mhurhangee/ep-ind-claims huggingface dataset:
A RF heating system (400,500), comprising: a radio frequency,RF, signal source (414, 520, 1222) configured to output an RF signal having a first frequency; a first controller (410, 510,1212) configured to generate a first data signal encoding instructions, wherein the first data signal is modulated with a carrier signal having a second frequency and the second frequency does not overlap the first frequency; a first filter coupled to the RF signal source and configured to inhibit transmissions of the first data signal through the first filter and allow transmissions of the RF signal through the first filter, the first filter being configured to couple to a first end of a cable (409, 509); a second filter coupled to the first controller (410, 510, 1212) and configured to inhibit transmissions of the RF signal through the second filter and allow transmissions of the first data signal through the second filter, the second filter being configured to couple to the first end of the cable (409, 509); an impedance matching network configured to couple to a second end of the cable; and a first electrode in a cavity configured to receive a load, wherein the first electrode is coupled to an output of the impedance matching network and configured to radiate electromagnetic energy into the cavity as a result of receiving the RF signal. a radio frequency,RF, signal source (414, 520, 1222) configured to output an RF signal having a first frequency; a first controller (410, 510,1212) configured to generate a first data signal encoding instructions, wherein the first data signal is modulated with a carrier signal having a second frequency and the second frequency does not overlap the first frequency; a first filter coupled to the RF signal source and configured to inhibit transmissions of the first data signal through the first filter and allow transmissions of the RF signal through the first filter, the first filter being configured to couple to a first end of a cable (409, 509); a second filter coupled to the first controller (410, 510, 1212) and configured to inhibit transmissions of the RF signal through the second filter and allow transmissions of the first data signal through the second filter, the second filter being configured to couple to the first end of the cable (409, 509); an impedance matching network configured to couple to a second end of the cable; and a first electrode in a cavity configured to receive a load, wherein the first electrode is coupled to an output of the impedance matching network and configured to radiate electromagnetic energy into the cavity as a result of receiving the RF signal.
A motor protection relay comprising a sensing unit configured to sense a current and a voltage of a motor; an input unit configured to generate a start signal and a stop signal regarding starting and stopping of the motor; and a control unit configured to control power supplied to the motor and variably control the start power to be supplied to the motor on the basis of the start signal, wherein the control unit includes a programmable logic controller, PLC, for variably controlling the start power according to a preset sequence, and is configured to variably control the start power through the PLC, characterized in that the control unit is further configured to divide the start power into a plurality of sections to have different magnitudes and different times, and wherein the preset sequence is set such that: a magnitude of the start power is sequentially increased according to the passage of time in which the start power is supplied to the motor, and a divided time of each of the plurality of sections is increased in proportion to a magnitude of the start power. a magnitude of the start power is sequentially increased according to the passage of time in which the start power is supplied to the motor, and a divided time of each of the plurality of sections is increased in proportion to a magnitude of the start power.
A computer-implemented process for generating an interactive viewpoint video, comprising using a computer to perform the following process actions: inputting a plurality of synchronized video streams each depicting a portion of the same scene and calibration data defining geometric and photometric parameters associated with each video stream; and for each group of contemporaneous frames from the synchronized video streams, generating a 3D reconstruction of the scene, using the reconstruction to compute a disparity map for each frame in the group of contemporaneous frames, and for each frame in the group of contemporaneous frames, identifying areas of significant depth discontinuities based on its disparity map, generating a main layer comprising pixel information associated with areas in a frame that do not exhibit depth discontinuities exceeding a prescribed threshold and background pixel information from areas having depth discontinuities above the threshold, and a boundary layer comprising foreground pixel information associated with areas having depth discontinuities that exceed the threshold, to produce a layered representation for the frame under consideration. inputting a plurality of synchronized video streams each depicting a portion of the same scene and calibration data defining geometric and photometric parameters associated with each video stream; and for each group of contemporaneous frames from the synchronized video streams, generating a 3D reconstruction of the scene, using the reconstruction to compute a disparity map for each frame in the group of contemporaneous frames, and for each frame in the group of contemporaneous frames, identifying areas of significant depth discontinuities based on its disparity map, generating a main layer comprising pixel information associated with areas in a frame that do not exhibit depth discontinuities exceeding a prescribed threshold and background pixel information from areas having depth discontinuities above the threshold, and a boundary layer comprising foreground pixel information associated with areas having depth discontinuities that exceed the threshold, to produce a layered representation for the frame under consideration.
