treating the polymer film with steam, of which a temperature is from 50°C to 150°C, for from 10 seconds to 1 hour before the heat-treatment and forming the optical layer on the surface of the polymer film after the steam treat ment.
A registration apparatus for registering images, the registration apparatus comprising: an images providing unit for providing a first image and a second image of an object, wherein the images providing unit is adapted to provide the first image such that an image element of the first and second image at a respective position has been reconstructed by multiplying projection data values, which are assigned to rays traversing the image element, with weights and by backprojecting the weighted projection data values along the rays, a confidence map providing unit for providing a confidence map comprising for different positions in the first image confidence values being indicative of a likelihood that an image feature is caused by a structure of the object, wherein the confidence map providing unit is adapted to determine for the image element a confidence value by calculating a sum of a function, which depends on the respective weight, over the rays traversing the image element, a registration unit for determining a registration transformation for registering the first image and the second image to each other under consideration of the confidence map. an images providing unit for providing a first image and a second image of an object, wherein the images providing unit is adapted to provide the first image such that an image element of the first and second image at a respective position has been reconstructed by multiplying projection data values, which are assigned to rays traversing the image element, with weights and by backprojecting the weighted projection data values along the rays, a confidence map providing unit for providing a confidence map comprising for different positions in the first image confidence values being indicative of a likelihood that an image feature is caused by a structure of the object, wherein the confidence map providing unit is adapted to determine for the image element a confidence value by calculating a sum of a function, which depends on the respective weight, over the rays traversing the image element, a registration unit for determining a registration transformation for registering the first image and the second image to each other under consideration of the confidence map.
A vertical roller-type grinding blade comprising: an outer blade having a hollow hole formed therein; and an inner blade including at least two eccentric rollers installed in the hollow hole of the outer blade to be rotated by a rotating shaft, each eccentric roller being eccentrically installed so that a center line and a rotation axis are misaligned with each other, characterised in that the eccentric rollers are eccentrically installed to each other so that center lines of the eccentric rollers are misaligned with each other and the at least two eccentric rollers are sequentially disposed in vertical direction and are driven by the same rotating shaft. an outer blade having a hollow hole formed therein; and an inner blade including at least two eccentric rollers installed in the hollow hole of the outer blade to be rotated by a rotating shaft, each eccentric roller being eccentrically installed so that a center line and a rotation axis are misaligned with each other, characterised in that the eccentric rollers are eccentrically installed to each other so that center lines of the eccentric rollers are misaligned with each other and the at least two eccentric rollers are sequentially disposed in vertical direction and are driven by the same rotating shaft.
A humanized M-CSF mouse, comprising: a Rag2 gene knock-out; an IL2rg gene knock-out; and a nucleic acid sequence incorporated into the genome of the humanized M-CSF mouse, which sequence encodes a human Macrophage colony-stimulating factor (hM-CSF) protein and is operably linked to the endogenous promoter of the mouse M-CSF gene at the mouse M-CSF locus, wherein the mouse expresses M-CSF RNA encoded by the nucleic acid sequence in bone marrow, spleen, blood, liver, brain, lung, testis and kidney. a Rag2 gene knock-out; an IL2rg gene knock-out; and a nucleic acid sequence incorporated into the genome of the humanized M-CSF mouse, which sequence encodes a human Macrophage colony-stimulating factor (hM-CSF) protein and is operably linked to the endogenous promoter of the mouse M-CSF gene at the mouse M-CSF locus, wherein the mouse expresses M-CSF RNA encoded by the nucleic acid sequence in bone marrow, spleen, blood, liver, brain, lung, testis and kidney.
A spray gun for powder coating material, comprising; a housing comprising a spray nozzle body, said spray nozzle body comprising a powder inlet and a spray orifice; a powder tube having an outlet end through which powder coating material flows into said spray nozzle body during a coating operation through said powder inlet along an axis, and an electrode disposed within said housing, characterized in that the spray gun comprises: a wear resistant member that supports said electrode, said wear resistant member comprising a wear resistant material; and a compliant sleeve that supports said wear resistant member in line with said axis, said compliant sleeve comprising slots (75, 76) that receive the wear resistant member, said compliant sleeve comprising an elastic material that is more compliant than the wear resistant material. a wear resistant member that supports said electrode, said wear resistant member comprising a wear resistant material; and a compliant sleeve that supports said wear resistant member in line with said axis, said compliant sleeve comprising slots (75, 76) that receive the wear resistant member, said compliant sleeve comprising an elastic material that is more compliant than the wear resistant material.
