mhurhangee/ep-ind-claims huggingface dataset:
A battery system comprising: a plurality of monolithic cell trays configured to accommodate a plurality of aligned battery cells; a plurality of cell retainers provided in each cell tray and configured to retain the battery cells in the cell tray by being connected to the battery cells and the cell tray; a battery system carrier configured to accommodate the plurality of cell trays therein; a plurality of tray fasteners provided in each cell tray and connected with the cell trays and the battery system carrier to install the cell trays in the battery system carrier; and characterized in that the battery system carrier comprises a plurality of longitudinal beams and a plurality of crossbeams constituting a carrier frame and a ground plate attached to the carrier frame; cooling channels provided in an outer side of the battery system carrier to cool the battery cells, wherein each cell tray comprises an opening that exposes the plurality of battery cells, and the cooling channel is provided in the battery system carrier facing the opening of each cell tray. a plurality of monolithic cell trays configured to accommodate a plurality of aligned battery cells; a plurality of cell retainers provided in each cell tray and configured to retain the battery cells in the cell tray by being connected to the battery cells and the cell tray; a battery system carrier configured to accommodate the plurality of cell trays therein; a plurality of tray fasteners provided in each cell tray and connected with the cell trays and the battery system carrier to install the cell trays in the battery system carrier; and characterized in that the battery system carrier comprises a plurality of longitudinal beams and a plurality of crossbeams constituting a carrier frame and a ground plate attached to the carrier frame; cooling channels provided in an outer side of the battery system carrier to cool the battery cells, wherein each cell tray comprises an opening that exposes the plurality of battery cells, and the cooling channel is provided in the battery system carrier facing the opening of each cell tray.
A color detector comprising: a light source; and an array of elements, each element including: a photodiode in optical communication with said light source; a Fabry-Perot filter integrally formed on said photodiode, wherein said Fabry-Perot filter includes a first partially reflective layer spaced from a second partially reflective layer and a spacer layer disposed therebetween, each Fabry-Perot filter being tuned to allow a different spectrum of wavelengths to pass; a color enhancer to enhance the transmission of colors in a spectrum disposed between said photodiode and said Fabry-Perot filter, wherein the color enhancer comprises a color enhancing layer with a high-low index material combination that is designed to maximize the transmission of the filter disposed on the photodiode; and a dark layer defining an opening, so that light passes though the opening before passing through the Fabry-Perot filter, and light is prevented from reflecting off the Fabry-Perot filter and interfering with photodiodes of other elements of the array. a light source; and an array of elements, each element including: a photodiode in optical communication with said light source; a Fabry-Perot filter integrally formed on said photodiode, wherein said Fabry-Perot filter includes a first partially reflective layer spaced from a second partially reflective layer and a spacer layer disposed therebetween, each Fabry-Perot filter being tuned to allow a different spectrum of wavelengths to pass; a color enhancer to enhance the transmission of colors in a spectrum disposed between said photodiode and said Fabry-Perot filter, wherein the color enhancer comprises a color enhancing layer with a high-low index material combination that is designed to maximize the transmission of the filter disposed on the photodiode; and a dark layer defining an opening, so that light passes though the opening before passing through the Fabry-Perot filter, and light is prevented from reflecting off the Fabry-Perot filter and interfering with photodiodes of other elements of the array. a photodiode in optical communication with said light source; a Fabry-Perot filter integrally formed on said photodiode, wherein said Fabry-Perot filter includes a first partially reflective layer spaced from a second partially reflective layer and a spacer layer disposed therebetween, each Fabry-Perot filter being tuned to allow a different spectrum of wavelengths to pass; a color enhancer to enhance the transmission of colors in a spectrum disposed between said photodiode and said Fabry-Perot filter, wherein the color enhancer comprises a color enhancing layer with a high-low index material combination that is designed to maximize the transmission of the filter disposed on the photodiode; and a dark layer defining an opening, so that light passes though the opening before passing through the Fabry-Perot filter, and light is prevented from reflecting off the Fabry-Perot filter and interfering with photodiodes of other elements of the array.
