mhurhangee/ep-ind-claims huggingface dataset:
A method of coating a flexible sheet member, the method comprising: a coating apparatus having: a base plate (70, 114a) configured to place the flexible sheet member shaped like a thin film; a drawing unit configured to draw the sheet member onto the base plate (70, 114a), wherein the drawing unit includes a mechanism configured to electrostatically draw the sheet member; and a coating mechanism, characterized in that the coating mechanism is configured to apply a material onto the sheet member at a coating area in a range which is smaller than an area where the sheet member is drawn on the base plate (70, 114a) by the drawing unit, and wherein the drawing unit is configured to draw the sheet member on the base plate (70, 114a) in a range which is smaller than an area of the sheet member. a base plate (70, 114a) configured to place the flexible sheet member shaped like a thin film; a drawing unit configured to draw the sheet member onto the base plate (70, 114a), wherein the drawing unit includes a mechanism configured to electrostatically draw the sheet member; and a coating mechanism, characterized in that the coating mechanism is configured to apply a material onto the sheet member at a coating area in a range which is smaller than an area where the sheet member is drawn on the base plate (70, 114a) by the drawing unit, and wherein the drawing unit is configured to draw the sheet member on the base plate (70, 114a) in a range which is smaller than an area of the sheet member.
A room service table, including; a table top having two opposing edges; at least two opposing legs adjacent a respective opposing edge, for supporting the table top, the legs having wheels for rolling the table along a surface; a drawer located underneath of the table top for receiving food for room service delivery, the drawer being an insulated drawer to act as a food warmer and having a heating element to ensure heat within the drawer is maintained; wherein the table top is moveably connected to the opposing legs, and whereby the table top and drawer can be tilted upwards with respect to both of the opposing legs to allow nesting together of two or more like room service tables, characterized in that there is further provided a rechargeable battery pack held in a recess on an inside surface of one of the legs of the room service table, wherein the rechargeable battery pack is configured to power the heating element. a table top having two opposing edges; at least two opposing legs adjacent a respective opposing edge, for supporting the table top, the legs having wheels for rolling the table along a surface; a drawer located underneath of the table top for receiving food for room service delivery, the drawer being an insulated drawer to act as a food warmer and having a heating element to ensure heat within the drawer is maintained; wherein the table top is moveably connected to the opposing legs, and whereby the table top and drawer can be tilted upwards with respect to both of the opposing legs to allow nesting together of two or more like room service tables, characterized in that there is further provided a rechargeable battery pack held in a recess on an inside surface of one of the legs of the room service table, wherein the rechargeable battery pack is configured to power the heating element.
Electromagnetically actuable valve, in particular for fuel injection, comprising a magnetic actuator with multiple components, wherein at least one component of the magnetic actuator has a multiplicity of sectors composed of magnetically soft material and a multiplicity of insulating separating webs, wherein, between two adjacent sectors, there is arranged in each case one separating web which electrically fully separates the adjacent sectors from one another, characterized in that the component of the magnetic actuator is a magnet armature, the magnet armature has a central passage opening in which there is arranged a valve needle, which form a valve part axially movable along the axis A, the sectors with their interposed separating webs are arranged in a circumferential direction, and the separating webs are produced from a material comprising ceramic.
A method for transforming a mature citrus plant cell, comprising: (a) placing stem sections comprising mature citrus plant cells on a tissue culture medium suitable for formation of callus tissue; (b) selecting only those stem sections forming callus; (c) removing resulting callus and meristematic tissue from said selected stem sections; (d) contacting one or more of the mature citrus plant cells from said selected stem sections having had the callus removed with an Agrobacterium spp. or Sinorhizobium spp. bacterium comprising: (i) a first nucleic acid comprising a vir gene region of a Ti plasmid wherein the vir gene region acts to introduce a nucleic acid of interest into the plant cell in a VirD2-dependent manner; and (ii) a second nucleic acid comprising one or more T-DNA border sequence(s) operably linked to a nucleic acid of interest; and (e) selecting at least one transformed citrus plant cell comprising the nucleic acid of interest. (a) placing stem sections comprising mature citrus plant cells on a tissue culture medium suitable for formation of callus tissue; (b) selecting only those stem sections forming callus; (c) removing resulting callus and meristematic tissue from said selected stem sections; (d) contacting one or more of the mature citrus plant cells from said selected stem sections having had the callus removed with an Agrobacterium spp. or Sinorhizobium spp. bacterium comprising: (i) a first nucleic acid comprising a vir gene region of a Ti plasmid wherein the vir gene region acts to introduce a nucleic acid of interest into the plant cell in a VirD2-dependent manner; and (ii) a second nucleic acid comprising one or more T-DNA border sequence(s) operably linked to a nucleic acid of interest; and (i) a first nucleic acid comprising a vir gene region of a Ti plasmid wherein the vir gene region acts to introduce a nucleic acid of interest into the plant cell in a VirD2-dependent manner; and (ii) a second nucleic acid comprising one or more T-DNA border sequence(s) operably linked to a nucleic acid of interest; and (e) selecting at least one transformed citrus plant cell comprising the nucleic acid of interest.