A method for producing an Enterovirus A virus, comprising: (a) culturing an adherent cell in a fixed bed comprising a macrocarrier, wherein the cell is cultured in a first cell culture medium; (b) inoculating the cell with the Enterovirus A virus under conditions in which the Enterovirus A virus infects the cell; (c) culturing the infected cell in the fixed bed in a second cell culture medium under conditions in which the infected cell produces the Enterovirus A virus; and (d) harvesting the Enterovirus A virus produced by the cell, wherein (i) the cell is inoculated with the Enterovirus A virus at an MOI of between 0.025 and 0.0009, optionally 0.001, and/or (ii) between 200,000 cells/cm 2 and 350,000 cells/cm 2 are inoculated in step (b). (a) culturing an adherent cell in a fixed bed comprising a macrocarrier, wherein the cell is cultured in a first cell culture medium; (b) inoculating the cell with the Enterovirus A virus under conditions in which the Enterovirus A virus infects the cell; (c) culturing the infected cell in the fixed bed in a second cell culture medium under conditions in which the infected cell produces the Enterovirus A virus; and (d) harvesting the Enterovirus A virus produced by the cell, wherein (i) the cell is inoculated with the Enterovirus A virus at an MOI of between 0.025 and 0.0009, optionally 0.001, and/or (ii) between 200,000 cells/cm 2 and 350,000 cells/cm 2 are inoculated in step (b).
A device for the detection of an open and unattended closure of an enclosure to prevent theft, comprising: a detector adapted to detect if the closure is open and a detector adapted to detect if the closure is unattended, the detectors being operably connected to an effector adapted to alert a user to the open and unattended condition of the closure, wherein the detector adapted to detect if the closure is open is also adapted to turn the device on upon opening of the closure and off when the closure is returned to a shut position.
Beverage-preparation device (1, 40) provided with a storage container for liquid, a dispensing line (4, 43) connected to the storage container, at least two beverage-dispensing stations (6,7,8) each provided with a collecting reservoir (11,12,18,41,42), which collecting reservoirs are movable with respect to the dispensing line, a driving device (5, 21, 22) which engages with the dispensing line and/or the collecting reservoirs for displacing the dispensing line with respect to the collecting reservoirs in order to selectively bring the collecting reservoirs into liquid communication with the dispensing line and a control unit for controlling the driving device, each collecting reservoir having an outlet line (13,14,19,44,47) characterized in that, within a dispensing period Td, the control unit brings the dispensing line (4, 43) into liquid communication with a first collecting reservoir (11, 12, 18, 41, 42) in order to supply a predetermined amount of liquid to said first collecting reservoir (11, 12, 18, 41, 42), then with a second collecting reservoir (11, 12, 18, 41, 42) and after that again with the first collecting reservoir (11, 12, 18, 41, 42) such that liquid is dispensed simultaneously from the outlet lines of said first and said second collecting reservoirs.
A method of pumping a heat transfer fluid in a thermal energy storage system, the thermal energy storage system comprising a first thermal energy storage tank connected to a second thermal energy storage tank via a bi-directional flow member, the first and second thermal energy storage tanks (200, 201) being connected via fluidic conduits with a pressure vessel system comprising a first and a second pressure vessel (300, 301) characterized in that each first and second pressure vessel (300, 301) being partially fillable with an actuating liquid, wherein, the method for pumping comprises: displacing the actuating liquid from the first pressure vessel to the second pressure vessel, thereby creating a pressure difference in the first thermal energy storage tank with respect to the second thermal energy storage tank, and therein displacing the heat transfer fluid via the bi-directional flow member. displacing the actuating liquid from the first pressure vessel to the second pressure vessel, thereby creating a pressure difference in the first thermal energy storage tank with respect to the second thermal energy storage tank, and therein displacing the heat transfer fluid via the bi-directional flow member.
