mhurhangee/ep-ind-claims huggingface dataset:
A method of converting a CMYK color toner printer to a CMYX color toner printer for over print printing in a single pass, comprising the steps: providing a color toner printer, comprising four toner printing cartridges: a cyan toner printing cartridge, a magenta toner printing cartridge, a yellow toner printing cartridge, and a black toner printing cartridge, wherein said black toner printing cartridge is in a first toner cartridge position and said cyan toner printing cartridge is in a fourth toner cartridge position; removing said black toner printing cartridge from said first toner cartridge position and said cyan toner printing cartridge from said fourth toner cartridge position; providing a non-standard toner printing cartridge; installing said cyan toner printing cartridge into said first toner cartridge position; installing said non-standard toner printing cartridge into said fourth toner cartridge position; providing a raster image processor software comprising a selection screen arranged to allow the user to select over or under print configurations, the raster image processor software being configured to remap said four toner printing cartridges of said color toner printer so that the printer recognizes that the user has installed a non-standard toner cartridge and the printer can print using this non-standard color and configure said color toner printer to print a layer of non-standard toner over an image in a single pass; and wherein said image is printed from at least one of a cyan toner, a yellow toner, and a magenta toner. providing a color toner printer, comprising four toner printing cartridges: a cyan toner printing cartridge, a magenta toner printing cartridge, a yellow toner printing cartridge, and a black toner printing cartridge, wherein said black toner printing cartridge is in a first toner cartridge position and said cyan toner printing cartridge is in a fourth toner cartridge position; removing said black toner printing cartridge from said first toner cartridge position and said cyan toner printing cartridge from said fourth toner cartridge position; providing a non-standard toner printing cartridge; installing said cyan toner printing cartridge into said first toner cartridge position; installing said non-standard toner printing cartridge into said fourth toner cartridge position; providing a raster image processor software comprising a selection screen arranged to allow the user to select over or under print configurations, the raster image processor software being configured to remap said four toner printing cartridges of said color toner printer so that the printer recognizes that the user has installed a non-standard toner cartridge and the printer can print using this non-standard color and configure said color toner printer to print a layer of non-standard toner over an image in a single pass; and wherein said image is printed from at least one of a cyan toner, a yellow toner, and a magenta toner.
A method of managing a device, the method comprising: installing a profile on the device wherein the profile must be installed on the device and validated before the device is permitted to execute an application on the device; identifying a certificate associated with the installed profile before storing the certificate in storage accessible to the device; receiving, using the device, a request to execute an application on the device; in response to the request to execute the application, determining, using the device, whether the certificate is located in the storage accessible to the device and responsive to a determination that the certificate is located in storage accessible to the device, executing the application of the request to execute the application on the device; responsive to a determination that the certificate is not located in storage accessible to the device, refusing the request to execute the application. installing a profile on the device wherein the profile must be installed on the device and validated before the device is permitted to execute an application on the device; identifying a certificate associated with the installed profile before storing the certificate in storage accessible to the device; receiving, using the device, a request to execute an application on the device; in response to the request to execute the application, determining, using the device, whether the certificate is located in the storage accessible to the device and responsive to a determination that the certificate is located in storage accessible to the device, executing the application of the request to execute the application on the device; responsive to a determination that the certificate is not located in storage accessible to the device, refusing the request to execute the application.
A carrier device for an inner compartment of an electric household appliance, said carrier device being adapted to receive a cooking tray and to constrain a movement of the cooking tray essentially to a horizontal movement, wherein the carrier device comprises at least one single side-bar having a plurality of bends formed such that the single side-bar constrains a vertical movement of the cooking tray, wherein the single side-bar is placed between two cross bars, characterized by a C-shaped section of the at least one side-bar that is adapted to clasp around an edge of said cooking tray, wherein the single side-bar is made exclusively of a single-line non-branching structure.