An computer-implemented image deformation method, comprising: acquiring an original image having a geometric center, and acquiring a target shape; fragmenting the whole original image into a plurality of image fragments; wherein the further an image fragment is away from the geometric center of the original image, the smaller an area of the image fragment is; for each of the plurality of image fragments: deforming the image fragment based on (i) a ratio of deformation at the geometric center of the original image to deformation at an edge of the original image, and (ii) a corresponding distance between the image fragment and the geometric center in the original image, such that the closer the image fragment is to the edge of the original image, the greater a deforming degree of the corresponding deformed image fragment is; stitching all the deformed image fragments to form a target image; wherein a shape of the target image is the target shape; and displaying the target image. acquiring an original image having a geometric center, and acquiring a target shape; fragmenting the whole original image into a plurality of image fragments; wherein the further an image fragment is away from the geometric center of the original image, the smaller an area of the image fragment is; for each of the plurality of image fragments: deforming the image fragment based on (i) a ratio of deformation at the geometric center of the original image to deformation at an edge of the original image, and (ii) a corresponding distance between the image fragment and the geometric center in the original image, such that the closer the image fragment is to the edge of the original image, the greater a deforming degree of the corresponding deformed image fragment is; stitching all the deformed image fragments to form a target image; wherein a shape of the target image is the target shape; and displaying the target image.
An interface circuit that: is connected to both, a system controller that controls a system of a thermal printer, and a driving circuit that controls driving of a heat generating element installed in a thermal head, and that transfers a print data signal and a control signal output from the system controller, to the driving circuit, the interface circuit comprising: an operation controller that controls an operation state of the interface circuit; a converter that outputs divided print data signals, each divided print data signal of the divided print data signals resulting from division of the print data signal into the divided print data signals each having a predetermined bit width; a storage that stores the divided print data signals; a data controller that controls an order of each of writing of the divided print data signals into the storage and reading of the divided print data signals from the storage; a logical arithmetic module that performs logical arithmetic operations based on the divided print data signals, and a history pulse signal included in the control signal, and generates and outputs a history print data signal that defines heat generating time periods of dots corresponding to print lines that are printed on the basis of the divided print data signals; and a conversion clock synchronizer that outputs the history print data signal in synchronization with a driving signal for the thermal head. an operation controller that controls an operation state of the interface circuit; a converter that outputs divided print data signals, each divided print data signal of the divided print data signals resulting from division of the print data signal into the divided print data signals each having a predetermined bit width; a storage that stores the divided print data signals; a data controller that controls an order of each of writing of the divided print data signals into the storage and reading of the divided print data signals from the storage; a logical arithmetic module that performs logical arithmetic operations based on the divided print data signals, and a history pulse signal included in the control signal, and generates and outputs a history print data signal that defines heat generating time periods of dots corresponding to print lines that are printed on the basis of the divided print data signals; and a conversion clock synchronizer that outputs the history print data signal in synchronization with a driving signal for the thermal head.
Process for producing a haematite pigment having an a* value greater than 20, especially greater than 25, CIELAB units measured as a full shade in alkyd resin to DIN EN ISO 787-25:2007, by reacting iron sulfate with oxygen in the presence of a pigment seed, characterized in that a) water comprising i) at least one pigment seed selected from the group consisting of FeOOH and Fe 2 O 3 and ii) iron sulfate forms an initial charge and b) at least one alkaline earth metal carbonate, especially CaCO 3, MgCO 3, CaMg(CO 3) 2 or mixtures thereof and c) oxygen-containing gas are added to the initial charge, where at least 95% by weight of the total amount of iron sulfate used in the process is present in the initial charge a) prior to addition of components b) and c), and component b) is added to the initial charge in the form of an aqueous suspension. a) water comprising i) at least one pigment seed selected from the group consisting of FeOOH and Fe 2 O 3 and ii) iron sulfate forms an initial charge and i) at least one pigment seed selected from the group consisting of FeOOH and Fe 2 O 3 and ii) iron sulfate forms an initial charge and b) at least one alkaline earth metal carbonate, especially CaCO 3, MgCO 3, CaMg(CO 3) 2 or mixtures thereof and c) oxygen-containing gas are added to the initial charge, where at least 95% by weight of the total amount of iron sulfate used in the process is present in the initial charge a) prior to addition of components b) and c), and component b) is added to the initial charge in the form of an aqueous suspension.
