mhurhangee/ep-ind-claims huggingface dataset:
A method for converting a barcode media into a magnetic stripe media, the method comprising: reading data encoded on a barcode media using a barcode reader, wherein the data comprises information indicative of a transit purchase and an identifier of the barcode media; authenticating the barcode media by checking the identifier of the barcode media against a list of issued barcodes; determining that the barcode media is unused by checking the identifier of the barcode media against a list of used or unused barcode media; converting the data from the barcode media into magnetic data storable on a magnetic media; writing the magnetic data onto the magnetic media; distributing the magnetic media containing the magnetic data; and communicating information related to a conversion transaction, wherein the information related to the conversion transaction comprises an indication of the distribution of the magnetic media. reading data encoded on a barcode media using a barcode reader, wherein the data comprises information indicative of a transit purchase and an identifier of the barcode media; authenticating the barcode media by checking the identifier of the barcode media against a list of issued barcodes; determining that the barcode media is unused by checking the identifier of the barcode media against a list of used or unused barcode media; converting the data from the barcode media into magnetic data storable on a magnetic media; writing the magnetic data onto the magnetic media; distributing the magnetic media containing the magnetic data; and communicating information related to a conversion transaction, wherein the information related to the conversion transaction comprises an indication of the distribution of the magnetic media.
A method for determining the rate of progression of Parkinson's disease in a human patient, comprising the steps of: in a sample that has been obtained from said human patient, determining the level of expression of a miRNA according to SEQ ID NO: 45 within said sample, wherein said sample is serum, plasma, whole blood or CSF; and correlating the level of expression of the determined miRNA to determine the rate of progression of Parkinson's Disease in the patient. in a sample that has been obtained from said human patient, determining the level of expression of a miRNA according to SEQ ID NO: 45 within said sample, wherein said sample is serum, plasma, whole blood or CSF; and correlating the level of expression of the determined miRNA to determine the rate of progression of Parkinson's Disease in the patient.
Heat exchanger system comprising: - a heat exchanger for exchange of heat between a first fluid and a second fluid, having a first inlet for the first fluid, a first outlet for the first fluid, a second inlet for the second fluid, and a second outlet for the second fluid, - a shut-off means which is able to move and arranged in such a way as to more or less shut off the first inlet or the first outlet, and - an actuating system comprising a closed heat pipe filled with a heat-transfer fluid and of which a first end is immersed in the second fluid, and a shape memory element which is in thermal contact with the heat pipe and which is arranged in such a way as to move the shut-off means according to its temperature, the heat exchanger system being characterized in that the actuating system comprises a slide which is secured to the shut-off means and which is able to move translationally along the heat pipe, and in that the shape memory element takes the form of a compression spring which is arranged around the heat pipe between the slide and a first fixed stop. - a heat exchanger for exchange of heat between a first fluid and a second fluid, having a first inlet for the first fluid, a first outlet for the first fluid, a second inlet for the second fluid, and a second outlet for the second fluid, - a shut-off means which is able to move and arranged in such a way as to more or less shut off the first inlet or the first outlet, and - an actuating system comprising a closed heat pipe filled with a heat-transfer fluid and of which a first end is immersed in the second fluid, and a shape memory element which is in thermal contact with the heat pipe and which is arranged in such a way as to move the shut-off means according to its temperature, the heat exchanger system being characterized in that the actuating system comprises a slide which is secured to the shut-off means and which is able to move translationally along the heat pipe, and in that the shape memory element takes the form of a compression spring which is arranged around the heat pipe between the slide and a first fixed stop.
A method of configuring a base station antenna, the method, comprising: transmitting reconfiguration data to a controller of the antenna from a remote location; and reconfiguring connections between a plurality of remote electronic tilt units that are mounted within the antenna and a plurality of control ports of the antenna in response to receipt of the reconfiguration data, wherein the reconfiguration data is contained within a data file attached to an antenna control signal, and wherein the antenna control signal comprises an Antenna Interface Standards Group (AISG) 2.0 command. transmitting reconfiguration data to a controller of the antenna from a remote location; and reconfiguring connections between a plurality of remote electronic tilt units that are mounted within the antenna and a plurality of control ports of the antenna in response to receipt of the reconfiguration data, wherein the reconfiguration data is contained within a data file attached to an antenna control signal, and wherein the antenna control signal comprises an Antenna Interface Standards Group (AISG) 2.0 command.
