mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus, comprising: a sensor to detect a toner concentration; a processor to: determine a coring level, a total area coverage level, or a combination thereof, according to the detected toner concentration; in response to the determined coring level or the determined TAC level, render image-forming data according to any of the determined coring level or the determined TAC level; and an image former device to print the rendered image-forming data, wherein the processor divides the image forming data by objects, into text objects and graphic and/or photographic objects, and wherein, in response to the image-forming data including a text object and the determined coring level, the processor renders the text object included in the image-forming data by inserting a coring pattern in the text object according to the determined coring level, wherein, in response to the determined TAC level, the processor renders the image-forming data by reducing an amount of CMY toner and an amount of K toner based on the determined TAC level with respect to a graphic object and a photo object among the image-forming data. a sensor to detect a toner concentration; a processor to: determine a coring level, a total area coverage level, or a combination thereof, according to the detected toner concentration; in response to the determined coring level or the determined TAC level, render image-forming data according to any of the determined coring level or the determined TAC level; and determine a coring level, a total area coverage level, or a combination thereof, according to the detected toner concentration; in response to the determined coring level or the determined TAC level, render image-forming data according to any of the determined coring level or the determined TAC level; and wherein the processor divides the image forming data by objects, into text objects and graphic and/or photographic objects, and wherein, in response to the image-forming data including a text object and the determined coring level, the processor renders the text object included in the image-forming data by inserting a coring pattern in the text object according to the determined coring level,
Method for displaying states of devices in a vehicle, in which the states of the vehicle devices are captured and are transmitted to a control device, image data for a graphical representation of a vehicle device and its state in a graphical representation of the vehicle are generated, wherein the arrangement of the vehicle device in the vehicle in the graphical representation corresponds substantially to the actual arrangement, and the image data are reproduced by a display apparatus (6, 7) in the vehicle, characterized in that the orientation of the graphical representation of the vehicle in the reproduction by the display apparatus (6, 7) corresponds to the orientation of the actual vehicle from the point of view of the viewer of the display apparatus (6, 7), wherein the position of the display apparatus (6, 7) and the perspective resulting from the viewing direction of the driver in the direction of the vehicle device to be visualized are taken into account when calculating the orientation of the graphical representation of the vehicle. the states of the vehicle devices are captured and are transmitted to a control device, image data for a graphical representation of a vehicle device and its state in a graphical representation of the vehicle are generated, wherein the arrangement of the vehicle device in the vehicle in the graphical representation corresponds substantially to the actual arrangement, and the image data are reproduced by a display apparatus (6, 7) in the vehicle, in that the orientation of the graphical representation of the vehicle in the reproduction by the display apparatus (6, 7) corresponds to the orientation of the actual vehicle from the point of view of the viewer of the display apparatus (6, 7), wherein the position of the display apparatus (6, 7) and the perspective resulting from the viewing direction of the driver in the direction of the vehicle device to be visualized are taken into account when calculating the orientation of the graphical representation of the vehicle.
Rubber composition which comprises a functional elastomer, a reinforcing filler and a vulcanization system which comprises more than 5 phr of sulfur, the functional elastomer being a polyisoprene which comprises isoprene units in the cis-1,4 configuration and imidazole pendent groups of formula in which Y 1 denotes a hydrogen atom or an alkyl, Y 2 denotes an attachment to an isoprene unit of the functional elastomer, Y 3 and Y 4, which are identical or different, represent a hydrogen atom or an alkyl or, together with the carbon atoms to which they are attached, form a ring, the isoprene units in the cis-1,4 configuration representing at least 90 mol% of the isoprene units of the functional elastomer, the reinforcing filler comprising more than 50% by weight of a silica. the functional elastomer being a polyisoprene which comprises isoprene units in the cis-1,4 configuration and imidazole pendent groups of formula in which Y 1 denotes a hydrogen atom or an alkyl, Y 2 denotes an attachment to an isoprene unit of the functional elastomer, Y 3 and Y 4, which are identical or different, represent a hydrogen atom or an alkyl or, together with the carbon atoms to which they are attached, form a ring, the isoprene units in the cis-1,4 configuration representing at least 90 mol% of the isoprene units of the functional elastomer, the reinforcing filler comprising more than 50% by weight of a silica.
