mhurhangee/patent-ind-claim-en huggingface dataset:
A compound of formula (I) or pharmaceutically acceptable salt thereof wherein: R 1 is selected from H and CH 3 R 2 is selected from C 4 H 9 alkyl and C 3 H 6 -phenyl, said phenyl optionally substituted by OH or OCH 3 X is O or S; and Y is C, N or S. R 1 is selected from H and CH 3 R 2 is selected from C 4 H 9 alkyl and C 3 H 6 -phenyl, said phenyl optionally substituted by OH or OCH 3 X is O or S; and Y is C, N or S.
A closed cycle regenerative heat engine comprising: a housing (12; 112; 212) defining a chamber ; a resiliently deformable displacer (18; 118; 218) housed in said chamber; a shaft (24; 124; 224) connected with said resiliently deformable displacer; and a movable member (30; 130; 230) housed in said chamber, wherein said resiliently deformable displacer (18; 118; 218) is secured to said housing (12; 112; 212) and is resiliently deformable in response to movement of said shaft (24; 124; 224) to displace a working fluid between respective heating and cooling locations in said chamber at which heat is input to said working fluid and said working fluid is cooled, and said movable member (30; 130; 230) is in sealing engagement with said housing (12; 112; 212) and movable in response to pressure changes of said working fluid caused by said heating and cooling of said working fluid to provide a mechanical power, characterised in that said resiliently deformable displacer (18; 118; 218) comprises an elongate resilient strip that has a first end connected with said shaft (24; 124; 224), a second end connected with said housing (12; 112; 212) and winds about said shaft. a housing (12; 112; 212) defining a chamber ; a resiliently deformable displacer (18; 118; 218) housed in said chamber; a shaft (24; 124; 224) connected with said resiliently deformable displacer; and a movable member (30; 130; 230) housed in said chamber, wherein said resiliently deformable displacer (18; 118; 218) is secured to said housing (12; 112; 212) and is resiliently deformable in response to movement of said shaft (24; 124; 224) to displace a working fluid between respective heating and cooling locations in said chamber at which heat is input to said working fluid and said working fluid is cooled, and said movable member (30; 130; 230) is in sealing engagement with said housing (12; 112; 212) and movable in response to pressure changes of said working fluid caused by said heating and cooling of said working fluid to provide a mechanical power, characterised in that said resiliently deformable displacer (18; 118; 218) comprises an elongate resilient strip that has a first end connected with said shaft (24; 124; 224), a second end connected with said housing (12; 112; 212) and winds about said shaft.
A device, comprising, a reaction chamber containing dried reagent composition for performing a recombinase polymerase amplification reaction to produce an amplified product indicative of the presence of a target nucleic acid, wherein the dried reagent composition comprises: a recombinase, a DNA polymerase, a single-stranded DNA binding protein, dNTPs or a mixture of dNTPs and ddNTPs, a reducing agent, ATP or an ATP analog, a rccombinasc loading protein, a first nucleic acid primer, buffer, and crowding agent, and wherein said crowding agent is selected from the group consisting of polyethylene glycol (PEG), dextran, ficoll, PEG1450, PEG3000, PEG8000, PEG 10000, PEG compound with a molecular weight between 15,000 and 20,000 daltons and a combination thereof; and a lateral flow strip configured to detect the amplified product.
Monitoring and warning system for fireplaces in buildings comprising at least one controller , at least three heat sensors connected to the controller, at least one acoustic or visual warning device, wherein the controller comprises data transmitting means and data recording means, characterized in that the three sensors are placed close together on the outer wall of a fireplace at the intersection between the fireplace and a beam / construction member of the building and at least one sensor , when measuring a temperature above 40°C, turns on at least one additional sensor and the controller, and in that the controller sends data as soon as at least two sensors sense that a predetermined level of 110°C has been exceeded or a difference of more than 20° exists between the sensors , and in that the controller comprises a self-test system which sends data as soon as measurement difference between one sensor and the other two sensors exceeds 20°.
