mhurhangee/patent-ind-claim-en huggingface dataset:
A valve plate for a slide gate, wherein: the valve plate has a heptagonal shape including a first long side and a second long side extending parallel to each other on opposite sides of the valve plate, a first short side and a second short side slantingly contacting one end of the first long side and one end of the second long side, respectively, a third short side connecting the first short side and the second short side, and a fourth short side and a fifth short side slantingly contacting the other ends of the first long side and the second long side, respectively, and the valve plate is symmetrical with reference to a central line parallel to the first long side and the second long side while maintaining the same distance from the first long side and the second long side and an orifice is formed on the central line, wherein a respective virtual right-angled triangle having each of the fourth short side and the fifth short side as an oblique side is configured on the valve plate, and the right-angled triangle has a bottom side having a length k1 and a height having a length of k2; and wherein the fourth short side and the fifth short side are formed to satisfy the following condition: 1.5 ≤ k 1 / k 2 ≤ 2.75 . the valve plate has a heptagonal shape including a first long side and a second long side extending parallel to each other on opposite sides of the valve plate, a first short side and a second short side slantingly contacting one end of the first long side and one end of the second long side, respectively, a third short side connecting the first short side and the second short side, and a fourth short side and a fifth short side slantingly contacting the other ends of the first long side and the second long side, respectively, and the valve plate is symmetrical with reference to a central line parallel to the first long side and the second long side while maintaining the same distance from the first long side and the second long side and an orifice is formed on the central line, wherein a respective virtual right-angled triangle having each of the fourth short side and the fifth short side as an oblique side is configured on the valve plate, and the right-angled triangle has a bottom side having a length k1 and a height having a length of k2; and wherein the fourth short side and the fifth short side are formed to satisfy the following condition: 1.5 ≤ k 1 / k 2 ≤ 2.75 .
Thermal insulation body comprising a thermally insulating core having holes filled with a capillary-active material, wherein the thermally insulating core is capillary-inactive and the capillary-active material in the holes comprises capillary-active wicks, characterized in that the cross-sectional area of the capillary-active wicks is from 0.001 to 1 mm 2 .
Entangled-type carbon nanotubes which have a bulk density of 31 kg/m 3 to 85 kg/m 3 and satisfy the following Equation 1: 1.37 ≤ X / Y ≤ 2.05 wherein, in Equation 1, X denotes a tap density (units: kg/m 3 ) of the entangled-type carbon nanotubes measured in accordance with ASTM B527-06, and Y denotes a bulk density (units: kg/m 3 ) of the entangled-type carbon nanotubes. wherein, in Equation 1, X denotes a tap density (units: kg/m 3 ) of the entangled-type carbon nanotubes measured in accordance with ASTM B527-06, and Y denotes a bulk density (units: kg/m 3 ) of the entangled-type carbon nanotubes.
A protein comprising a D Domain (DD) target binding domain wherein the DD specifically binds B Cell Maturation Antigen (BCMA) and comprises an amino acid sequence having at least 87% sequence identity to SEQ ID NO: 168.
An air quality system comprising: an air precleaner having a precleaner housing and a filter disposed inside the precleaner housing ; a filter identification component positioned within the precleaner housing at a first position, the filter identification component being mounted on the filter ; and a control module positioned within the precleaner housing at a second position and being configured to: emit an electrical field; and communicate with the filter identification component via the emitted electrical field; wherein the control module has a first antenna mounted in the precleaner housing and having a horseshoe shape; the filter identification component has a second antenna , and the control module is configured to: emit the electrical field via the first antenna ; and communicate with the filter identification component by exchanging data between the first and second antennas . an air precleaner having a precleaner housing and a filter disposed inside the precleaner housing ; a filter identification component positioned within the precleaner housing at a first position, the filter identification component being mounted on the filter ; and a control module positioned within the precleaner housing at a second position and being configured to: emit an electrical field; and communicate with the filter identification component via the emitted electrical field; emit an electrical field; and communicate with the filter identification component via the emitted electrical field; emit the electrical field via the first antenna ; and communicate with the filter identification component by exchanging data between the first and second antennas .
