mhurhangee/ep-ind-claims huggingface dataset:
A method for fabricating a lighting device comprising: providing a flexible first substrate; providing a plurality of non-packaged light emitting dies, each die having at least two die electrodes (58, 60); affixing each die to an associated attachment location on the first substrate; after the affixing, applying an intermediate sheet over the first substrate, the intermediate sheet having holes corresponding to locations of the dies on the first substrate, a thickness of the intermediate sheet being a thickness of each die, wherein the intermediate sheet is formed with reflectors such as prisms on its bottom surface; and applying a transparent second substrate over the intermediate sheet, wherein at least one of the first substrate, the intermediate sheet, and the second substrate has first electrodes (30, 90) connected to associated die electrodes and has conductors (28, 92) extending from the first electrodes for electrically interconnecting the dies, wherein the dies are vertical dies having top and bottom electrodes (58, 60), wherein the first substrate has at least some of the first electrodes, wherein the dies have at least a bottom electrode affixed to the first electrodes on the first substrate, wherein the second substrate has at least some of the first electrodes, and wherein the dies have at least a top electrode affixed to the first electrodes on the second substrate. providing a flexible first substrate; providing a plurality of non-packaged light emitting dies, each die having at least two die electrodes (58, 60); affixing each die to an associated attachment location on the first substrate; after the affixing, applying an intermediate sheet over the first substrate, the intermediate sheet having holes corresponding to locations of the dies on the first substrate, a thickness of the intermediate sheet being a thickness of each die, wherein the intermediate sheet is formed with reflectors such as prisms on its bottom surface; and applying a transparent second substrate over the intermediate sheet, wherein at least one of the first substrate, the intermediate sheet, and the second substrate has first electrodes (30, 90) connected to associated die electrodes and has conductors (28, 92) extending from the first electrodes for electrically interconnecting the dies, wherein the dies are vertical dies having top and bottom electrodes (58, 60), wherein the first substrate has at least some of the first electrodes, wherein the dies have at least a bottom electrode affixed to the first electrodes on the first substrate, wherein the second substrate has at least some of the first electrodes, and wherein the dies have at least a top electrode affixed to the first electrodes on the second substrate.
Aliphatic polyketone compound comprising 90.0 to 98.0% by weight aliphatic polyketone and 2.0 to 8.0% by weight ultra-high molecular weight polyethylene, characterized in that the D50 value of the polyethylene is below 75 μm.
A header for an agricultural cutting machine, the header comprising an elongate sickle cutter and a knife head and arm assembly for connecting the elongate sickle cutter to a drive mechanism (62A, 62B) for reciprocatingly longitudinally moving the sickle cutter, the knife head and arm assembly including an elongate knife head attached by fasteners to an elongate structural beam of the sickle cutter and a knife arm, the knife head and the beam clamping a longitudinal side by side array of sickle knife sections therebetween in a manner such that selected ones of the fasteners can be removed while the knife head remains attached to the beam to allow removing and replacing selected ones of the sickle knife sections, the knife head comprising at least one longitudinally extending portion having a reduced vertical extent to allow vertical flexure thereof, a knife pin being configured to be cooperatively received in a downwardly open receptacle of the knife arm and having a smooth straight outer surface therearound, characterized by the knife pin being mounted in upstanding relation on a top surface of the knife head by a threaded fastener removable from above the knife head to allow removal and replacement of the knife pin from above, the threaded fastener being threadedly received in a threaded hole in the top surface of the knife head.
A stylus comprising: an elongated housing; a tip extending from one end of the elongated housing, wherein the tip is configured to interact with a digitizer sensor of a touch screen; a first wireless transmitter configured to transmit a signal via the tip; an optical sensor configured to: track movement of the elongated housing on a surface other than the touch screen, wherein the optical sensor includes an optical window integrated on the elongated housing, and wherein the movement is detected via the optical window; and sense movement of the stylus on the surface while the stylus is lying down on the surface; a second wireless transmitter configured to transmit output sensed by the optical sensor; and a controller configured to control transmission of the first wireless transmitter and the second wireless transmitter. an elongated housing; a tip extending from one end of the elongated housing, wherein the tip is configured to interact with a digitizer sensor of a touch screen; a first wireless transmitter configured to transmit a signal via the tip; an optical sensor configured to: track movement of the elongated housing on a surface other than the touch screen, wherein the optical sensor includes an optical window integrated on the elongated housing, and wherein the movement is detected via the optical window; and sense movement of the stylus on the surface while the stylus is lying down on the surface; track movement of the elongated housing on a surface other than the touch screen, wherein the optical sensor includes an optical window integrated on the elongated housing, and wherein the movement is detected via the optical window; and sense movement of the stylus on the surface while the stylus is lying down on the surface; a second wireless transmitter configured to transmit output sensed by the optical sensor; and a controller configured to control transmission of the first wireless transmitter and the second wireless transmitter.
