mhurhangee/ep-ind-claims huggingface dataset:
Microfluidic element, in particular test carrier for analysis of a liquid sample for an analyte contained therein having a substrate and a channel structure, which is enclosed by the substrate and a cover layer, wherein - the channel structure comprises an elongate mixing channel and an output channel, - the mixing channel has an inlet opening and an outlet opening - the mixing channel is adapted for mixing a reagent contained therein with a liquid flowing through the inlet opening into the mixing channel, - wherein the reagent is contained in the mixing channel in dried form, - the outlet opening of the mixing channel is in fluid communication with the output channel, - the mixing channel has a feed section between the inlet opening and the outlet opening and a complementary section, downstream from the outlet opening in the flow direction and opposite to the inlet opening, wherein, after the liquid has flowed into the mixing channel, the concentration of the reagent in the complementary section is different from the concentration in the feed section, characterised in that - the outlet opening is located closer to the middle of the length of the mixing channel than the Inlet opening so that the flow paths that are caused In the output channel by the different sections (113, 114) supplement one another mutually in such a manner that an optimised and very uniform thorough mixing of the sample liquid with the reagent occurs, - the length of the mixing channel is at least 10 times as large as the greater cross-sectional dimension of its cross-sectional area. - the channel structure comprises an elongate mixing channel and an output channel, - the mixing channel has an inlet opening and an outlet opening - the mixing channel is adapted for mixing a reagent contained therein with a liquid flowing through the inlet opening into the mixing channel, - wherein the reagent is contained in the mixing channel in dried form, - the outlet opening of the mixing channel is in fluid communication with the output channel, - the mixing channel has a feed section between the inlet opening and the outlet opening and a complementary section, downstream from the outlet opening in the flow direction and opposite to the inlet opening, wherein, after the liquid has flowed into the mixing channel, the concentration of the reagent in the complementary section is different from the concentration in the feed section, - the outlet opening is located closer to the middle of the length of the mixing channel than the Inlet opening so that the flow paths that are caused In the output channel by the different sections (113, 114) supplement one another mutually in such a manner that an optimised and very uniform thorough mixing of the sample liquid with the reagent occurs, - the length of the mixing channel is at least 10 times as large as the greater cross-sectional dimension of its cross-sectional area.
3-[(1S,2S)-3-(dimethylamino)-1-ethyl-2-methylpropyl]phenol or a physiologically acceptable salt thereof for use in the local treatment or inhibition of pain, characterized in that a therapeutically effective amount of a composition comprising 3-[(1S,2S)-3-(dimethylamino)-1-ethyl-2-methylpropyl]phenol or a physiologically acceptable salt thereof is administered to a subject in need thereof in a space that is substantially void of thrombocytes, wherein the space that is substantially void of thrombocytes is selected from the group consisting of intrathecal, epidural and intracerebroventricular spaces, characterized in that - administration of said composition does not result in any peripherally or supraspinally mediated side effect, and - said subject is a human. - administration of said composition does not result in any peripherally or supraspinally mediated side effect, and - said subject is a human.
A display device, comprising: a visual display capable of providing an image; and an ultrasonic area array sensor attached to a backside component of the visual display, characterised in that the ultrasonic area array sensor is attached so that a sensing area of the area array sensor is angled relative to an imaging surface of the visual display. a visual display capable of providing an image; and an ultrasonic area array sensor attached to a backside component of the visual display, characterised in that the ultrasonic area array sensor is attached so that a sensing area of the area array sensor is angled relative to an imaging surface of the visual display.
A battery pack comprising: a plurality of battery modules; a tray comprising a mount plate on which the plurality of battery modules are seated, a front frame provided at an end portion in a longitudinal direction of the mount plate, and a rear frame provided at the other end portion in the longitudinal direction of the mount plate; a pair of side covers covering both end portions in a width direction of the tray; at least one module partition wall parallel to the front frame and the rear frame, and located between adjacent battery modules; and a battery energy management system, BEM, assembly comprising a BEM bracket having one end portion fastened to the module partition wall and the other end portion fastened to the rear frame, and a BEM mounted on the BEM bracket; wherein the BEM bracket is located over the battery module, and thus the BEM is upwardly spaced apart from the battery module. a plurality of battery modules; a tray comprising a mount plate on which the plurality of battery modules are seated, a front frame provided at an end portion in a longitudinal direction of the mount plate, and a rear frame provided at the other end portion in the longitudinal direction of the mount plate; a pair of side covers covering both end portions in a width direction of the tray; at least one module partition wall parallel to the front frame and the rear frame, and located between adjacent battery modules; and a battery energy management system, BEM, assembly comprising a BEM bracket having one end portion fastened to the module partition wall and the other end portion fastened to the rear frame, and a BEM mounted on the BEM bracket; wherein the BEM bracket is located over the battery module, and thus the BEM is upwardly spaced apart from the battery module.