A stir stick forming assembly, in particular for a stir stick dispenser of a beverage vending machine; the stir stick forming assembly comprises a mounting frame to allow the stir stick forming assembly to be mounted to a fixed body; an inlet passage for a tape, an outlet opening for the stir sticks, a tape feeding member to feed the tape to the outlet opening; first motorized means (20,24,25,26,32,33) to drive the tape feeding member; a tape cutting member to transversally cut the tape to form the stir sticks; and second motorized means (20, 24, 25, 27, 60, 61, 65) to drive the tape cutting member; the first and second motorized driving means comprise a single common electric motor; command and control means are provided to cause the electric motor to rotate in one rotation direction to operate the tape feeding member and in the opposite rotation direction to operate the tape cutting member; characterized in that the first motorized means (20, 24, 25, 26, 32, 33) and the second motorized means (20, 24, 25, 27, 60, 61, 65) are arranged symmetrically on opposite sides of a vertical laying plane where an axis of a rotating shaft of the electric motor lays; and by further comprising a mechanical transmission to direct a torque delivered by the electric motor along two parallel branches (A, B) and, for each branch (A, B), to a respective support shaft (26, 27) and comprising, for each support shaft (26; 27), a respective motion inlet bevel gear idly rotatably mounted on the respective support shaft; a first one of the support shafts is part of the first motorized means (20,24,25,26,32,33) and a second one of the support shafts is part of the second motorized means (20, 24, 25, 27, 60, 61, 65); the first and second motorized means further comprise, respectively, first and second one-way angular motion transmission assemblies (33, 61) supported, respectively, by the first support shaft and by the second support shaft and configured to drive the tape feeding member when the electric motor is operated to rotate in one rotation direction and to drive the tape cutting member when the electric motor is operated to rotate in the opposite rotation direction.
A charging method, applied in a charging adapter, wherein the charging method comprises: acquiring a voltage value of a cell of a mobile terminal, searching a threshold range table to obtain a current adjusting instruction matched with a threshold range containing the voltage value of the cell, and sending the current adjusting instruction to an adjusting circuit of the charging adapter, the threshold range table recording one or more threshold ranges and one or more current adjusting instructions having a one-to-one mapping relation with the one or more threshold ranges; detecting a current value of a power signal outputted by the adjusting circuit; characterized in that, the charging method further comprises: calculating a difference between the current value received and a current value specified by the current adjusting instruction, and sending a calibration instruction to the adjusting circuit when an absolute value of the difference calculated is greater than a difference threshold; and controlling the adjusting circuit to calibrate the power signal according to a current difference specified by the calibration instruction and to output a calibrated power signal, wherein a current value of the calibrated power signal is equal to the current value specified by the current adjusting instruction. acquiring a voltage value of a cell of a mobile terminal, searching a threshold range table to obtain a current adjusting instruction matched with a threshold range containing the voltage value of the cell, and sending the current adjusting instruction to an adjusting circuit of the charging adapter, the threshold range table recording one or more threshold ranges and one or more current adjusting instructions having a one-to-one mapping relation with the one or more threshold ranges; detecting a current value of a power signal outputted by the adjusting circuit; characterized in that, the charging method further comprises: calculating a difference between the current value received and a current value specified by the current adjusting instruction, and sending a calibration instruction to the adjusting circuit when an absolute value of the difference calculated is greater than a difference threshold; and controlling the adjusting circuit to calibrate the power signal according to a current difference specified by the calibration instruction and to output a calibrated power signal, wherein a current value of the calibrated power signal is equal to the current value specified by the current adjusting instruction. calculating a difference between the current value received and a current value specified by the current adjusting instruction, and sending a calibration instruction to the adjusting circuit when an absolute value of the difference calculated is greater than a difference threshold; and controlling the adjusting circuit to calibrate the power signal according to a current difference specified by the calibration instruction and to output a calibrated power signal, wherein a current value of the calibrated power signal is equal to the current value specified by the current adjusting instruction.
Apparatus for mixing and cutting animal feed comprising a container with a side wall, a rotary mixing and cutting device positioned inside the container, the rotary mixing and cutting device being arranged to be driven by driving means, and at least one counter element provided at the sidewall, wherein the apparatus further comprises at least one positioning device for moving the at least one counter element between a retracted position and an inserted position, the apparatus comprising a control unit to control the positioning device of the at least one counter element, characterized in that the control unit is arranged to determine an indication of the amount of power consumed by the driving means for driving the rotary mixing and cutting device and the control unit is arranged to control at least one positioning device based on the determined indication of the amount of power.
