mhurhangee/ep-ind-claims huggingface dataset:
A biometric information measuring device comprising: a biomagnetism detection unit configured to detect biomagnetism of a subject; a radiation detection unit configured to acquire an image corresponding to emitted radiation as digital image data generated by means of the supply of a power source, the radiation detection unit being disposed between a measuring region of the subject and the biomagnetism detection unit and a control unit configured to perform control such that the radiation detection unit is not supplied with power while the biomagnetism detection unit is detecting biomagnetism. a biomagnetism detection unit configured to detect biomagnetism of a subject; a radiation detection unit configured to acquire an image corresponding to emitted radiation as digital image data generated by means of the supply of a power source, the radiation detection unit being disposed between a measuring region of the subject and the biomagnetism detection unit and a control unit configured to perform control such that the radiation detection unit is not supplied with power while the biomagnetism detection unit is detecting biomagnetism.
Ceramic refractory stopper, shaped as a rod with a total axial length LS, comprising a) a stopper body of an axial length LB, a first end section of which being equipped with means to fasten the stopper body to a raise and lowering device, and a second end section of which being followed by b) a dome-like stopper head of an axial length LH, wherein c) the stopper body features at least one outer planar surface section (P1, P2, P3), which extends along at least 50% of the axial length LB of the stopper body, and wherein d) the stopper body features a polygonal outer cross section along at least 50% of its axial length LB. a) a stopper body of an axial length LB, a first end section of which being equipped with means to fasten the stopper body to a raise and lowering device, and a second end section of which being followed by b) a dome-like stopper head of an axial length LH, wherein c) the stopper body features at least one outer planar surface section (P1, P2, P3), which extends along at least 50% of the axial length LB of the stopper body, and wherein d) the stopper body features a polygonal outer cross section along at least 50% of its axial length LB.
Retractable pipe whose wall is formed of at least one flexible gases impermeable and/or liquid impermeable band welded by its selvages in the form of a cylindrical helix and of at least one metal wire in the form of a cylindrical helix whose pitch is the same as the one formed by said band, characterized in that said band is a double fabric textile comprising at least two regions where the two fabrics work together to delimit at least one inflatable zone, the sets of warp threads and weft threads split in the inflatable zones so as to weave two fabrics and gather again in the regions where the two fabrics work together so as to weave a single fabric, said textile being covered with a coating layer of a gases and/or liquid impermeable material.
Anti-rattle gear for the avoidance of gear backlash when the anti-rattle gear meshes with a further gear of a gear train, comprising a first and a second partial gear, rotation means for at least partially coaxially rotatable connecting, with respect to one another, the first and the second partial gear around a common axis of rotation, and a spring which connects the first and the second partial gear with one another to create a negative momentum between the first and the second partial gear when aligning the teeth (9, 10) of the first and the second partial gear by rotating the first partial gear with respect to the second partial gear into an aligned position of the first and the second partial gear with respect to one another, wherein the teeth (9, 10) of the first and the second partial gear are able to jointly mesh with the teeth of the further gear, wherein the anti-rattle gear comprises anchoring means which rotationally secure the first and the second partial gear with respect to one another in the aligned position, characterized in that the anchoring means are provided for releasing the anchoring of the first partial gear with the second partial gear, during operation in a predetermined gear train.
A personal respiratory protection device comprising: an upper panel, a central panel, and a lower panel, the central panel being separated from each of the upper and lower panels by a first and second fold, seam, weld or bond, respectively, such that device is capable of being folded flat for storage along the first and second fold, seam, weld or bond and opened to form a cup-shaped air chamber over the nose and mouth of the wearer when in use, characterized in that the lower panel has a graspable tab attached to an interior portion of an external surface of the lower panel, the tab being graspable in use to open the device. an upper panel, a central panel, and a lower panel, the central panel being separated from each of the upper and lower panels by a first and second fold, seam, weld or bond, respectively, such that device is capable of being folded flat for storage along the first and second fold, seam, weld or bond and opened to form a cup-shaped air chamber over the nose and mouth of the wearer when in use, characterized in that the lower panel has a graspable tab attached to an interior portion of an external surface of the lower panel, the tab being graspable in use to open the device.