An image processing apparatus, comprising: a sheet feed cassette capable of being pulled out from an apparatus main body ; an operation lever , arranged at the side of the sheet feed cassette, configured to move rotationally around a shaft positioned at the middle of the length in a pull-out direction; a sliding section arranged at the rear side in the pull-out direction with respect to the shaft in the operation lever; a sheet lifting and lowering tray configured to hold a sheet and adjust an inclination thereof in conjunction with the operation lever; and a main body rail section , arranged in the apparatus main body, configured to guide running of the sliding section at the time of pulling out the sheet feed cassette, characterized in that the main body rail section is formed in a curved shape protruding upward. a sheet feed cassette capable of being pulled out from an apparatus main body ; an operation lever , arranged at the side of the sheet feed cassette, configured to move rotationally around a shaft positioned at the middle of the length in a pull-out direction; a sliding section arranged at the rear side in the pull-out direction with respect to the shaft in the operation lever; a sheet lifting and lowering tray configured to hold a sheet and adjust an inclination thereof in conjunction with the operation lever; and a main body rail section , arranged in the apparatus main body, configured to guide running of the sliding section at the time of pulling out the sheet feed cassette, characterized in that the main body rail section is formed in a curved shape protruding upward.
A compressor for compressing a fluid, comprising: a housing having an inlet for receiving the fluid and an outlet returning the fluid; a compressor mechanism adapted to compress a fluid toward the outlet , the compressor mechanism housed in the housing ; a drive unit operatively connected to the compressor mechanism for driving the compression mechanism to compress fluid; a suction duct in the housing having an inlet region arranged over the inlet of the housing ; a screen in the inlet region integrally bonded to the suction duct ; characterized in that the suction duct comprises plastic material, at least a portion of the plastic material is thermally deformed to thereby integrally bond the screen to the suction duct and that the suction duct includes a ring body having a window and a recessed ledge and providing a pocket in the ring body , the recessed ledge surrounds the window , and the screen is situated along the recessed ledge . a housing having an inlet for receiving the fluid and an outlet returning the fluid; a compressor mechanism adapted to compress a fluid toward the outlet , the compressor mechanism housed in the housing ; a drive unit operatively connected to the compressor mechanism for driving the compression mechanism to compress fluid; a suction duct in the housing having an inlet region arranged over the inlet of the housing ; a screen in the inlet region integrally bonded to the suction duct ; characterized in that the suction duct comprises plastic material, at least a portion of the plastic material is thermally deformed to thereby integrally bond the screen to the suction duct and that the suction duct includes a ring body having a window and a recessed ledge and providing a pocket in the ring body , the recessed ledge surrounds the window , and the screen is situated along the recessed ledge .
Method for producing a housing of an energy collection device by means of additive manufacture, in particular by means of 3D dispensing, comprising at least the following method steps: a) producing a layer construction of the housing in a spatial direction , b) creating fixing regions for energy collection structures , bending beams , comb structures with at least one additional mass , separating levels and at least one printed circuit board by additive layer construction while carrying out method step a), c) materially joining the components, mentioned in method step b), in the fixing regions by arranging the components between UV-precrosslinked levels produced by additive layer construction and wet layers in the layer construction . a) producing a layer construction of the housing in a spatial direction , b) creating fixing regions for energy collection structures , bending beams , comb structures with at least one additional mass , separating levels and at least one printed circuit board by additive layer construction while carrying out method step a), c) materially joining the components, mentioned in method step b), in the fixing regions by arranging the components between UV-precrosslinked levels produced by additive layer construction and wet layers in the layer construction .
A rotor for a vertical axis wind turbine comprising: first and second blades connected to one another and arranged to rotate around an axis ; wherein the first and second blades are disposed 180° apart with respect to one another and are offset from the axis in a radial direction; wherein an inner edge of each blade is spaced radially inwardly from an outer edge of the opposing blade to form a pair of diametrically opposed openings which open in opposite directions; wherein each of the first and second blades comprises a first curved section and a second oppositely curved section , the first and second curved sections being separated by a point of inflection ; and wherein the first and second curved sections of the first and second blades overlap one another to form a passageway between the first and second blades which extends between the openings ; wherein each of the first and second curved sections has a radius of curvature which is greater than or equal to the radius of the cylindrical volume swept by the first curved sections , and characterized in that each of the first and second curved sections has a radius of curvature which is greater than or equal to the radius of the maximum cylindrical volume swept by the blades . first and second blades connected to one another and arranged to rotate around an axis ; wherein the first and second blades are disposed 180° apart with respect to one another and are offset from the axis in a radial direction; wherein an inner edge of each blade is spaced radially inwardly from an outer edge of the opposing blade to form a pair of diametrically opposed openings which open in opposite directions; wherein each of the first and second blades comprises a first curved section and a second oppositely curved section , the first and second curved sections being separated by a point of inflection ; and wherein the first and second curved sections of the first and second blades overlap one another to form a passageway between the first and second blades which extends between the openings ; wherein each of the first and second curved sections has a radius of curvature which is greater than or equal to the radius of the cylindrical volume swept by the first curved sections , and characterized in that each of the first and second curved sections has a radius of curvature which is greater than or equal to the radius of the maximum cylindrical volume swept by the blades .
