mhurhangee/ep-ind-claims huggingface dataset:
A method of re-executing a workflow in an image forming apparatus comprising a display unit and a user input unit, the method comprising: accessing a job history of one or more workflows, each one of said workflows comprising a plurality of jobs, the job history including information about whether execution of each one of said workflows was successful or unsuccessful; displaying the accessed job history on the display unit; receiving user input via the user input unit, wherein the user input selects an unsuccessfully executed workflow to be re-executed from the displayed job history; and re-executing the selected workflow. accessing a job history of one or more workflows, each one of said workflows comprising a plurality of jobs, the job history including information about whether execution of each one of said workflows was successful or unsuccessful; displaying the accessed job history on the display unit; receiving user input via the user input unit, wherein the user input selects an unsuccessfully executed workflow to be re-executed from the displayed job history; and re-executing the selected workflow.
An integrated circuit configured to be used for a plurality of medical devices (10, 11), wherein the plurality of medical devices comprises a first group of medical devices and a second group of medical devices, the medical devices of the second group requiring a higher arithmetic processing performance than the medical devices of the first group, characterized in that the integrated circuit is connectable to a functional complement integrated circuit which complements a part of functions of the integrated circuit, the integrated circuit is configured to operate by itself the first group of medical devices, and the integrated circuit is configured to operate the second group of medical devices in cooperation with the functional complement integrated circuit when said functional complement integrated circuit is connected to the integrated circuit. the integrated circuit is connectable to a functional complement integrated circuit which complements a part of functions of the integrated circuit, the integrated circuit is configured to operate by itself the first group of medical devices, and the integrated circuit is configured to operate the second group of medical devices in cooperation with the functional complement integrated circuit when said functional complement integrated circuit is connected to the integrated circuit.
Laminating device for laminating at least one layer stack, which comprises at least one substantially plate-like workpiece and at least one layer that is also effective as an adhesive layer, by means of pressure and/or heat, wherein the laminating device comprises: - a lower part, - an upper part which is connectable in gas-tight manner to the lower part, - an openable and closable working chamber that is formed between the lower part and the upper part for receiving the layer stack when laminating, - a pressure plate that is movable within the working chamber between the upper part and the lower part along a pressing axis (a-a), - at least one sealing frame that is arranged between the lower part and the upper part, - a plurality of mutually separable pressure chambers that are operable as necessary and are arranged in the working chamber, wherein a plurality of mutually spaced clamping positions arranged in the direction of the pressing axis (a-a) are provided and intended and suitable for fixably arranging at least one flexible gas-tight element at the clamping positions for separating off a first pressure chamber and, by the application or non-application of pressure or negative pressure thereto, the movable pressure plate is movable, wherein the flexible gas-tight element divides the working chamber into a first pressure chamber that is located above the flexible gas-tight element and a second pressure chamber that is located below the flexible gas-tight element and in which the movable pressure plate is arranged, wherein the movement of the movable pressure plate is effected due to a difference of pressure between the pressure chambers (18, 19), characterized in that at least one intermediate frame is provided as a sealing frame separate from the lower part and the upper part, wherein the clamping positions are arranged at or between these elements, and in that a first flexible gas-tight element is clamped into a gap above the intermediate frame and a further flexible element serving as a membrane is clampable into a gap below the intermediate frame for operating the laminating device with or without the membrane. - a lower part, - an upper part which is connectable in gas-tight manner to the lower part, - an openable and closable working chamber that is formed between the lower part and the upper part for receiving the layer stack when laminating, - a pressure plate that is movable within the working chamber between the upper part and the lower part along a pressing axis (a-a), - at least one sealing frame that is arranged between the lower part and the upper part, - a plurality of mutually separable pressure chambers that are operable as necessary and are arranged in the working chamber,