A method for producing an electrode material, comprising: a powder preparation step of preparing a powder of a solid solution that consists of 1.5 to 64 wt% of Cr and 6 to 76 wt% of a heat resistant material selected from the group consisting of Mo, W, Ta, Nb, V and Zr, wherein the powder preparation step includes: a step of mixing a powder of Cr and a powder of the heat resistant element; a step of heating the mixed powder of Cr and the heat resistant element to produce a solid solution; and a step of pulverizing the solid solution; wherein, in the powder of the solid solution, the volume-based relative particle amount of particles having a particle diameter of 30 μm or less is 50% or more; wherein either a peak corresponding to Cr element or a peak corresponding to the heat resistant element, which are observed by X ray diffraction measurement made on the powder of the solid solution, completely disappears; a step (S4, S5) of molding the powder of the solid solution to obtain a molded body and then sintering the molded body to produce a sintered body; and a Cu infiltration step of infiltrating the sintered body with Cu. a powder preparation step of preparing a powder of a solid solution that consists of 1.5 to 64 wt% of Cr and 6 to 76 wt% of a heat resistant material selected from the group consisting of Mo, W, Ta, Nb, V and Zr, wherein the powder preparation step includes: a step of mixing a powder of Cr and a powder of the heat resistant element; a step of heating the mixed powder of Cr and the heat resistant element to produce a solid solution; and a step of pulverizing the solid solution; wherein, in the powder of the solid solution, the volume-based relative particle amount of particles having a particle diameter of 30 μm or less is 50% or more; wherein either a peak corresponding to Cr element or a peak corresponding to the heat resistant element, which are observed by X ray diffraction measurement made on the powder of the solid solution, completely disappears; a step (S4, S5) of molding the powder of the solid solution to obtain a molded body and then sintering the molded body to produce a sintered body; and a Cu infiltration step of infiltrating the sintered body with Cu.
Method for determining winding faults in electrical appliances, characterized by the steps: - a multimeter comprising a high-voltage source supplies a voltage of at least 500 V, in particular of at least 1000 V, - said voltage is applied to the input of a pulse unit having a capacitance, as a result of which the capacitance is charged, and wherein the capacitance is connected to a switching spark gap, - at least one voltage pulse is emitted by the switching spark gap to the output (14, 15) of the pulse unit, - the output (14, 15) of the pulse unit is successively applied to at least two windings (3, 5, 6) of an electrical appliance, - an evaluation unit evaluates the response signals that arise in each case as a result of the emission of the voltage pulse, wherein, for the purpose of evaluation, the length of the first negative part of the cycle of the response signal is determined, wherein the multimeter that supplies the voltage is used for the purpose of time measurement and the length of the first negative part of the cycle is indicated on the display of the multimeter in microseconds. - a multimeter comprising a high-voltage source supplies a voltage of at least 500 V, in particular of at least 1000 V, - said voltage is applied to the input of a pulse unit having a capacitance, as a result of which the capacitance is charged, and wherein the capacitance is connected to a switching spark gap, - at least one voltage pulse is emitted by the switching spark gap to the output (14, 15) of the pulse unit, - the output (14, 15) of the pulse unit is successively applied to at least two windings (3, 5, 6) of an electrical appliance, - an evaluation unit evaluates the response signals that arise in each case as a result of the emission of the voltage pulse, wherein, for the purpose of evaluation, the length of the first negative part of the cycle of the response signal is determined, wherein the multimeter that supplies the voltage is used for the purpose of time measurement and the length of the first negative part of the cycle is indicated on the display of the multimeter in microseconds.
