mhurhangee/ep-ind-claims huggingface dataset:
A hollow: screw comprising: a head formed from a flat stock of sheet metal; an elongated and hollow shaft formed from the flat stock of sheet metal and integrally extending from the head, the elongated and hollow shaft including a shank portion and a threaded portion having a plurality of threads thereon; a rotational drive mechanism integrally formed from the flat stock of sheet metal and coupled with the head or at least a portion of the elongated and hollow shaft, and configured to facilitate tightening of the hollow screw by way of the threads; • characterized by the elongated and hollow shaft having a cap configured to prevent flow through the hollow screw; an integral washer formed from the flat stock of sheet metal and having an enlarged horizontal surface area radially extending outwardly from the head; and a captive washer positioned underneath the enlarged horizontal surface area and having an outer rim bent generally about an outer periphery of the integral washer at least partially sandwiching the integral washer therein, the captive washer being freely rotatable relative to the integral washer. a head formed from a flat stock of sheet metal; an elongated and hollow shaft formed from the flat stock of sheet metal and integrally extending from the head, the elongated and hollow shaft including a shank portion and a threaded portion having a plurality of threads thereon; a rotational drive mechanism integrally formed from the flat stock of sheet metal and coupled with the head or at least a portion of the elongated and hollow shaft, and configured to facilitate tightening of the hollow screw by way of the threads; • characterized by the elongated and hollow shaft having a cap configured to prevent flow through the hollow screw; an integral washer formed from the flat stock of sheet metal and having an enlarged horizontal surface area radially extending outwardly from the head; and a captive washer positioned underneath the enlarged horizontal surface area and having an outer rim bent generally about an outer periphery of the integral washer at least partially sandwiching the integral washer therein, the captive washer being freely rotatable relative to the integral washer.
An anode active material for a lithium secondary battery, comprising: a silicon alloy including: silicon; and at least two kinds of metals other than silicon, each having the heat of mixing with the silicon of -23 kJ/mol or less, wherein the heat of mixing represents heat generated or absorbed when mixing the silicon and the two kinds of metal other than the silicon in a molten state, and wherein the heat of mixing having minus value represents that the mixing reaction between silicon and the at least two kinds of metals other than the silicon in a molten state is an exothermic reaction, wherein the silicon alloy is represented by the following chemical formula 1: [Chemical formula 1] SixAyBz where each of A and B is independently Ti, La, Ce, or Ni, A and B are different from each other, and each of x, y, and z indicates atomic %, x+y+z=100, 70≤x, 0<y≤15, 0<z≤20, wherein the silicon alloy has a crystal size of a silicon phase of 5 nm to 20 nm, and the silicon alloy has an average particle size of 0.5 μm to 50 μm. silicon; and at least two kinds of metals other than silicon, each having the heat of mixing with the silicon of -23 kJ/mol or less, wherein the heat of mixing represents heat generated or absorbed when mixing the silicon and the two kinds of metal other than the silicon in a molten state, and wherein the heat of mixing having minus value represents that the mixing reaction between silicon and the at least two kinds of metals other than the silicon in a molten state is an exothermic reaction, wherein the silicon alloy is represented by the following chemical formula 1: [Chemical formula 1] SixAyBz where each of A and B is independently Ti, La, Ce, or Ni, A and B are different from each other, and each of x, y, and z indicates atomic %, x+y+z=100, 70≤x, 0<y≤15, 0<z≤20, wherein the silicon alloy has a crystal size of a silicon phase of 5 nm to 20 nm, and the silicon alloy has an average particle size of 0.5 μm to 50 μm.