A passive wireless sensor , comprising: an antenna that receives a combined signal that comprises a generally low frequency modulating signal modulated on a generally high frequency carrier wave ; a demodulator that receives the combined signal and extracts the modulating signal ; a sensor that produces an output signal with a time delay indicative of a property to be sensed; and characterized by : the sensor receives the extracted modulating signal , and the passive wireless sensor is further comprising a modulator that receives the output signal and the generally high frequency carrier wave and modulates the output signal onto the high frequency carrier wave , to create a combined output signal which is broadcast by the antenna . an antenna that receives a combined signal that comprises a generally low frequency modulating signal modulated on a generally high frequency carrier wave ; a demodulator that receives the combined signal and extracts the modulating signal ; a sensor that produces an output signal with a time delay indicative of a property to be sensed; and characterized by : the sensor receives the extracted modulating signal , and the passive wireless sensor is further comprising a modulator that receives the output signal and the generally high frequency carrier wave and modulates the output signal onto the high frequency carrier wave , to create a combined output signal which is broadcast by the antenna .
A rotor securing jig that secures in an axial direction a rotor extending along an axis (Da) inside a container , comprising: a first member that is able to be secured to a first end portion of the rotor , which is an end portion of the rotor on a first side in the axial direction; a second member that is connected to the first member so as to be relatively movable in the axial direction with respect to the first member ; and a third member that is able to be secured to the container , and has a first abutting surface facing a second side (B) in the axial direction, which is an opposite side to the first side (A), and configured to abut the first member , and a second abutting surface facing the first side (A) and configured to abut the second member . a first member that is able to be secured to a first end portion of the rotor , which is an end portion of the rotor on a first side in the axial direction; a second member that is connected to the first member so as to be relatively movable in the axial direction with respect to the first member ; and a third member that is able to be secured to the container , and has a first abutting surface facing a second side (B) in the axial direction, which is an opposite side to the first side (A), and configured to abut the first member , and a second abutting surface facing the first side (A) and configured to abut the second member .
A system for applying electric current to tissue of a subject , comprising: a current source generator ; a catheter having a distal tip configured to apply electric current to the tissue; and a processor , configured to: calculate an estimated depth of penetration into the tissue of the distal tip of the catheter , select a predefined function of time from multiple predefined functions of time, responsively to the estimated depth of penetration, and drive the current source generator to supply an electric current having an amplitude that varies in accordance with the predefined function of time, such that the amplitude initially monotonically increases to a maximum value. a current source generator ; a catheter having a distal tip configured to apply electric current to the tissue; and a processor , configured to: calculate an estimated depth of penetration into the tissue of the distal tip of the catheter , select a predefined function of time from multiple predefined functions of time, responsively to the estimated depth of penetration, and drive the current source generator to supply an electric current having an amplitude that varies in accordance with the predefined function of time, such that the amplitude initially monotonically increases to a maximum value. calculate an estimated depth of penetration into the tissue of the distal tip of the catheter , select a predefined function of time from multiple predefined functions of time, responsively to the estimated depth of penetration, and drive the current source generator to supply an electric current having an amplitude that varies in accordance with the predefined function of time, such that the amplitude initially monotonically increases to a maximum value.
A non-shortening wrapped catheter balloon comprising a balloon having a longitudinal axis, said balloon comprising at least one radial wrap layer wrapped around the longitudinal axis in an essentially circumferential direction with respect to the longitudinal axis; at least one base wrap layer provided around the longitudinal axis in an essentially longitudinal direction; and at least one helical wrap layer oriented helically at an angle to the longitudinal axis that is between that of the at least one radial wrap layer and that of the at least one base wrap layer.