Method for monitoring a particle filter in the exhaust-gas duct of an internal combustion engine which is operated with petrol, wherein a first exhaust-gas temperature upstream of the particle filter and a second exhaust-gas temperature downstream of the particle filter are determined, and in that a diagnosis of the particle filter is made possible from a difference between the first and the second exhaust-gas temperature or from a differing time profile of the first and the second exhaust-gas temperature, characterized in that the first exhaust-gas temperature is modelled from operating parameters of the internal combustion engine or is determined by means of a first temperature sensor, and in that the second exhaust-gas temperature is determined by way of a second temperature sensor or an exhaust-gas sensor which has a temperature function, wherein the presence and/or correct functioning of the particle filter are detected on the basis of effects of the thermal mass of the particle filter or its influence on the temperature of the exhaust gas when soot particles which have accumulated in the particle filter are burned off.
A method in an electronic device, the method comprising: displaying one or more representing objects for representing contents (514, 512, 516, 612, 614, 616) on a display area; determining a selection area (520, 620, 712) which is at least a part of the display area based at least in part on a user input; detecting at least part of a representing object of the one or more representing objects as a clip object based on the selection area (520, 620, 712); recognizing a content (514, 512, 516, 612, 614, 616) corresponding to the clip object; determining an attribute of the content (514, 512, 516, 612, 614, 616) of the clip object by analysing the content (514, 512, 516, 612, 614, 616) of the clip object; displaying an icon (524, 618, 714) corresponding to the determined attribute on the display area to overlap with at least part of the clip object or to be adjacent to the clip object; displaying information indicating at least one application (632, 634) related to the content (514, 512, 516, 612, 614, 616) of the clip object, based on the determined attribute, to be selected by the user; executing the selected application; and in response to executing the selected application, inputting at least part of the content (514, 512, 516, 612, 614, 616) of the clip object into at least one of at least one input window (642, 644, 645) of the executed application; wherein the attribute of the content comprises at least one of a text, an image, video, audio, and a Uniform Resource Identifier. displaying one or more representing objects for representing contents (514, 512, 516, 612, 614, 616) on a display area; determining a selection area (520, 620, 712) which is at least a part of the display area based at least in part on a user input; detecting at least part of a representing object of the one or more representing objects as a clip object based on the selection area (520, 620, 712); recognizing a content (514, 512, 516, 612, 614, 616) corresponding to the clip object; determining an attribute of the content (514, 512, 516, 612, 614, 616) of the clip object by analysing the content (514, 512, 516, 612, 614, 616) of the clip object; displaying an icon (524, 618, 714) corresponding to the determined attribute on the display area to overlap with at least part of the clip object or to be adjacent to the clip object; displaying information indicating at least one application (632, 634) related to the content (514, 512, 516, 612, 614, 616) of the clip object, based on the determined attribute, to be selected by the user; executing the selected application; and in response to executing the selected application, inputting at least part of the content (514, 512, 516, 612, 614, 616) of the clip object into at least one of at least one input window (642, 644, 645) of the executed application; wherein the attribute of the content comprises at least one of a text, an image, video, audio, and a Uniform Resource Identifier.
Dosing device having a controller and having a pump for feeding at least one medium (11a, 11b, 11c) along a feeding line from at least one inlet (13, 18a, 18b, 18c) to at least one outlet (14, 42a, 42b, 42c) with the assistance of the pump, which can respond to the controller, wherein the pump is provided with a vacancy sensor downstream by which a vacancy in the feeding line can be detected, wherein the vacancy sensor is connected to the controller, and is designed to relay a vacancy signal to the controller when it detects a vacancy, characterised in that the controller is designed, during a calibration process after receiving a vacancy signal, to determine information about the feeding power of the pump i) from a measurement of a duration between the beginning and end of a feeding of a deposit volume, or ii) from the measurement of a number of the rotations of a rotor of a peristaltic pump, or iii) from the measurement of a different parameter of the feeding of the deposit volume, wherein the measurement ends in each case when the vacancy sensor generates a vacancy signal. i) from a measurement of a duration between the beginning and end of a feeding of a deposit volume, or ii) from the measurement of a number of the rotations of a rotor of a peristaltic pump, or iii) from the measurement of a different parameter of the feeding of the deposit volume,
A capacitive touch panel (200, 700), comprising: a first substrate; a second substrate facing the first substrate; a plurality of first electrodes on one surface of the first substrate, the first electrodes extending in a first direction; a plurality of second electrodes spaced apart from the first electrodes on a same plane as the first electrodes, the second electrodes extending in a second direction that is different from the first direction, wherein the first and second electrodes (241, 242) cross each other while being electrically insulated from each other to be disposed in a matrix pattern; a third electrode on one surface of the second substrate and overlapping the first electrodes and the second electrodes; a dielectric layer between the first electrodes and the third electrode and between the second electrodes and the third electrode and including an anisotropic dielectric material; and a touch controller configured to detect coordinates of a touch input applied to the touch panel and force of the touch input, wherein the touch controller is configured to apply a first voltage to the first electrodes, apply a second voltage different from the first voltage to the second electrodes, and apply a third voltage different from the first voltage to the third electrode. a first substrate; a second substrate facing the first substrate; a plurality of first electrodes on one surface of the first substrate, the first electrodes extending in a first direction; a plurality of second electrodes spaced apart from the first electrodes on a same plane as the first electrodes, the second electrodes extending in a second direction that is different from the first direction, wherein the first and second electrodes (241, 242) cross each other while being electrically insulated from each other to be disposed in a matrix pattern; a third electrode on one surface of the second substrate and overlapping the first electrodes and the second electrodes; a dielectric layer between the first electrodes and the third electrode and between the second electrodes and the third electrode and including an anisotropic dielectric material; and a touch controller configured to detect coordinates of a touch input applied to the touch panel and force of the touch input, wherein the touch controller is configured to apply a first voltage to the first electrodes, apply a second voltage different from the first voltage to the second electrodes, and apply a third voltage different from the first voltage to the third electrode.
