mhurhangee/ep-ind-claims huggingface dataset:
An interaction control method, comprising: acquiring near field communication, NFC, device status information in response to triggering of NFC, wherein the NFC device status information comprises status information of a master device and status information of a slave device; and providing an interactive function corresponding to the acquired NFC device status information according to a preset mapping relationship including a mapping between the status information of the master device, the status information of the slave device, and the interactive function, and executing the interactive function in response to a trigger condition to realize information exchange between the master device and the slave device. acquiring near field communication, NFC, device status information in response to triggering of NFC, wherein the NFC device status information comprises status information of a master device and status information of a slave device; and providing an interactive function corresponding to the acquired NFC device status information according to a preset mapping relationship including a mapping between the status information of the master device, the status information of the slave device, and the interactive function, and executing the interactive function in response to a trigger condition to realize information exchange between the master device and the slave device.
A brake caliper diagnostic device for railway vehicles comprising: an internal pressure sensor located between a brake hose for delivering brake oil or compressed air to the brake caliper and an inlet of the brake caliper, and a brake caliper monitoring device configured to determine whether the brake caliper is abnormal, characterized by internal temperature sensors respectively installed in air breathers respectively located above and below the brake caliper; assembly plate temperature sensors located adjacent to a brake pad assembly; piston temperature sensors located on a surface of a brake caliper body (1, 2) adjacent to a piston; wherein the brake caliper monitoring device is configured to determine whether the brake caliper is abnormal, based on data received from the internal pressure sensor, the internal temperature sensors, the assembly plate temperature sensors, and the piston temperature sensors. an internal pressure sensor located between a brake hose for delivering brake oil or compressed air to the brake caliper and an inlet of the brake caliper, and a brake caliper monitoring device configured to determine whether the brake caliper is abnormal, characterized by internal temperature sensors respectively installed in air breathers respectively located above and below the brake caliper; assembly plate temperature sensors located adjacent to a brake pad assembly; piston temperature sensors located on a surface of a brake caliper body (1, 2) adjacent to a piston; wherein the brake caliper monitoring device is configured to determine whether the brake caliper is abnormal, based on data received from the internal pressure sensor, the internal temperature sensors, the assembly plate temperature sensors, and the piston temperature sensors.
A device comprising a speaker driver that includes a magnet unit, a diaphragm and a voice coil, wherein the voice coil and diaphragm are coupled to move in a direction parallel to a thickness of the device, wherein the diaphragm acoustically divides the speaker driver into a front volume and a back volume, wherein the diaphragm includes a first diaphragm face and a second diaphragm face, wherein the back volume of the speaker driver communicates with the first diaphragm face and the second diaphragm face channels sound waves to travel in a direction perpendicular to the thickness of the device to exit the device, a heat sink portion having a high thermal conductivity, the heat sink portion having a first face and a second face, the second face being exposed to an exterior of the device; and a thermal component that binds/couples the speaker driver to the first face of the heat sink portion.
A denture adhesive composition comprising a mixed salt of a copolymer of alkyl vinyl ether and maleic acid or anhydride, the mixed salt containing a cationic salt function comprising: a) 10% strontium cations, 17.5% zinc cations, 30% of calcium cations and 42.5% free acid component; or b) 20% strontium cations, 20% zinc cations, 17.5% of calcium cations and 42.5% free acid component. a) 10% strontium cations, 17.5% zinc cations, 30% of calcium cations and 42.5% free acid component; or b) 20% strontium cations, 20% zinc cations, 17.5% of calcium cations and 42.5% free acid component.
A urine weighing apparatus comprising support means configured to support a urine collection vessel, a transducer for converting the weight of the vessel into an electrical signal, and a processor for processing the electrical signal to continuously calculate the weight of the vessel, and thereby calculate the weight of urine therein and allow the urine output rate to be determined, wherein the transducer is a load cell and wherein the load cell is an S-type load cell with a minimum of two strain gauges configured to measure both positive and negative changes in force, wherein the apparatus is configured to process the data to remove unwanted changes and data artefacts due to shock inputs, clinical interventions and/or movement of the apparatus and/or subject, wherein the processor is programmed with an algorithm which manages the fluid volume data, including interventions, which abruptly change the vessel's weight, and wherein if an alert signal produced by the apparatus notifies a "full vessel" status, the algorithm, in conjunction with a 'Tare' function of the apparatus, recognizes a replaced or emptied vessel, and appends subsequent data to that already collected. wherein the apparatus is configured to process the data to remove unwanted changes and data artefacts due to shock inputs, clinical interventions and/or movement of the apparatus and/or subject, wherein the processor is programmed with an algorithm which manages the fluid volume data, including interventions, which abruptly change the vessel's weight, and wherein if an alert signal produced by the apparatus notifies a "full vessel" status, the algorithm, in conjunction with a 'Tare' function of the apparatus, recognizes a replaced or emptied vessel, and appends subsequent data to that already collected.
