mhurhangee/ep-ind-claims huggingface dataset:
A fixture (14, 114) for use with a medical device label printing system and a quality assurance system of printed medical device labels, the fixture comprising: a housing (16, 116) designed to be coupled to a printing device, the housing having an input region for receiving a media including a backing portion and a label portion from the printing device and a return region for sending at least a portion of the media to a scrapping area; one or more rollers (34a, 34b, 34c, 34d) disposed within the housing for transporting the media through the housing; a separating member disposed within the housing, the separating member being designed for separating the label portion from the backing portion; wherein the separating member is designed to shift between a first configuration where the separating member engages the media in order to separate the label portion from the backing portion and a second configuration where the separating member is positioned away from engagement with the media; and an actuator (24, 138) for shifting the separating member between the first configuration and the second configuration, wherein the fixture further comprises an encoder disposed within the housing, the encoder being configured to encode a digital image of the media generated by a scanning device disposed within the housing and to send location data, along with data from the scanning device, to a processing device. a housing (16, 116) designed to be coupled to a printing device, the housing having an input region for receiving a media including a backing portion and a label portion from the printing device and a return region for sending at least a portion of the media to a scrapping area; one or more rollers (34a, 34b, 34c, 34d) disposed within the housing for transporting the media through the housing; a separating member disposed within the housing, the separating member being designed for separating the label portion from the backing portion; wherein the separating member is designed to shift between a first configuration where the separating member engages the media in order to separate the label portion from the backing portion and a second configuration where the separating member is positioned away from engagement with the media; and an actuator (24, 138) for shifting the separating member between the first configuration and the second configuration, wherein the fixture further comprises an encoder disposed within the housing, the encoder being configured to encode a digital image of the media generated by a scanning device disposed within the housing and to send location data, along with data from the scanning device, to a processing device.
A Channel State Information, CSI, feedback method, comprising: determining a first precoding matrix W 1 in a set of first precoding matrices, and determining a first precoding matrix index value corresponding to the first precoding matrix W 1, the first precoding matrix W 1 consisting of beam groups for a plurality of antenna groups of an antenna array; determining a second precoding matrix W 2 in a set of second precoding matrices, and determining a second precoding matrix index value corresponding to the second precoding matrix W 2, the second precoding matrix W 2 comprising a beam selection section for selecting beams from the beam groups for each antenna group and a phase adjustment section for adjusting phases among the plurality of antenna groups; and feeding back the first precoding matrix index value and the second precoding matrix index value to an access device, determining, by the access device, a corresponding beam group from the beam groups for each antenna group in accordance with the first precoding matrix index value, conducting, by the access device, a corresponding beam selection section and phase adjustment section with respect to the determined beam group in accordance with the second precoding matrix index value, and selecting, by the access device, corresponding precoding matrices from the set of first precoding matrices and the set of second precoding matrix in accordance with the first precoding matrix index value and the second precoding matrix index value, and implementing calculation on the selected precoding matrices to obtain a precoding matrix W for data transmission. determining a first precoding matrix W 1 in a set of first precoding matrices, and determining a first precoding matrix index value corresponding to the first precoding matrix W 1, the first precoding matrix W 1 consisting of beam groups for a plurality of antenna groups of an antenna array; determining a second precoding matrix W 2 in a set of second precoding matrices, and determining a second precoding matrix index value corresponding to the second precoding matrix W 2, the second precoding matrix W 2 comprising a beam selection section for selecting beams from the beam groups for each antenna group and a phase adjustment section for adjusting phases among the plurality of antenna groups; and feeding back the first precoding matrix index value and the second precoding matrix index value to an access device, determining, by the access device, a corresponding beam group from the beam groups for each antenna group in accordance with the first precoding matrix index value, conducting, by the access device, a corresponding beam selection section and phase adjustment section with respect to the determined beam group in accordance with the second precoding matrix index value, and selecting, by the access device, corresponding precoding matrices from the set of first precoding matrices and the set of second precoding matrix in accordance with the first precoding matrix index value and the second precoding matrix index value, and implementing calculation on the selected precoding matrices to obtain a precoding matrix W for data transmission.
Two-ply tissue paper which contains a chemical agent, wherein the chemical agent content in both side surfaces is 3.0 to 5.0 g/m 2, a basis weight per each layer of sheets constituting the two-ply tissue paper is 10 to 25 g/m 2, a sheet thickness of the two-ply tissue paper is 100 to 140 μm, wherein as constituents of the chemicals, polyol is contained by 70 to 90%, moisture is contained by 1 to 15%, and a functional medical agent is contained by 0.01 to 22% and a static friction coefficient of the surface is 0.55 to 0.60 measured by a method based on JIS P 8147.