A mobile electronic communications device having millimeter wave antenna management, the mobile electronic communications device comprising: a plurality of mm-wave antennas (203, 205, 207, 209) on the device, including a first mm-wave antenna and one or more other mm-wave antennas (205, 207, 209); a sensor array (211, 213, 215, 217) associated with the first mm-wave antenna, the sensor array (211, 213, 215, 217) including at least a thermal sensor; a mm-wave transceiver configured to transmit via enabled ones of the plurality of mm-wave antennas (203, 205, 207, 209); and a processor configured to determine via the sensor array whether a human presence exists within a predetermined sense distance of the first mm-wave antenna and whether any of the one or more other mm-wave antennas (205, 207, 209) on the device are enabled, and to selectively enable and disable the first mm-wave antenna based on whether a human presence exists within the predetermined sense distance of the sensor array and whether any of the one or more other mm-wave antennas on the device (205, 207, 209) is enabled; wherein the processor is further configured to selectively enable and disable the first mm-wave antenna by first disabling the first mm-wave antenna, and thereafter determining whether a human presence exists within the sense distance of the sensor, using a first confidence level if any of the one or more other mm-wave antennas (205, 207, 209) is in use, and otherwise using a second confidence level, the second confidence level being lower than the first confidence level. a plurality of mm-wave antennas (203, 205, 207, 209) on the device, including a first mm-wave antenna and one or more other mm-wave antennas (205, 207, 209); a sensor array (211, 213, 215, 217) associated with the first mm-wave antenna, the sensor array (211, 213, 215, 217) including at least a thermal sensor; a mm-wave transceiver configured to transmit via enabled ones of the plurality of mm-wave antennas (203, 205, 207, 209); and a processor configured to determine via the sensor array whether a human presence exists within a predetermined sense distance of the first mm-wave antenna and whether any of the one or more other mm-wave antennas (205, 207, 209) on the device are enabled, and to selectively enable and disable the first mm-wave antenna based on whether a human presence exists within the predetermined sense distance of the sensor array and whether any of the one or more other mm-wave antennas on the device (205, 207, 209) is enabled; wherein the processor is further configured to selectively enable and disable the first mm-wave antenna by first disabling the first mm-wave antenna, and thereafter determining whether a human presence exists within the sense distance of the sensor, using a first confidence level if any of the one or more other mm-wave antennas (205, 207, 209) is in use, and otherwise using a second confidence level, the second confidence level being lower than the first confidence level.
A bicycle headset (54, 55) upper bearing holder comprising: a hollowed cylindrical body comprising a first side adapted to receive a bearing, and a second side, opposed to the first side, adapted to be removeably secured to a head tube, the bearing holder being adapted to support the bearing for reducing friction between a fork tube and the head tube when the bearing holder is used in conjunction with a bicycle, wherein the second side of the hollowed cylindrical body comprises an attachment mechanism adapted to removeably secure the hollowed cylindrical body to the head tube and axially position the hollowed cylindrical body about the head tube, characterized in that: the bicycle headset upper bearing holder further comprises a spacer adapted to set a distance between the bearing and the head tube. a hollowed cylindrical body comprising a first side adapted to receive a bearing, and a second side, opposed to the first side, adapted to be removeably secured to a head tube, the bearing holder being adapted to support the bearing for reducing friction between a fork tube and the head tube when the bearing holder is used in conjunction with a bicycle, wherein the second side of the hollowed cylindrical body comprises an attachment mechanism adapted to removeably secure the hollowed cylindrical body to the head tube and axially position the hollowed cylindrical body about the head tube, characterized in that: the bicycle headset upper bearing holder further comprises a spacer adapted to set a distance between the bearing and the head tube. the bicycle headset upper bearing holder further comprises a spacer adapted to set a distance between the bearing and the head tube.
A sheet manufacturing apparatus comprising: a supply unit configured to supply feedstock; a defibrating unit configured to defibrate the feedstock; a classifier configured to classify defibrated material that has passed the defibrating unit; an additive supply unit including a cartridge loaded with an additive containing resin; a mixing unit configured to mix the additive containing resin with classified material that has passed the classifier; a sieve unit configured to pass the mixture that has passed the mixing unit through numerous openings; a deposition unit configured to deposit precipitate that has passed numerous openings of the sieve unit; a forming unit configured to apply heat and pressure to the web deposited in the deposition unit, and configured to form a sheet, wherein the forming unit includes a calender and a heat unit; and a control unit, wherein the pressure of the calender and the temperature of the heat unit are changed automatically according to the content of the additive supplied from the additive supply unit, wherein a signal is output to the control unit from the cartridge and the control unit controls the calender and the heat unit based on the signal. a supply unit configured to supply feedstock; a defibrating unit configured to defibrate the feedstock; a classifier configured to classify defibrated material that has passed the defibrating unit; an additive supply unit including a cartridge loaded with an additive containing resin; a mixing unit configured to mix the additive containing resin with classified material that has passed the classifier; a sieve unit configured to pass the mixture that has passed the mixing unit through numerous openings; a deposition unit configured to deposit precipitate that has passed numerous openings of the sieve unit; a forming unit configured to apply heat and pressure to the web deposited in the deposition unit, and configured to form a sheet, wherein the forming unit includes a calender and a heat unit; and a control unit, wherein the pressure of the calender and the temperature of the heat unit are changed automatically according to the content of the additive supplied from the additive supply unit, wherein a signal is output to the control unit from the cartridge and the control unit controls the calender and the heat unit based on the signal.