A device for applying a product , comprising a frame in which a product conduit is provided, the frame defining a longitudinal bore , the application device comprising a needle mounted in the longitudinal bore , the application device comprising a product application valve formed by a nozzle provided on the frame and a shutter provided at one end of the needle located in the product conduit , the needle being configured so as to be moved along a longitudinal axis (X3) between a position in which the application valve is closed and a position in which it is open, wherein the application device comprises a stop (60; 40) fixed in relation to the needle , and a stop , fixed in relation to the frame , configured to limit the return of the needle to its closed position to an intermediate position between the closed position and the open position, by interaction with the stop (60; 40) fixed in relation to the needle , the stop fixed in relation to the frame having an adjustable position, the stop fixed in relation to the frame being formed by at least one cam , the application device comprising an actuator for adjusting the position of the cam , characterized in that the position of the cam is rotatably adjustable about an adjustment axis (X62) parallel to the longitudinal axis (X3) of the needle , and in that the cam thickness increases around the adjustment axis.
An oral pharmaceutical composition for use in reducing cardiovascular-related disease symptoms relative to baseline with minimal incidence of one or more of eructation, abdominal discomfort, nausea, diarrhea, or fishy odor comprising an enteric soft capsule shell consisting essentially of (weight percentages): 25% to 40% gelatin; 9% to 11% acrylic and methacrylic acid copolymers; 10% to 20% glycerol; 1% to 3% triethyl citrate; 1% to 4% ammonium hydroxide; and at least 19% water; and wherein the shell encapsulates a fill comprising from 70% to 99% by weight eicosapentaenoic free fatty acid (EPA) of all the fatty acids present; and upon administration to a subject, the subject exhibits a mean plasma EPA C max of 100 mg/L to 250 mg/L. 25% to 40% gelatin; 9% to 11% acrylic and methacrylic acid copolymers; 10% to 20% glycerol; 1% to 3% triethyl citrate; 1% to 4% ammonium hydroxide; and at least 19% water; and wherein the shell encapsulates a fill comprising from 70% to 99% by weight eicosapentaenoic free fatty acid (EPA) of all the fatty acids present; and upon administration to a subject, the subject exhibits a mean plasma EPA C max of 100 mg/L to 250 mg/L.
Method for harvesting and post-production packaging of leafy crops by hydroponic technique comprising the steps of: - spraying a plurality of vital plants such to create a water film on leaves to keep them hydrated, said plants being anchored by their respective roots to a supporting substrate ; - gradually pre-cooling the vital plants at a temperature lower than or equal to +5 °C within a period of about 12 hours, in order to slow down their development and ripening; - cutting and separating the plants from the supporting substrate and from roots. - packaging the plants at a temperature not higher than 5 °C. - spraying a plurality of vital plants such to create a water film on leaves to keep them hydrated, said plants being anchored by their respective roots to a supporting substrate ; - gradually pre-cooling the vital plants at a temperature lower than or equal to +5 °C within a period of about 12 hours, in order to slow down their development and ripening; - cutting and separating the plants from the supporting substrate and from roots. - packaging the plants at a temperature not higher than 5 °C.
A voice communication method under a broadband and narrowband intercommunication environment, comprising: when a broadband terminal calls a narrowband terminal , the broadband terminal executing a reducing operation on an energy amplitude of voice data to obtain a reduced voice data packet, and sending the reduced voice data packet to the narrowband terminal for the narrowband terminal to play the reduced voice data packet, by the broadband terminal; and when the narrowband terminal calls the broadband terminal, the broadband terminal receiving a voice data packet, executing an amplifying operation on an energy amplitude of the voice data packet to obtain an amplified voice data packet, and playing the amplified voice data packet, by the broadband terminal. when a broadband terminal calls a narrowband terminal , the broadband terminal executing a reducing operation on an energy amplitude of voice data to obtain a reduced voice data packet, and sending the reduced voice data packet to the narrowband terminal for the narrowband terminal to play the reduced voice data packet, by the broadband terminal; and when the narrowband terminal calls the broadband terminal, the broadband terminal receiving a voice data packet, executing an amplifying operation on an energy amplitude of the voice data packet to obtain an amplified voice data packet, and playing the amplified voice data packet, by the broadband terminal.