A computer-implemented method of determining a classification of an amplification or a deletion in a chromosomal region in a biological sample, comprising: identifying a first chromosomal region of a reference genome; determining the first chromosomal region to have a first GC content in the reference genome; assembling an artificial reference chromosome from a plurality of disjoint regions of the reference genome such that the artificial reference chromosome is determined to have the first GC content within a specified percentage, wherein the plurality of disjoint regions has a normal copy number or are from one or more chromosomes that have a normal copy number; aligning each of a plurality of sequence tags with the first chromosomal region and with the artificial reference chromosome, wherein the sequence tags have been obtained by sequencing nucleic acids in the biological sample comprising cell-free nucleic acids from a first tissue and a second tissue; determining a first amount of sequence tags that align with the first chromosomal region; determining a reference amount of sequence tags that align with the artificial reference chromosome; determining a parameter by calculating a ratio or a difference using the first amount and the reference amount; comparing the parameter to a cutoff value, the cutoff value signifying whether the parameter is statistically different than a reference value, the reference value determined from a healthy person or determined theoretically, thereby determining a classification of the first chromosomal region as having or not having an amplification or as having or not having a deletion. identifying a first chromosomal region of a reference genome; determining the first chromosomal region to have a first GC content in the reference genome; assembling an artificial reference chromosome from a plurality of disjoint regions of the reference genome such that the artificial reference chromosome is determined to have the first GC content within a specified percentage, wherein the plurality of disjoint regions has a normal copy number or are from one or more chromosomes that have a normal copy number; aligning each of a plurality of sequence tags with the first chromosomal region and with the artificial reference chromosome, wherein the sequence tags have been obtained by sequencing nucleic acids in the biological sample comprising cell-free nucleic acids from a first tissue and a second tissue; determining a first amount of sequence tags that align with the first chromosomal region; determining a reference amount of sequence tags that align with the artificial reference chromosome; determining a parameter by calculating a ratio or a difference using the first amount and the reference amount; comparing the parameter to a cutoff value, the cutoff value signifying whether the parameter is statistically different than a reference value, the reference value determined from a healthy person or determined theoretically, thereby determining a classification of the first chromosomal region as having or not having an amplification or as having or not having a deletion.
Lift, in particular ladder lift, for the vertical transport of loads, with a carriage, equipped with a rolling and/or sliding device, which receives the load, and a drive unit integrated in the carriage for moving the load along a track, characterised in that the carriage has a safety device (44, 45) which has limit switch bars (50, 51) pointing in the direction of travel and contrary to the direction of travel which, on being actuated, stop or at least partially interrupt the movement of the load along the track, and the rolling and/or sliding device possesses means with the aid of which the rolling and/or sliding device can be switched from an opened position into a locked position and vice versa.
A vehicle, in particular a heavy goods vehicle, having a longitudinal direction, said vehicle being provided with a front underrun protection assembly provided at the front of the vehicle when seen in a normal forward direction of movement of the vehicle, said front underrun protection assembly comprising a cross beam extending transverse to the longitudinal direction of the vehicle and extending horizontally, said cross beam being connected to two parallel frame beams (3, 4) of the vehicle chassis via brackets (5, 6), said parallel frame beams (3, 4) of the vehicle extending in the longitudinal direction, said front underrun protection assembly further comprising two couples (C1; C2) of support elements (7, 8; 9, 10) for connection of the cross beam to the brackets (5, 6), one couple (C1; C2) of support elements (7, 8; 9, 10) being arranged for connection of the cross beam to a respective bracket (5, 6), each couple of support elements (7, 8; 9, 10) including a horizontally extending outer support element (8; 10) connected to an end portion of the cross beam and extending obliquely from the cross beam and an inner support element (7; 9) connected to the cross beam and extending parallel to the longitudinal direction of the vehicle and horizontally, wherein of each couple (C1; C2)of the support elements (7, 8; 9, 10) the inner support element (7; 9) comprises an outward side and a rearward end, the respective bracket being connected to a portion of the rearward end and the respective bracket having an outward part adjacent the rearward end of the inner support element, characterized in that the inner support element comprises a flange projecting rearwardly from the outward side, the flange extending along the outward part of the respective bracket, the outer support element being connected to the flange of the inner support element and a portion of the outward side of the inner support element adjacent the flange and wherein a space is present between the flange of the inner support element and the outward part of the respective bracket.