A method for making a panel structure for an external side wall or a covering of a building , by a kit comprising: - a plurality of section elements elongated along a longitudinal axis , comprising respective base portions having respective seats , which are open at the top and at their longitudinal ends; - fastening means ; - a plurality of panels comprising respective panel ends , that have a shape and size such as to engage, in use, said seats ; and - at least one seal made of a flexible material and comprising a continuous strip portion , that has a top face and a bottom face ; the method comprising: - resting said base portions on a support ; - fastening said section elements to said support ; - arranging said seal so that said top face vertically faces said panel ends and said bottom face vertically faces said base portions ; - engaging the ends of said panels into said seats; wherein said section elements are longitudinally aligned and abutted to each other, so as to define a longitudinal channel formed by the combination of said seats ; and wherein said continuous strip portion is longer than each of said seats along said longitudinal axis and is arranged so as to cover at least two consecutive junction zones between adjacent base portions . - a plurality of section elements elongated along a longitudinal axis , comprising respective base portions having respective seats , which are open at the top and at their longitudinal ends; - fastening means ; - a plurality of panels comprising respective panel ends , that have a shape and size such as to engage, in use, said seats ; and - at least one seal made of a flexible material and comprising a continuous strip portion , that has a top face and a bottom face ; - resting said base portions on a support ; - fastening said section elements to said support ; - arranging said seal so that said top face vertically faces said panel ends and said bottom face vertically faces said base portions ; - engaging the ends of said panels into said seats; wherein said section elements are longitudinally aligned and abutted to each other, so as to define a longitudinal channel formed by the combination of said seats ; and wherein said continuous strip portion is longer than each of said seats along said longitudinal axis and is arranged so as to cover at least two consecutive junction zones between adjacent base portions .
A system for modifying a vehicle structure , the system comprising: a vehicle body ; a first module detachably attached to a structure of the vehicle body at an interface having plurality of mounting points with a predetermined spacing; a detachable portion of the first module , wherein the detachable portion is detachably attached to a body portion of the first module ; and a second module with mounting points having the predetermined spacing; wherein the first module is detachable from the vehicle body and replaceable on the vehicle body with the second module ; and wherein the detachable portion is detachable from the body portion of the first module and subsequently attachable to the second module , wherein the vehicle structure is a unibody vehicle structure, wherein the first module is a cargo platform, wherein the second module has a different overall size relative to the first module , wherein the first and second module are electrically connectable to the vehicle body , wherein the detachable portion is electrically connectable to the first module and the second module , wherein power can be provided by an electrical connection between the vehicle body and the second module at the same electrical interface that would communicate with tail lamps and/or sensors of the detachable portion of the first module . a vehicle body ; a first module detachably attached to a structure of the vehicle body at an interface having plurality of mounting points with a predetermined spacing; a detachable portion of the first module , wherein the detachable portion is detachably attached to a body portion of the first module ; and a second module with mounting points having the predetermined spacing; wherein the first module is detachable from the vehicle body and replaceable on the vehicle body with the second module ; and wherein the detachable portion is detachable from the body portion of the first module and subsequently attachable to the second module , wherein the vehicle structure is a unibody vehicle structure, wherein the first module is a cargo platform, wherein the second module has a different overall size relative to the first module , wherein the first and second module are electrically connectable to the vehicle body , wherein the detachable portion is electrically connectable to the first module and the second module , wherein power can be provided by an electrical connection between the vehicle body and the second module at the same electrical interface that would communicate with tail lamps and/or sensors of the detachable portion of the first module .
A compound comprising: first particles , the first particles being insulator material; second particles , the second particles being electrically conductive material; and a combination of the first particles and the second particles distributed and suspended in a printable liquid material, a cured state of the printable liquid material being a dielectric material transformable into an electrically conductive paths via application of heat above a threshold value, wherein the second particles are silver nanoparticles; wherein the first particles are BST (Barium Strontium Titanate) particles, the compound further comprising: at least one solvent. first particles , the first particles being insulator material; second particles , the second particles being electrically conductive material; and a combination of the first particles and the second particles distributed and suspended in a printable liquid material, a cured state of the printable liquid material being a dielectric material transformable into an electrically conductive paths via application of heat above a threshold value, wherein the second particles are silver nanoparticles; wherein the first particles are BST (Barium Strontium Titanate) particles, the compound further comprising: at least one solvent.