A quantum circuit assembly (10, 50, 200) comprising a ZZZ coupler assembly (60, 210) for coupling first, second, and third qubits (12, 13, 14, 72, 74, 76, 202, 204, 206) comprising: the first qubit (12, 72, 202); the second qubit (13, 74, 204); the third qubit (14, 76, 206); and a first tunable coupler (16, 62, 212) coupled to the first qubit (12, 72, 202) and tunable via a first control signal provided to a first tuning loop of the first tunable coupler (16, 62, 212); and a second tunable coupler (18, 64, 214) coupled to the first tunable coupler (16, 62, 212) to direct a flux of the first qubit (12, 72, 202) into a second tuning loop of the second tunable coupler (18, 64, 214) such that, when a first coupling strength associated with the first tunable coupler (16, 62, 212) is non-zero, a second coupling strength, associated with the second tunable coupler (18, 64, 214), is a function of a second control signal applied to the second tuning loop of the second tunable coupler (18, 64, 214) and a state of the first qubit (12, 72, 202); wherein the second qubit (13, 74, 204) and the third qubit (14, 76, 206) are coupled to one another through the second tunable coupler (18, 64, 214) via galvanic Josephson mutual inductance, such that, when the second coupling strength is non-zero, it is energetically favorable for the states of the third and second qubits (14, 13, 76, 74, 206, 204) to assume a specific relationship with respect to the Z-axis of the Bloch sphere, and the first and second control signals can be adjusted separately to control the second coupling strength as a ZZZ coupling provided by the ZZZ coupler assembly (60, 210). the first qubit (12, 72, 202); the second qubit (13, 74, 204); the third qubit (14, 76, 206); and a first tunable coupler (16, 62, 212) coupled to the first qubit (12, 72, 202) and tunable via a first control signal provided to a first tuning loop of the first tunable coupler (16, 62, 212); and a second tunable coupler (18, 64, 214) coupled to the first tunable coupler (16, 62, 212) to direct a flux of the first qubit (12, 72, 202) into a second tuning loop of the second tunable coupler (18, 64, 214) such that, when a first coupling strength associated with the first tunable coupler (16, 62, 212) is non-zero, a second coupling strength, associated with the second tunable coupler (18, 64, 214), is a function of a second control signal applied to the second tuning loop of the second tunable coupler (18, 64, 214) and a state of the first qubit (12, 72, 202); wherein the second qubit (13, 74, 204) and the third qubit (14, 76, 206) are coupled to one another through the second tunable coupler (18, 64, 214) via galvanic Josephson mutual inductance, such that, when the second coupling strength is non-zero, it is energetically favorable for the states of the third and second qubits (14, 13, 76, 74, 206, 204) to assume a specific relationship with respect to the Z-axis of the Bloch sphere, and the first and second control signals can be adjusted separately to control the second coupling strength as a ZZZ coupling provided by the ZZZ coupler assembly (60, 210).
A parking arrangement with parking places for vehicles and with an automatic vehicle detection system which comprises a central computer system and at each of at least a number of parking places at least one wirelessly operating parking sensor module PS for determining the presence or absence of a vehicle in the respective parking place, which parking sensor module comprises at least one vehicle sensor, which in operation provides measuring values (e1-e11) which are representative of the presence or absence of a vehicle, characterized by calibration means for determining the quiescent value, representing the absence of a vehicle, of the measuring values (e1-e11) of the at least one vehicle sensor, which calibration means are configured, by a self-organizing map method, known as such, to divide the measuring values (e1-e11) provided by a vehicle sensor into clusters (C1-C4) of mutually close values, wherein the cluster having the largest number of measuring values (e1-e11) is selected as representative of the quiescent value of the measuring values at the respective parking place, and wherein after each new measuring value (e1-e11) which is added to the largest cluster, said cluster having the largest number of measuring values, an adjusted quiescent value is determined, and wherein a measuring value (e1-e11) which differs from the quiescent value by more than a predetermined threshold value indicates that a vehicle is situated in the parking place and wherein a measuring value is added to a cluster if the distance between the measuring value and the center of the cluster is smaller than a predetermined threshold value and wherein a new center of the cluster is determined taking the newly added measuring value to the cluster into account.