A process for preparing a cold mix, comprising: the mixing of a mineral mixture with an aqueous binder emulsion, wherein a hydrate-forming inorganic mineral or mineral mixture is added to said mineral mixture and/or said mixture of mineral mixture and aqueous binder emulsion, characterized in that said hydrate-forming inorganic mineral is anhydrite.
Method for operating a speech dialog system, in which voice commands of a voice input are recorded and assigned a priority for further processing, characterized in that out of a plurality of successive voice commands, each recognized voice command is allocated to a content-related group of commands, the voice commands being linked to a first priority value which is predefined for the particular group, after which a second priority value is allocated to each of the voice commands within the group according to a predefined priority list of the commands allocated to the group, characterized in that a third priority value is formed from the first priority value and the second priority value, and after which the voice commands are sorted into a sequence according to their final third priority value and are fed for processing in this order, the voice input being additionally evaluated with respect to temporal adverbs for the voice commands, a correction value being generated for each of the two recognized directions of the temporal adverbs, which correction value changes with each further temporal adverb in the same direction, the particular third priority value of each voice command being offset against the correction value, and the recognized directions indicating whether a command should be executed before or after. out of a plurality of successive voice commands, each recognized voice command is allocated to a content-related group of commands, the voice commands being linked to a first priority value which is predefined for the particular group, after which a second priority value is allocated to each of the voice commands within the group according to a predefined priority list of the commands allocated to the group, characterized in that a third priority value is formed from the first priority value and the second priority value, and after which the voice commands are sorted into a sequence according to their final third priority value and are fed for processing in this order, the voice input being additionally evaluated with respect to temporal adverbs for the voice commands, a correction value being generated for each of the two recognized directions of the temporal adverbs, which correction value changes with each further temporal adverb in the same direction, the particular third priority value of each voice command being offset against the correction value, and the recognized directions indicating whether a command should be executed before or after.
Lock comprising a plate and a slide which are guided in translation relative to one another by guide means (5,7,6,8,9,11,13,15), between an extended position and a retracted position of the slide relative to the plate, the slide being provided with a blocking means for blocking the translation in the extended position and comprising a bearing surface (23,25,27) which extends flush with a fixing base of the plate in the retracted position and in the extended position, the plate comprising two perforations (19, 21) cooperating with the blocking means of the slide, characterised in that one of the perforations (19, 21) defines the extended position while the other perforation defines the retracted position, by means of a retractable pin of the blocking means which cooperates with the perforations.
A lifting mechanism for separating a sealing plate from a tank body of a tank, the lifting mechanism comprising: a pin inserted into a flange of the tank body and extending through the sealing plate; a threaded device coupled to the sealing plate, wherein the pin is positioned at a diameter from a centerline of the tank body that is less than an outer diameter from the centerline of the tank body, the lifting mechanism characterized in that the threaded device selectively contacts the pin to apply a pushing force in response to the threaded device being inserted into the sealing plate. a pin inserted into a flange of the tank body and extending through the sealing plate; a threaded device coupled to the sealing plate, wherein the pin is positioned at a diameter from a centerline of the tank body that is less than an outer diameter from the centerline of the tank body, the lifting mechanism characterized in that the threaded device selectively contacts the pin to apply a pushing force in response to the threaded device being inserted into the sealing plate.