An oxidation catalyst for treating an exhaust gas from a diesel engine, which oxidation catalyst comprises: a first washcoat region comprising a first platinum group metal, a first support material and a NO x storage component, wherein the first support material comprises a refractory metal oxide selected from the group consisting of alumina, silica, titania, zirconia, ceria and a mixed or composite oxide of two or more thereof, the NO x storage component comprises: (i) an oxide, a carbonate or a hydroxide of an alkali metal; (ii) an oxide, a carbonate or a hydroxide of an alkaline earth metal; and/or (iii) an oxide, a carbonate or a hydroxide of a rare earth metal, wherein the rare earth metal is selected from the group consisting of lanthanum, yttrium and a combination thereof; and wherein the NO x storage component is disposed or supported on the first support material; a second washcoat region comprising platinum (Pt), manganese (Mn) and a second support material comprising a refractory metal oxide, which is alumina doped with silica in a total amount of 0.5 to 15 % by weight, wherein the platinum (Pt) is disposed or supported on the second support material and the manganese (Mn) is disposed or supported on the second support material; and a substrate having an inlet end and an outlet end, wherein the substrate is a through-flow substrate. a first washcoat region comprising a first platinum group metal, a first support material and a NO x storage component, wherein the first support material comprises a refractory metal oxide selected from the group consisting of alumina, silica, titania, zirconia, ceria and a mixed or composite oxide of two or more thereof, the NO x storage component comprises: (i) an oxide, a carbonate or a hydroxide of an alkali metal; (ii) an oxide, a carbonate or a hydroxide of an alkaline earth metal; and/or (iii) an oxide, a carbonate or a hydroxide of a rare earth metal, wherein the rare earth metal is selected from the group consisting of lanthanum, yttrium and a combination thereof; and (i) an oxide, a carbonate or a hydroxide of an alkali metal; (ii) an oxide, a carbonate or a hydroxide of an alkaline earth metal; and/or (iii) an oxide, a carbonate or a hydroxide of a rare earth metal, wherein the rare earth metal is selected from the group consisting of lanthanum, yttrium and a combination thereof; and wherein the NO x storage component is disposed or supported on the first support material; a second washcoat region comprising platinum (Pt), manganese (Mn) and a second support material comprising a refractory metal oxide, which is alumina doped with silica in a total amount of 0.5 to 15 % by weight, wherein the platinum (Pt) is disposed or supported on the second support material and the manganese (Mn) is disposed or supported on the second support material; and a substrate having an inlet end and an outlet end, wherein the substrate is a through-flow substrate.
A diagonal fan having a fan housing, within which an external-rotor motor and an impeller are accommodated, wherein the external-rotor motor has a stator and a rotor which at least partly surrounds the stator, and an axial flow duct runs between the fan housing and the external-rotor motor as far as a discharge opening, surrounding the external-rotor motor, of the diagonal fan, through which duct, during operation, air which is drawn in by means of the impeller can be conveyed to the discharge opening, and wherein an air guide apparatus having several air guide vanes distributed in the circumferential direction is arranged in a discharge portion adjacent to the discharge opening, characterized in that the impeller is integrated in the rotor, by the rotor and the impeller being designed as a single piece, and in that the air guide vanes extend in the axial direction at least in an overlap portion (Ly) beyond the rotor and are spaced apart from it with a radial air gap.
A fastening system for a cryogenic container comprising a cylindrical jacket, the fastening system comprising at least one tensioning strap (6, 7) for tensioning the cryogenic container to a vehicle frame, characterised in that the fastening system comprises an intermediate plate, wherein a first tensioning strap is attached to a first side of the intermediate plate and a second tensioning strap is attached to a second side of the intermediate plate opposite to the first side, and wherein ends of the first and second tensioning straps (6, 7) opposite to the intermediate plate are each connectable to the vehicle frame to tension the cryogenic container to the vehicle frame.
Tilt fitting for a window or door leaf, comprising a connecting rail which can be fastened to a stationary frame spar and to which a scissor element having a first and a second scissor member is connected, wherein a supporting strip is hinged at the free end of the first scissor member for fastening the leaf, and at the free end of the second scissor member a two-armed lever is pivotably mounted by means of a bearing pin and the lever is held on the one hand in an articulated manner on the supporting strip and on the other hand displaceably on the connecting rail, and wherein the first scissor member is pivotably connected to the second scissor member by means of an articulation pin, characterized in that the first scissor member is held longitudinally displaceably in the connecting rail, wherein the second scissor member is hinged to the connecting rail via a pivot pin.