A power conversion device (100, 101) comprising: - a power conversion unit including M number of DC/DC converters between a first pair of DC terminals (100A, 101B) and a second pair of DC terminals (100B, 101A) each pair of which is composed of a positive terminal and a negative terminal, where M is two or greater, the power conversion unit arranged to perform power transmission between the first pair of DC terminals (100A, 101B) and the second pair of DC terminals (100B, 101A); and - a controller (110, 120, 130) for controlling the power conversion unit, wherein the power conversion unit further includes one or more balancing circuits each connected between two of the DC/DC converters and arranged to balance powers converted by the two DC/DC converters, wherein in the M number of DC/DC converters, one of input and output thereof is defined as a first side and the other one is defined as a second side, first-side terminals of the DC/DC converters are connected so that a common current flows between the positive and negative terminals of the first pair of DC terminals (100A, 101B), and second-side terminals of the DC/DC converters are connected so that a common current flows between the positive and negative terminals of the second pair of DC terminals (100B, 101A), and wherein each balancing circuit is connected between two pairs of the first-side terminals of the two DC/DC converters, and configured to receive and pass power between the two pairs of first-side terminals, wherein the balancing circuits are auxiliary converters which are configured to perform DC/DC conversion, and wherein the power conversion device is configured to control each auxiliary converter such that the DC voltages of said two pairs of the first-side terminals of the two DC/DC converters are equalized. - a power conversion unit including M number of DC/DC converters between a first pair of DC terminals (100A, 101B) and a second pair of DC terminals (100B, 101A) each pair of which is composed of a positive terminal and a negative terminal, where M is two or greater, the power conversion unit arranged to perform power transmission between the first pair of DC terminals (100A, 101B) and the second pair of DC terminals (100B, 101A); and - a controller (110, 120, 130) for controlling the power conversion unit, wherein the power conversion unit further includes one or more balancing circuits each connected between two of the DC/DC converters and arranged to balance powers converted by the two DC/DC converters,
A license plate device for a vehicle, comprising: a first shell having a transparent region forming a first predetermined logo pattern and a nontransparent region; a second shell fixedly connected with the first shell, with a sealed accommodating space defined therebetween; a bottom plate disposed in the sealed accommodating space; a light guide plate disposed between the bottom plate and the first shell which is formed with an accommodating groove; and a circuit board disposed between the light guide plate and the second shell which is formed with an illuminating element on a surface thereof facing toward the light guide plate to be accommodated in the accommodating groove, wherein the light guide plate is formed with a plurality of microprism structures configured to transmit at least a part of light emitted by the illuminating element penetrating through the light guide plate from a face of the light guide plate facing the first shell, characterized in that, each microprism structure is provided on a surface of the light guide plate facing toward the bottom plate, and the microprism structure has a triangular cross section in a plane in parallel with a lateral side of the light guide plate, and a bottom edge of the triangle faces toward the bottom plate. a first shell having a transparent region forming a first predetermined logo pattern and a nontransparent region; a second shell fixedly connected with the first shell, with a sealed accommodating space defined therebetween; a bottom plate disposed in the sealed accommodating space; a light guide plate disposed between the bottom plate and the first shell which is formed with an accommodating groove; and a circuit board disposed between the light guide plate and the second shell which is formed with an illuminating element on a surface thereof facing toward the light guide plate to be accommodated in the accommodating groove, wherein the light guide plate is formed with a plurality of microprism structures configured to transmit at least a part of light emitted by the illuminating element penetrating through the light guide plate from a face of the light guide plate facing the first shell, characterized in that, each microprism structure is provided on a surface of the light guide plate facing toward the bottom plate, and the microprism structure has a triangular cross section in a plane in parallel with a lateral side of the light guide plate, and a bottom edge of the triangle faces toward the bottom plate.
Device for treating a fiber web, especially a device for applying treatment substance for treating a moving fiber web on at least one surface of the fiber web, which device comprises at least one nozzle comprising a channel (11; 17) for the treatment substance and a tip or end of the nozzle for providing a treatment substance flow on the fiber web, in which device the tip or end of the nozzle of the device for treating a fiber web is provided with means (21, 22; 24; 26; 31, 32, 33, 34) comprising insulation means (21, 22; 24; 26) and/or cooling means (31, 32, 33, 34) for managing the temperature of the tip or end of the nozzle for preventing the adhering of the heated treating substance, characterized in, that the insulation means and/or cooling means (21, 22; 24; 26; 31, 32, 33, 34) are separately mountable on tip or end of the nozzle.
A hybrid automatic repeat request, HARQ, process disabling method, comprising: obtaining, by a receiving device, indication data, wherein the indication data is used to indicate to disable a HARQ process; and disabling, by the receiving device, the HARQ process, characterized in that, the indication data comprises a network identifier number; and the disabling, by the receiving device, the HARQ process comprises: determining, by the receiving device based on a preset mapping relationship, that the network identifier number indicates to disable the HARQ process, and disabling, by the receiving device, the HARQ process. obtaining, by a receiving device, indication data, wherein the indication data is used to indicate to disable a HARQ process; and disabling, by the receiving device, the HARQ process, characterized in that, the indication data comprises a network identifier number; and the disabling, by the receiving device, the HARQ process comprises: determining, by the receiving device based on a preset mapping relationship, that the network identifier number indicates to disable the HARQ process, and disabling, by the receiving device, the HARQ process.
