mhurhangee/ep-ind-claims huggingface dataset:
An imaging support device used in a radiography apparatus including a radiation source and a radiation image detector that detects a radiation image of a subject on the basis of radiation emitted from the radiation source and transmitted through the subject, the imaging support device comprising: an optical camera that optically images a region including an irradiation field of the radiation applied to the subject from the radiation source; and at least one processor, wherein the processor acquires, as a first optical image, an optical image indicating the subject in the region by causing the optical camera to perform imaging in conjunction with radiography performed by the radiography apparatus, and stores a radiation image acquired through the radiography and the first optical image in a storage unit in association with each other; acquires, as a second optical image, an optical image indicating the subject in the region by causing the optical camera to perform imaging after the radiography is performed, and displays a superimposition image, in which the first optical image and the second optical image are superimposed, and the radiation image on a display unit. an optical camera that optically images a region including an irradiation field of the radiation applied to the subject from the radiation source; and at least one processor, wherein the processor acquires, as a first optical image, an optical image indicating the subject in the region by causing the optical camera to perform imaging in conjunction with radiography performed by the radiography apparatus, and stores a radiation image acquired through the radiography and the first optical image in a storage unit in association with each other; acquires, as a second optical image, an optical image indicating the subject in the region by causing the optical camera to perform imaging after the radiography is performed, and displays a superimposition image, in which the first optical image and the second optical image are superimposed, and the radiation image on a display unit. acquires, as a first optical image, an optical image indicating the subject in the region by causing the optical camera to perform imaging in conjunction with radiography performed by the radiography apparatus, and stores a radiation image acquired through the radiography and the first optical image in a storage unit in association with each other; acquires, as a second optical image, an optical image indicating the subject in the region by causing the optical camera to perform imaging after the radiography is performed, and displays a superimposition image, in which the first optical image and the second optical image are superimposed, and the radiation image on a display unit.
A method of controlling a security system in a building wherein the security system comprises at least one wireless alarm detector (14; 16; 21; 23) and a gateway having communication means for communicating with said at least one alarm detector (14; 16; 21; 23) and a remote alarm receiving centre, the method comprising the steps: a) setting a mobile device into a sleep mode during a predetermined time period, b) transmitting an alarm setting instruction from the mobile device to said remote alarm receiving centre when entering said sleep mode, c) transmitting a corresponding alarm setting instruction from said remote alarm receiving centre to said gateway for arming said security system into a first armed state, d) producing in said mobile device a wake up signal so as to alert a user when said predetermined time period has expired, e) transmitting a disarming instruction from the mobile device to said remote alarm receiving centre when said predetermined time period has expired, f) transmitting a corresponding disarming instruction from remote alarm receiving centre to said gateway for disarming said security system into a disarmed state, g) determining ambient light conditions in said building and h) generating and sending instructions to at least one power plug to switch on lighting means (32; 33) on the basis of ambient light conditions in said disarmed state. a) setting a mobile device into a sleep mode during a predetermined time period, b) transmitting an alarm setting instruction from the mobile device to said remote alarm receiving centre when entering said sleep mode, c) transmitting a corresponding alarm setting instruction from said remote alarm receiving centre to said gateway for arming said security system into a first armed state, d) producing in said mobile device a wake up signal so as to alert a user when said predetermined time period has expired, e) transmitting a disarming instruction from the mobile device to said remote alarm receiving centre when said predetermined time period has expired, f) transmitting a corresponding disarming instruction from remote alarm receiving centre to said gateway for disarming said security system into a disarmed state, g) determining ambient light conditions in said building and h) generating and sending instructions to at least one power plug to switch on lighting means (32; 33) on the basis of ambient light conditions in said disarmed state.
A cassette-based automated peritoneal dialysis system comprising a cassette, a cycler that interacts with the cassette to pump liquid, and a controller that governs the interaction to perform a selected APD procedure, wherein the cassette comprises: at least one pump chamber (2301, 2302); a fluid path for dialysate; a thermal well extending into said fluid path, said thermal well comprising: a hollow housing of a thermally conductive material, said housing having an outer surface and an inner surface, said inner surface of a predetermined shape so as to form a mating relationship with a sensing probe, whereby said mating thermally couples the inner surface with the sensing probe and whereby the thermal well permits temperature and electrical conductivity sensing of dialysate passing through the fluid path. at least one pump chamber (2301, 2302); a fluid path for dialysate; a thermal well extending into said fluid path, said thermal well comprising: a hollow housing of a thermally conductive material, said housing having an outer surface and an inner surface, said inner surface of a predetermined shape so as to form a mating relationship with a sensing probe, whereby said mating thermally couples the inner surface with the sensing probe and whereby the thermal well permits temperature and electrical conductivity sensing of dialysate passing through the fluid path. a hollow housing of a thermally conductive material, said housing having an outer surface and an inner surface, said inner surface of a predetermined shape so as to form a mating relationship with a sensing probe, whereby said mating thermally couples the inner surface with the sensing probe and whereby the thermal well permits temperature and electrical conductivity sensing of dialysate passing through the fluid path.
