mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus comprising: a photosensitive member configured to be rotated; scanning means for scanning the photosensitive member that is charged with light corresponding to image data, thereby forming an electrostatic latent image on the photosensitive member; a contacting member (23; 24; 26) in contact with the photosensitive member to form a nip portion; voltage application means for applying a voltage to the contacting member (23; 24; 26); detection means (50; 150; 45) for detecting the electrostatic latent image formed on the photosensitive member by detecting a current that flows via the nip portion when the voltage application means applies the voltage to the contacting member (23; 24; 26); and correction means for correcting, in a correction mode, a shift of an image based on a detection result of an electrostatic latent image for correction obtained by the detection means (50; 150; 45), the electrostatic latent image for correction being formed on the photosensitive member by the scanning means, wherein a width of the electrostatic latent image for correction is equal to or more than a width of the nip portion in a rotation direction of the photosensitive member. a photosensitive member configured to be rotated; scanning means for scanning the photosensitive member that is charged with light corresponding to image data, thereby forming an electrostatic latent image on the photosensitive member; a contacting member (23; 24; 26) in contact with the photosensitive member to form a nip portion; voltage application means for applying a voltage to the contacting member (23; 24; 26); detection means (50; 150; 45) for detecting the electrostatic latent image formed on the photosensitive member by detecting a current that flows via the nip portion when the voltage application means applies the voltage to the contacting member (23; 24; 26); and correction means for correcting, in a correction mode, a shift of an image based on a detection result of an electrostatic latent image for correction obtained by the detection means (50; 150; 45), the electrostatic latent image for correction being formed on the photosensitive member by the scanning means, wherein a width of the electrostatic latent image for correction is equal to or more than a width of the nip portion in a rotation direction of the photosensitive member.
A system comprising: at least one computing device comprising: a waveform analysis module configured to identify a waveform pattern of at least a first high-voltage power feed of a plurality of high-voltage power feeds (402a-c) received at an electrical substation, wherein the electrical substation transforms at least one of the plurality of high-voltage power feeds to a low-voltage power output supplied to a low-voltage power load; and a control module configured to respond to identification of the waveform pattern, wherein, to respond to identification of the waveform pattern, the control module is configured to direct at least a part of the electrical substation to switch from transforming the first high-voltage power feed to transforming at least a second high-voltage power feed of the plurality of high-voltage power feeds. a waveform analysis module configured to identify a waveform pattern of at least a first high-voltage power feed of a plurality of high-voltage power feeds (402a-c) received at an electrical substation, wherein the electrical substation transforms at least one of the plurality of high-voltage power feeds to a low-voltage power output supplied to a low-voltage power load; and a control module configured to respond to identification of the waveform pattern, wherein, to respond to identification of the waveform pattern, the control module is configured to direct at least a part of the electrical substation to switch from transforming the first high-voltage power feed to transforming at least a second high-voltage power feed of the plurality of high-voltage power feeds.
A propulsion system for an aircraft having an aft end, the propulsion system comprising: an electric propulsion engine defining a central axis, the electric propulsion engine comprising an electric motor; a fan rotatable about the central axis of the electric propulsion engine by the electric motor; a bearing supporting rotation of the fan; an accessory gearbox dedicated to the electric propulsion engine; and a thermal management system comprising a lubrication oil circulation assembly for providing the bearing with lubrication oil; and a heat exchanger thermally connected to the lubrication oil circulation assembly. an electric motor; a fan rotatable about the central axis of the electric propulsion engine by the electric motor; a bearing supporting rotation of the fan; an accessory gearbox dedicated to the electric propulsion engine; and a thermal management system comprising a lubrication oil circulation assembly for providing the bearing with lubrication oil; and a heat exchanger thermally connected to the lubrication oil circulation assembly. a lubrication oil circulation assembly for providing the bearing with lubrication oil; and a heat exchanger thermally connected to the lubrication oil circulation assembly.