A vehicle headlamp comprising: a support board; a light-emitting module supported on the support board; a control circuit section supported on the support board and configured to control a lighting of the light-emitting module; and a reflector including a reflecting face configured to reflect and collect the light emitted from the light-emitting module; wherein the control circuit section includes, on at least a part of the control circuit section, an opposing portion that is opposed to the reflecting face; the control circuit section is disposed on the same side of the support board on which the light-emitting module is disposed; the control circuit section is disposed below the reflector, in which position a portion of the control circuit section positioned below the reflecting face is the opposing portion; and the support board is configured to support the light-emitting module and the control circuit section so that the opposing portion is disposed at a position away from an optical path of light to be collected by the reflector, whereby light beams to be collected by the reflector cannot be blocked by the control circuit section; the vehicle headlamp being characterized by further comprisinga support member that supports the support board, wherein the support board is secured to the support member at a plurality of locations positioned on a straight line passing through a center of a light-emitting section of the light-emitting module so that the center of the light-emitting section is positioned between said locations. a support board; a light-emitting module supported on the support board; a control circuit section supported on the support board and configured to control a lighting of the light-emitting module; and a reflector including a reflecting face configured to reflect and collect the light emitted from the light-emitting module; wherein the control circuit section includes, on at least a part of the control circuit section, an opposing portion that is opposed to the reflecting face; the control circuit section is disposed on the same side of the support board on which the light-emitting module is disposed; the control circuit section is disposed below the reflector, in which position a portion of the control circuit section positioned below the reflecting face is the opposing portion; and the support board is configured to support the light-emitting module and the control circuit section so that the opposing portion is disposed at a position away from an optical path of light to be collected by the reflector, whereby light beams to be collected by the reflector cannot be blocked by the control circuit section; the vehicle headlamp being characterized by further comprisinga support member that supports the support board, wherein the support board is secured to the support member at a plurality of locations positioned on a straight line passing through a center of a light-emitting section of the light-emitting module so that the center of the light-emitting section is positioned between said locations.
A condition monitoring apparatus which monitors a condition of equipment including a rotor, the condition monitoring apparatus comprising: a storage configured to store a plurality of results obtained from a plurality of divided data strings, respectively, resulting from division of a data string obtained by sampling at a regular time interval of signals from sensors (71, 72, 73) provided in the equipment; and a calculator configured to estimate a plurality of rotation speeds corresponding to the plurality of divided data strings from the plurality of results accumulated in the storage, respectively, correct the plurality of divided data strings based on the plurality of rotation speeds, respectively, and generate a corrected data string by combining the plurality of corrected divided data strings, characterized in that the plurality of results are a plurality of frequency spectra corresponding to the plurality of divided data strings, respectively, and the calculator estimates, based on an evaluation value indicating a similarity in frequency spectrum between a first divided data string and a second divided data string among the plurality of divided data strings, a rotation speed during a period in which the second divided data string was obtained. a storage configured to store a plurality of results obtained from a plurality of divided data strings, respectively, resulting from division of a data string obtained by sampling at a regular time interval of signals from sensors (71, 72, 73) provided in the equipment; and a calculator configured to estimate a plurality of rotation speeds corresponding to the plurality of divided data strings from the plurality of results accumulated in the storage, respectively, correct the plurality of divided data strings based on the plurality of rotation speeds, respectively, and generate a corrected data string by combining the plurality of corrected divided data strings, characterized in that the plurality of results are a plurality of frequency spectra corresponding to the plurality of divided data strings, respectively, and the calculator estimates, based on an evaluation value indicating a similarity in frequency spectrum between a first divided data string and a second divided data string among the plurality of divided data strings, a rotation speed during a period in which the second divided data string was obtained.
A mobile terminal comprising: a touch screen; and a controller configured to: cause the touch screen to display a plurality of icons on a first background; cause the touch screen to display a second background in response to a first touch input received at the first background, the first touch input comprising selecting a first icon from the plurality of icons (S110, S120); execute a first function of a first application corresponding to the selected first icon and a second function of a second application in response to a second touch input received at the second background, the second touch input comprising moving the selected first icon to a specific location of the second background, the first function executed using information corresponding to the specific location, the second function executed according to predetermined information of the first icon; and cause the touch screen to display information corresponding to the executed second function on the second background, wherein the second background comprises an execution screen of the second application. a touch screen; and a controller configured to: cause the touch screen to display a plurality of icons on a first background; cause the touch screen to display a second background in response to a first touch input received at the first background, the first touch input comprising selecting a first icon from the plurality of icons (S110, S120); execute a first function of a first application corresponding to the selected first icon and a second function of a second application in response to a second touch input received at the second background, the second touch input comprising moving the selected first icon to a specific location of the second background, the first function executed using information corresponding to the specific location, the second function executed according to predetermined information of the first icon; and cause the touch screen to display information corresponding to the executed second function on the second background, wherein the second background comprises an execution screen of the second application. cause the touch screen to display a plurality of icons on a first background; cause the touch screen to display a second background in response to a first touch input received at the first background, the first touch input comprising selecting a first icon from the plurality of icons (S110, S120); execute a first function of a first application corresponding to the selected first icon and a second function of a second application in response to a second touch input received at the second background, the second touch input comprising moving the selected first icon to a specific location of the second background, the first function executed using information corresponding to the specific location, the second function executed according to predetermined information of the first icon; and cause the touch screen to display information corresponding to the executed second function on the second background, wherein the second background comprises an execution screen of the second application.