Ferritic stainless steel having a chemical composition consisting of, by mass%, C: 0.003 to 0.020%, Si: 0.1 to 3.0%, Mn: 0.1 to 3.0%, P: 0.040% or less, S: 0.030% or less, Cr: 10% to 16%, N: 0.020% or less, Nb: 0.005% to 0.15%, Al: 0.02 to less than 0.20%, Ti: 5×(C%+N%) to 0.5%, Mo: 0.1% or less, W: 0.1% or less, Cu: 0.55% to 2.0%, B: 0.0002% to 0.0050%, Ni: 0.05% to 1.0%, optionally one or more selected from among REM: 0.001% to 0.08%, Zr: 0.01% to 0.5%, V: 0.01% to 0.5%, Co: 0.01% to 0.5%, Ca: 0.0005% to 0.0030% and Mg: 0.0002% to 0.0020% and the balance being Fe and inevitable impurities, where C% and N% in the expression 5×(C%+N%) respectively represent the contents (mass%) of the chemical elements C and N.
A laser system comprising a purging system, the purging system comprising a cartridge that houses a desiccant material and which is removably mounted within a cavity of an enclosure of the laser system, the cartridge comprising a first mesh layer that provides a means for a fluid to flow to the desiccant material housed within the cartridge when the cartridge is mounted within the cavity wherein the cavity is suitable for housing the cartridge and a porous membrane, the membrane being held within a frame of the enclosure so that the membrane is located between the cartridge and an internal volume of the enclosure, and over the first mesh layer when the cartridge is mounted within the cavity and wherein the membrane remains in position when the cartridge is removed from the enclosure and forms part of the purging system.
Plate heat exchanger assembled in pairs, with each pair forming between its plates a first flat flow tube into which a first fluid flows between a first inlet and a first outlet, each pair of plates forming in addition between its plates a second flat flow tube into which a second fluid flows between a second inlet and a second outlet, the two flat tubes (56, 58) being coplanar and forming parallel branches (44, 46, 48, 50) extending along a longitudinal direction from the plane itself perpendicular to a transversal direction of the plane according to which a transverse air flow that passes through the heat exchanger by passing between the pairs of plates, the first tube being upstream in the air flow and the second tube being downstream, with the air flow being first in heat exchange with the first tube then in heat exchange with the second tube, at least one of the two flow tubes (56, 58) having two parallel longitudinal branches (44, 46, 48, 50) connected in their two ends according to a 0, with one of the branches (44, 48) of the 0 being upstream in the air flow, the upstream branch (44, 48), and the other branch (46, 50) of the 0 being downstream, the downstream branch (46, 50), characterised in that the inlet (38, 52) of a flat tube (56, 58) is arranged on the downstream branch (46, 50) and the outlet (40, 54) is arranged on the upstream branch (44, 48), wherein the inlets (38, 52) and outlets (40, 54) are arranged in the central zone of the branches and are longitudinally offset in relation to one another.
A method for starting up an electrolytic cell for aluminum production, the electrolytic cell having a cathode block with an upper surface, the method comprising: disposing a discontinuous layer of a granular contact resistance material at predetermined positions on said upper surface of the cathode block, wherein the contact resistance material consists of: graphite, coke or a combination thereof; lowering a plurality of anodes, having an upper surface and an opposed lower surface (or contact surface), to abut said contact surface thereof against the contact resistance material; filling the electrolytic cell to a height covering the anodes with solid electrolyte material, wherein the solid electrolyte material surrounds the plurality of anodes but is not provided under the contact surface of the anodes, the solid electrolyte material comprising crushed electrolytic bath material, cryolite, or mixtures thereof; delivering electrical current to the anodes to at least partially melt the solid electrolyte material;and raising the anodes away from the cathode block when a predetermined depth of molten electrolyte material, for maintaining a minimum voltage required to continue to heat the electrolytic cell has been reached. disposing a discontinuous layer of a granular contact resistance material at predetermined positions on said upper surface of the cathode block, wherein the contact resistance material consists of: graphite, coke or a combination thereof; lowering a plurality of anodes, having an upper surface and an opposed lower surface (or contact surface), to abut said contact surface thereof against the contact resistance material; filling the electrolytic cell to a height covering the anodes with solid electrolyte material, wherein the solid electrolyte material surrounds the plurality of anodes but is not provided under the contact surface of the anodes, the solid electrolyte material comprising crushed electrolytic bath material, cryolite, or mixtures thereof; delivering electrical current to the anodes to at least partially melt the solid electrolyte material;and raising the anodes away from the cathode block when a predetermined depth of molten electrolyte material, for maintaining a minimum voltage required to continue to heat the electrolytic cell has been reached.