An orthopedic prosthesis (10, 100, 200), comprising: a joint replacement portion having a first side, a second side opposite the first side, and a screw hole (30, 130, 230) extending through the joint replacement portion from the first side and through the second side; and a peg (40, 140, 240) extending from the second side and having a concave relief surface that partially defines the screw hole (30, 130, 230), wherein the screw hole (30, 130, 230) includes a central axis and a first radius of curvature, the peg (40, 140, 240) includes a longitudinal axis and a second radius of curvature, characterized in that the central axis and longitudinal axis are offset from each other a distance less than a sum of the first and second radii of curvature, and in that the central axis and longitudinal axis are parallel to each other. a joint replacement portion having a first side, a second side opposite the first side, and a screw hole (30, 130, 230) extending through the joint replacement portion from the first side and through the second side; and a peg (40, 140, 240) extending from the second side and having a concave relief surface that partially defines the screw hole (30, 130, 230), wherein the screw hole (30, 130, 230) includes a central axis and a first radius of curvature, the peg (40, 140, 240) includes a longitudinal axis and a second radius of curvature, characterized in that the central axis and longitudinal axis are offset from each other a distance less than a sum of the first and second radii of curvature, and in that the central axis and longitudinal axis are parallel to each other.
A nitride phosphor that is activated by europium, and absorbs light from the near ultraviolet range to the blue range to emit red light, characterized in that the nitride phosphor has the following general formula, M w Al x Si y B z N ((2/3)w+x+(4/3)y+z):Eu 2+ where M is at least one element selected from the group consisting of Mg, Ca, Sr, and Ba, wherein w, x, y and z fall within the following ranges 0.5 ≤ w ≤ 3, x = 1, 05 ≤ y ≤ 3, and 0.001 ≤ z ≤ 0.5.
Cutlery basket comprising a first basket component and a second basket component and a handle, wherein the first and second basket components (2, 3) are adapted to be arranged in a serial and a parallel configuration and wherein means are provided for locking the first and second basket components (2, 3) in a serial and a parallel configuration, characterised in that, the means for locking the basket components in a serial and parallel configuration are formed by the handle.
A gas turbine engine comprising: a core engine and a fan; a pivoting inner D-door portion; a pivoting outer D-door portion, which is axially moveable relative to said inner D-door portion between a stowed and thrust reverse position; a fan case surrounding said fan; and a plurality of cascades axially moveable along with said outer D-door portion between a stowed and a thrust reverse position, wherein structure supporting said cascades is mounted on said fan case, characterised in that: an actuator is provided on said fan case for driving said cascades and said outer D-door portion between said stowed and thrust reverse positions. a core engine and a fan; a pivoting inner D-door portion; a pivoting outer D-door portion, which is axially moveable relative to said inner D-door portion between a stowed and thrust reverse position; a fan case surrounding said fan; and a plurality of cascades axially moveable along with said outer D-door portion between a stowed and a thrust reverse position, wherein structure supporting said cascades is mounted on said fan case,
A thermoelectric material of the p-type having the stoichiometric formula Zn 4 Sb 3, wherein part of the Zn atoms is substituted by Mg in a total amount of 20 mol% or less in relation to the Zn atoms.
A method of melt-stabilizing ultra high molecular weight polyethylene (UHMWPE), the method comprising: coating a solid, consolidated material comprising UHMWPE with an antioxidant, so that the antioxidant does not penetrate past a depth of 0 mm of the surface of application, to provide an antioxidant-coated solid material; pre-irradiatively heating the antioxidant-coated solid material to diffuse the antioxidant therein, to provide an antioxidant-diffused solid material; irradiating the antioxidant-diffused solid material with an electron beam, to provide an irradiated solid material; post-irradiatively heating the irradiated solid material in an oxygen-containing environment to melt at least part of the UHMWPE, to provide a heated material; and solidifying the heated material, to provide a melt-stabilized material. coating a solid, consolidated material comprising UHMWPE with an antioxidant, so that the antioxidant does not penetrate past a depth of 0 mm of the surface of application, to provide an antioxidant-coated solid material; pre-irradiatively heating the antioxidant-coated solid material to diffuse the antioxidant therein, to provide an antioxidant-diffused solid material; irradiating the antioxidant-diffused solid material with an electron beam, to provide an irradiated solid material; post-irradiatively heating the irradiated solid material in an oxygen-containing environment to melt at least part of the UHMWPE, to provide a heated material; and solidifying the heated material, to provide a melt-stabilized material.