A method of displaying a desktop on a multi-screen device, comprising: displaying a first application to a first touchscreen of the multi-screen device; receiving a first predetermined input that represents an instruction to reveal a desktop on the first touchscreen of the multi-screen device; determining a first desktop to display on the first touchscreen, characterized in that the method further comprises: determining a second desktop to display on a second touchscreen of the multi-screen device; and responding to the first predetermined input with an output that causes the first application to move off of the first touchscreen, such that the first application is in an inactive window stored in a window stack on the multi-screen device, and the first desktop to be displayed on the first touchscreen and which also causes the second desktop to be at least one of i) actually displayed on the second touchscreen and ii) virtually displayed on the second touchscreen; and wherein the window stack comprises active and inactive windows, each window arranged by a stack position within the window stack and the inactive window comprises a window that is not being displayed. displaying a first application to a first touchscreen of the multi-screen device; receiving a first predetermined input that represents an instruction to reveal a desktop on the first touchscreen of the multi-screen device; determining a first desktop to display on the first touchscreen, characterized in that the method further comprises: determining a second desktop to display on a second touchscreen of the multi-screen device; and responding to the first predetermined input with an output that causes the first application to move off of the first touchscreen, such that the first application is in an inactive window stored in a window stack on the multi-screen device, and the first desktop to be displayed on the first touchscreen and which also causes the second desktop to be at least one of i) actually displayed on the second touchscreen and ii) virtually displayed on the second touchscreen; and wherein the window stack comprises active and inactive windows, each window arranged by a stack position within the window stack and the inactive window comprises a window that is not being displayed. determining a second desktop to display on a second touchscreen of the multi-screen device; and responding to the first predetermined input with an output that causes the first application to move off of the first touchscreen, such that the first application is in an inactive window stored in a window stack on the multi-screen device, and the first desktop to be displayed on the first touchscreen and which also causes the second desktop to be at least one of i) actually displayed on the second touchscreen and ii) virtually displayed on the second touchscreen; and wherein the window stack comprises active and inactive windows, each window arranged by a stack position within the window stack and the inactive window comprises a window that is not being displayed.
A method for preparing a compound of the formula: where R 1 and R 3 are selected from the group consisting of H and C 1 -C 4 alkyl; R 4 is hydrogen; and R 2 is: or where R 5, R 6, R 7 and R 8 are independently hydrogen or C 1 to C 4 alkyl, wherein at least R 6 is hydrogen; or the esters or pharmaceutically acceptable salts thereof, comprising: (a) converting a compound of one of the following formulas: to a diazonium salt; (b) reacting the diazonium salt with a compound of one of the following formulas: (c) oxidizing the primary alcohol or aldehyde group to a carboxylic acid group, and (d) optionally forming an ester or pharmaceutically acceptable salt of one or more of the carboxylic acid groups. (a) converting a compound of one of the following formulas: to a diazonium salt; (b) reacting the diazonium salt with a compound of one of the following formulas: (c) oxidizing the primary alcohol or aldehyde group to a carboxylic acid group, and (d) optionally forming an ester or pharmaceutically acceptable salt of one or more of the carboxylic acid groups.
A chemical vapour deposition process for depositing a silica coating, comprising: providing a float glass ribbon in a float glass manufacturing process; forming a gaseous mixture comprising a silane compound, oxygen, a fluorine-containing compound, and a radical scavenger wherein the gaseous mixture comprises less than 2 mol % fluorine-containing compound; and directing the gaseous mixture toward and along the float glass ribbon, and reacting the mixture over the float glass ribbon to form the silica coating thereon. providing a float glass ribbon in a float glass manufacturing process; forming a gaseous mixture comprising a silane compound, oxygen, a fluorine-containing compound, and a radical scavenger wherein the gaseous mixture comprises less than 2 mol % fluorine-containing compound; and directing the gaseous mixture toward and along the float glass ribbon, and reacting the mixture over the float glass ribbon to form the silica coating thereon.
Laser device comprising: ▪ a device housing, ▪ a measuring means, which is at least partially arranged inside the device housing, and ▪ a first connecting means connected to the device housing and intended for connecting the laser device to a holding fixture, the first connecting means having a first magnetic connecting element (45, 46) and a first plug-in element (47, 48), characterized in that the laser device is formed as a laser receiver and the device housing is formed in two parts, comprising a main housing and a protective housing, which surrounds the main housing, the first connecting means being arranged in the protective housing. ▪ a device housing, ▪ a measuring means, which is at least partially arranged inside the device housing, and ▪ a first connecting means connected to the device housing and intended for connecting the laser device to a holding fixture, the first connecting means having a first magnetic connecting element (45, 46) and a first plug-in element (47, 48), characterized in that the laser device is formed as a laser receiver and the device housing is formed in two parts, comprising a main housing and a protective housing, which surrounds the main housing, the first connecting means being arranged in the protective housing. the first connecting means having a first magnetic connecting element (45, 46) and a first plug-in element (47, 48), characterized in that the laser device is formed as a laser receiver and the device housing is formed in two parts, comprising a main housing and a protective housing, which surrounds the main housing, the first connecting means being arranged in the protective housing.