A blood glucose measurement method using a blood glucose meter having a step counter function, comprising: measuring a blood glucose level in blood glucose measurement mode; configuring the measured blood glucose level in a form of data, storing the data in a control unit, and displaying the measured blood glucose level on a display unit under control of the control unit; switching current mode to step counting operation mode; counting a number of steps taken by a user in the step counting operation mode and displaying a count result on the display unit, calculating a variation in blood glucose relative to an amount of exercise using the count result corresponding to the number of steps; calculating an estimated blood glucose level by subtracting the calculated blood glucose variation relative to the amount of exercise from previously measured blood glucose level data; and displaying the estimated blood glucose level on the display unit, wherein the step counting operation mode is implemented using an electromechanical switch or a piezoelectric type-sensor which counts the number of steps taken by the user. measuring a blood glucose level in blood glucose measurement mode; configuring the measured blood glucose level in a form of data, storing the data in a control unit, and displaying the measured blood glucose level on a display unit under control of the control unit; switching current mode to step counting operation mode; counting a number of steps taken by a user in the step counting operation mode and displaying a count result on the display unit, calculating a variation in blood glucose relative to an amount of exercise using the count result corresponding to the number of steps; calculating an estimated blood glucose level by subtracting the calculated blood glucose variation relative to the amount of exercise from previously measured blood glucose level data; and displaying the estimated blood glucose level on the display unit, wherein the step counting operation mode is implemented using an electromechanical switch or a piezoelectric type-sensor which counts the number of steps taken by the user.
A stretch release adhesive, comprising: a base; and a plurality of adhesive portions spaced apart from one another, the plurality of adhesive portions being all rectangular strips, and respective length-to-width ratios of the plurality of adhesive portions being different, each of the adhesive portions being provided on a surface of the base and extending along the length direction of the base; characterized in that an arrangement density of the plurality of adhesive portions is gradually increased in a length direction of the base. a base; and a plurality of adhesive portions spaced apart from one another, the plurality of adhesive portions being all rectangular strips, and respective length-to-width ratios of the plurality of adhesive portions being different, each of the adhesive portions being provided on a surface of the base and extending along the length direction of the base; characterized in that an arrangement density of the plurality of adhesive portions is gradually increased in a length direction of the base.
A delivery system for percutaneously deploying a stented prosthetic heart valve, the system comprising: an inner shaft assembly including an intermediate portion providing a coupling structure configured to selectively engage a stented prosthetic heart valve; a delivery sheath capsule slidably disposed over the inner shaft assembly and configured to compressively contain a stented prosthetic heart valve engaged with the coupling structure; and a recapture assembly slidably disposed over the inner shaft assembly, the recapture assembly including a recapture frame and a sleeve coupled to the frame, wherein the frame is transitionable from a compressed arrangement to an expanded arrangement in which the frame has a distally increasing diameter, configured to recapture a partially deployed prosthetic heart valve where the recapture assembly is configured to be maneuvered into contact with a distal region of the prosthetic heart valve, and wherein the recapture frame forms a support structure defining an internal surface, and wherein the sleeve is attached to the internal surface; wherein the system is configured to provide a loaded state in which the capsule compressively retains the stented prosthetic heart valve over the inner shaft assembly and the recapture assembly is longitudinally displaced from the stented prosthetic heart valve, wherein the system is further configured to provide a recapturing state in which a distal region of the stented prosthetic heart valve is distal the capsule and the recapture assembly is slidably disposed over the stented prosthetic heart valve distal the capsule. an inner shaft assembly including an intermediate portion providing a coupling structure configured to selectively engage a stented prosthetic heart valve; a delivery sheath capsule slidably disposed over the inner shaft assembly and configured to compressively contain a stented prosthetic heart valve engaged with the coupling structure; and a recapture assembly slidably disposed over the inner shaft assembly, the recapture assembly including a recapture frame and a sleeve coupled to the frame, wherein the frame is transitionable from a compressed arrangement to an expanded arrangement in which the frame has a distally increasing diameter, configured to recapture a partially deployed prosthetic heart valve where the recapture assembly is configured to be maneuvered into contact with a distal region of the prosthetic heart valve, and wherein the recapture frame forms a support structure defining an internal surface, and wherein the sleeve is attached to the internal surface; wherein the system is configured to provide a loaded state in which the capsule compressively retains the stented prosthetic heart valve over the inner shaft assembly and the recapture assembly is longitudinally displaced from the stented prosthetic heart valve, wherein the system is further configured to provide a recapturing state in which a distal region of the stented prosthetic heart valve is distal the capsule and the recapture assembly is slidably disposed over the stented prosthetic heart valve distal the capsule.