A liquid discharge apparatus comprising: a liquid discharge section configured to discharge liquid onto a medium ; a holding section capable of holding a waste liquid container configured to contain waste liquid exhausted from the liquid discharge section; a sensor capable of detecting a state in which a containing amount of the waste liquid container has reached a threshold value (V1); and a calculation section configured to calculate a waste liquid amount, wherein, in a case where the sensor has detected the state in which the containing amount has reached the threshold value, the calculation section is configured to calculate the waste liquid amount, characterized in that the calculation section is configured to calculate the waste liquid amount based on an exhaust amount of the waste liquid exhausted by the liquid discharge section, and in the case where the sensor has detected the state in which the containing amount has reached the threshold value, the calculation section is configured to calculate the waste liquid amount by adding the exhaust amount of the waste liquid exhausted after the detection of the state by the sensor to the threshold value. a liquid discharge section configured to discharge liquid onto a medium ; a holding section capable of holding a waste liquid container configured to contain waste liquid exhausted from the liquid discharge section; a sensor capable of detecting a state in which a containing amount of the waste liquid container has reached a threshold value (V1); and a calculation section configured to calculate a waste liquid amount, wherein, in a case where the sensor has detected the state in which the containing amount has reached the threshold value, the calculation section is configured to calculate the waste liquid amount, characterized in that the calculation section is configured to calculate the waste liquid amount based on an exhaust amount of the waste liquid exhausted by the liquid discharge section, and in the case where the sensor has detected the state in which the containing amount has reached the threshold value, the calculation section is configured to calculate the waste liquid amount by adding the exhaust amount of the waste liquid exhausted after the detection of the state by the sensor to the threshold value.
A compound for use in preventing or treating a fatty liver disorder by reducing liver fat in a subject, wherein the compound is selected from: (i) (R)-3-hydroxybutyrate; and (ii) an ester of (R)-3-hydroxybutyrate; or a pharmaceutically acceptable salt or solvate thereof. (i) (R)-3-hydroxybutyrate; and (ii) an ester of (R)-3-hydroxybutyrate;
A method for bundling data packet acknowledgments in a wireless communication device , the method comprising: setting an upper limit for a number of data packet acknowledgments to be bundled together into a single acknowledgment message, wherein the upper limit is selected on the basis of real-time requirements of an application transferring data over a connection between the wireless communication device and a counterpart wireless communication device such that a lower upper limit is selected to applications setting high real-time demands while a higher upper limit is selected to applications setting low real-time demands; determining a metric by computing (step 606) an effective data rate as a function of the communication distance, the nominal data rate and the number of bundled acknowledgements; using the metric to determine an optimal number of data packet acknowledgments to be bundled together with respect to the determined communication distance and the effective data rate such that the optimal number of data packet acknowledgments to be bundled together is not greater than the upper limit; bundling the determined optimal number of acknowledgements into a single acknowledgement message; and causing transmission of the single acknowledgment message. setting an upper limit for a number of data packet acknowledgments to be bundled together into a single acknowledgment message, wherein the upper limit is selected on the basis of real-time requirements of an application transferring data over a connection between the wireless communication device and a counterpart wireless communication device such that a lower upper limit is selected to applications setting high real-time demands while a higher upper limit is selected to applications setting low real-time demands; determining a metric by computing (step 606) an effective data rate as a function of the communication distance, the nominal data rate and the number of bundled acknowledgements; using the metric to determine an optimal number of data packet acknowledgments to be bundled together with respect to the determined communication distance and the effective data rate such that the optimal number of data packet acknowledgments to be bundled together is not greater than the upper limit; bundling the determined optimal number of acknowledgements into a single acknowledgement message; and causing transmission of the single acknowledgment message.
A fluted endodontic file defining a central longitudinal axis and including a working length extending along the central longitudinal axis , wherein: the working length consists of a single flute extending along the central longitudinal axis ; and the working length defines an off-center cross-section along the central longitudinal axis , the cross-section including three vertices , a vertex being an angular point defined by the cross-section and positioned at the junction of two sides of the cross-section, wherein: a reference circular perimeter circumscribes the cross-section ; at least two of the vertices lie on the reference circular perimeter ; and the cross-section being a three-sided cross-section defined by a first side, a second side and a third side, the first side being concave relative to a point within the cross-section and lying on the reference circular perimeter, the second side being either concave or convex relative to the point within the cross-section , and the third side being either concave or convex relative to the point within the cross-section . the working length consists of a single flute extending along the central longitudinal axis ; and the working length defines an off-center cross-section along the central longitudinal axis , the cross-section including three vertices , a vertex being an angular point defined by the cross-section and positioned at the junction of two sides of the cross-section, wherein: a reference circular perimeter circumscribes the cross-section ; at least two of the vertices lie on the reference circular perimeter ; and the cross-section being a three-sided cross-section defined by a first side, a second side and a third side, the first side being concave relative to a point within the cross-section and lying on the reference circular perimeter, the second side being either concave or convex relative to the point within the cross-section , and the third side being either concave or convex relative to the point within the cross-section . a reference circular perimeter circumscribes the cross-section ; at least two of the vertices lie on the reference circular perimeter ; and the cross-section being a three-sided cross-section defined by a first side, a second side and a third side, the first side being concave relative to a point within the cross-section and lying on the reference circular perimeter, the second side being either concave or convex relative to the point within the cross-section , and the third side being either concave or convex relative to the point within the cross-section .
