mhurhangee/ep-ind-claims huggingface dataset:
An acquisition device for acquiring an image of a sample, the acquisition device comprising: - a receiving support for receiving the sample, the receiving support having a transparent surface; and - an image sensor, capable of acquiring an image of the sample during periods of acquisition, the image sensor being disposed in front of said transparent surface; - a heating means for heating the receiving support, - a temperature sensor capable of measuring a temperature of the receiving support, and - a regulating unit for regulating the heating of the receiving support, based on the temperature measured by the temperature sensor, the regulating unit being capable of regulating the heating of the receiving support in function of a predetermined set point temperature (Tset point), characterised in that the image sensor, outside the periods of image acquisition, forms the heating means, the regulating unit being capable of controlling the powering up of the image sensor as long as the predetermined set point temperature (Tset point) has not been reached. - a receiving support for receiving the sample, the receiving support having a transparent surface; and - an image sensor, capable of acquiring an image of the sample during periods of acquisition, the image sensor being disposed in front of said transparent surface; - a heating means for heating the receiving support, - a temperature sensor capable of measuring a temperature of the receiving support, and - a regulating unit for regulating the heating of the receiving support, based on the temperature measured by the temperature sensor,
A clapping type electromagnetic tripping system, comprising an iron core with a U-shaped structure, an armature, a heating element, a bimetallic element and a connecting plate, wherein a bracket extends into a U-shaped groove of the iron core and is fixedly connected with the iron core, and a wire connecting the heating element and the connecting plate, characterized in that the wire surrounds the iron core and the bracket with at least one lap; the bracket surrounded by at least one lap of the wire is fixedly connected with the middle part of the heating element, the bottom end of the heating element and the bottom end of the bimetallic element are fixedly connected with a supporting member together, and the armature is hung on the bracket which is surrounded by at least one lap of the wire; and the armature and the iron core surrounded by at least one lap of the wire, are arranged oppositely to form a magnetic loop, and one end of the armature is attracted by the iron core so as to swing when short-circuit current is generated.
Wound stator of a rotating electric machine comprising a field frame, teeth distributed over an inner periphery of said field frame extending towards the interior of said stator and pairwise delimiting notches, and coils formed around each tooth from a wire having a section of substantially rectangular form, lateral flanks of a same tooth being inclined with respect to one another, such that two lateral flanks of two adjacent teeth facing one another corresponding to the edges delimiting a notch are parallel to one another, characterized in that each tooth comprises a tooth root which extends on either side of the part of the tooth around which the coil is wound, and in that the parts of the tooth roots of two adjacent teeth facing one another extend substantially parallel to the bottom of the corresponding notch.
A method for inputting characters, the method comprising the steps of: detecting an input of a key corresponding to a consonant arranged in a first region of a touch screen among multiple keys arranged on the touch screen; detecting a touch or a drag in a second region of the touch screen while the input of the key is maintained; switching, when detecting the touch or the drag in the second region of the touch screen while the input of the key is maintained, to a multi-input mode for inputting a vowel, wherein the switching to the multi-input mode comprises: activating a region of the touch screen, which is different from the first region corresponding to the detected input of the key, as a virtual area for inputting a vowel, and dividing the virtual area into multiple areas based on the first region corresponding to the detected input of the key; identifying (250, 260, 270) a region corresponding to the second area where the touch or the drag is detected among the multiple areas; combining (257, 262, 264, 272, 274, 276) a vowel corresponding to the touch or the drag with the consonant, by identifying the vowel corresponding to the touch or the drag based on the identified region; and displaying a combined character of the vowel and the consonant. detecting an input of a key corresponding to a consonant arranged in a first region of a touch screen among multiple keys arranged on the touch screen; detecting a touch or a drag in a second region of the touch screen while the input of the key is maintained; switching, when detecting the touch or the drag in the second region of the touch screen while the input of the key is maintained, to a multi-input mode for inputting a vowel, wherein the switching to the multi-input mode comprises: activating a region of the touch screen, which is different from the first region corresponding to the detected input of the key, as a virtual area for inputting a vowel, and dividing the virtual area into multiple areas based on the first region corresponding to the detected input of the key; activating a region of the touch screen, which is different from the first region corresponding to the detected input of the key, as a virtual area for inputting a vowel, and dividing the virtual area into multiple areas based on the first region corresponding to the detected input of the key; identifying (250, 260, 270) a region corresponding to the second area where the touch or the drag is detected among the multiple areas; combining (257, 262, 264, 272, 274, 276) a vowel corresponding to the touch or the drag with the consonant, by identifying the vowel corresponding to the touch or the drag based on the identified region; and displaying a combined character of the vowel and the consonant.