A fluid delivery device comprising: a housing having a bottom surface configured to be coupled to the skin surface; a cartridge prefilled with a fluid and configured to be inserted into the housing, the cartridge having a septum configured to be generally perpendicular to the bottom surface when the cartridge is inserted in the housing; and a needle assembly having a needle including a fluid coupling end and a delivery end, the fluid coupling end of the needle being fluidly disengaged from the cartridge in an initial position, the delivery end of the needle extending past the plane of the bottom surface in a deployed position and the fluid coupling end of the needle extending through the septum in the deployed position; characterized in that the needle assembly is coupled to the cartridge proximate the septum prior to the cartridge assembly being inserted into the housing; wherein the needle has a central portion extending between the fluid coupling end and the delivery end, the central portion bending around an axis that is parallel with the delivery end of the needle; and wherein the central section of the needle loops around a moveable needle core or the core's axis of travel. a housing having a bottom surface configured to be coupled to the skin surface; a cartridge prefilled with a fluid and configured to be inserted into the housing, the cartridge having a septum configured to be generally perpendicular to the bottom surface when the cartridge is inserted in the housing; and a needle assembly having a needle including a fluid coupling end and a delivery end, the fluid coupling end of the needle being fluidly disengaged from the cartridge in an initial position, the delivery end of the needle extending past the plane of the bottom surface in a deployed position and the fluid coupling end of the needle extending through the septum in the deployed position; characterized in that the needle assembly is coupled to the cartridge proximate the septum prior to the cartridge assembly being inserted into the housing; wherein the needle has a central portion extending between the fluid coupling end and the delivery end, the central portion bending around an axis that is parallel with the delivery end of the needle; and wherein the central section of the needle loops around a moveable needle core or the core's axis of travel.
Toggle lever clamp device for automobile bodywork construction, with a clamping chuck and a piston adjoining the cylinder-side end of the clamping chuck in an axial extension, which axially extends with its piston rod through the cylinder and a hollow volume of the clamping chuck, wherein at the free end of the piston rod a toggle lever joint arrangement is secured that is coupled with a clamping arm, and wherein in a housing of the clamping chuck an opening with an opening plane and in the housing a hollow volume for mounting a sensing unit for sensing the end positions of the clamping chuck are provided, and wherein the sensing unit is devised as an exchange part, a so-called cassette, and wherein the sensing unit comprises a mounting and at least one flexible sensor carrier, characterized in that the mounting is connected swivellably about a swivel axis with the at least one sensor carrier and wherein the swivel axis is oriented transversely to the direction of the piston rod and parallel to the opening plane and the mounting comprises at least two referential areas (9, 10) oriented orthogonally with respect to each other and parallel to the swivel axis, and the at least one sensor carrier is developed flexibly in a plane directed transversely to the swivel axis and rigidly in a plane directed parallel to the swivel axis.
Hydraulic drive for oscillating a mould of a continuous casting machine, comprising: - a setting device and a variable-speed electric motor, the setting device being configured to set the rotational speed of the electric motor; - a non-reversible hydraulic main pump with a constant delivery volume, the electric motor driving the main pump in a rotational direction, the main pump having a first pressure connector and a second pressure connector, and the main pump outputting a first volumetric flow via the first pressure connector, - a hydraulic cylinder with a first pressure connector, a second pressure connector and at least one piston rod, it being possible for the piston rod to oscillate the mould, - a 4/2-way hydraulic valve (6, 6a) for switching over the direction of the hydraulic cylinder, the hydraulic valve (6, 6a) being connected on the supply side via a first line to the first pressure connector of the main pump and via a second line to the second pressure connector of the main pump, and the hydraulic valve (6, 6a) being connected on the load side via a third line and a fourth line to the two pressure connectors of the hydraulic cylinder, - a tank for receiving a hydraulic pressure medium, and - a hydraulic feed pump for generating a feed pressure, the feed pump having a suction connector and a pressure connector, and the suction connector being connected to the pressure medium in the tank, and the pressure connector being connected via a check valve to the second line. - a setting device and a variable-speed electric motor, the setting device being configured to set the rotational speed of the electric motor; - a non-reversible hydraulic main pump with a constant delivery volume, the electric motor driving the main pump in a rotational direction, the main pump having a first pressure connector and a second pressure connector, and the main pump outputting a first volumetric flow via the first pressure connector, - a hydraulic cylinder with a first pressure connector, a second pressure connector and at least one piston rod, it being possible for the piston rod to oscillate the mould, - a 4/2-way hydraulic valve (6, 6a) for switching over the direction of the hydraulic cylinder, the hydraulic valve (6, 6a) being connected on the supply side via a first line to the first pressure connector of the main pump and via a second line to the second pressure connector of the main pump, and the hydraulic valve (6, 6a) being connected on the load side via a third line and a fourth line to the two pressure connectors of the hydraulic cylinder, - a tank for receiving a hydraulic pressure medium, and - a hydraulic feed pump for generating a feed pressure, the feed pump having a suction connector and a pressure connector, and the suction connector being connected to the pressure medium in the tank, and the pressure connector being connected via a check valve to the second line.