Catalyst system with a honeycomb-shaped structure, comprising a polymer matrix and an ozone-decomposing catalyst which has MnO 2 particles, wherein the catalyst furthermore has particles which are selected from the group comprising metal oxides and metals, such as Ag, Ni, Cu, Sn, Pt, Pd, or combinations thereof, wherein the catalyst system furthermore has activated carbon, wherein the catalyst is present at 0.1 to 10 % by weight in relation to the overall weight of the catalyst system, wherein the polymer is selected from the group comprising polyolefins, polyester, polyacrylate, or combinations thereof. wherein the catalyst furthermore has particles which are selected from the group comprising metal oxides and metals, such as Ag, Ni, Cu, Sn, Pt, Pd, or combinations thereof, wherein the catalyst system furthermore has activated carbon, wherein the catalyst is present at 0.1 to 10 % by weight in relation to the overall weight of the catalyst system, wherein the polymer is selected from the group comprising polyolefins, polyester, polyacrylate, or combinations thereof.
A method of controlling a corona discharge in a combustion chamber without causing an arc strike, the method comprising: measuring an actual impedance of a circuit in electrical communication with an electrode, the electrode arranged to deliver a corona discharge to the combustion chamber, determining an impedance setpoint, comparing the actual impedance to the impedance setpoint, and adjusting the actual impedance based at least in part on the comparison between the actual impedance and the impedance setpoint, characterized by measuring a baseline impedance at a low input voltage of the circuit where corona discharge has not yet begun, wherein the impedance setpoint is determined based at least in part on the baseline impedance. measuring an actual impedance of a circuit in electrical communication with an electrode, the electrode arranged to deliver a corona discharge to the combustion chamber, determining an impedance setpoint, comparing the actual impedance to the impedance setpoint, and adjusting the actual impedance based at least in part on the comparison between the actual impedance and the impedance setpoint, characterized by measuring a baseline impedance at a low input voltage of the circuit where corona discharge has not yet begun, wherein the impedance setpoint is determined based at least in part on the baseline impedance.
A yarn joining device comprising: a pipe-shaped first untwisting section with a first air blowing hole formed therein for passing air to generate an air current inside thereof that acts on a first yarn (10;82) and untwists the first yarn (10;82); a pipe-shaped second untwisting section, with at least one second air blowing hole formed therein for passing air to generate an air current inside thereof that acts on a second yarn (10;82) and untwists the second yarn (10;82); and a yarn joining section that joins the first yarn (10;82) untwisted by the first untwisting section and the second yarn (10;82) untwisted by the second untwisting section, characterized in that the second untwisting section has different physical properties than that of the first untwisting section. a pipe-shaped first untwisting section with a first air blowing hole formed therein for passing air to generate an air current inside thereof that acts on a first yarn (10;82) and untwists the first yarn (10;82); a pipe-shaped second untwisting section, with at least one second air blowing hole formed therein for passing air to generate an air current inside thereof that acts on a second yarn (10;82) and untwists the second yarn (10;82); and a yarn joining section that joins the first yarn (10;82) untwisted by the first untwisting section and the second yarn (10;82) untwisted by the second untwisting section, characterized in that the second untwisting section has different physical properties than that of the first untwisting section.
A mains-powered electrical system, comprising: a power sensing unit comprising, • an antenna, adapted to be mounted on or near a mains cable of the electrical system, for providing, in use, an induced signal when the mains cable is conveying electrical power and • an analog signal processing circuit, coupled to the antenna, for receiving the induced signal and outputting a power sense signal, indicative of whether or not the mains cable is conveying electrical power; processing circuitry; a plurality of circuitry units; user interface (Ul) circuitry; characterized in that the processing circuitry is coupled to the power sensing unit and to the plurality of circuitry units, and wherein the processing circuitry is programmed for receiving a first user input signal (POWER OFF) from the user interface circuitry; and transmitting a first control signal to one or more of said plurality of circuitry units if the power sense signal (114, 118) indicates that the mains cable is not conveying electrical power, thereby disabling one or each of the plurality of said circuitry units. a power sensing unit comprising, • an antenna, adapted to be mounted on or near a mains cable of the electrical system, for providing, in use, an induced signal when the mains cable is conveying electrical power and • an analog signal processing circuit, coupled to the antenna, for receiving the induced signal and outputting a power sense signal, indicative of whether or not the mains cable is conveying electrical power; • an antenna, adapted to be mounted on or near a mains cable of the electrical system, for providing, in use, an induced signal when the mains cable is conveying electrical power and • an analog signal processing circuit, coupled to the antenna, for receiving the induced signal and outputting a power sense signal, indicative of whether or not the mains cable is conveying electrical power; processing circuitry; a plurality of circuitry units; user interface (Ul) circuitry; characterized in that the processing circuitry is coupled to the power sensing unit and to the plurality of circuitry units, and wherein the processing circuitry is programmed for receiving a first user input signal (POWER OFF) from the user interface circuitry; and transmitting a first control signal to one or more of said plurality of circuitry units if the power sense signal (114, 118) indicates that the mains cable is not conveying electrical power, thereby disabling one or each of the plurality of said circuitry units.