A method for: (a) proliferating cells in vitro or ex vivo; (b) inducing pluripotency in a somatic cell in vitro or ex vivo; or (c) promoting the growth of stem and progenitor cells, in vitro or ex vivo, comprising transfecting or transducing the cells with an expression vector comprising an isolated nucleic acid sequence encoding a recombinantly made protein construct that preferentially forms a specific multimer, wherein the specific multimer is formed by recombinantly connecting a protein monomer to a second monomer, wherein the protein monomer is an NM23 monomer, wherein the multimerization state is a dimer, comprising two monomers or fragments of the monomers, wherein the two monomers or fragments of the monomers are linked together through a linker peptide, thus forming a monomer-linker-monomer construct, and wherein the NM23 is Hi1 or H2. (a) proliferating cells in vitro or ex vivo; (b) inducing pluripotency in a somatic cell in vitro or ex vivo; or (c) promoting the growth of stem and progenitor cells, in vitro or ex vivo, comprising transfecting or transducing the cells with an expression vector comprising an isolated nucleic acid sequence encoding a recombinantly made protein construct that preferentially forms a specific multimer, wherein the specific multimer is formed by recombinantly connecting a protein monomer to a second monomer, wherein the protein monomer is an NM23 monomer, wherein the multimerization state is a dimer, comprising two monomers or fragments of the monomers, wherein the two monomers or fragments of the monomers are linked together through a linker peptide, thus forming a monomer-linker-monomer construct, and wherein the NM23 is Hi1 or H2. comprising transfecting or transducing the cells with an expression vector comprising an isolated nucleic acid sequence encoding a recombinantly made protein construct that preferentially forms a specific multimer, wherein the specific multimer is formed by recombinantly connecting a protein monomer to a second monomer, wherein the protein monomer is an NM23 monomer, wherein the multimerization state is a dimer, comprising two monomers or fragments of the monomers, wherein the two monomers or fragments of the monomers are linked together through a linker peptide, thus forming a monomer-linker-monomer construct, and wherein the NM23 is Hi1 or H2.
A method of obtaining a purified preparation of Clostridium botulinum neurotoxin BoNT/A6, wherein the method comprises: (a) culturing a modified Clostridium botulinum strain CDC41370, wherein the stain is modified to remove the bont/B2 gene; and (b) isolating the BoNT/A6 toxin from the strain, wherein the toxin is at least 90% pure BoNT/A6 toxin or toxin complex. (a) culturing a modified Clostridium botulinum strain CDC41370, wherein the stain is modified to remove the bont/B2 gene; and (b) isolating the BoNT/A6 toxin from the strain, wherein the toxin is at least 90% pure BoNT/A6 toxin or toxin complex.
Commercial vehicle structure for refrigerated vehicles in particular, comprising a load compartment floor, side walls, a roof, a front wall and at least one rear door (6.1, 6.2) and/or side door which can be swung open from a closed position into an open position located in the region of a side wall, wherein the rear door and/or side door can be secured in their open position against unintentional pivoting via a locking device, characterized in that the locking device is designed as a pre-assembled construction and mounting unit with integrated locking member and a receiving component arranged below the load compartment floor with at least two openings for an elastic and pre-tensionable locking member of the locking device, which locking member is guided within the receiving component on guide bodies arranged at a distance from one another or held on retaining bodies (13, 14), can be moved out of the receiving component through two openings while generating a locking clamping force and can be fixed as a loop on a locking retaining part of the rear door (6.1, 6.2) and/or side door.
A system for transferring licensing rights for a user for a particular media content associated with a first device on a first distribution platform to be associated with a second device on a second distribution platform comprising: at least one computer processor configured to: (a) receive a request to transfer the licensing rights associated with the first device on the first distribution platform to be associated with the second device on the second distribution platform for the particular media content, the request comprising user identification information for the user and licensing rights information on the licensing rights of the user for the particular media content; (b) contact the user to request the user to provide a user verification to transfer the licensing rights associated with the first device on the first distribution platform to be associated with the second device on the second distribution platform for the particular media content; (c) receive the user verification from the user; (d) determine whether the user verification indicates the user would like to transfer the licensing rights; and (e) in response to the user verification indicating to transfer the licensing rights, send a message to the second distribution platform, the message comprising at least a portion of the licensing rights information on the licensing rights of the user for the particular media content, and an index indicating a position in the content at which the subscriber stopped consuming the content, wherein the second distribution platform associates the licensing rights with the second device so that the user can play the particular media content on the second device. (a) receive a request to transfer the licensing rights associated with the first device on the first distribution platform to be associated with the second device on the second distribution platform for the particular media content, the request comprising user identification information for the user and licensing rights information on the licensing rights of the user for the particular media content; (b) contact the user to request the user to provide a user verification to transfer the licensing rights associated with the first device on the first distribution platform to be associated with the second device on the second distribution platform for the particular media content; (c) receive the user verification from the user; (d) determine whether the user verification indicates the user would like to transfer the licensing rights; and (e) in response to the user verification indicating to transfer the licensing rights, send a message to the second distribution platform, the message comprising at least a portion of the licensing rights information on the licensing rights of the user for the particular media content, and an index indicating a position in the content at which the subscriber stopped consuming the content, wherein the second distribution platform associates the licensing rights with the second device so that the user can play the particular media content on the second device.