A method of operating an analyte measurement device having a display, a user interface, a plurality of user interface buttons, including user interface scroll buttons (8, 9) and an OK button, and a processor connected thereto, the method comprising: a) pressing said OK button to enter a menu mode; b) pressing one of said user interface scroll buttons (8, 9) to select the option of enabling user selectable flags, each of said user selectable flags corresponding to one of a "before meal" or an "after meal" condition; c) activating said OK button to confirm the selection of enabling user selectable flags; d) measuring an analyte with the analyte measurement device; e) displaying a value representative of the analyte; f) pressing one of said user interface scroll buttons (8, 9) to select the at least one user selectable flag; and g) confirming the selection of the at least one user selectable flag with the representative value of the analyte using said OK button; and h) displaying the value and the flag on the display. a) pressing said OK button to enter a menu mode; b) pressing one of said user interface scroll buttons (8, 9) to select the option of enabling user selectable flags, each of said user selectable flags corresponding to one of a "before meal" or an "after meal" condition; c) activating said OK button to confirm the selection of enabling user selectable flags; d) measuring an analyte with the analyte measurement device; e) displaying a value representative of the analyte; f) pressing one of said user interface scroll buttons (8, 9) to select the at least one user selectable flag; and g) confirming the selection of the at least one user selectable flag with the representative value of the analyte using said OK button; and h) displaying the value and the flag on the display.
A head mounted display, HMD, comprising: a display unit configured to display visual information; a camera unit configured to sense an image; an angle sensing unit configured to sense a rotation angle of the camera unit; an input sensing unit configured to detect an input signal and transmit a detected result to a processor; and the processor configured to control the display unit, the camera unit, the angle sensing unit, and the input sensing unit, wherein the processor is further configured to: detect a capturing signal, store a sensed image without performing rotation compensation and provide an image preview if a mode corresponds to a first capturing mode, wherein the image preview is displayed in a manner of overlaying objects seen through the display unit, and store the sensed image performed by the rotation compensation and not provide the image preview if a mode corresponds to a second capturing mode. a display unit configured to display visual information; a camera unit configured to sense an image; an angle sensing unit configured to sense a rotation angle of the camera unit; an input sensing unit configured to detect an input signal and transmit a detected result to a processor; and the processor configured to control the display unit, the camera unit, the angle sensing unit, and the input sensing unit, wherein the processor is further configured to: detect a capturing signal, store a sensed image without performing rotation compensation and provide an image preview if a mode corresponds to a first capturing mode, wherein the image preview is displayed in a manner of overlaying objects seen through the display unit, and store the sensed image performed by the rotation compensation and not provide the image preview if a mode corresponds to a second capturing mode. detect a capturing signal, store a sensed image without performing rotation compensation and provide an image preview if a mode corresponds to a first capturing mode, wherein the image preview is displayed in a manner of overlaying objects seen through the display unit, and store the sensed image performed by the rotation compensation and not provide the image preview if a mode corresponds to a second capturing mode.
3D printer, comprising a flat build-up plate and, arranged opposite and parallel to the build-up plate, an exposure element, wherein the distance between the build-up plate and the exposure element is settable with the aid of a drive unit and wherein the build-up plate and/or the exposure element is arranged in a reservoir filled with resin in such a way that the region adjoining the build-up plate between the build-up plate and the exposure element is taken up by the resin in the reservoir, characterized in that the exposure element is a two-dimensional matrix made of individually controllable quantum dot light-emitting diodes lying close next to one another, wherein the quantum dot light-emitting diodes are diodes that are self-luminous when electrically excited.