A battery charger for charging a parallel-arrangement battery pack comprising a plurality of nickel-metal-hydride secondary batteries arranged in parallel, wherein the battery charger comprises a charge parameter change means configured to set and change a charge parameter, a charge current detection means configured to detect a charge current, and a battery SOC detection means configured to detect individual SOCs of the nickel-metal-hydride secondary batteries, wherein the battery charger is configured to start charging the plurality of nickel-metal-hydride secondary batteries simultaneously with the charge parameter set to a first value by the charge parameter change means , the first value being predetermined to ensure that the nickel-metal-hydride secondary batteries are charged up to and maintained at a predetermined SOC lower than full charge, and when the charge current detection means detects that the charge current has decreased to a predetermined value, the battery charger is configured to go on charging with the charge parameter set to a second value by the charge parameter change means , the second value being predetermined to enable the nickel-metal-hydride secondary batteries to be charged up to full charge, and when the battery SOC detection means detects that at least one of the nickel-metal-hydride secondary batteries has reached full charge, the battery charger is configured to terminate charging.
A dual-fuel burning gas turbine combustor corresponds to both a liquid fuel and a gaseous fuel , in which a diffusive combustion burner that burns a liquid fuel and a gaseous fuel is placed at the center of the axis of the gas turbine combustor and a plurality of pre-mixing combustion burners that burns the liquid fuel and the gaseous fuel are placed on an outer circumferential side of the diffusive combustion burner , each pre-mixing combustion burner having a liquid fuel nozzle through which the liquid fuel is supplied, a plurality of gaseous fuel spray holes through which the gaseous fuel is supplied, a plurality of air holes through which a combustion air is supplied, and the fuel spray holes and the air holes are being placed on an outer circumferential side of the liquid fuel nozzle , and a pre-mixing chamber in which the gaseous fuel and the combustion air are mixed together, wherein: each pre-mixing combustion burner has a double pipe sleeve at a connected portion between a flow path through which the gaseous fuel is led, the flow path being provided on an end cover disposed on an upstream side of the gas turbine combustor , and a gaseous fuel flow path through which the gaseous fuel is led to the pre-mixing combustion chamber , the gaseous fuel flow path being provided in the pre-mixing combustion burner ; and the double pipe sleeve has an inner sleeve having a gaseous fuel flow path through which the gaseous fuel flows down, an outer sleeve positioned on an outer circumferential side of the inner sleeve , and a circular spacing formed between the inner sleeve and the outer sleeve , wherein: ends of the inner sleeve and the outer sleeve of the double pipe sleeve are mutually welded; and an end of the outer sleeve is welded to the end cover , and another end of the outer sleeve is welded to an inner wall surface of the gaseous fuel flow path disposed in the pre-mixing burner . each pre-mixing combustion burner has a double pipe sleeve at a connected portion between a flow path through which the gaseous fuel is led, the flow path being provided on an end cover disposed on an upstream side of the gas turbine combustor , and a gaseous fuel flow path through which the gaseous fuel is led to the pre-mixing combustion chamber , the gaseous fuel flow path being provided in the pre-mixing combustion burner ; and the double pipe sleeve has an inner sleeve having a gaseous fuel flow path through which the gaseous fuel flows down, an outer sleeve positioned on an outer circumferential side of the inner sleeve , and a circular spacing formed between the inner sleeve and the outer sleeve , wherein: ends of the inner sleeve and the outer sleeve of the double pipe sleeve are mutually welded; and an end of the outer sleeve is welded to the end cover , and another end of the outer sleeve is welded to an inner wall surface of the gaseous fuel flow path disposed in the pre-mixing burner .