A medical valve having an open mode that permits fluid flow, and a closed mode that prevents fluid flow, the medical valve comprising: a housing having an inlet and an outlet; and a rotating member with a member channel, the rotating member being rotatable to cause the valve to transition from the closed mode to the open mode after insertion of a medical implement into the inlet, the member channel fluidly communicating the inlet and the outlet when in the open mode; characterized by a resilient member biasing the rotating member toward the closed mode, the rotating member sliding along the resilient member when rotating between the open mode and closed mode, wherein the resilient member has a complimentary portion that mates with the rotating member to prevent longitudinal movement of the rotating member. a housing having an inlet and an outlet; and a rotating member with a member channel, the rotating member being rotatable to cause the valve to transition from the closed mode to the open mode after insertion of a medical implement into the inlet, the member channel fluidly communicating the inlet and the outlet when in the open mode; characterized by a resilient member biasing the rotating member toward the closed mode, the rotating member sliding along the resilient member when rotating between the open mode and closed mode, wherein the resilient member has a complimentary portion that mates with the rotating member to prevent longitudinal movement of the rotating member.
A method in an electronic device, the method comprising: detecting a gesture for setting an inactive area in an active area of a display; identifying a size and a location of the inactive area to set; and designating a part of the active area as the inactive area based on the identified size and location of the inactive area, setting a part of the inactive area as an active area for displaying a control menu associated with an application executed in the active area; and in response to an input on the control menu, executing a command in the application. detecting a gesture for setting an inactive area in an active area of a display; identifying a size and a location of the inactive area to set; and designating a part of the active area as the inactive area based on the identified size and location of the inactive area, setting a part of the inactive area as an active area for displaying a control menu associated with an application executed in the active area; and in response to an input on the control menu, executing a command in the application.
A mobile communication method in a mobile communication system supporting Minimization of Drive Tests, MDT, comprising: measuring, by a user terminal supporting Minimization of Drive Tests, MDT,, a packet transmission delay in communication between the user terminal and a base station that communicates with the user terminal, for each of a plurality of quality of service class identifiers, QCIs; and transmitting, by the user terminal, first information on the measured packet transmission delay and second information on a QCI corresponding to the measured packet transmission delay, to the base station, based on a result of comparison between the measured packet transmission delay and a threshold.
Domestic appliance with a stationary appliance front, which has an operating and display surface with operating and display elements and narrow vertical front strips connected integrally thereto, and an appliance door, which is surrounded by parts of said appliance front with a defined spacing and can be rotated about a stationary axis of rotation, characterised in that between the parts of the appliance front adjacent to the closed appliance door, a spacer with an adjustment element for setting the defined spacing between the parts of the appliance front and closed appliance door turned towards one another is fastened to the free ends of the front strip, which spacer is braced on the one hand against at least one part of the stationary appliance front and on the other hand against hinge parts of the axis of rotation of the mobile appliance door, so that the defined spacing between the front strips and the appliance door can be set by the adjustment element.
Sensor device for detecting particles or an aerosol in a flowing fluid (36, 42) using the principle of laser-induced incandescence, said sensor device comprising: a) a first device for generating laser light; b) a second device for guiding the laser light; c) a third device for guiding thermal radiation emitted by a particle that is heated by the laser light, d) a fourth device for detecting the thermal radiation, characterized in that at least portions (44, 46) of at least two of the first to fourth devices (12, 24, 36, 34) are arranged on a common carrier comprising a planar board, namely a printed circuit board or a ceramic board. a) a first device for generating laser light; b) a second device for guiding the laser light; c) a third device for guiding thermal radiation emitted by a particle that is heated by the laser light, d) a fourth device for detecting the thermal radiation,