A water adsorption device comprising: a housing having a sealable inlet and a sealable outlet; a container within the housing, wherein the container has an inlet and an outlet and wherein the inlet of the container communicates with the sealable inlet of the housing and the outlet of the container communicates with the sealable outlet of the housing; a water adsorbing material confined within the container; whereby a gas flow may be allowed to flow from the sealable inlet of the housing through the container in contact with the water adsorbing material in the container to the sealable outlet of the housing; a heating device arranged in thermal contact with the water adsorbing material or the container; and wherein the housing has at least one wall with an inner surface and an outer surface wherein the inner surface is at least partly facing the inlet or the outlet of the container, wherein the container and the inner surface of the housing have an emissivity value in the IR spectrum of not more than 0.5, and wherein the outer surface of the housing has an emissivity value in the IR spectrum of at least 0.6. a housing having a sealable inlet and a sealable outlet; a container within the housing, wherein the container has an inlet and an outlet and wherein the inlet of the container communicates with the sealable inlet of the housing and the outlet of the container communicates with the sealable outlet of the housing; a water adsorbing material confined within the container; whereby a gas flow may be allowed to flow from the sealable inlet of the housing through the container in contact with the water adsorbing material in the container to the sealable outlet of the housing; a heating device arranged in thermal contact with the water adsorbing material or the container; and wherein the housing has at least one wall with an inner surface and an outer surface wherein the inner surface is at least partly facing the inlet or the outlet of the container,
A method for detection of a fluid leak related to at least one piston machine, the method including: - attaching a sensor to the at least one piston machine that renders a signal for calculating the rotational speed and shaft position of the at least one piston machine; - calculating the rotational speed and angular shaft position of the at least one piston machine; characterized in - attaching a vibration sensor (38, 40) to at least one of the upstream pipe or the downstream pipe of the piston machine; - measuring the vibration at the at least one vibration sensor (38, 40); - calculating at least one complex harmonic Fourier amplitude of the measured vibration signal; - low pass filtering said amplitude; - calculating an deviation amplitude as the magnitude of a complex difference between said filtered amplitude and a base amplitude; and - monitoring said deviation amplitude to detect a leakage. - attaching a sensor to the at least one piston machine that renders a signal for calculating the rotational speed and shaft position of the at least one piston machine; - calculating the rotational speed and angular shaft position of the at least one piston machine; characterized in - attaching a vibration sensor (38, 40) to at least one of the upstream pipe or the downstream pipe of the piston machine; - measuring the vibration at the at least one vibration sensor (38, 40); - calculating at least one complex harmonic Fourier amplitude of the measured vibration signal; - low pass filtering said amplitude; - calculating an deviation amplitude as the magnitude of a complex difference between said filtered amplitude and a base amplitude; and - monitoring said deviation amplitude to detect a leakage. - attaching a vibration sensor (38, 40) to at least one of the upstream pipe or the downstream pipe of the piston machine; - measuring the vibration at the at least one vibration sensor (38, 40); - calculating at least one complex harmonic Fourier amplitude of the measured vibration signal; - low pass filtering said amplitude; - calculating an deviation amplitude as the magnitude of a complex difference between said filtered amplitude and a base amplitude; and - monitoring said deviation amplitude to detect a leakage.
A sulfur-carbon composite comprising a carbon material coated with a copolymer, which contains a monomer containing a catechol group and a monomer containing a lithium ion conductor, and sulfur, characterized in that the monomer containing the lithium ion conductor is at least one selected from a monomer containing an ethylene oxide group and a monomer containing a sulfone group.
An induction heating system that uses a three-phase AC power supply to run a single-phase induction heating apparatus including an induction heating coil, the induction heating system further comprising: an intermediate apparatus that intervenes between the single-phase induction heating apparatus and the three-phase AC power supply and includes an iron core for forming a closed magnetic circuit and a coil wound on the iron core and having an even number of turns, the intermediate apparatus being different from the induction heating apparatus and functioning as a current balancing apparatus preventing that a state where no current flows to one of the three phases of the three-phase AC power supply occurs, wherein: one of a winding start point and a winding end point of the induction heating coil is electrically connected to one phase of the three-phase AC power supply, and the other one is electrically connected to a midpoint of the coil of the intermediate apparatus; and a winding start point and a winding end point of the coil of the intermediate apparatus are electrically connected to the remaining two phases of the three-phase AC power supply. one of a winding start point and a winding end point of the induction heating coil is electrically connected to one phase of the three-phase AC power supply, and the other one is electrically connected to a midpoint of the coil of the intermediate apparatus; and a winding start point and a winding end point of the coil of the intermediate apparatus are electrically connected to the remaining two phases of the three-phase AC power supply.