Irradiation device for an apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, which Irradiation device comprises at least one irradiation unit (6 - 8), preferably an optical unit, arranged in a housing of the Irradiation device, wherein a stream generating device that is adapted to guide a gas stream that is adapted to be charged with residues present inside the housing through the housing of the irradiation device along a streaming path in which the gas stream at least partially streams alongside or through the at least one irradiation unit (6 - 8) for removing residues from the housing, characterized in that the stream generating device is adapted to adjust a position and/or an orientation, in particular a streaming direction, of at least one part of the streaming path dependent on a residue travel direction or a position and/or an orientation, in particular a streaming direction, of at least one part of the streaming path is defined dependent on a residue travel direction.
A detent fitting, in particular for an extension guide of a drawer, having a switch curve, in which a switch element is guided, the switch curve having at least one loop, on which a detent opening for the switch element, which is pre-tensioned by a force accumulator in a detent position is provided, whereby the detent opening is at least partially displaceable and/or pivotable, and the switch element can be released from the latched position and the detent opening comprises at least two parts (18', 18", 30', 30", 35, 40', 40", 70, 70") movable relative to one another, characterized in that the movable part (30', 30", 70, 18") of the detent opening is pre-tensioned by a spring in a starting position relative to the other part (40', 40") of the detent opening, so that the detent opening can be returned into its starting position after a release movement and the switch element can again be latched to the detent opening.
A medical image processing apparatus comprising: a medical image acquisition unit configured to acquire a medical image including a subject image; a first discrimination processing unit configured to perform a first discrimination process of detecting a lesion and discriminating a degree of progress of the detected lesion by using a first medical image captured using first illumination light having a specific spectrum, among the medical images; and a second discrimination processing unit configured to perform a second discrimination process of discriminating the degree of progress of the lesion by using a second medical image captured using second illumination light having a spectrum different from the first illumination light, among the medical images; the second discrimination processing unit is configured to perform the second discrimination process in a case where a type of the lesion detected in the first discrimination process is a specific type, or in a case where the lesion detected in the first discrimination process indicates a specific degree of progress; characterized in that the second discrimination processing unit is configured to perform discrimination that further subdivides the degree of progress classified based on the endoscopic finding classification in the first discrimination process. a medical image acquisition unit configured to acquire a medical image including a subject image; a first discrimination processing unit configured to perform a first discrimination process of detecting a lesion and discriminating a degree of progress of the detected lesion by using a first medical image captured using first illumination light having a specific spectrum, among the medical images; and a second discrimination processing unit configured to perform a second discrimination process of discriminating the degree of progress of the lesion by using a second medical image captured using second illumination light having a spectrum different from the first illumination light, among the medical images; the second discrimination processing unit is configured to perform the second discrimination process in a case where a type of the lesion detected in the first discrimination process is a specific type, or in a case where the lesion detected in the first discrimination process indicates a specific degree of progress; characterized in that the second discrimination processing unit is configured to perform discrimination that further subdivides the degree of progress classified based on the endoscopic finding classification in the first discrimination process.
An electrolytic solution for a magnesium battery comprising a mixture of a compound represented by the following general formula, a Lewis acid and a solvent: wherein Y represents a carbon atom or a silicon atom, X represents a chlorine atom or a bromine atom, R 1 represents an aryl group having 6 to 10 carbon atoms, which may have a halogeno group, an alkyl group, a halogenoalkyl group or an alkoxy group, as a substituent, R 2 and R 3 each independently represent a magnesium chloride oxy group (-OMgCI); a magnesium bromide oxy group (-OMgBr); an alkenyl group having 1 to 6 carbon atoms; an alkyl group having 1 to 6 carbon atoms, which may have a halogeno group or an alkoxy group, as a substituent; or an aryl group having 6 to 10 carbon atoms, which may have a halogeno group, an alkyl group, a halogenoalkyl group or an alkoxy group, as a substituent.