A method for evaluating the quality of an image, comprising the following steps: - accessing an evaluation file (132, 134) containing an evaluation schema by means of an evaluation program, - evaluating image analysis results on the basis of the evaluation schema by means of the evaluation program, - outputting the evaluation, wherein the evaluation schema contains one or more must criteria and one or more can criteria, wherein the quality of the image is evaluated as being insufficient if one of the must criteria is not met, independently of the can criteria, wherein the evaluation schema furthermore assigns evaluation points to the individual must and can criteria, the evaluation points are added if the must and can criteria are met, the sum of the added evaluation points is compared with a threshold value, and the quality of the image is evaluated as being insufficient if the sum is smaller than the threshold value. - accessing an evaluation file (132, 134) containing an evaluation schema by means of an evaluation program, - evaluating image analysis results on the basis of the evaluation schema by means of the evaluation program, - outputting the evaluation, wherein the evaluation schema contains one or more must criteria and one or more can criteria, wherein the quality of the image is evaluated as being insufficient if one of the must criteria is not met, independently of the can criteria, wherein the evaluation schema furthermore assigns evaluation points to the individual must and can criteria, the evaluation points are added if the must and can criteria are met, the sum of the added evaluation points is compared with a threshold value, and the quality of the image is evaluated as being insufficient if the sum is smaller than the threshold value.
A display apparatus, comprising: a display panel configured to display an image; and a sound generating module (1200, 1400) including a supporting member on a rear surface of the display panel and a sound generator, wherein the sound generator is a transducer; and wherein the sound generating module (1200, 1400) includes: a vibration member between the sound generator and the supporting member, wherein the vibration member is on a rear surface of the sound generator; and at least one vibration adjustment member between the vibration member and the supporting member. a display panel configured to display an image; and a sound generating module (1200, 1400) including a supporting member on a rear surface of the display panel and a sound generator, wherein the sound generator is a transducer; and wherein the sound generating module (1200, 1400) includes: a vibration member between the sound generator and the supporting member, wherein the vibration member is on a rear surface of the sound generator; and at least one vibration adjustment member between the vibration member and the supporting member. a vibration member between the sound generator and the supporting member, wherein the vibration member is on a rear surface of the sound generator; and at least one vibration adjustment member between the vibration member and the supporting member.
Non-return valve for a exhaust duct of flue gases of a boiler, comprising a valve body in which a passage opening of flue gases is defined, to said valve body a obturator being associated which, in a determined operating condition, closes such opening, said obturator comprising a first swing element, hinged on said valve body at said passage opening of flue gases, and a second swing element, hinged on said valve body at said passage opening of flue gases, said first and second swing elements (18, 20) being hinged at or in proximity to a middle plane of said opening, wherein said passage opening of flue gases comprises two passage zones (14a, 14b) of flue gases, each swing element (18, 20) being active on a respective zone (14a, 14b) of said passage zones of flue gases, said two swing elements (18, 20) comprising a portion of rectilinear edge (28a, 28b) which are parallel to each other and a portion of curvilinear edge (30a, 30b) which follows a substantially semi-elliptical profile, characterised in that said two passage zones (14a, 14b) are structurally distinct and in that the portions of rectilinear edge (28a, 28b) are hinged to said valve body at their opposite ends (29a, 29b, 29c, 29d) which comprise respective pins projecting from the portions of rectilinear edge (28a, 28b), substantially in the same direction of the portions of rectilinear edge (28a, 28b), which pins are housed in respective seats on the valve body, wherein said seats are defined between respective cavities of the valve body and a covering element which is fixed over the valve body, at a central portion of the valve body substantially positioned between the two passage zones (14a, 14b).
A method for the set-up of a work centre to process section bars, in particular made of aluminium, light alloys, PVC or the like, the work centre comprising an elongated base extending in a first, substantially horizontal direction; an operating head to process the section bars; at least one gripping unit provided with a first clamping vice comprising a first jaw and a second jaw, which are movable relative to one another in a second direction, which is substantially horizontal and transverse to the first direction, between a clamping position to clamp at least one section bar and a release position, the second jaw being coupled in a sliding manner to a guide device, which is parallel to the second direction, so as to selectively control the release position of the first clamping vice; and at least one loading and/or unloading station, which is obtained along the base in order to load the section bars to be processed into the first clamping vice and/or unload the section bars that were just processed from the first clamping vice; the method being characterized in that it comprises the steps of: grabbing the second jaw by means of a second clamping vice; moving the second clamping vice and the second jaw in the second direction in order to adjust the release position of the first clamping vice; releasing the second jaw from the second clamping vice; and transferring the section bars between the first clamping vice and the loading and/or unloading station by means of the second clamping vice. grabbing the second jaw by means of a second clamping vice; moving the second clamping vice and the second jaw in the second direction in order to adjust the release position of the first clamping vice; releasing the second jaw from the second clamping vice; and transferring the section bars between the first clamping vice and the loading and/or unloading station by means of the second clamping vice.