A method of bioassay for the quantification of peptide fragments comprising a C-terminal or N-terminal neo-epitope formed by cleavage in vivo of mimecan by a proteinase, said method comprising contacting a patient derived sample comprising said peptide fragments with an immunological binding partner having specific binding affinity for a said neo-epitope and determining the level of binding of said immunological binding partner to peptide fragments in said sample, wherein said immunological binding partner is reactive with peptides terminating in the neo-epitope sequence but is not substantially reactive with intact mimecan and is not specifically reactive with peptides in which the neo-epitope terminal sequence is extended by one or more further amino acids, said method further comprising comparing the determined level of said binding of said peptide fragments with values characteristic of (a) comparable healthy individuals and/or (b) a pathological atherosclerotic condition and associating a higher level of the measured peptide with a more severe degree of a said condition, wherein said immunological binding partner has specific binding affinity for any of the following sequences at the N terminal of a peptide: DFADIP.... TGNLIE.... LDFTGN.... RLDFTG.... RLEGNP.... DFTGNL.... DHNALE.... DIDAVP.... FTGNLI.... GNLIED.... or with any of the following sequences at the C-terminal of a peptide:....DIPNLR.... DGTFSK....PIVLGK....DIEDGT DFADIP.... TGNLIE.... LDFTGN.... RLDFTG.... RLEGNP.... DFTGNL.... DHNALE.... DIDAVP.... FTGNLI.... GNLIED........DIPNLR.... DGTFSK....PIVLGK....DIEDGT
Method for determining the internal ohmic resistance of a battery module, wherein the method comprises the determination of the internal ohmic resistance from measurements of voltage intensities, characterized in that the method comprises the connection of the battery module to at least one further battery module that is subject to a load current, wherein the method comprises the measurement of voltage intensities of the battery module before and after the connection.
A device for generating aerosol, comprising: a. a consumable-containing unit being made from a powdered form of the consumable that is compressed; b. a susceptor embedded within the consumable-containing unit, wherein the susceptor has an elongated form having a defined length, and wherein the consumable-containing unit is compressed around the susceptor along the length of the susceptor; c. an encasement encasing the consumable-containing unit and the susceptor, wherein the encasement has a first end and a second end opposite the first end, wherein the encasement comprises an opening; and d. a coating to plug the opening. a. a consumable-containing unit being made from a powdered form of the consumable that is compressed; b. a susceptor embedded within the consumable-containing unit, wherein the susceptor has an elongated form having a defined length, and wherein the consumable-containing unit is compressed around the susceptor along the length of the susceptor; c. an encasement encasing the consumable-containing unit and the susceptor, wherein the encasement has a first end and a second end opposite the first end, wherein the encasement comprises an opening; and d. a coating to plug the opening.
A brushless direct-current (BLDC) motor comprising: a stator assembly including a stator core having an aperture extending therethrough, a plurality of stator teeth radially extending outwardly from the stator core and defining a plurality of slots therebetween, and a plurality of stator windings wound around the plurality of stator teeth; a stator mount including a radial portion disposed proximate a first axial end of the stator core and an elongated cylindrical portion projecting axially from the radial member into the aperture of the stator core, the elongated cylindrical portion including a hollow portion formed proximate a second axial end of the stator core; an outer rotor comprising a cylindrical rotor core supporting at least one permanent magnet around an outer surface of the stator core; a rotor mount including an outer rim arranged to couple to the outer rotor, a radial wall extending inwardly from the outer rim, and an inner body formed centrally and supported by the radial wall; and a motor bearing, characterized in that the motor bearing has an outer race supported by the inner body of the rotor mount and an inner race; and in that the BLDC motor further comprises a piloting pin having a rear portion received within the hollow portion of the elongated cylindrical portion of the stator mount and a front portion being slidingly receivable within the inner race of the motor bearing to allow the stator assembly to be modularly detachable from the outer rotor. a stator assembly including a stator core having an aperture extending therethrough, a plurality of stator teeth radially extending outwardly from the stator core and defining a plurality of slots therebetween, and a plurality of stator windings wound around the plurality of stator teeth; a stator mount including a radial portion disposed proximate a first axial end of the stator core and an elongated cylindrical portion projecting axially from the radial member into the aperture of the stator core, the elongated cylindrical portion including a hollow portion formed proximate a second axial end of the stator core; an outer rotor comprising a cylindrical rotor core supporting at least one permanent magnet around an outer surface of the stator core; a rotor mount including an outer rim arranged to couple to the outer rotor, a radial wall extending inwardly from the outer rim, and an inner body formed centrally and supported by the radial wall; and a motor bearing, characterized in that the motor bearing has an outer race supported by the inner body of the rotor mount and an inner race; and in that the BLDC motor further comprises a piloting pin having a rear portion received within the hollow portion of the elongated cylindrical portion of the stator mount and a front portion being slidingly receivable within the inner race of the motor bearing to allow the stator assembly to be modularly detachable from the outer rotor.