mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting a residual current based on switching of working states of a magnetic core, the method comprising: step 1: configuring, by a control chip, a detection state to be a pure induction mode with no voltage, keeping the pure induction mode for t1ms; step 2: configuring, by the control chip, the detection state to be a mode of positive and negative saturation excitation square waves, keeping the mode of positive and negative saturation excitation square waves for t2ms; step 3: when a duration of each mode ends, outputting a characteristic quantity based on sampling data through an algorithm module, and processing the characteristic quantity by a software to complete a state determination for a current time instant; and step 4: in case of a sudden large current, using a state control module, adjusting the detection state to or maintaining it in a mode corresponding to the sudden large current; and the software performing processing after data collection is completed and processing performed by the algorithm module is completed. step 1: configuring, by a control chip, a detection state to be a pure induction mode with no voltage, keeping the pure induction mode for t1ms; step 2: configuring, by the control chip, the detection state to be a mode of positive and negative saturation excitation square waves, keeping the mode of positive and negative saturation excitation square waves for t2ms; step 3: when a duration of each mode ends, outputting a characteristic quantity based on sampling data through an algorithm module, and processing the characteristic quantity by a software to complete a state determination for a current time instant; and step 4: in case of a sudden large current, using a state control module, adjusting the detection state to or maintaining it in a mode corresponding to the sudden large current; and the software performing processing after data collection is completed and processing performed by the algorithm module is completed.
A system for adjusting a depth of a material bed in a pulverizer mill comprising: • a rotatable bowl having a surface operative to support the material bed while the rotatable bowl rotates such that particles of the material bed are pulverized against the surface by one or more grinding rollers of the pulverizer mill , and characterized in that the system further comprises: • an extension ring disposed about a circumference of the rotatable bowl extending away from the surface and operative to define the depth of the material bed with respect to the surface , and • an extension mechanism operative to adjust the rotatable bowl while the rotatable bowl rotates, and wherein adjusting the rotatable bowl via the extension mechanism moves the extension ring in relation to the surface so as to adjust the depth of the material bed . • a rotatable bowl having a surface operative to support the material bed while the rotatable bowl rotates such that particles of the material bed are pulverized against the surface by one or more grinding rollers of the pulverizer mill , and • an extension ring disposed about a circumference of the rotatable bowl extending away from the surface and operative to define the depth of the material bed with respect to the surface , and • an extension mechanism operative to adjust the rotatable bowl while the rotatable bowl rotates, and
A fluorescence photometer comprising: a photometer unit including at least a light source , an excitation-side spectroscope that separates light emitted from the light source to generate excitation light, and a fluorescence-side spectroscope that separates fluorescent light emitted from a sample (S) that is irradiated with the excitation light to generate monochromatic light; and a light-guiding member configured to guide the excitation light to the sample (S) placed outside the photometer unit and to guide the fluorescent light emitted from the sample (S) to the photometer unit , wherein the light-guiding member comprises an imaging unit to capture an image of the sample (S), an excitation light-guiding member arranged around the imaging unit and configured to guide the excitation light such that the excitation light is incident on the sample (s), and a fluorescent light-guiding member arranged around the imaging unit and configured to guide the fluorescent light emitted from the sample (S) to the photometer unit , and the excitation light-guiding member and the fluorescent light-guiding member are arranged to surround the imaging unit , characterized in that the excitation-side spectroscope is configured to continuously separate the generated light into arbitrary monochromatic lights in order to vary a wavelength of the excitation light. a photometer unit including at least a light source , an excitation-side spectroscope that separates light emitted from the light source to generate excitation light, and a fluorescence-side spectroscope that separates fluorescent light emitted from a sample (S) that is irradiated with the excitation light to generate monochromatic light; and a light-guiding member configured to guide the excitation light to the sample (S) placed outside the photometer unit and to guide the fluorescent light emitted from the sample (S) to the photometer unit , wherein the light-guiding member comprises an imaging unit to capture an image of the sample (S), an excitation light-guiding member arranged around the imaging unit and configured to guide the excitation light such that the excitation light is incident on the sample (s), and a fluorescent light-guiding member arranged around the imaging unit and configured to guide the fluorescent light emitted from the sample (S) to the photometer unit , and the excitation light-guiding member and the fluorescent light-guiding member are arranged to surround the imaging unit , characterized in that the excitation-side spectroscope is configured to continuously separate the generated light into arbitrary monochromatic lights in order to vary a wavelength of the excitation light.