An organic layer deposition apparatus comprising: an electrostatic chuck for supporting a substrate; a deposition unit comprising a chamber for maintaining a vacuum and an organic layer deposition assembly (100, 800, 900, 900') for depositing at least one organic layer on the substrate supported by the electrostatic chuck; and a first conveyer unit passing through the chamber for moving the electrostatic chuck supporting the substrate along the deposition unit, wherein the organic layer deposition assembly (100, 800, 900, 900') is configured to be spaced apart from the substrate by a predetermined distance, and the organic layer deposition assembly (100, 800, 900, 900') is configured to be moved relative to the substrate during deposition, and characterized in that the first conveyer unit comprises a guide unit comprising two receiving members (614a, 614b) for supporting two lateral portions of the electrostatic chuck and for moving the electrostatic chuck in a direction while the electrostatic chuck is spaced apart from the first conveyer unit, wherein the guide unit comprises: two first receiving members; two second receiving members; and two connection members connecting each of the first receiving members with the respective second receiving member; wherein each of the first receiving member, the respective second receiving member, and the respective connection member form a receiving groove, and wherein the receiving grooves are adapted to accommodate two opposite lateral sides of the electrostatic chuck. an electrostatic chuck for supporting a substrate; a deposition unit comprising a chamber for maintaining a vacuum and an organic layer deposition assembly (100, 800, 900, 900') for depositing at least one organic layer on the substrate supported by the electrostatic chuck; and a first conveyer unit passing through the chamber for moving the electrostatic chuck supporting the substrate along the deposition unit, wherein the organic layer deposition assembly (100, 800, 900, 900') is configured to be spaced apart from the substrate by a predetermined distance, and the organic layer deposition assembly (100, 800, 900, 900') is configured to be moved relative to the substrate during deposition, and characterized in that the first conveyer unit comprises a guide unit comprising two receiving members (614a, 614b) for supporting two lateral portions of the electrostatic chuck and for moving the electrostatic chuck in a direction while the electrostatic chuck is spaced apart from the first conveyer unit, wherein the guide unit comprises: two first receiving members; two second receiving members; and two connection members connecting each of the first receiving members with the respective second receiving member; two first receiving members; two second receiving members; and two connection members connecting each of the first receiving members with the respective second receiving member; wherein each of the first receiving member, the respective second receiving member, and the respective connection member form a receiving groove, and wherein the receiving grooves are adapted to accommodate two opposite lateral sides of the electrostatic chuck.
A system (100000, 100010) for making a smartwatch having the appearance of a traditional watch, comprising: a smartwatch mechanism (100005, 100006, 104000) including at least most of the components of said smartwatch, said most of the components including the operating system and at least the display unit (10009, 100012, 104003) of said smartwatch, and a case having a housing (100001, 102001, 103101, 103201, 104001, 104101) to accommodate said smartwatch mechanism, said smartwatch mechanism being integrated within said case, said case further comprising a cover (100002, 101000, 101010, 101201, 103102, 103202, 104102, 104202, 104301, 105002), wherein said cover is openable and closable to cover said display unit, wherein said cover includes a physical watch dial (103203, 104104, 104302) which is a surface including signs that represent hours, and wherein said cover has at least one window (100004, 101001, 101007) so that a corresponding portion of said display unit is visible to a user when said cover is in closed position; wherein when said cover is in closed position, the smartwatch mechanism displays a first output content including virtual watch hands (101205, 14304) visible through said window such that together said physical watch dial and said virtual watch hands (101205, 14304) show time, and wherein when said cover is in open position the smartwatch mechanism displays a second output content on the display unit, and wherein an alerting means is integrated with the smartwatch mechanism for informing the smartwatch operating system that the cover is in the open or the closed position. a smartwatch mechanism (100005, 100006, 104000) including at least most of the components of said smartwatch, said most of the components including the operating system and at least the display unit (10009, 100012, 104003) of said smartwatch, and a case having a housing (100001, 102001, 103101, 103201, 104001, 104101) to accommodate said smartwatch mechanism, said smartwatch mechanism being integrated within said case, said case further comprising a cover (100002, 101000, 101010, 101201, 103102, 103202, 104102, 104202, 104301, 105002), wherein said cover is openable and closable to cover said display unit, wherein said cover includes a physical watch dial (103203, 104104, 104302) which is a surface including signs that represent hours, and wherein said cover has at least one window (100004, 101001, 101007) so that a corresponding portion of said display unit is visible to a user when said cover is in closed position; wherein when said cover is in closed position, the smartwatch mechanism displays a first output content including virtual watch hands (101205, 14304) visible through said window such that together said physical watch dial and said virtual watch hands (101205, 14304) show time, and wherein when said cover is in open position the smartwatch mechanism displays a second output content on the display unit, and wherein an alerting means is integrated with the smartwatch mechanism for informing the smartwatch operating system that the cover is in the open or the closed position.