A wireless transmission system for radio frequency communication between a plurality of pairs (102,104,A,B,C) of medical sensors adapted for sensing medical parameters and monitors adapted for displaying those sensed parameters, each pair comprising a first portable transceiver unit (104,A,B,C) being connected to one of the sensor and monitor and a second transceiver unit (102,A,B,C) connected to the other of the sensor and monitor, characterised in that each portable transceiver unit includes a processor and any one of the first portable transceiver units may be a master unit controlling the signalling between itself and its second, slave, transceiver unit, and between other pairs of transceiver units of the system, in which, the master unit (102/104,A,B,C) is arranged to transmit a first wireless signal to a slave unit and a second signal transmitted by the slave unit (102/104,A,B,C) is controlled using the first signal, and coordinating wireless transmissions between said other pairs of transceiver units with the first signal of said master unit, whereby interference between different pairs of the system can be minimised
A printer apparatus for performing printing on a print sheet, comprising: a main unit with a front face and a rear face; a print unit having a printing portion configured to perform printing on the print sheet; a driving unit having a driving portion configured to drive the print unit; a control unit having a control portion configured to control the driving unit and the print unit; and a power unit having a power supply portion configured to supply power to the control unit, the driving unit, and the print unit, wherein the print unit is provided on the front face of the main unit, the driving unit is provided on the rear face of the main unit, and the control unit and the power unit are installed to the main unit such that the driving portion, the control portion, and the power supply portion are accessible from the outside, and the control unit has a control unit cover openable and closable with respect to the main unit, the control portion is provided on an inner wall surface of the control unit cover, characterized in that the power unit has a power unit cover openable and closable with respect to the main unit, and the power supply portion is provided on an inner wall surface of the power unit cover. a main unit with a front face and a rear face; a print unit having a printing portion configured to perform printing on the print sheet; a driving unit having a driving portion configured to drive the print unit; a control unit having a control portion configured to control the driving unit and the print unit; and a power unit having a power supply portion configured to supply power to the control unit, the driving unit, and the print unit, wherein the print unit is provided on the front face of the main unit, the driving unit is provided on the rear face of the main unit, and the control unit and the power unit are installed to the main unit such that the driving portion, the control portion, and the power supply portion are accessible from the outside, and the control unit has a control unit cover openable and closable with respect to the main unit, the control portion is provided on an inner wall surface of the control unit cover, characterized in that the power unit has a power unit cover openable and closable with respect to the main unit, and the power supply portion is provided on an inner wall surface of the power unit cover.
A method for obtaining a Marsdenia cundurango extract comprising terpinyl cinnamate compounds, characterised in that the method comprises the following steps: a) the bark and/or wood of Marsdenia cundurango creepers are/is collected, dried and then milled; b) an extraction is performed with carbon dioxide in the supercritical state at a temperature between 45 and 55°C and at a pressure between 200 and 260 bar within the extractor, c) the Marsdenia cundurango extract is recovered, d) the extract obtained in step c) is optionally purified. a) the bark and/or wood of Marsdenia cundurango creepers are/is collected, dried and then milled; b) an extraction is performed with carbon dioxide in the supercritical state at a temperature between 45 and 55°C and at a pressure between 200 and 260 bar within the extractor, c) the Marsdenia cundurango extract is recovered, d) the extract obtained in step c) is optionally purified.