A composite article consolidation apparatus for exercising pressure and thermal cycling for the purpose of composite article (201, 202, 203, 204) consolidation, the apparatus including: a processing liquid; a composite article processing volume having: an opening to facilitate loading and unloading; at least one processing liquid port to allow the inward and outward passage of processing liquid facilitating circulation; a processing liquid pressurisation system having means to increase or decrease pressure of the processing liquid; a processing liquid circulation system; a processing liquid heating system; a processing liquid cooling system; a process control system including: means to control the processing liquid heating system and the processing liquid cooling system; means to control the processing liquid pressurisation system; a composite article preparation system including: a sealable membrane to separate the composite article and the processing liquid; a sealable membrane to maintain the composite article in a pressure below atmospheric pressure prior to the application of external processing liquid pressure; a membrane to cushion the composite article; and a membrane to resist adhesion of other membranes to the external surface of the composite article. a processing liquid; a composite article processing volume having: an opening to facilitate loading and unloading; at least one processing liquid port to allow the inward and outward passage of processing liquid facilitating circulation; an opening to facilitate loading and unloading; at least one processing liquid port to allow the inward and outward passage of processing liquid facilitating circulation; a processing liquid pressurisation system having means to increase or decrease pressure of the processing liquid; a processing liquid circulation system; a processing liquid heating system; a processing liquid cooling system; a process control system including: means to control the processing liquid heating system and the processing liquid cooling system; means to control the processing liquid pressurisation system; means to control the processing liquid heating system and the processing liquid cooling system; means to control the processing liquid pressurisation system; a composite article preparation system including: a sealable membrane to separate the composite article and the processing liquid; a sealable membrane to maintain the composite article in a pressure below atmospheric pressure prior to the application of external processing liquid pressure; a membrane to cushion the composite article; and a membrane to resist adhesion of other membranes to the external surface of the composite article. a sealable membrane to separate the composite article and the processing liquid; a sealable membrane to maintain the composite article in a pressure below atmospheric pressure prior to the application of external processing liquid pressure; a membrane to cushion the composite article; and a membrane to resist adhesion of other membranes to the external surface of the composite article.
An adjustable ring assembly for an electrical installation box, comprising: an extension ring with a cavity at its periphery and an angular aperture formed on opposite sides of one end of the extension ring; a wedge member having an inclined edge on its both sides; a screw member further connects the wedge member through the extension ring by sliding the wedge member via a guideway (56, 56a) located on the extension ring and the wedge member so that the extension ring expands when torque is applied on the screw member to sandwich the extension ring between the screw member and the wedge member; a mounting box having a circular projection with an open end and a threaded area formed inside the circular projection; characterized in that the wedge member is pre-clipped within the aperture in such a way that the inclined edge slides inside the aperture; the extension ring having a plurality of alternate threaded and non-threaded areas (24, 25) on its outer surface; and the extension ring is assembled in and out of the circular projection by activating a telescopic action that engages the non-threaded area of the extension ring with the threaded area of the projection or vice versa to achieve different heights based on thickness of an installation surface and the telescopic action is disengaged by rotating the extension ring so that the extension ring threadly engages and locks with the mounting box. an extension ring with a cavity at its periphery and an angular aperture formed on opposite sides of one end of the extension ring; a wedge member having an inclined edge on its both sides; a screw member further connects the wedge member through the extension ring by sliding the wedge member via a guideway (56, 56a) located on the extension ring and the wedge member so that the extension ring expands when torque is applied on the screw member to sandwich the extension ring between the screw member and the wedge member; a mounting box having a circular projection with an open end and a threaded area formed inside the circular projection; characterized in that the wedge member is pre-clipped within the aperture in such a way that the inclined edge slides inside the aperture; the extension ring having a plurality of alternate threaded and non-threaded areas (24, 25) on its outer surface; and the extension ring is assembled in and out of the circular projection by activating a telescopic action that engages the non-threaded area of the extension ring with the threaded area of the projection or vice versa to achieve different heights based on thickness of an installation surface and the telescopic action is disengaged by rotating the extension ring so that the extension ring threadly engages and locks with the mounting box.
A fitting part (6, 7) for a drive rod fitting of a window, a French door or the like, having a drive rod driven by a handle, which is provided for the displaceable mounting in a fitting groove having an undercut, with a holding element (10, 23) rotatably mounted between a mounting position and a holding position, wherein the holding element (10, 23) can be inserted in the mounting position into the fitting groove and in the holding position is designed for engagement behind the undercut of the fitting groove, that the holding element (10, 23) can be driven by means of an eccentric drive (11, 22) between the mounting position and the holding position and that the eccentric drive (11, 22) has a dead center in the position corresponding to the holding position of the holding element (10, 23), that the holding element is mounted on the drive rod and the eccentric drive has a base which is rotatable and frictionally held in the drive rod, wherein the base has an adjustment recess for applying an adjustment tool, characterized in that a pin is arranged eccentrically on the base and that the pin penetrates into an elongate hole of the holding element.