An electronic device (101, 400, 500, 600, 700, 800, 900, 1000), comprising: a display including a first area (412, 512, 612, 712, 812, 912, 1012) and a second area (414, 514, 614, 714, 716, 814, 914, 1014) adjacent to the first area, wherein the first area is flat and the second area is curved; and a touch module configured to receive a user input and to determine that the user input is a touch input selecting an object (520, 620, 720, 820, 920, 1020) displayed in the first area and moving the object from the first area to the second area: characterized in that the touch module is further configured to: determine that a user input is a hovering input recognized as a touch release event of the touch input above a specific area, the specific area including at least a portion of the second area; and maintain, in response to recognizing the hovering input, the selection of the object. a display including a first area (412, 512, 612, 712, 812, 912, 1012) and a second area (414, 514, 614, 714, 716, 814, 914, 1014) adjacent to the first area, wherein the first area is flat and the second area is curved; and a touch module configured to receive a user input and to determine that the user input is a touch input selecting an object (520, 620, 720, 820, 920, 1020) displayed in the first area and moving the object from the first area to the second area: characterized in that the touch module is further configured to: determine that a user input is a hovering input recognized as a touch release event of the touch input above a specific area, the specific area including at least a portion of the second area; and maintain, in response to recognizing the hovering input, the selection of the object. determine that a user input is a hovering input recognized as a touch release event of the touch input above a specific area, the specific area including at least a portion of the second area; and maintain, in response to recognizing the hovering input, the selection of the object.
A method for providing electrical power to one or more components of a wind turbine, the wind turbine comprising a wind turbine generator connected to a grid through a main transformer, one or more power converters being arranged between the wind turbine generator and a point of connection to the main transformer, wherein each of the power converters comprises a grid side converter electrically coupled to the transformer and a machine side converter electrically coupled to the generator, the method characterized by: detecting a drop in power supply from the grid; delivering electrical power to the components of the wind turbine by the wind turbine generator (162, 70) of the wind turbine when the drop in power supply from the grid is detected; controlling active electrical power delivered to the components in case the drop in power supplied from the grid is detected by operating a first of the plurality of converters (10, 11, 73) to increase capacitive reactive power by an amount, and by operating a second of the plurality of converters (10, 11, 73) to increase inductive reactive power by substantially the same amount. detecting a drop in power supply from the grid; delivering electrical power to the components of the wind turbine by the wind turbine generator (162, 70) of the wind turbine when the drop in power supply from the grid is detected; controlling active electrical power delivered to the components in case the drop in power supplied from the grid is detected by operating a first of the plurality of converters (10, 11, 73) to increase capacitive reactive power by an amount, and by operating a second of the plurality of converters (10, 11, 73) to increase inductive reactive power by substantially the same amount.
Fermenter supply method for a biogas plant, characterized by the steps of: supplying at least one inoculum fermenter chamber operated in the plug-flow mode with raw fermentation substrate of an amount (Mi) per unit of time and fermenting for a dwell time (ti), returning part of the substrate fermented in the inoculum fermenter chamber in the form of a self-inoculating substrate directly to the inoculum fermenter chamber by means of a return path, said part being mixed with further raw fermentation substrate, and supplying at least one fast fermenter chamber operated in the plug-flow mode and coupled to the inoculum fermenter chamber with an additional part of the substrate fermented in the inoculum fermenter chamber in the form of a fast fermenter inoculation substrate and mixing said additional part with fast fermenter raw substrate of an amount per unit of time, wherein fermented output substrate is removed from the fast fermenter chamber each time after a dwell time (ts) of the substrate mixture introduced into the fast fermenter chamber. supplying at least one inoculum fermenter chamber operated in the plug-flow mode with raw fermentation substrate of an amount (Mi) per unit of time and fermenting for a dwell time (ti), returning part of the substrate fermented in the inoculum fermenter chamber in the form of a self-inoculating substrate directly to the inoculum fermenter chamber by means of a return path, said part being mixed with further raw fermentation substrate, and supplying at least one fast fermenter chamber operated in the plug-flow mode and coupled to the inoculum fermenter chamber with an additional part of the substrate fermented in the inoculum fermenter chamber in the form of a fast fermenter inoculation substrate and mixing said additional part with fast fermenter raw substrate of an amount per unit of time, wherein fermented output substrate is removed from the fast fermenter chamber each time after a dwell time (ts) of the substrate mixture introduced into the fast fermenter chamber.