A method of manufacturing an abutment for a dental implant, the method comprising: - obtaining data associated with the dentition of a patient by optically scanning a tooth to be replaced, that has already been extracted and is out of the mouth, to generate a 3D data set; - generating a model of the abutment through a computer-implemented process based on the data; - processing a material based on the model to generate the abutment, wherein the abutment is configured to match the analogue of the predetermined extracted tooth of the patient and wherein the abutment comprises: an apical end and a coronal end opposite the apical end; an insertion portion at the apical end, the insertion portion being configured to be received in an opening of the dental implant; a transition portion coronal of the insertion portion; and a connecting portion extending coronally of the transition portion, wherein the connecting portion is in the form of a post and is configured to be attached to a root canal of the extracted tooth of a patient; and - preparing a root part from the extracted tooth to be connected to the post to provide a final abutment. - obtaining data associated with the dentition of a patient by optically scanning a tooth to be replaced, that has already been extracted and is out of the mouth, to generate a 3D data set; - generating a model of the abutment through a computer-implemented process based on the data; - processing a material based on the model to generate the abutment, wherein the abutment is configured to match the analogue of the predetermined extracted tooth of the patient and wherein the abutment comprises: an apical end and a coronal end opposite the apical end; an insertion portion at the apical end, the insertion portion being configured to be received in an opening of the dental implant; a transition portion coronal of the insertion portion; and a connecting portion extending coronally of the transition portion, wherein the connecting portion is in the form of a post and is configured to be attached to a root canal of the extracted tooth of a patient; and an apical end and a coronal end opposite the apical end; an insertion portion at the apical end, the insertion portion being configured to be received in an opening of the dental implant; a transition portion coronal of the insertion portion; and a connecting portion extending coronally of the transition portion, wherein the connecting portion is in the form of a post and is configured to be attached to a root canal of the extracted tooth of a patient; and - preparing a root part from the extracted tooth to be connected to the post to provide a final abutment.
A method for producing a can end having a moveable portion disposed beneath a pull tab, the method comprising: forming a can end having a centre panel; forming a moveable portion in the centre panel that is moveable between an upward position and a downward position, characterized by the moveable portion initially being in its downward position; restraining a portion of the can end such that a portion of the centre panel that is adjacent to the moveable portion is unrestrained; and moving, while the can end is restrained, the moveable portion into its upward position; the method further comprising attaching the pull tab to the can end, the pull tab having a handle portion that is located above the moveable portion. forming a can end having a centre panel; forming a moveable portion in the centre panel that is moveable between an upward position and a downward position, characterized by the moveable portion initially being in its downward position; restraining a portion of the can end such that a portion of the centre panel that is adjacent to the moveable portion is unrestrained; and moving, while the can end is restrained, the moveable portion into its upward position; the method further comprising attaching the pull tab to the can end, the pull tab having a handle portion that is located above the moveable portion.
An automated method comprising: obtaining data identifying values of one or more controlled variables associated with an industrial process controller wherein at least one of the one or more controlled variables has been moved to an associated limit by the controller, characterized by the following steps: identifying periods when at least one of the one or more controlled variables has been moved to an associated limit by the controller; for each identified period, (i) identifying a standard deviation of predicted values over the identified period for the associated controlled variable and (ii) determining a control giveaway value for the associated controlled variable over the identified period based on the identified standard deviation of predicted values, the control giveaway value is indicative of an offset between an associated controlled variable's average value and the associated limit; identifying variances in the one or more controlled variables using the control giveaway values; and generating a graphical display (1100, 1200, 1300) identifying one or more impacts or causes for at least some of the variances. identifying periods when at least one of the one or more controlled variables has been moved to an associated limit by the controller; for each identified period, (i) identifying a standard deviation of predicted values over the identified period for the associated controlled variable and (ii) determining a control giveaway value for the associated controlled variable over the identified period based on the identified standard deviation of predicted values, the control giveaway value is indicative of an offset between an associated controlled variable's average value and the associated limit; identifying variances in the one or more controlled variables using the control giveaway values; and generating a graphical display (1100, 1200, 1300) identifying one or more impacts or causes for at least some of the variances.
Apparatus for manufacturing coil screens with at least one winding device, arranged above a working surface, for the production of coils and a depositing device with which the coils can be deposited on the working surface, characterized in that a storage device is arranged downstream from the winding device, said storage device receiving during the return travel movement of the depositing device the length of the coil that is produced by the winding device during the interval of the return travel movement.
A heating apparatus, applicable to an electronic heat-not-burn cigarette device, the heating apparatus comprising a substrate and a heating element on the substrate, the substrate comprising a root portion configured for fixing and an end portion for being inserted into a cigarette, wherein the substrate comprises a first region close to the root portion a second region close to the end portion, and a third region located between the first region and the second region, wherein the first region has a first thermal conductivity, the second region has a second thermal conductivity, and the first thermal conductivity is less than the second thermal conductivity, the third region has a third thermal conductivity, and the third thermal conductivity is less than the second thermal conductivity and greater than the first thermal conductivity of the first region, and wherein the heating element is located in the first region.