Use of a natural primary cell-derived biologic comprising interleukin 1ß (IL-1ß), interleukin 2 (IL-2), interleukin 6 (IL-6), interleukin 8 (IL-8), tumour necrosis factor α (TNF-α) and γ-interferon (IFN-γ), for prolonging the life of T cells in vitro.
A method for detecting a propensity for developing eosinophilic esophagitis (EoE) in a subject in need thereof, the method comprising: detecting in genotype information, the presence of at least one EoE associated genetic alteration in a target gene identified in a biological sample from said subject, the presence of said genetic alteration indicating said patient has an increased risk for developing eosinophilic esophagitis, wherein said genetic alteration is present in a gene sequence from ANKRD27.
A method for authenticating a person with respect to a host, wherein the host requests a temporary password from the person for access to a service of the host, that a random-based information is generated, which is available to the person on a communication device as an input value for an algorithm, from which the temporary password is calculated, that the same algorithm is used by the person and the host to determine the password, and that after verification of conformity between the password as determined by the person and the host, the person is given access to the service of the host, that the random-based information is displayed to the person as part of a password request routine of the host and that the person responds with a temporary password by providing the algorithm based on a secret password determination rule, characterized in that only the random-based information is used as an input variable for the temporary password determined by the secret password determination rule (6, 6.1, 6.2, 6.3, 6.4), whereby the password determination rule (6, 6.1, 6.2, 6.3 6.4) provides for the selection of one or more characters of the random-based information and/or by application of a mathematical procedure to one or more characters of the random-based information.
A process of forming glassware that includes the steps of: (a) acquiring a neck ring system (10, 110, 210) with at least one material handler; (b) transferring the neck ring system (10, 110, 2 10) to a blank mold station; (c) blank molding a glass gob into glassware having a neck finish formed by the neck ring system (10, 110, 210); (d) transferring the glassware carried by the neck ring system (10, 110, 210) to a blow mold station; (e) blow molding the glassware carried by the neck ring system (10, 110, 210); (f) transferring the glassware carried by the neck ring system (10, 110, 210) to a ware handler; and (g) opening the neck ring system (10, 110, 210) to release the glassware from the neck ring system (10, 110, 210) without releasing the at least one material handler from the neck ring system (10, 110, 210), wherein the glassware is carried by the neck ring system (10, 110, 210) through the entire glassware forming process from the blank molding station to the ware handler, and wherein the process further includes the additional steps of: (h) releasing the neck ring system (10, 110, 210) from the at least one material handler to a return conveyor; (i) conveying the neck ring system (10, 110, 210) to a location proximate the blank mold station; and (j) repeating steps (a) through (j). (a) acquiring a neck ring system (10, 110, 210) with at least one material handler; (b) transferring the neck ring system (10, 110, 2 10) to a blank mold station; (c) blank molding a glass gob into glassware having a neck finish formed by the neck ring system (10, 110, 210); (d) transferring the glassware carried by the neck ring system (10, 110, 210) to a blow mold station; (e) blow molding the glassware carried by the neck ring system (10, 110, 210); (f) transferring the glassware carried by the neck ring system (10, 110, 210) to a ware handler; and (g) opening the neck ring system (10, 110, 210) to release the glassware from the neck ring system (10, 110, 210) without releasing the at least one material handler from the neck ring system (10, 110, 210), (h) releasing the neck ring system (10, 110, 210) from the at least one material handler to a return conveyor; (i) conveying the neck ring system (10, 110, 210) to a location proximate the blank mold station; and (j) repeating steps (a) through (j).