A frame assembly for supporting a printing screen, the frame assembly comprising: a frame unit to which a printing screen is in use supported; and a screen loading mechanism for loading a printing screen into and unloading a printing screen from the frame unit; characterized in that: the screen loading mechanism comprises a screen loading member which is adapted to receive and support a printing screen in a screen-receiving position which is spaced from the frame unit and in which a printing screen can be loaded into or removed from the screen loading member, and the screen loading member is movably coupled to the frame unit between the screen-receiving position and a loaded position which is spaced from the screen-receiving position and in which the printing screen is moved towards the frame unit and loaded into the frame unit, and at least one actuator element which is coupled to the screen loading member and actuatable to move the screen loading member between the screen-receiving and loaded positions. a frame unit to which a printing screen is in use supported; and a screen loading mechanism for loading a printing screen into and unloading a printing screen from the frame unit; characterized in that: the screen loading mechanism comprises a screen loading member which is adapted to receive and support a printing screen in a screen-receiving position which is spaced from the frame unit and in which a printing screen can be loaded into or removed from the screen loading member, and the screen loading member is movably coupled to the frame unit between the screen-receiving position and a loaded position which is spaced from the screen-receiving position and in which the printing screen is moved towards the frame unit and loaded into the frame unit, and at least one actuator element which is coupled to the screen loading member and actuatable to move the screen loading member between the screen-receiving and loaded positions.
A turbogenerator rotor, the rotor comprising a rotor body, the rotor body having two axial ends, wherein the rotor further comprises a trunnion axially extending from each axial end of the rotor body, the rotor further comprising at least one baffle assembly provided on the circumference of the rotor body, which baffle assembly comprises at least one baffle member, characterized in that at least one baffle member of the baffle assembly is reversibly attached to the rotor body, wherein reversibly attached means that the at least one baffle member is nondestructively removable from the rotor body, wherein a radial gap is provided between the at least one baffle member and the rotor body, and a gasket is provided between the at least one baffle member and the rotor body, whereby the gap between the baffle member and the rotor body is closed. the rotor further comprising at least one baffle assembly provided on the circumference of the rotor body, which baffle assembly comprises at least one baffle member, characterized in that at least one baffle member of the baffle assembly is reversibly attached to the rotor body, wherein reversibly attached means that the at least one baffle member is nondestructively removable from the rotor body, wherein a radial gap is provided between the at least one baffle member and the rotor body, and a gasket is provided between the at least one baffle member and the rotor body, whereby the gap between the baffle member and the rotor body is closed.
A heatshield comprising: a honeycomb core comprising a plurality of intersecting wall portions that form a plurality of cells; and a material that is the reaction product of: a binder; a curing agent; and a zinc pyrithione represented by Formula: wherein R 1, R 2, R 3, R 4, R 5, R 6, R 7, and R 8 are independently selected from the group consisting of hydrogen, alkyl, cycloalkyl, alkoxyl, hydroxyl, aryl, and heterocyclyl; and wherein the material further comprises cork. a binder; a curing agent; and a zinc pyrithione represented by Formula: wherein R 1, R 2, R 3, R 4, R 5, R 6, R 7, and R 8 are independently selected from the group consisting of hydrogen, alkyl, cycloalkyl, alkoxyl, hydroxyl, aryl, and heterocyclyl; and wherein the material further comprises cork. wherein R 1, R 2, R 3, R 4, R 5, R 6, R 7, and R 8 are independently selected from the group consisting of hydrogen, alkyl, cycloalkyl, alkoxyl, hydroxyl, aryl, and heterocyclyl; and wherein the material further comprises cork.