A recombinant carbonic anhydrase polypeptide having: (i) increased stability in the presence of an amine compound, characterized by at least 1.3-fold increased activity relative to the reference polypeptide of SEQ ID NO: 2 after 24 hours exposure to 4 M MDEA at 42°C, said recombinant polypeptide comprising an amino acid sequence having at least 80% identity to SEQ ID NO:2, and in which the amino acid sequence comprises X56S relative to SEQ ID NO: 2; or (ii) increased stability in the presence of ammonia, characterized by at least 1.3-fold increased activity relative to the reference polypeptide of SEQ ID NO: 2 after 24 hours exposure to 4 M ammonia at 30°C, said recombinant polypeptide comprising an amino acid sequence having at least 80% identity to SEQ ID NO:2, and in which the amino acid sequence comprises one or more of the amino acid residue differences selected from X15R and X30R, and further comprises one or more of the following amino acid residue differences relative to SEQ ID NO: 2: X2R; X4F; X4M; X15R; X22G; X30A; X30K; X30L; X30Q; X30R; X32K; X32R; X34H; X35A; X35R; X37R; X40L; X40Q; X40W; X42A; X47R; X56S; X60C; X60V; X68A; X68G; X70I; X84K; X84Q; X95V; X96E; X121H; X121K; X121Q; X121T; X121W; X124G; X138F; X138W; X143M; X157A; X170F; X207E; X207N; X219T; X221C; X222C; and X223Q. (i) increased stability in the presence of an amine compound, characterized by at least 1.3-fold increased activity relative to the reference polypeptide of SEQ ID NO: 2 after 24 hours exposure to 4 M MDEA at 42°C, said recombinant polypeptide comprising an amino acid sequence having at least 80% identity to SEQ ID NO:2, and in which the amino acid sequence comprises X56S relative to SEQ ID NO: 2; or (ii) increased stability in the presence of ammonia, characterized by at least 1.3-fold increased activity relative to the reference polypeptide of SEQ ID NO: 2 after 24 hours exposure to 4 M ammonia at 30°C, said recombinant polypeptide comprising an amino acid sequence having at least 80% identity to SEQ ID NO:2, and in which the amino acid sequence comprises one or more of the amino acid residue differences selected from X15R and X30R, and further comprises one or more of the following amino acid residue differences relative to SEQ ID NO: 2: X2R; X4F; X4M; X15R; X22G; X30A; X30K; X30L; X30Q; X30R; X32K; X32R; X34H; X35A; X35R; X37R; X40L; X40Q; X40W; X42A; X47R; X56S; X60C; X60V; X68A; X68G; X70I; X84K; X84Q; X95V; X96E; X121H; X121K; X121Q; X121T; X121W; X124G; X138F; X138W; X143M; X157A; X170F; X207E; X207N; X219T; X221C; X222C; and X223Q.
Crystals of Form A meglumine sulfasalazine, characterized in that the crystals comprise peaks in the powder x-ray diffraction at values (± 0.2) of two theta of 6.35, 13.93, 15.48, 15.86, 20.99, 22.41, 23.60 and 28.07, and wherein the crystals contain ≤ 5 wt.% solvate and/or water based on the total weight of the crystals of Form A meglumine sulfasalazine.
A sensor for measuring particles in contaminated media, having an optically transparent measurement cell, through which a capillary tube for conducting and measuring the medium passes, an optical detector, and a magnetic detector, characterized in that - the measurement cell is cylindrical, in which measurement cell the capillary tube extends coaxially, - and in the center of which measurement cell an inspection space measurement cell is arranged, on which an optical lens system with a light source and at least one optical detector is focused, - the optical axis of the lens system is aligned perpendicular to the capillary tube - and, on the shaft of the measurement cell, two differential coils, which are coaxial to the capillary tube, for generating and detecting a coaxial magnetic alternating field form the magnetic detector, which differential coils are actuated such that the magnetic alternating field in the inspection space is canceled. - the measurement cell is cylindrical, in which measurement cell the capillary tube extends coaxially, - and in the center of which measurement cell an inspection space measurement cell is arranged, on which an optical lens system with a light source and at least one optical detector is focused, - the optical axis of the lens system is aligned perpendicular to the capillary tube - and, on the shaft of the measurement cell, two differential coils, which are coaxial to the capillary tube, for generating and detecting a coaxial magnetic alternating field form the magnetic detector, which differential coils are actuated such that the magnetic alternating field in the inspection space is canceled.
Conveying system (10; 100; 1000) comprising a frame (20; 200) having two longitudinal members (30, 30') and a load-conveying means (40; 400) arranged between the two longitudinal members (30, 30'), at least one longitudinal member has a profile shape having a substantially C-shaped cross-section having an opening towards the outside with respect to the load-conveying means (40; 400), said longitudinal member being arranged to carry, in the profile, over all or part of its length, electrical cables for powering and/or controlling said conveying system (10; 100; 1000), the longitudinal member having first fastening means (32, 33) and the system further comprising at least one control box (40, 40') and/or control accessory, connected to the electrical cables and accessible to an operator from the outside, said box and/or accessory each having a body (41, 61) and second fastening means (43, 44) arranged to cooperate with said first fastening means (32, 33) by snap-fitting, wherein: - the first fastening means (32, 33) comprise, along the profile, an upper jaw and a lower jaw corresponding respectively to the upper end and the lower end of the profile, said jaws being substantially aligned, and - each second fastening means (43, 44) cooperates with one of said jaws (32, 33), characterized in that said body (41, 61) has a generally rectangular cross-section, the second fastening means (43, 44) consist of two notches or two hooks which are diagonally opposed with respect to said body (41, 61) and configured to achieve snap-fit fastening by a simple quarter-turn rotation. - the first fastening means (32, 33) comprise, along the profile, an upper jaw and a lower jaw corresponding respectively to the upper end and the lower end of the profile, said jaws being substantially aligned, and - each second fastening means (43, 44) cooperates with one of said jaws (32, 33),