A method of treating a metal object so as to form thereon a surface layer which is integral with the metal object, and which includes a biocidal material, the method comprising: (a) contacting the metal object, which is to provide a substrate for the surface layer, with an anodising electrolyte, and applying an anodising voltage to the metal object to passivate the metal by forming an anodised integral surface layer on the metal object; (b) continuing the application of an anodising voltage to produce pits through the integral surface layer and into the substrate; (c) producing a hydrous metal oxide in the surface layer by electrochemical or chemical reduction in contact with an electrolyte or a solution; (d) removing or separating the anodised metal object resulting from step (c) from the electrolyte or the solution of step (c), and (e) contacting the anodised metal object with a solution containing a biocidal material so as to incorporate said biocidal material into the surface layer; characterized in that the voltage in the pit-forming step (b) is less than the maximum voltage applied during the passivating step (a) and is between 15 V and 85 V. (a) contacting the metal object, which is to provide a substrate for the surface layer, with an anodising electrolyte, and applying an anodising voltage to the metal object to passivate the metal by forming an anodised integral surface layer on the metal object; (b) continuing the application of an anodising voltage to produce pits through the integral surface layer and into the substrate; (c) producing a hydrous metal oxide in the surface layer by electrochemical or chemical reduction in contact with an electrolyte or a solution; (d) removing or separating the anodised metal object resulting from step (c) from the electrolyte or the solution of step (c), and (e) contacting the anodised metal object with a solution containing a biocidal material so as to incorporate said biocidal material into the surface layer;
A bicycle rear derailleur comprising: a base member mountable to a bicycle frame; a movable member movably coupled to the base member; a chain guide assembly rotatably connected to the movable member; a pivot member non-rotatably coupled to the chain guide assembly and having an outer annular surface; a biasing device configured to bias the chain guide assembly in a first rotational direction relative to the movable member; and a damper device disposed within the movable member, the damper device (200; 400) operable to apply a damping force to the chain guide assembly when the chain guide assembly rotates in a second rotational direction relative to the movable member, the second rotational direction being opposite the first rotational direction, the damper device (200; 400) including: a sleeve (202; 404), wherein the sleeve (202; 404) has an inner annular surface (204; 412) in physical contact with the pivot member, and a friction device including a friction member (201; 154) that is radially inner relative to the biasing device, characterized in that the friction member (201; 154) is configured as a spring clutch acting on the sleeve (202; 404). a base member mountable to a bicycle frame; a movable member movably coupled to the base member; a chain guide assembly rotatably connected to the movable member; a pivot member non-rotatably coupled to the chain guide assembly and having an outer annular surface; a biasing device configured to bias the chain guide assembly in a first rotational direction relative to the movable member; and a damper device disposed within the movable member, the damper device (200; 400) operable to apply a damping force to the chain guide assembly when the chain guide assembly rotates in a second rotational direction relative to the movable member, the second rotational direction being opposite the first rotational direction, the damper device (200; 400) including: a sleeve (202; 404), wherein the sleeve (202; 404) has an inner annular surface (204; 412) in physical contact with the pivot member, and a friction device including a friction member (201; 154) that is radially inner relative to the biasing device, a sleeve (202; 404), wherein the sleeve (202; 404) has an inner annular surface (204; 412) in physical contact with the pivot member, and a friction device including a friction member (201; 154) that is radially inner relative to the biasing device, characterized in that the friction member (201; 154) is configured as a spring clutch acting on the sleeve (202; 404).
A method for measuring growth of cells in a fluid culture, comprising; a. introducing a first portion of the culture into a microchannel being part of a resonant mass sensor of such kind that the cells' presence affects the resonant behavior of the sensor at a first time, the portion of the culture having a fluid known volume and containing a plurality of cells at a concentration chosen that for a great majority of time at most one cell is present in the microchannel at a given time, b. detecting each cell as the portion passes through the microchannel, c. at least one of counting or measuring the mass of each cell passing through the microchannel, d. introducing at least one additional, different portion of the culture into the microchannel having a known fluid volume at at least one later time, e. repeating steps b and c at the later time(s); and, f. calculating the growth rate in the culture from at least one of the change in the count per fluid volume (concentration) or the measured property between the two times. a. introducing a first portion of the culture into a microchannel being part of a resonant mass sensor of such kind that the cells' presence affects the resonant behavior of the sensor at a first time, the portion of the culture having a fluid known volume and containing a plurality of cells at a concentration chosen that for a great majority of time at most one cell is present in the microchannel at a given time, b. detecting each cell as the portion passes through the microchannel, c. at least one of counting or measuring the mass of each cell passing through the microchannel, d. introducing at least one additional, different portion of the culture into the microchannel having a known fluid volume at at least one later time, e. repeating steps b and c at the later time(s); and, f. calculating the growth rate in the culture from at least one of the change in the count per fluid volume (concentration) or the measured property between the two times.
Method for controlling the opening or closing of a clamp intended to seal a flexible tube placed inside a housing that can be closed with a door, the clamp being placed in the housing and cooperating with the tube in order to open and seal it, characterized in that the clamp passes from an open position to a closed position when the closing of the door is triggered, and stays in this closed position after closing of the door as long as opening means did not trigger the opening of the clamp.