A boiler for heating rooms and producing sanitary water, said boiler comprising a tubular cylindrical body or ferrule, a first and a second end closing elements (1, 59) coupled with opposed ends of such body or ferrule and a heat exchanger (2, 3) having a first and a second end and through which a fluid flows, said heat exchanger being placed inside the assembly formed of said body or ferrule and said end closing elements (1, 59) inside said heat exchanger (2, 3) a gas burner being present and being suitable for heating said fluid flowing through the heat exchanger (2, 3), the first end closing element comprising a frame on which a turn located at the first end of said heat exchanger rests, the frame of said first end closing element having a predetermined outer diameter so as to define an end element with constant dimensions associated with said body or ferrule also having a fixed outer diameter, said frame being arranged to be able to co-operate alternatively with at least two heat exchangers (2, 3) having different heat exchanging surfaces, characterized in that the boiler further comprises an adjustable end plate located in proximity to the second end of said heat exchanger (2, 3) distant from the frame of the first end closing element,the position of said adjustable end plate being able to be adjusted in order to bring it closer or move it away from said second end so to prevent the steam present in the combustion smokes from being exhausted and so to be able to create a high efficiency, low emission boiler.
Façade system for forming a thermal insulation composite façade having a plurality of façade plates which are arranged next to each other and one above the other and can be attached to a building wall via spacers and to which in particular an insulation is allocated on the spacer-side, wherein the façade plates comprise grooves on each at least two of their four end faces which are opposite each other in pairs, wherein the grooves proceed from the end face and are engaged by a spring-like holding projection associated with the façade plate-side spacer end of a spacer, a web protruding transversely from the holding projection being placed against said holding projection, characterised in that a spacer plate is placed against the web of a façade plate-side façade holder of the spacer, which spacer plate is placed against a web of a building wall-side façade holder in the region of the end face remote from the façade plate, wherein the web of the façade plate-side façade holder becomes a U-shaped receptacle which consists of two parallel webs, into which the spacer plate is inserted, secured by means of at least one connecting means connecting the two parallel webs of the U-shaped receptacle and the spacer plate, wherein the building wall-side façade holder comprises a U-shaped receptacle, into which the spacer plate is inserted, secured by means of at least one connecting means connecting the two parallel webs of the U-shaped receptacle and the spacer plate, and wherein the connecting means is preferably a screw.
An induction heated roll apparatus comprising: a roll main body that is rotatably supported; and a magnetic flux generating mechanism that is provided inside the roll main body and includes an iron core and an induction coil wound around the iron core, the induction heated roll apparatus comprising: a DC voltage application part that controls a DC power supply to intermittently apply DC voltage to the induction coil; a resistance value calculation part that calculates a resistance value of the induction coil from the DC voltage applied by the DC voltage application part and DC current flowing through the induction coil when applying the DC voltage; a relational data storage part that stores relational data indicating a resistance value - temperature relationship between the resistance value of the induction coil and temperature of the induction coil; and a coil temperature calculation part that calculates the temperature of the induction coil from the resistance value obtained by the resistance value calculation part and the resistance value - temperature relationship indicated by the relational data. a DC voltage application part that controls a DC power supply to intermittently apply DC voltage to the induction coil; a resistance value calculation part that calculates a resistance value of the induction coil from the DC voltage applied by the DC voltage application part and DC current flowing through the induction coil when applying the DC voltage; a relational data storage part that stores relational data indicating a resistance value - temperature relationship between the resistance value of the induction coil and temperature of the induction coil; and a coil temperature calculation part that calculates the temperature of the induction coil from the resistance value obtained by the resistance value calculation part and the resistance value - temperature relationship indicated by the relational data.
A method for improving, over a predetermined substrate area, the uniformity and repeatability of the spectral response of photonic devices fabricated in a thin device layer of an SOI substrate, the method comprising: establishing an initial device layer thickness map for the predetermined area; establishing a linewidth map for the predetermined area; and establishing an etch depth map for the predetermined area, in which establishing the etch depth map comprises estimating the etch depth as a function of the spatial wafer coordinates in the predetermined area based on data previously collected from process control, characterised in that the method further comprises, based on the initial device layer thickness map, the linewidth map and the etch depth map, determining a predetermined device layer thickness map and a corresponding thickness correction map for the predetermined substrate area taking into account device design data; performing a location specific corrective etch process in accordance with the thickness correction map, and fabricating photonic device structures, wherein the thickness correction map is established before starting said fabrication of photonic device structures and the location specific corrective etch process is performed before said fabrication of the photonic device structures. establishing an initial device layer thickness map for the predetermined area; establishing a linewidth map for the predetermined area; and establishing an etch depth map for the predetermined area, in which establishing the etch depth map comprises estimating the etch depth as a function of the spatial wafer coordinates in the predetermined area based on data previously collected from process control, characterised in that the method further comprises, based on the initial device layer thickness map, the linewidth map and the etch depth map, determining a predetermined device layer thickness map and a corresponding thickness correction map for the predetermined substrate area taking into account device design data; performing a location specific corrective etch process in accordance with the thickness correction map, and fabricating photonic device structures, wherein the thickness correction map is established before starting said fabrication of photonic device structures and the location specific corrective etch process is performed before said fabrication of the photonic device structures.