Powder press having a tool structure which has a conical lower punch (UE1, UE2, UE3) with lower punches (UE1, UE2, UE3) nested in one another, wherein each lower punch (UE1, UE2, UE3) has a cylindrical longitudinal extent, which is guided through a die (M), wherein each longitudinal extent is adjoined by a conical enlargement, wherein a respective cone angle of the lower punches (UE1, UE2, UE3) increases from the inside out; characterized in that that each lower punch (UE1, UE2, UE3) ist produced in one piece.
An electronic device , comprising: a housing including a front plate , a rear plate , and a side member that surrounds a space between the front plate and the rear plate ; a touch screen display disposed between the front plate and the rear plate ; at least one through-hole formed, when seen from the front plate , through the front plate between a portion of the side member and the touch screen display; a speaker module disposed between the front plate and the rear plate , including an acoustic generation surface which, when seen from the front plate , faces the front plate ; and an internal structure disposed between the front plate and the acoustic generation surface configured to receive the speaker module , wherein the internal structure and the acoustic generation surface together form a space , acoustically connected to the through-hole , wherein the internal structure comprises a surface facing the acoustic generation surface , and wherein the surface of the internal structure comprises a plurality of areas, each of the plurality of areas including a different clearance from the acoustic generation surface . a housing including a front plate , a rear plate , and a side member that surrounds a space between the front plate and the rear plate ; a touch screen display disposed between the front plate and the rear plate ; at least one through-hole formed, when seen from the front plate , through the front plate between a portion of the side member and the touch screen display; a speaker module disposed between the front plate and the rear plate , including an acoustic generation surface which, when seen from the front plate , faces the front plate ; and an internal structure disposed between the front plate and the acoustic generation surface configured to receive the speaker module , wherein the internal structure and the acoustic generation surface together form a space , acoustically connected to the through-hole , wherein the internal structure comprises a surface facing the acoustic generation surface , and wherein the surface of the internal structure comprises a plurality of areas, each of the plurality of areas including a different clearance from the acoustic generation surface .
Processing machine for preferably plate-like workpieces, which are made in particular at least partly of wood, wood materials, plastic, composite material or the like, having: a flowed-through pipe section for conducting a gaseous fluid flow , which is in connection with a processing area of the processing machine; a sensor arranged outside the flowed-through pipe section for detecting amplitudes of a harmonic natural frequency in the area of the pipe section , a control unit which is configured to perform a vibration analysis of a signal of the sensor and based on the result of the vibration analysis to make a connection between the signal of the sensor and a volume flow of the gaseous fluid flow inside the pipe section . a flowed-through pipe section for conducting a gaseous fluid flow , which is in connection with a processing area of the processing machine; a sensor arranged outside the flowed-through pipe section for detecting amplitudes of a harmonic natural frequency in the area of the pipe section , a control unit which is configured to perform a vibration analysis of a signal of the sensor and based on the result of the vibration analysis to make a connection between the signal of the sensor and a volume flow of the gaseous fluid flow inside the pipe section .
An aqueous coating composition comprising: first solid polymeric particles selected from the group consisting of: multi-stage graded refractive index (grin) composition copolymer particles having an average diameter of 0.60-0.99 μm, multi-stage copolymer particles having an average diameter of 0.60-0.99 μm and a rubbery core having a calculated glass transition temperature (T g ) of 20° C. or less, and mixtures thereof; and, second solid polymeric particles having a calculated Tg of from -60°C to 120°C and an average particle diameter of from 50 nm to 500 nm; wherein the dry weight ratio of said first solid polymeric particles to said second solid polymeric particles is from 0.15:1 to 10:1; and said aqueous coating composition comprises less than 10% by volume, inorganic extender particles. first solid polymeric particles selected from the group consisting of: multi-stage graded refractive index (grin) composition copolymer particles having an average diameter of 0.60-0.99 μm, multi-stage copolymer particles having an average diameter of 0.60-0.99 μm and a rubbery core having a calculated glass transition temperature (T g ) of 20° C. or less, and mixtures thereof; and, second solid polymeric particles having a calculated Tg of from -60°C to 120°C and an average particle diameter of from 50 nm to 500 nm; wherein the dry weight ratio of said first solid polymeric particles to said second solid polymeric particles is from 0.15:1 to 10:1; and said aqueous coating composition comprises less than 10% by volume, inorganic extender particles.