An apparatus, comprising: - a detector unit (20, 21, 22, 23) comprising a detector configured to detect an actuation action performable via said detector unit (20, 21, 22, 23) to an actuation button of a medical device to cause said medical device to eject at least a portion of a medicament comprised in said medical device, wherein said detector is configured to detect said actuation action based on a detection of a force and/or a touch applied to said detector unit (20, 21, 22, 23) as part of said actuation action, wherein said detector unit (20, 21, 22, 23) is placeable on top of said actuation button or forms an upper part of said actuation button itself and - an electric unit connected to said detector and configured to store and/or provide information related to said detected actuation action, - wherein said electric unit is configured to determine a length of time interval during which said actuation action is applied, and to store and/or provide information related to said determined length of said time interval and/or to store and/or provide said information related to said detected actuation action in dependence on said determined length of time interval. - a detector unit (20, 21, 22, 23) comprising a detector configured to detect an actuation action performable via said detector unit (20, 21, 22, 23) to an actuation button of a medical device to cause said medical device to eject at least a portion of a medicament comprised in said medical device, wherein said detector is configured to detect said actuation action based on a detection of a force and/or a touch applied to said detector unit (20, 21, 22, 23) as part of said actuation action, wherein said detector unit (20, 21, 22, 23) is placeable on top of said actuation button or forms an upper part of said actuation button itself and - an electric unit connected to said detector and configured to store and/or provide information related to said detected actuation action, - wherein said electric unit is configured to determine a length of time interval during which said actuation action is applied, and to store and/or provide information related to said determined length of said time interval and/or to store and/or provide said information related to said detected actuation action in dependence on said determined length of time interval.
A method for creating a fairing comprising: obtaining surface data for a body by a photogrammetry process, the surface being photographed having a number of well-distributed reference points that appear on each photograph; creating fairing fabrication data for fairing having an inner surface that corresponds to the surface data for the body; forming a brace for the body, the brace having a uniform thickness, wherein the interior surface and the outer surface of the brace correspond to the surface data for the body; and using the fairing fabrication data to fabricate a fairing, an inner surface of the fairing corresponding to the surface data for the body, the fairing fitting around an outer surface of the brace. obtaining surface data for a body by a photogrammetry process, the surface being photographed having a number of well-distributed reference points that appear on each photograph; creating fairing fabrication data for fairing having an inner surface that corresponds to the surface data for the body; forming a brace for the body, the brace having a uniform thickness, wherein the interior surface and the outer surface of the brace correspond to the surface data for the body; and using the fairing fabrication data to fabricate a fairing, an inner surface of the fairing corresponding to the surface data for the body, the fairing fitting around an outer surface of the brace.
A sliding bearing (100A to 100E) comprising: a bearing outer peripheral surface and a bearing inner peripheral surface, the sliding bearing (100A to 100E) being configured for supporting a frame and a frame rotation shaft rotatably with respect to each other by fitting and fixing a bearing outer peripheral surface-side part to the frame and fitting and press-fitting the frame rotation shaft into a bearing inner peripheral surface-side part, wherein at least the bearing inner peripheral surface among the bearing outer peripheral surface and the bearing inner peripheral surface is formed by a resin layer, and the bearing inner peripheral surface has a projected and recessed shape including a projected contact portion to be brought into contact with the frame rotation shaft, and a recessed non-contact portion to be not brought into contact with the frame rotation shaft but to form a clearance, characterized in that the recessed non-contact portion is formed in a conical or pyramid shape toward the bearing outer peripheral surface. a bearing outer peripheral surface and a bearing inner peripheral surface, the sliding bearing (100A to 100E) being configured for supporting a frame and a frame rotation shaft rotatably with respect to each other by fitting and fixing a bearing outer peripheral surface-side part to the frame and fitting and press-fitting the frame rotation shaft into a bearing inner peripheral surface-side part, wherein at least the bearing inner peripheral surface among the bearing outer peripheral surface and the bearing inner peripheral surface is formed by a resin layer, and the bearing inner peripheral surface has a projected and recessed shape including a projected contact portion to be brought into contact with the frame rotation shaft, and a recessed non-contact portion to be not brought into contact with the frame rotation shaft but to form a clearance,