A method for reducing electromagnetic interference in a system that periodically operates with a fixed sampling frequency, the method comprising: reading a digital signal to which an analog signal received from a sensor is converted; generating a time delay that is modulated in each cycle of the fixed sampling frequency by an execution of software; starting to process the digital signal with an execution of a digital signal processing algorithm by applying the time delay that is modulated; and transmitting the digital signal to another device or chip through writing the digital signal. reading a digital signal to which an analog signal received from a sensor is converted; generating a time delay that is modulated in each cycle of the fixed sampling frequency by an execution of software; starting to process the digital signal with an execution of a digital signal processing algorithm by applying the time delay that is modulated; and transmitting the digital signal to another device or chip through writing the digital signal.
Heating system for heating a building and for heating hot water provided at a tapping point, comprising a fresh water supply line for supplying cold water, a main heat source, a heat accumulator connected to the main heat source, and a supplementary heat source, wherein the main heat source is provided for heating the building and/or for heating the heat accumulator, wherein the heat accumulator stores hot water or a heated heat transfer medium for heating the hot water, and wherein the supplementary heat source is provided for heating the hot water, wherein the hot water is led from the heat accumulator through a first drain pipe, wherein the hot water is led from the supplementary heat source through a second drain pipe with a second valve, wherein the first drain pipe and the second drain pipe merge at an intersection from which a hot water pipe leads the hot water to the tapping point, characterised in that the heating system comprises a heat exchanger, the main heat source can either be connected to the heat accumulator or to the first side of the heat exchanger by means of a switch valve, and the supplementary heat source is connected to the fresh water supply line via the second side of the heat exchanger such that in operation the cold fresh water first flows through the heat exchanger and then flows through the supplementary heat source.
Arrangement with parallel-connected DC power supply units (1, 2), the power supplies (SV1, SV2) of which each generate a partial output current (I1, I2) for supplying a load with an overall output current, wherein each DC power supply unit (1, 2) has: - a controllable switch (S1, S2), by way of which the power supply (SV1, SV2) feeds the partial output current (I1, I2) to the load, - a current overload recognition device (SE1, SE2), which opens the switch (S1, S2) if the partial output current (I1, I2) of the power supply (SV1, SV2) exceeds a maximum current for a period of time during which a threshold voltage is established on the load, with the threshold voltage representing a voltage which can still maintain the power supply (SV1, SV2) in the case of an overload current, characterised in that each DC power supply unit (1, 2) also has a voltage detection device (SU1, SU2), which closes the switch (S1, S2) if the load voltage exceeds the threshold voltage. - a controllable switch (S1, S2), by way of which the power supply (SV1, SV2) feeds the partial output current (I1, I2) to the load, - a current overload recognition device (SE1, SE2), which opens the switch (S1, S2) if the partial output current (I1, I2) of the power supply (SV1, SV2) exceeds a maximum current for a period of time during which a threshold voltage is established on the load, with the threshold voltage representing a voltage which can still maintain the power supply (SV1, SV2) in the case of an overload current,
A well tool for removing metal debris from a well bore, comprising a magnet element, rotation generating means, a debris removal unit and a debris container, characterized in that - the magnet element comprises a cylinder-shaped housing having a first end and a second end; - the debris removal unit comprises a first helix-shaped longitudinal guide element arranged around the cylinder-shaped housing; - the rotation generating means are operably connected to the cylinder-shaped housing or the first helix-shaped longitudinal guide element; - the debris container comprises a first opening arranged at the second end of the cylinder-shaped housing, wherein the cylinder-shaped housing, or the first helix-shaped longitudinal guide element, is rotatable around its centreline, and configured such that metal debris accumulating on the cylinder-shaped housing during use is guided by the first helix-shaped longitudinal guide element towards the first opening of the debris container when the rotation generating means are operated. - the magnet element comprises a cylinder-shaped housing having a first end and a second end; - the debris removal unit comprises a first helix-shaped longitudinal guide element arranged around the cylinder-shaped housing; - the rotation generating means are operably connected to the cylinder-shaped housing or the first helix-shaped longitudinal guide element; - the debris container comprises a first opening arranged at the second end of the cylinder-shaped housing,