A chromatography method comprising: developing a complex of a specimen and a labeled substance modified by a first bondable substance which can be bonded to the specimen, on an insoluble carrier; capturing the complex of the specimen and the labeled substance at a reactive site on the insoluble carrier; washing the reactive site on the insoluble carrier using a washing liquid; and detecting the specimen which is captured at the reactive site after a signal of the labeled substance is amplified by an amplification liquid, wherein the reactive site on the insoluble carrier includes (i) a second bondable substance which can be bonded to the specimen or a substance having affinity to the first bondable substance which can be bonded to the specimen, and (ii) polyethylene glycol having the molecular weight from 7,000 to 9,000, wherein each of the first bondable substance and the second bondable substance is an antibody, and wherein the mole ratio of the polyethylene glycol and the second bondable substance which can be bonded to the specimen or the substance having affinity to the first bondable substance which can be bonded to the specimen is from 12.5 to 21.3. developing a complex of a specimen and a labeled substance modified by a first bondable substance which can be bonded to the specimen, on an insoluble carrier; capturing the complex of the specimen and the labeled substance at a reactive site on the insoluble carrier; washing the reactive site on the insoluble carrier using a washing liquid; and detecting the specimen which is captured at the reactive site after a signal of the labeled substance is amplified by an amplification liquid, wherein the reactive site on the insoluble carrier includes (i) a second bondable substance which can be bonded to the specimen or a substance having affinity to the first bondable substance which can be bonded to the specimen, and (ii) polyethylene glycol having the molecular weight from 7,000 to 9,000, (i) a second bondable substance which can be bonded to the specimen or a substance having affinity to the first bondable substance which can be bonded to the specimen, and (ii) polyethylene glycol having the molecular weight from 7,000 to 9,000, wherein each of the first bondable substance and the second bondable substance is an antibody, and wherein the mole ratio of the polyethylene glycol and the second bondable substance which can be bonded to the specimen or the substance having affinity to the first bondable substance which can be bonded to the specimen is from 12.5 to 21.3.
A system for controlling a medical image capture device during surgery, the system including circuitry (810, 820, 830) configured to: acquire first image data from the medical image capture device, the first image data being of an appearance of a surgical scene at a first instance of time; determine, based on a predicted appearance of the surgical scene based on the first image data at a second instance of time after the first instance of time, one or more desired image capture properties of the medical image capture device; and control the medical image capture device at a third instance of time, the third instance of time being between the first instance of time and the second instance of time, in accordance with the one or more desired image capture properties of the medical image capture device; wherein the circuitry is configured to determine a desired imaging condition of the image capture device as one of the one or more desired image capture properties of the medical image capture device; wherein the desired imaging condition includes one or more of an optical image system condition and an image processing condition; characterised in that the optical image system condition and the image processing condition include at least one of an image zoom, an image focus, an image aperture, an image contrast and/or an image brightness of the medical image capture device. acquire first image data from the medical image capture device, the first image data being of an appearance of a surgical scene at a first instance of time; determine, based on a predicted appearance of the surgical scene based on the first image data at a second instance of time after the first instance of time, one or more desired image capture properties of the medical image capture device; and control the medical image capture device at a third instance of time, the third instance of time being between the first instance of time and the second instance of time, in accordance with the one or more desired image capture properties of the medical image capture device; wherein the circuitry is configured to determine a desired imaging condition of the image capture device as one of the one or more desired image capture properties of the medical image capture device; wherein the desired imaging condition includes one or more of an optical image system condition and an image processing condition; characterised in that the optical image system condition and the image processing condition include at least one of an image zoom, an image focus, an image aperture, an image contrast and/or an image brightness of the medical image capture device.