A multi-dimensional vibration grinding cavity body, comprising an abrasive slurry; a cylindrical cavity body, configured to contain the abrasive slurry; at least four ultrasonic vibration sources, disposed uniformly around a sidewall of the cylindrical cavity body, wherein the plurality of ultrasonic vibration sources are configured to deliver shock waves toward an interior of the cylindrical cavity body, and directions of the plurality of shock waves, delivered by the plurality of ultrasonic vibration sources, form an angle with a direction of a tangent plane of the sidewall, on which the ultrasonic vibration sources are disposed, wherein the angle is 15°-45°, and the plurality of shock waves, delivered by the plurality of ultrasonic vibration sources, when the multi-dimensional vibration grinding cavity body is in use, make a convolutional flow pattern of the abrasive slurry in the cylindrical cavity body; and a turntable disc, disposed inside a bottom of the cylindrical cavity body, wherein the turntable disc is configured to rotate in a direction cooperating with directions of the shock waves to enhance performance of the convolutional flow of the abrasive slurry in the cylindrical cavity body. a cylindrical cavity body, configured to contain the abrasive slurry; at least four ultrasonic vibration sources, disposed uniformly around a sidewall of the cylindrical cavity body, wherein the plurality of ultrasonic vibration sources are configured to deliver shock waves toward an interior of the cylindrical cavity body, and directions of the plurality of shock waves, delivered by the plurality of ultrasonic vibration sources, form an angle with a direction of a tangent plane of the sidewall, on which the ultrasonic vibration sources are disposed, wherein the angle is 15°-45°, and the plurality of shock waves, delivered by the plurality of ultrasonic vibration sources, when the multi-dimensional vibration grinding cavity body is in use, make a convolutional flow pattern of the abrasive slurry in the cylindrical cavity body; and a turntable disc, disposed inside a bottom of the cylindrical cavity body, wherein the turntable disc is configured to rotate in a direction cooperating with directions of the shock waves to enhance performance of the convolutional flow of the abrasive slurry in the cylindrical cavity body.
A borehole pump system with a submersible pump, with a riser which is to be received in the borehole and with a well head which terminates the borehole pump system above the upper edge of the borehole, wherein a water treatment system for purifying the delivered water is arranged in the riser, characterised in that the water treatment system comprises an aerator and an aerating stretch which makes up more than one third, in particular more than two thirds of the vertical extension of the riser in the borehole.
A quick engine change assembly, comprising: a first circular frame member; a second circular frame member; a plurality of doublet supports spaced about said first circular frame member, characterized in said doublet supports being contoured along the axial direction; a flow surface defined between said plurality of doublet supports; and, a plurality of cradles, each of said cradles including said doublet supports; said doublet supports form a lower portion of said cradle than said flow surface. a first circular frame member; a second circular frame member; a plurality of doublet supports spaced about said first circular frame member, characterized in said doublet supports being contoured along the axial direction; a flow surface defined between said plurality of doublet supports; and, a plurality of cradles, each of said cradles including said doublet supports; said doublet supports form a lower portion of said cradle than said flow surface.
Reception system for receiving objects, comprising - at least one reception device (40, 41) for receiving objects, - a conveyor device, which has at least one conveyor belt section for conveying objects in a conveyance direction into the at least one reception device (40, 41), and - a sensor device, which is arranged on the at least one reception device (40, 41), for detecting objects in the at least one reception device (40, 41), characterized in that the sensor device is designed to emit sensor signals (S, S') along different signal paths (S1-S6) over the reception device (40, 41), to conclude a fill level of the reception device (40, 41) on the basis of an interaction of at least one of the sensor signals (S, S') with objects conveyed into the reception device (40, 41), wherein the sensor device has - one emitter for emitting sensor signals (S, S') and a plurality of receivers for receiving the sensor signals (S, S') emitted by the emitter and/or - a plurality of emitters for emitting sensor signals (S, S') and one receiver for receiving the sensor signals (S, S') emitted by the emitters, and wherein the emitter(s) and receiver(s) are distributed around the reception device, such that the reception device (40, 41) is crossed by the various signal paths. - at least one reception device (40, 41) for receiving objects, - a conveyor device, which has at least one conveyor belt section for conveying objects in a conveyance direction into the at least one reception device (40, 41), and - a sensor device, which is arranged on the at least one reception device (40, 41), for detecting objects in the at least one reception device (40, 41), - one emitter for emitting sensor signals (S, S') and a plurality of receivers for receiving the sensor signals (S, S') emitted by the emitter and/or - a plurality of emitters for emitting sensor signals (S, S') and one receiver for receiving the sensor signals (S, S') emitted by the emitters,
A method in a first communication node for wireless communications, comprising: transmitting first information; wherein for a given Subcarrier Spacing, SCS, the first communication node assumes that X1 Physical Resource Block(s), PRB(s), is(are) comprised in frequency-domain resources that can be occupied by the first communication node for transmissions, X1 being a positive integer, and the X1 PRB(s) occupies(occupy) consecutive frequency-domain resources; a position of the X1 PRB(s) in frequency domain is related to whether the first communication node is in coverage; the first information is used to indicate a position of the X1 PRB(s) in frequency domain, and the first information is transmitted via an air interface; whether the first communication node is in coverage refers to whether the first communication node finds a cell meeting S criterion. transmitting first information; wherein for a given Subcarrier Spacing, SCS, the first communication node assumes that X1 Physical Resource Block(s), PRB(s), is(are) comprised in frequency-domain resources that can be occupied by the first communication node for transmissions, X1 being a positive integer, and the X1 PRB(s) occupies(occupy) consecutive frequency-domain resources; a position of the X1 PRB(s) in frequency domain is related to whether the first communication node is in coverage; the first information is used to indicate a position of the X1 PRB(s) in frequency domain, and the first information is transmitted via an air interface; whether the first communication node is in coverage refers to whether the first communication node finds a cell meeting S criterion.