A process for the production of a polyalphaolefin fluid having predetermined properties comprising: a. reacting an alpha olefin component comprising at least one alpha olefin containing from 30 to 100% 1-tetradecene (C 14) in the presence of a catalyst system consisting of BF 3 combined with an alcohol alkoxylate promoter to produce a reacted bottom product and unreacted residual monomers; b. removing the unreacted residual monomers by distillation as an overhead fraction; and c. hydrogenating at least a portion of said bottom product to obtain a hydrogenated fluid having a 100° C kinematic viscosity, determined according to ASTM D-445 of 2.5 to 4.6 centistokes, and wherein the polyalphaolefin fluid has a dimer C 28 content of greater than 70%. a. reacting an alpha olefin component comprising at least one alpha olefin containing from 30 to 100% 1-tetradecene (C 14) in the presence of a catalyst system consisting of BF 3 combined with an alcohol alkoxylate promoter to produce a reacted bottom product and unreacted residual monomers; b. removing the unreacted residual monomers by distillation as an overhead fraction; and c. hydrogenating at least a portion of said bottom product to obtain a hydrogenated fluid having a 100° C kinematic viscosity, determined according to ASTM D-445 of 2.5 to 4.6 centistokes, and
Solar panel with at least one absorber surface and a plurality of heat pipes disposed on the absorber surface, each of which has a condensing region, wherein the respective heat pipes includes at least one bend, wherein the length of the condensing region is greater than the distance between the heat pipe and an adjacent heat pipe on the absorber surface, and the heat pipes including the condensing region have a constant diameter, wherein the condensing regions of adjacent heat pipes are aligned parallel to each other, characterised in that the condensing regions of adjacent heat pipes at least partially overlap each other, and at least in subregions thereof the distance between said condensing regions is smaller than the distance between the heat pipes on the absorber surface.
A heat exchanger adapted to be used in a vapor compression system, the heat exchanger comprising: a shell having a refrigerant inlet that at least refrigerant with liquid refrigerant flows therethrough and a shell refrigerant vapor outlet, with a longitudinal center axis of the shell extending substantially parallel to a horizontal plane; a refrigerant distributor fluidly communicating with the refrigerant inlet and disposed within the shell, the refrigerant distributor having at least one liquid refrigerant distribution opening that distributes liquid refrigerant; a tube bundle disposed inside of the shell below the refrigerant distributor so that the liquid refrigerant discharged from the refrigerant distributor is supplied to the tube bundle, the tube bundle including a plurality of heat transfer tubes grouped together; and characterized by further comprising a first baffle extending from a first lateral side of the shell, the first baffle being vertically disposed 5% to 40% of an overall height of the shell above a bottom edge of the shell, and the first baffle extending laterally inwardly from the first lateral side of the shell by a distance not more than 20% of a width of the shell measured at the first baffle and perpendicularly relative to the longitudinal center axis. a shell having a refrigerant inlet that at least refrigerant with liquid refrigerant flows therethrough and a shell refrigerant vapor outlet, with a longitudinal center axis of the shell extending substantially parallel to a horizontal plane; a refrigerant distributor fluidly communicating with the refrigerant inlet and disposed within the shell, the refrigerant distributor having at least one liquid refrigerant distribution opening that distributes liquid refrigerant; a tube bundle disposed inside of the shell below the refrigerant distributor so that the liquid refrigerant discharged from the refrigerant distributor is supplied to the tube bundle, the tube bundle including a plurality of heat transfer tubes grouped together; and characterized by further comprising a first baffle extending from a first lateral side of the shell, the first baffle being vertically disposed 5% to 40% of an overall height of the shell above a bottom edge of the shell, and the first baffle extending laterally inwardly from the first lateral side of the shell by a distance not more than 20% of a width of the shell measured at the first baffle and perpendicularly relative to the longitudinal center axis.
Structural component, in particular for an aircraft, spacecraft or rocket, comprising: a ply of fiber reinforced polymer; a first carbon nano tube mat; and a metallic layer, wherein the carbon nano tube mat and the metallic layer are arranged on the ply of fiber reinforced polymer to form a hybrid lightning strike protection layer. a ply of fiber reinforced polymer; a first carbon nano tube mat; and a metallic layer, wherein the carbon nano tube mat and the metallic layer are arranged on the ply of fiber reinforced polymer to form a hybrid lightning strike protection layer.