Solar energy concentrating roof module , comprising a support device , a reflector device arranged on the support device , the reflector device having a concave, parabolic cylindric upper surface, the parabolic cylindric upper surface having a focal axis , at least one pipe retaining device , configured to retain a straight pipe portion in alignment with the focal axis , the roof module having a first and a second longitudinal edges and a first and a second transversal edges, the roof module further comprising connection profiles provided at the longitudinal edges , each connection profile enabling connection to a longitudinal edge of another roof module characterised in that connection profiles are also provided at the transversal edges , and in that all connection profiles, both at longitudinal and transversal edges, are arranged to provide waterproof connections between the roof modules . a support device , a reflector device arranged on the support device , the reflector device having a concave, parabolic cylindric upper surface, the parabolic cylindric upper surface having a focal axis , at least one pipe retaining device , configured to retain a straight pipe portion in alignment with the focal axis , the roof module having a first and a second longitudinal edges and a first and a second transversal edges, the roof module further comprising connection profiles provided at the longitudinal edges , each connection profile enabling connection to a longitudinal edge of another roof module characterised in that connection profiles are also provided at the transversal edges , and in that all connection profiles, both at longitudinal and transversal edges, are arranged to provide waterproof connections between the roof modules .
Heat dissipation insert comprising an insert heat pipe and a heat coupling-in element, wherein the heat coupling-in element consists to an extent of at least 50% by weight, preferably to an extent of at least 65% by weight, particularly preferably to an extent of at least 80% by weight, very particularly preferably to an extent of at least 95% by weight, of a thermally conductive thermoplastic composition having an in-plane thermal conductivity of 2 to 7 W/(m*K), and having a volume resistivity of more than 10 10 ohm*m, preferably of more than 10 12 ohm*m, particularly preferably of more than 10 13 ohm*m.
A shaped preform component for a face portion of a composite wheel , the shaped preform component having a hub that extends around a central axis (Y), the shaped preform component being formed from a cured composite fibre material, characterised in that the cured composite fibre material has a compressibility of < 2% volumetric under moulding conditions of 50 bar hydrostatic pressure and a temperature of 60 to 200 °C.
A self-sealing cuff that is implantable within a patient's body, comprising: base material defining a first end, a second end, and having a "C" shaped cross-section defining opposing edges extending between the first and second ends ; and first and second reinforcement members embedded within the base material , the first reinforcement member extending axially along a first length and including elements that extend at least partially around a circumference of the base material , the second reinforcement member extending axially along the first length and including elements that extend at least partially around the circumference of the base material , and the second reinforcement member spaced apart radially from the first reinforcement member, wherein the first and second reinforcement members comprise first and second zigzag members that extend axially along the first length and include alternating loops defining peaks and valleys that extend at least partially around the circumference of the tubular body, and wherein the first and second zigzag members are out of phase with one another such that peaks of the first zigzag member are disposed opposite valleys of the second zigzag member along the opposing edges . base material defining a first end, a second end, and having a "C" shaped cross-section defining opposing edges extending between the first and second ends ; and first and second reinforcement members embedded within the base material , the first reinforcement member extending axially along a first length and including elements that extend at least partially around a circumference of the base material , the second reinforcement member extending axially along the first length and including elements that extend at least partially around the circumference of the base material , and the second reinforcement member spaced apart radially from the first reinforcement member, wherein the first and second reinforcement members comprise first and second zigzag members that extend axially along the first length and include alternating loops defining peaks and valleys that extend at least partially around the circumference of the tubular body, and wherein the first and second zigzag members are out of phase with one another such that peaks of the first zigzag member are disposed opposite valleys of the second zigzag member along the opposing edges .