Screw for screwing into a drill hole in a material, the screw comprising a. a substantially cylindrical core, having a central longitudinal axis and having a core diameter (D K), b. a cutting thread, which is formed integrally with the core, extends along a cutting-thread portion (A SG) and has a cutting-thread outer diameter (DsG), for insertion into the material, the cutting-thread portion (A SG) extending from an insertion end of the core, the cutting-thread portion (A SG) being followed along the central longitudinal axis by a bearing-thread portion (A TG), a threadless shank portion (A SCH) and a head portion (A K), the bearing-thread portion (A TG) having a bearing thread, c. a cutting element (lOd), which is arranged on the cutting thread and protrudes from the cutting thread, and d. a support element, formed integrally with the core, for supporting the screw in the drill hole, characterised in that the support element is realized as a support thread having a support-thread flank angle (b), the support thread is realized substantially as a thickening, of flanks of the bearing thread that extends to a limited extent along the central longitudinal axis, the support element is provided exclusively within the bearing-thread portion (A TG). a. a substantially cylindrical core, having a central longitudinal axis and having a core diameter (D K), b. a cutting thread, which is formed integrally with the core, extends along a cutting-thread portion (A SG) and has a cutting-thread outer diameter (DsG), for insertion into the material, the cutting-thread portion (A SG) extending from an insertion end of the core, the cutting-thread portion (A SG) being followed along the central longitudinal axis by a bearing-thread portion (A TG), a threadless shank portion (A SCH) and a head portion (A K), the bearing-thread portion (A TG) having a bearing thread, c. a cutting element (lOd), which is arranged on the cutting thread and protrudes from the cutting thread, and d. a support element, formed integrally with the core, for supporting the screw in the drill hole,
Method of testing the silanization of light-coloured fillers, wherein a mixture comprising at least one silanized light-coloured filler from the group of the silicas, preferably the precipitated silicas, or the dual-phase fillers, and at least one rubber is extruded, the extrudate is subjected to ultrasound waves within a frequency range from 4 to 10 MHz, preferably from 5 to 7 MHz, and the signal intensity of the ultrasound waves is determined after transmission through the extrudate.
Method for determining the spreading pattern in an agricultural centrifugal spreader, wherein the centrifugal spreader has • a first sensor (10.1), in particular a radar sensor, for contactlessly determining a first variable that is proportional to the flying speed and/or throwing distance of the ejected spreading material following ejection from the spreading disc and/or discs (2.1), characterized in that the centrifugal spreader also has • a wind sensor for determining the wind direction and/or the wind strength, wherein, to reduce the influence of wind strength and/or wind direction on the determination of the spreading pattern, the determined first variable and at least one second determined variable are taken into account, wherein • a measured value, which has been adjusted with regard to the wind influence, for the throwing distance is determined, • the determined wind direction and/or wind strength are/is taken into account as second determined variable when determining the spreading pattern. • a first sensor (10.1), in particular a radar sensor, for contactlessly determining a first variable that is proportional to the flying speed and/or throwing distance of the ejected spreading material following ejection from the spreading disc and/or discs (2.1), characterized in that the centrifugal spreader also has • a wind sensor for determining the wind direction and/or the wind strength, wherein, to reduce the influence of wind strength and/or wind direction on the determination of the spreading pattern, the determined first variable and at least one second determined variable are taken into account, wherein • a measured value, which has been adjusted with regard to the wind influence, for the throwing distance is determined, • the determined wind direction and/or wind strength are/is taken into account as second determined variable when determining the spreading pattern.
Method of levelling hair colour comprising at least two parts wherein one part being the part not closer to scalp which is artificially colour changed to a lighter colour by means of lightening and/or colouring and/or bleaching than the other part closer to scalp which is undamaged and has its natural colour, wherein hair is optionally shampooed and optionally towel dried and the part directly at the scalp, undamaged and has its natural colour, is applied a composition resulting from mixing two compositions, A and B, prior to application, wherein composition A comprises at least one oxidizing agent and has an acidic pH between 2 and 5 and composition B comprises at least one an in-situ formed ammonium or substituted ammonium salt selected from oleic or linoleic acids, wherein the substituted ammonium is a compound according to general structure R 1 R 2 R 3 N wherein R 1, R 2 and R 3 are same or different H, C 1 - C 6 alkyl, C 1 - C 6 monohydroxyalkyl or C 2 - C 6 polyhydroxyalkyl with the condition that at least one of R 1, R 2 and R 3 is a mono or polyhydroxyalkyl, and one or more amphoteric surfactants at a total concentration between 5 and 30% by weight, calculated to total of the composition B, wherein the amphoteric surfactants comprise betaine type of surfactants and having a pH between 5 and 12, processed for up to 10 min, at a temperature between 20 and 45°C, and rinsed off from hair and hair is optionally dried.