Hydraulic swash block positioning system for positioning a swash block such as a swash block that rotates around a swash block axis to a swash block position in a housing of a hydraulic device such as a pump to set a variable displacement, the hydraulic device comprising a rotor with pistons and piston chambers with a variable volume that during rotor rotation alternating connect to a high oil pressure source (54, 104) and a low oil pressure source (53, 103), the positioning system comprising between the housing and the swash block a positioning cylinder with a positioning piston forming a positioning chamber for setting an average value of the swash block position and a control valve (52, 105) connecting the high oil pressure source (54, 104) with the positioning chamber through a feeding line (20, 112) characterized in that the positioning system is adapted such that under operating conditions a maximum and minimum swash block angle is controlled hydraulically by the control valve so as to avoid a hard stop of the swash block against the housing, wherein the control valve is a hydraulic servo valve with a spool controlled by the average oil pressure in the positioning chamber and a control pressure depending on a desired change in the average value of the swash block position, wherein the control pressure acts on an actuator pin with a limited stroke that pushes against the spool, and wherein the spool is mounted in the swash block and the actuator pin in the housing or vice versa.
A method of stabilizing sulforaphane, the method comprising: contacting sulforaphane and W6 (alpha) cyclodextrin to form a complex between the sulforaphane and W6 (alpha) cyclodextrin wherein the step of contacting sulforaphane and W6 (alpha) cyclodextrin comprises: adding sulforaphane to a saturated solution of W6 (alpha) cyclodextrin in water and allowing the complex of sulforaphane and W6 (alpha) cyclodextrin to precipitate from the solution. contacting sulforaphane and W6 (alpha) cyclodextrin to form a complex between the sulforaphane and W6 (alpha) cyclodextrin adding sulforaphane to a saturated solution of W6 (alpha) cyclodextrin in water and allowing the complex of sulforaphane and W6 (alpha) cyclodextrin to precipitate from the solution.
A compensation system for a position sensor of an agricultural machine that uses a pivoting arm, the compensation system comprising: a frame; an arm pivotally coupled to the frame at a first end of the arm; a target element on the first end of the arm, wherein the target element is configured to rotate with the arm, wherein the target element includes an outer surface and a projection extending away from the outer surface; and a first sensor fixed to the frame, wherein the first sensor is configured to detect the projection; and characterized in that the compensation system further comprises: a second sensor fixed to the frame, wherein the second sensor is configured to detect the outer surface. a frame; an arm pivotally coupled to the frame at a first end of the arm; a target element on the first end of the arm, wherein the target element is configured to rotate with the arm, wherein the target element includes an outer surface and a projection extending away from the outer surface; and a first sensor fixed to the frame, wherein the first sensor is configured to detect the projection; and characterized in that the compensation system further comprises: a second sensor fixed to the frame, wherein the second sensor is configured to detect the outer surface.
Friction clutch intended to be interposed between a crankshaft and a gearbox of a vehicle, the clutch comprising: - a friction disc which can rotate about an axis, - a flywheel able to be driven by the crankshaft and of which a portion forms the reaction plate of the clutch, and - a torsion oscillation damping device comprising a support which can rotate about the axis and which has at least one pendular body movable with respect to the support, the support being able to be permanently locked in rotation with the input shaft of the gearbox, characterized in that the pendular body comprises at least one portion extending radially beyond the minimum radial dimension, in particular the inside diameter, of the portion of the flywheel forming the reaction plate of the clutch. - a friction disc which can rotate about an axis, - a flywheel able to be driven by the crankshaft and of which a portion forms the reaction plate of the clutch, and - a torsion oscillation damping device comprising a support which can rotate about the axis and which has at least one pendular body movable with respect to the support, the support being able to be permanently locked in rotation with the input shaft of the gearbox, characterized in that the pendular body comprises at least one portion extending radially beyond the minimum radial dimension, in particular the inside diameter, of the portion of the flywheel forming the reaction plate of the clutch.