A method of manufacturing a full-color holographic optical element in a full-color holographic optical element manufacturing apparatus including a convex objective lens and a holographic recording medium located farther than a focal length of the lens , behind the lens in a single beam propagation direction, the method comprising: arranging a signal beam including a mixture of laser beams having wavelengths of red (R), green (G), and blue (B) to be incident on the lens ; and recording a hologram by using the divergent light field behind the focus of the lens as the signal beam in such a manner that the signal beam passing through the lens and a collimated reference beam including a mixture of laser beams having wavelengths of red (R), green (G) and blue (B) are arranged to be incident on the holographic recording medium , wherein the holographic recording medium is configured with a single medium comprising a single photopolymer layer, and wherein, when a time period during which a reaction does not occur from a time when the photopolymer is irradiated with the laser beams to a time when formation of the holographic grating is started is referred to as an inhibition period, the full-color holographic optical element manufacturing apparatus sets the intensities of the laser beams of red (R), green (G) and blue (B) so that the inhibition periods for the laser beams of red (R), green (G) and blue (B) are the same. arranging a signal beam including a mixture of laser beams having wavelengths of red (R), green (G), and blue (B) to be incident on the lens ; and recording a hologram by using the divergent light field behind the focus of the lens as the signal beam in such a manner that the signal beam passing through the lens and a collimated reference beam including a mixture of laser beams having wavelengths of red (R), green (G) and blue (B) are arranged to be incident on the holographic recording medium , wherein the holographic recording medium is configured with a single medium comprising a single photopolymer layer, and wherein, when a time period during which a reaction does not occur from a time when the photopolymer is irradiated with the laser beams to a time when formation of the holographic grating is started is referred to as an inhibition period, the full-color holographic optical element manufacturing apparatus sets the intensities of the laser beams of red (R), green (G) and blue (B) so that the inhibition periods for the laser beams of red (R), green (G) and blue (B) are the same.
A blade angle feedback assembly for an aircraft-bladed rotor , the rotor rotatable about a longitudinal axis (A) and having an adjustable blade pitch angle, the assembly comprising: a feedback device coupled to rotate with the rotor , the feedback device having a root surface having an edge (302 1 , 302 2 ); at least one position marker extending from the root surface ; and at least one sensor mounted adjacent the feedback device and configured to detect a passage of the at least one position marker as the feedback device rotates about the longitudinal axis (A), characterised in that : t he at least one position marker extends at least partially in a direction along the longitudinal axis (A) beyond the edge (302 1 , 302 2 ). a feedback device coupled to rotate with the rotor , the feedback device having a root surface having an edge (302 1 , 302 2 ); at least one position marker extending from the root surface ; and at least one sensor mounted adjacent the feedback device and configured to detect a passage of the at least one position marker as the feedback device rotates about the longitudinal axis (A), t he at least one position marker extends at least partially in a direction along the longitudinal axis (A) beyond the edge (302 1 , 302 2 ).
A user equipment, UE, configured for signaling UE capability for time division duplex, TDD, Carrier Aggregation, CA, comprising: a processor ; and memory in electronic communication with the processor ; instructions stored in the memory , the instructions being executable to: send, to a base station , information that independently indicates (a) one or more band combinations supported by the UE for inter-band TDD CA, and (b) whether the UE can support simultaneous transmission and reception on different bands for each band combination of the one or more band combinations. a processor ; and memory in electronic communication with the processor ; instructions stored in the memory , the instructions being executable to: send, to a base station , information that independently indicates (a) one or more band combinations supported by the UE for inter-band TDD CA, and (b) whether the UE can support simultaneous transmission and reception on different bands for each band combination of the one or more band combinations.
A rubber composition for tire comprising a rubber component that comprises an isoprene-based rubber and a styrene-butadiene rubber, silica whose content based on 100 parts by mass of the rubber component is greater than 50 parts by mass, and a plasticizing agent that comprises at least one of a resin and a liquid rubber, wherein, when an amount (% by mass) of the isoprene-based rubber in the rubber component is defined as A, an amount (% by mass) of the styrene-butadiene rubber in the rubber component is defined as B, an amount (part by mass) of the silica based on 100 parts by mass of the rubber component is defined as C, an amount (part by mass) of the resin and the liquid rubber based on 100 parts by mass of the rubber component is defined as D, and an amount (part by mass) of the plasticizing agent based on 100 parts by mass of the rubber component is defined as E, the A, B, C, D, and E satisfy the following inequalities , , and : A / B > 3.0 B / D < 3.0 C / E > 4.0 a rubber component that comprises an isoprene-based rubber and a styrene-butadiene rubber, silica whose content based on 100 parts by mass of the rubber component is greater than 50 parts by mass, and a plasticizing agent that comprises at least one of a resin and a liquid rubber,