A method of processing tall oil fatty acid stream comprising a first level of sulfur, the method comprising: esterifying the tall oil fatty acid stream with an alcohol to produce an tall oil fatty acid ester stream with a second level of sulfur less than the first level of sulfur; distilling the tall oil fatty acid ester stream to recover a distillate stream having a third level of sulfur less than the second level of sulfur; and, saponifying and acidizing the distillate stream to provide a final tall oil fatty acid stream with a final level of sulfur less than the second level of sulfur. esterifying the tall oil fatty acid stream with an alcohol to produce an tall oil fatty acid ester stream with a second level of sulfur less than the first level of sulfur; distilling the tall oil fatty acid ester stream to recover a distillate stream having a third level of sulfur less than the second level of sulfur; and, saponifying and acidizing the distillate stream to provide a final tall oil fatty acid stream with a final level of sulfur less than the second level of sulfur.
A radiation imaging apparatus, comprising: a radiation source for irradiating radiation; a radiation detector for detecting the radiation; and a moving means (20/25) for moving the radiation source and/or the radiation detector; the radiation imaging apparatus being configured to perform a plurality of imaging operations of a subject by moving the radiation source and/or the radiation detector; image obtaining means for reading out signals from the radiation detector each time that an imaging operation is performed, to obtain a plurality of images of the subject; a mechanical error detecting means for detecting mechanical errors of the radiation source and/or the radiation detector; and body movement obtaining means adapted to obtain the amounts of body movement of the subject during the imaging operations, based on the mechanical errors obtained by the mechanical error detecting means, characterized by further comprising: a body movement correcting means for correcting the shifts of the subject among the mechanical error corrected radiation images based on the amounts of body movement, to obtain body movement corrected radiation images; an image combining means for generating body movement corrected combined images, which are the body movement corrected radiation images combined with each other; and display means for displaying the body movement corrected combined images. a radiation source for irradiating radiation; a radiation detector for detecting the radiation; and a moving means (20/25) for moving the radiation source and/or the radiation detector; the radiation imaging apparatus being configured to perform a plurality of imaging operations of a subject by moving the radiation source and/or the radiation detector; image obtaining means for reading out signals from the radiation detector each time that an imaging operation is performed, to obtain a plurality of images of the subject; a mechanical error detecting means for detecting mechanical errors of the radiation source and/or the radiation detector; and body movement obtaining means adapted to obtain the amounts of body movement of the subject during the imaging operations, based on the mechanical errors obtained by the mechanical error detecting means, characterized by a body movement correcting means for correcting the shifts of the subject among the mechanical error corrected radiation images based on the amounts of body movement, to obtain body movement corrected radiation images; an image combining means for generating body movement corrected combined images, which are the body movement corrected radiation images combined with each other; and display means for displaying the body movement corrected combined images.
Motor vehicle door latch with a locking mechanism with a catch and a pawl, a triggering lever acting on the pawl, a blocking lever acting on the triggering lever and a first activation lever which acts on the triggering lever and via a first leg spring on the blocking lever, characterized by a second activation lever which acts on the triggering lever and via a second leg spring on the blocking lever.
A light emitting device, comprising: a second electrode layer; a light emitting structure including a second conductive semiconductor layer, an active layer and a first conductive semiconductor layer, which is provided on the second electrode layer; a first electrode layer including a pad part (102a, 102b) and an electrode part (92a-92d, 94a-94c) connected to the pad part (102a, 102b), which is provided on the light emitting structure; and a current blocking layer arranged between the second electrode layer and the light emitting structure, wherein a part of the current blocking layer overlaps to correspond to the first electrode layer, wherein the current blocking layer includes an overlap part and a non-overlap part corresponding to the electrode part (92a-92d, 94a-94c), and characterized in that a width of the non-overlap part of the current blocking layer corresponding to a first area of the electrode part (92a-92d, 94a-94c), is greater than a width of another non-overlap part of the current blocking layer corresponding to a second area of the electrode part (92a-92d, 94a-94c), wherein the first area is closer to the pad part (102a, 102b) than the second area. a second electrode layer; a light emitting structure including a second conductive semiconductor layer, an active layer and a first conductive semiconductor layer, which is provided on the second electrode layer; a first electrode layer including a pad part (102a, 102b) and an electrode part (92a-92d, 94a-94c) connected to the pad part (102a, 102b), which is provided on the light emitting structure; and a current blocking layer arranged between the second electrode layer and the light emitting structure, wherein a part of the current blocking layer overlaps to correspond to the first electrode layer, the current blocking layer includes an overlap part and a non-overlap part corresponding to the electrode part (92a-92d, 94a-94c), and a width of the non-overlap part of the current blocking layer corresponding to a first area of the electrode part (92a-92d, 94a-94c), is greater than a width of another non-overlap part of the current blocking layer corresponding to a second area of the electrode part (92a-92d, 94a-94c), wherein the first area is closer to the pad part (102a, 102b) than the second area.