A recombinant Escherichia coli host cell for producing an Escherichia coli L-asparaginase II enzyme, comprising an Escherichia coli chromosome and at least one copy of a recombinant extrachromosomal vector, wherein the recombinant extrachromosomal vector encodes a subunit of the L-asparaginase II enzyme, wherein the host cell chromosome also encodes the same subunit of the L-asparaginase II enzyme, wherein the host chromosome does not encode any other isoform of L-asparaginase II, wherein the encoded L-asparaginase II subunit comprises SEQ ID NO: 1; and the recombinant extrachromosomal vector comprises a DNA molecule comprising SEQ ID NO:2.
Building panels, comprising a surface and a core, provided with a locking system for vertical and horizontal locking of a first edge of a first building panel to an adjacent second edge of a second building panel, wherein upper parts of the first and the second edge in a locked position together define a vertical plane perpendicular to a horizontal plane, which is parallel to the surface, said locking system being configured to enable assembling of the first and the second edge by angling the first and the second building panel (1, 1') relative each other, wherein the locking system comprises a tongue, made in one piece with said core, and a tongue groove configured to cooperate for vertical locking, and wherein the first edge comprises a strip, made in one piece with the core, which is provided with a locking element, which is configured to cooperate for horizontal locking with a downwardly open locking groove formed in the second edge, wherein: the tongue, which is provided in the first edge, is configured to cooperate with a lower lip of the tongue groove, which is provided at the second edge, at lower vertical locking surfaces, the locking element and the locking groove are configured to cooperate at horizontal locking surfaces, the tongue protrudes outwardly beyond the vertical plane, and the tongue groove comprises an upper lip, wherein the lower lip protrudes beyond the upper lip and the vertical plane, a horizontal extension of the lower lip, in relation to the upper lip, is smaller than a horizontal extension of the tongue from the vertical plane, the locking system comprises a space between an upper part of the strip and an edge portion of the second panel located essentially under the tongue, 11 characterized in that the tongue cooperates with the upper lip at upper vertical locking surfaces. the tongue, which is provided in the first edge, is configured to cooperate with a lower lip of the tongue groove, which is provided at the second edge, at lower vertical locking surfaces, the locking element and the locking groove are configured to cooperate at horizontal locking surfaces, the tongue protrudes outwardly beyond the vertical plane, and the tongue groove comprises an upper lip, wherein the lower lip protrudes beyond the upper lip and the vertical plane, a horizontal extension of the lower lip, in relation to the upper lip, is smaller than a horizontal extension of the tongue from the vertical plane, the locking system comprises a space between an upper part of the strip and an edge portion of the second panel located essentially under the tongue, 11 characterized in that the tongue cooperates with the upper lip at upper vertical locking surfaces.
A pharmaceutical composition comprising a therapeutically effective amount of a compound of Formula I: or an isotope labelled analog thereof, or a pharmaceutically acceptable salt thereof, wherein: each of R 1, R 2, R 3, R 6 and R 7 represents H or F, R 4 represents H or CH 3 R 5 represents H or C 1 -C 4 alkyl, wherein at least two of R 1, R 2, R 3, R 6 and R 7 represent F, together with at least one pharmaceutically acceptable carrier, excipient and/or diluent. each of R 1, R 2, R 3, R 6 and R 7 represents H or F, R 4 represents H or CH 3 R 5 represents H or C 1 -C 4 alkyl, wherein at least two of R 1, R 2, R 3, R 6 and R 7 represent F, together with at least one pharmaceutically acceptable carrier, excipient and/or diluent.