A system for processing an image, the system comprising: a tile module configured to select one or more tiles in a first image; a processing module configured to perform, for each of the one or more tiles, an image processing operation on an image processing region within the tile based on a second image for K iterations, decreasing the size of the image processing region with each iteration, wherein K is an integer above 2 and the first image and the second image are two successive frames of a digital video stream, and wherein in each iteration of the K iterations, the image processing operation modifies pixel values of one or more pixels within the image processing region, the one or more modified pixels forming a processed region having a size smaller than the size of the corresponding image processing region; and the at least one processor is further configured to: designate (938, 948) the processed region of a current iteration as the image processing region of a next iteration. a tile module configured to select one or more tiles in a first image; a processing module configured to perform, for each of the one or more tiles, an image processing operation on an image processing region within the tile based on a second image for K iterations, decreasing the size of the image processing region with each iteration, wherein K is an integer above 2 and the first image and the second image are two successive frames of a digital video stream, and wherein in each iteration of the K iterations, the image processing operation modifies pixel values of one or more pixels within the image processing region, the one or more modified pixels forming a processed region having a size smaller than the size of the corresponding image processing region; and the at least one processor is further configured to: designate (938, 948) the processed region of a current iteration as the image processing region of a next iteration. in each iteration of the K iterations, the image processing operation modifies pixel values of one or more pixels within the image processing region, the one or more modified pixels forming a processed region having a size smaller than the size of the corresponding image processing region; and the at least one processor is further configured to: designate (938, 948) the processed region of a current iteration as the image processing region of a next iteration.
Battery system with internally powered real time clock, comprising a plurality of battery cells connected in series and/or in parallel between a first terminal and a second terminal; a control unit configured for receiving an input voltage from the plurality of battery cells and providing a supply voltage to a first output of the control unit; and a real time clock electrically connected to the first output of the control unit and to a first node of the plurality of battery cells and configured for drawing power from at least one of the first node and the first output of the control unit; wherein a single battery cell of the plurality of battery cells is electrically connected between the first node and one of the first terminal and the second terminal, characterized in that the control unit is configured to be inactive in a first operation state of the battery system and active in a second operation state of the battery system, and the real time clock is configured to draw power via the first node in the first operation state and to draw power via the first node and the first output of the control unit in the second operation state of the battery system.
A measuring instrument, comprising a light source; a dial plate which has a scale design; and a light guide member which is provided between the light source and the dial plate, and is adapted to guide a light received from the light source to the dial plate, wherein the light guide member having a first face that faces to the dial plate and a second face that is opposite to the first face, wherein the light guide member includes a light receiving portion for receiving the light from the light source, and a flat plate portion for irradiating the light transmitted from the light receiving portion to the dial plate; wherein the scale design is arranged in a circular shape around the light source in view from an opposite side of the light source with respect to the dial plate; wherein the flat plane portion includes a thick wall section that is positioned at a vicinity of the scale design, and a thin wall section that is provided so as to be extended from the thick wall section in a direction away from the light source, the thick wall section is greater in thickness than the thin wall section in a direction perpendicular to the dial plate; and wherein a boundary end face which is connected to a region of the thick wall section and a region of the thin wall section in the second face of the light guide member is adapted to reflect the light transmitted in the light guide member from the light receiving portion to irradiate the scale design.
A reflectometer for testing a device, the reflectometer comprising: a source of pulsed radiation; a first photoconductive element configured to output a pulse in response to irradiation from said pulsed source; a second photoconductive element configured to receive a pulse; a transmission line arrangement configured to direct the pulse from the first photoconductive element to the device under test and to direct the pulse reflected from the device under test to the second photoconductive element; and a termination resistance provided for said transmission line configured to match the impedance of the transmission line, wherein the termination resistance is configured to absorb a signal reflected back to the first photoconductive element and/or the second photoconductive element, wherein the path length from the first photoconductive element to the second photoconductive element is substantially shorter than the path length from the first photoconductive element to the device under test to the second photoconductive element, such that there is no overlap between the signal from the first photoconductive element to the second photoconductive element, and the signal from the first photoconductive element to the device under test to the second photoconductive element in the time domain. a source of pulsed radiation; a first photoconductive element configured to output a pulse in response to irradiation from said pulsed source; a second photoconductive element configured to receive a pulse; a transmission line arrangement configured to direct the pulse from the first photoconductive element to the device under test and to direct the pulse reflected from the device under test to the second photoconductive element; and a termination resistance provided for said transmission line configured to match the impedance of the transmission line, wherein the termination resistance is configured to absorb a signal reflected back to the first photoconductive element and/or the second photoconductive element, wherein the path length from the first photoconductive element to the second photoconductive element is substantially shorter than the path length from the first photoconductive element to the device under test to the second photoconductive element, such that there is no overlap between the signal from the first photoconductive element to the second photoconductive element, and the signal from the first photoconductive element to the device under test to the second photoconductive element in the time domain.