A method for operating a robotic cleaner, the method comprising: generating at least one map including information regarding a space to be cleaned by using information measured by at least one sensor; setting a cleaning path by using the at least one map; and cleaning according to the cleaning path, characterised in that the at least one map includes at least one of a first map that indicates a cleaning complete state, a second map that indicates reachability of the robotic cleaner, and a third map that indicates a cleaning state. generating at least one map including information regarding a space to be cleaned by using information measured by at least one sensor; setting a cleaning path by using the at least one map; and cleaning according to the cleaning path, characterised in that the at least one map includes at least one of a first map that indicates a cleaning complete state, a second map that indicates reachability of the robotic cleaner, and a third map that indicates a cleaning state.
A method for detecting website hijacking, comprising: obtaining a currently accessed website and a target auto-redirect website from a current website access instruction; determining a secure auto-redirect website from the currently accessed website according to a history of website access instructions; and determining whether the target auto-redirect website is hijacked according to the secure auto-redirect website, wherein determining the secure auto-redirect website comprises: obtaining a historical website access instruction corresponding to the currently accessed website from the history of website access instructions; wherein the historical website access instruction comprises an access website, an auto-redirect website, and an access time; characterized in that statistical analysis is performed on the at least one historical website access instruction, computing an occurrence probability P of each auto-redirect website independently; wherein the secure auto-redirect website is determined according to the occurrence probability P of each auto-redirect website and/or the access time. obtaining a currently accessed website and a target auto-redirect website from a current website access instruction; determining a secure auto-redirect website from the currently accessed website according to a history of website access instructions; and determining whether the target auto-redirect website is hijacked according to the secure auto-redirect website, wherein determining the secure auto-redirect website comprises: obtaining a historical website access instruction corresponding to the currently accessed website from the history of website access instructions; wherein the historical website access instruction comprises an access website, an auto-redirect website, and an access time; characterized in that statistical analysis is performed on the at least one historical website access instruction, computing an occurrence probability P of each auto-redirect website independently; wherein the secure auto-redirect website is determined according to the occurrence probability P of each auto-redirect website and/or the access time. obtaining a historical website access instruction corresponding to the currently accessed website from the history of website access instructions; wherein the historical website access instruction comprises an access website, an auto-redirect website, and an access time; characterized in that statistical analysis is performed on the at least one historical website access instruction, computing an occurrence probability P of each auto-redirect website independently; wherein the secure auto-redirect website is determined according to the occurrence probability P of each auto-redirect website and/or the access time.
A submount for a semiconductor light emitting device, comprising: a semiconductor substrate having a cavity therein configured to receive the light emitting device; a first bond pad in the cavity positioned to couple a first node of a light emitting device received in the cavity to a first conductive path comprising a first via connection and a first doped region of a first conductivity type, the first conductive path extending through the substrate from the first bond pad to an external surface of the substrate; and a second bond pad in the cavity positioned to couple a second node of the light emitting device to a second conductive path comprising a second via connection and a second doped region of the first conductivity type, the second conductive path extending through the substrate from the second bond pad to the external surface of the substrate; and integral opposing zener diode junctions (35A, 35B) coupling the first and second conductive paths to provide electro-static discharge, ESD, protection to a light emitting device mounted in the cavity, wherein the cavity includes a floor and a sidewall angled with respect to the floor at an angle of at least 90°, and wherein the opposing zener diode junctions include the first doped region, the second doped region and an opposite conductivity type doped region of semiconductor material positioned therebetween. a semiconductor substrate having a cavity therein configured to receive the light emitting device; a first bond pad in the cavity positioned to couple a first node of a light emitting device received in the cavity to a first conductive path comprising a first via connection and a first doped region of a first conductivity type, the first conductive path extending through the substrate from the first bond pad to an external surface of the substrate; and a second bond pad in the cavity positioned to couple a second node of the light emitting device to a second conductive path comprising a second via connection and a second doped region of the first conductivity type, the second conductive path extending through the substrate from the second bond pad to the external surface of the substrate; and integral opposing zener diode junctions (35A, 35B) coupling the first and second conductive paths to provide electro-static discharge, ESD, protection to a light emitting device mounted in the cavity, wherein the cavity includes a floor and a sidewall angled with respect to the floor at an angle of at least 90°, and wherein the opposing zener diode junctions include the first doped region, the second doped region and an opposite conductivity type doped region of semiconductor material positioned therebetween.