A flexible manufacturing system comprising: a machining device (11, 12) that has a machining position (Ma1, Ma2) where a pallet is disposed during machining, and adapted to machine a workpiece that has not been machined and that is attached to the pallet disposed at the machining position (Ma1, Ma2); a pallet storage room that is adapted to store a plurality of the pallets; a pallet changer (21, 22) that is provided integrally with or adjacent to the machining device (11, 12), has a standby position (Mb1, Mb2) where the pallet to be moved to the machining position (Ma1, Ma2) stands by, and is adapted to exchange the pallet at the machining position (Ma1, Ma2) for the pallet at the standby position (Mb1, Mb2); a conveyor that is able to convey the pallet between the pallet storage room and the standby position (Mb1, Mb2) of the pallet changer (21, 22); and a controller (61, 62, 70) that is adapted to control the machining device (11, 12) and the pallet changer (21, 22), and to control the conveyor based on machining status information associated with each of the pallets stored in the pallet storage room, the machining status information including a machining-waiting state and a machining completion state, characterized in that after the pallet is conveyed to the standby position (Mb1, Mb2) and before machining of the workpiece attached to the pallet is started, the controller (61, 62, 70) is adapted to determine whether machining of the workpiece with the machining device (11, 12) is possible, when it is determined that machining is possible, the controller (61, 62, 70) is adapted to start machining with the machining device (11, 12), and when it is determined that machining is impossible, the controller is adapted to make the conveyor convey the pallet from the standby position to the pallet storage room, and is adapted to store the machining status information on the conveyed pallet as the machining-waiting state. a machining device (11, 12) that has a machining position (Ma1, Ma2) where a pallet is disposed during machining, and adapted to machine a workpiece that has not been machined and that is attached to the pallet disposed at the machining position (Ma1, Ma2); a pallet storage room that is adapted to store a plurality of the pallets; a pallet changer (21, 22) that is provided integrally with or adjacent to the machining device (11, 12), has a standby position (Mb1, Mb2) where the pallet to be moved to the machining position (Ma1, Ma2) stands by, and is adapted to exchange the pallet at the machining position (Ma1, Ma2) for the pallet at the standby position (Mb1, Mb2); a conveyor that is able to convey the pallet between the pallet storage room and the standby position (Mb1, Mb2) of the pallet changer (21, 22); and a controller (61, 62, 70) that is adapted to control the machining device (11, 12) and the pallet changer (21, 22), and to control the conveyor based on machining status information associated with each of the pallets stored in the pallet storage room, the machining status information including a machining-waiting state and a machining completion state,
A personal lanyard monitoring system comprising: a lanyard device comprising: - a flexible neck cord; - at least one strain sensor arranged for sensing strain in the flexible neck cord; and a communication unit for wirelessly transmitting data derived from the sensed strain; and a communicator remote from the lanyard device, wherein the communicator comprises a receiving unit for wirelessly receiving data from the communication unit of the lanyard device; wherein at least one of the lanyard device and the communicator comprises: - a position recognition unit configured for - comparing strain data obtained from the at least one strain sensor to pre-determined strain data; and - recognizing a position of the flexible neck cord in dependence on a result of the comparison. a lanyard device comprising: - a flexible neck cord; - at least one strain sensor arranged for sensing strain in the flexible neck cord; and - a flexible neck cord; - at least one strain sensor arranged for sensing strain in the flexible neck cord; and a communication unit for wirelessly transmitting data derived from the sensed strain; and a communicator remote from the lanyard device, wherein the communicator comprises a receiving unit for wirelessly receiving data from the communication unit of the lanyard device; wherein at least one of the lanyard device and the communicator comprises: - a position recognition unit configured for - comparing strain data obtained from the at least one strain sensor to pre-determined strain data; and - recognizing a position of the flexible neck cord in dependence on a result of the comparison. - a position recognition unit configured for - comparing strain data obtained from the at least one strain sensor to pre-determined strain data; and - recognizing a position of the flexible neck cord in dependence on a result of the comparison. - comparing strain data obtained from the at least one strain sensor to pre-determined strain data; and - recognizing a position of the flexible neck cord in dependence on a result of the comparison.