A current driver (510, 600) for controlling a current source that drives an alternating current signal to a current driven actuator, the current driver (510, 600) comprising: a current sensor, the current sensor configured to measure an output current from the current source, the current source operable to supply desired output currents below a threshold value, and above the threshold value up to a maximum output current; a threshold detector, the threshold detector configured to detect when the measured current is below the threshold value; a controller, the controller configured to: calibrate the current source; determine a duty cycle of the AC signal driven by the current source, based upon calibration of the current source and the desired output current; control the current source, using the determined duty cycle of the AC signal, when the measured current is below the threshold value; the controller further configured to control the current source using a feedback loop based upon the measured current, when the measured current is above the threshold value. a current sensor, the current sensor configured to measure an output current from the current source, the current source operable to supply desired output currents below a threshold value, and above the threshold value up to a maximum output current; a threshold detector, the threshold detector configured to detect when the measured current is below the threshold value; a controller, the controller configured to: calibrate the current source; determine a duty cycle of the AC signal driven by the current source, based upon calibration of the current source and the desired output current; control the current source, using the determined duty cycle of the AC signal, when the measured current is below the threshold value; calibrate the current source; determine a duty cycle of the AC signal driven by the current source, based upon calibration of the current source and the desired output current; control the current source, using the determined duty cycle of the AC signal, when the measured current is below the threshold value; the controller further configured to control the current source using a feedback loop based upon the measured current, when the measured current is above the threshold value.
A composition in the form of an oil-in-water emulsion comprising a) at least one hydrophobically modified inulin, b) at least one polyether modified silicone, and c) at least one UV filter selected from the group consisting of methylene bis-(hydroxyphenylbenzotriazole) compounds, cinnamic compounds, triazine compounds, coated titanium dioxide (TiO 2) and mixtures thereof. a) at least one hydrophobically modified inulin, b) at least one polyether modified silicone, and c) at least one UV filter selected from the group consisting of methylene bis-(hydroxyphenylbenzotriazole) compounds, cinnamic compounds, triazine compounds, coated titanium dioxide (TiO 2) and mixtures thereof.
A cooling panel for a metallurgical furnace comprising a body with a front face and an opposite rear face, a top face and an opposite bottom face and two opposite side faces (22, 24), said body having at least one cooling channel therein, said cooling channel having openings in said rear face; wherein, in use, said front face of said body is turned towards a furnace interior, characterized by at least one cooling pipe having an elongate middle section and at either end thereof, an angled branch (36, 38), said at least one cooling pipe forming said cooling channel, wherein said body comprises at least one elongate recess formed in said front face, said at least one cooling pipe being arranged in said at least one elongate recess such that said angled branches (36, 38) protrude through said openings in said rear face of said body, wherein said at least one cooling pipe is dimensioned so as to snuggly fit inside said at least one elongate recess in the body.
A tire comprising a pair of left-and-right bead portions (51, 71, 91, 111) and side wall portions (52, 72, 92, 112), and a tread portion (53, 73, 93, 113) bridging between both the side wall portions, wherein the tire comprises as a skeleton a carcass (41, 61, 81, 101) composed of at least one carcass ply toroidally extending between the pair of bead portions, characterized in that the tire comprises at least two belt layers (42a, 42b, 82a, 82b, 102) on the outside of a crown portion of the carcass in the tire radial direction; and a reinforcing member (62a, 62b, 83, 84, 104) composed of a knitted fabric using a reinforcing cord composed of a steel cord, which is applied only for reinforcing the tread portion on the outside of the belt layers in the tire radial direction, is arranged in a ring-shape in the tire circumferential direction.