A leakproof battery tray for an alkaline electrolyte battery (51, 52, 53, 54) comprising an assembly of metal plates (30, 31, 32, 33, 34), in which: - a first metal plate is provided with a series of holes in an area of overlapping; - a second metal plate is provided with a series of holes disposed facing those of the first metal plate in the area of overlapping; - the two plates are overlapped in the area of overlapping and are assembled together in this area by structural blind rivets each having a head, a shank and upset head; - the head and upset head of the structural blind rivets abut against a surface of each plate extending beyond the surface area of each hole; - the shank of the structural blind rivets is deformed so as to substantially occupy in a sealed manner the entire volume of said holes of the first and second plates. - a first metal plate is provided with a series of holes in an area of overlapping; - a second metal plate is provided with a series of holes disposed facing those of the first metal plate in the area of overlapping; - the two plates are overlapped in the area of overlapping and are assembled together in this area by structural blind rivets each having a head, a shank and upset head; - the head and upset head of the structural blind rivets abut against a surface of each plate extending beyond the surface area of each hole; - the shank of the structural blind rivets is deformed so as to substantially occupy in a sealed manner the entire volume of said holes of the first and second plates.
A shoe-sole rubber composition comprising: a rubber; and an inorganic filler, wherein the inorganic filler is partially or entirely composed of a white filler, a ratio of the white filler is 50 mass parts or more and 100 mass parts or less based on 100 mass parts of the rubber, wherein the rubber composition comprises: an inclination of an approximate straight line (dEhys/dEin) representing a relationship between an input energy (Ein) and a hysteresis loss (Ehys) obtained by tensile testing is 0.6 or more, for measurement of the inclination of the approximate straight line using the method as described in the description; a gel fraction is 80% or less, for determination of the gel fraction using the method as described in the description; and a complex modulus is 30 MPa or more; for determination of the complex modulus using the dynamic viscoelasticity test according to JIS K7244-4 performed at a temperature of 25 ° C, a strain amount of 0.025% and a frequency of 10 Hz. a rubber; and an inorganic filler, wherein the inorganic filler is partially or entirely composed of a white filler, a ratio of the white filler is 50 mass parts or more and 100 mass parts or less based on 100 mass parts of the rubber, wherein the rubber composition comprises: an inclination of an approximate straight line (dEhys/dEin) representing a relationship between an input energy (Ein) and a hysteresis loss (Ehys) obtained by tensile testing is 0.6 or more, for measurement of the inclination of the approximate straight line using the method as described in the description; a gel fraction is 80% or less, for determination of the gel fraction using the method as described in the description; and a complex modulus is 30 MPa or more; for determination of the complex modulus using the dynamic viscoelasticity test according to JIS K7244-4 performed at a temperature of 25 ° C, a strain amount of 0.025% and a frequency of 10 Hz. an inclination of an approximate straight line (dEhys/dEin) representing a relationship between an input energy (Ein) and a hysteresis loss (Ehys) obtained by tensile testing is 0.6 or more, for measurement of the inclination of the approximate straight line using the method as described in the description; a gel fraction is 80% or less, for determination of the gel fraction using the method as described in the description; and a complex modulus is 30 MPa or more; for determination of the complex modulus using the dynamic viscoelasticity test according to JIS K7244-4 performed at a temperature of 25 ° C, a strain amount of 0.025% and a frequency of 10 Hz.
A wind turbine rotor blade suitable for a modern wind turbine, said wind turbine rotor blade having a length extending from a first end, e.g. a root end, to a second end, e.g. a tip end, said wind turbine rotor blade further comprises a leading edge and a trailing edge, where a pressure side and a suction side extend between said leading edge and trailing edge and thus defines an airfoil shaped cross section, where said trailing edge along at least a part of said length of the wind turbine rotor blade comprises a trailing edge part, said trailing edge part comprises a first and a second installation flange each with a width, characterised by said installation flanges (15, 16) being arranged in connection with a trailing edge extender, where said first and second installation flanges (15, 16) both comprise an inner surface for installation on the pressure side and the suction side of said wind turbine rotor blade whereby said trailing edge part comprises an area at the intersection between said two installation flanges (15, 16) and said trailing edge extender, where a ductile material, e.g. a high viscosity adhesive, is arranged in said area, wherein the ductile material is deformable in order to be pressed against the trailing edge of the wind turbine rotor blade to secure a good contact by filling a gap between said trailing edge and said area and to create a flexible area where the trailing edge extender can bend according to the pressure difference between the pressure side and the suction side.