mhurhangee/ep-ind-claims huggingface dataset:
An indoor unit of an air conditioner comprising: a casing containing an indoor heat exchanger, an indoor fan for sucking air from inside of a room, and an air filter arranged on an inlet side of the indoor fan; a dust removing means for removing dust trapped on the air filter; and a dust transfer means for transferring the dust removed by the dust removing means to a predetermined location using air blowing from the indoor fan, wherein the indoor fan is arranged to blow the air sucked from the inside of the room to the indoor heat exchanger, and characterized in that the dust transfer means is configured to transfer the dust removed by the dust removing means to the predetermined location using the air blowing from the indoor fan and before passing through the indoor heat exchanger. a casing containing an indoor heat exchanger, an indoor fan for sucking air from inside of a room, and an air filter arranged on an inlet side of the indoor fan; a dust removing means for removing dust trapped on the air filter; and a dust transfer means for transferring the dust removed by the dust removing means to a predetermined location using air blowing from the indoor fan, wherein the indoor fan is arranged to blow the air sucked from the inside of the room to the indoor heat exchanger, and characterized in that the dust transfer means is configured to transfer the dust removed by the dust removing means to the predetermined location using the air blowing from the indoor fan and before passing through the indoor heat exchanger.
A method of quantifying one or more analytes from mass spectral data, comprising: obtaining a first set of mass spectral data from a first set of analytes eluted from a chromatography column; obtaining a second set of mass spectral data from a second set of analytes eluted from a chromatography column; wherein a majority of the analytes in each data set are common to both data sets; determining apparent abundances of at least some analytes in each data set; selecting an analyte as a target analyte and determining for that analyte a plurality of localised neighbouring analytes that have a retention time within a time interval that spans the retention time of the target analyte, wherein the width of the time interval is less than twice the chromatographic peak width of the target analyte and wherein the number of neighbouring analytes is similar or equal either side of the target analyte in retention time; determining a locally corrected abundance of the target analyte based on differences between the first and second data sets in the apparent abundance of the determined localised neighbouring analytes; and quantifying the target analyte based on its corrected abundance. obtaining a first set of mass spectral data from a first set of analytes eluted from a chromatography column; obtaining a second set of mass spectral data from a second set of analytes eluted from a chromatography column; wherein a majority of the analytes in each data set are common to both data sets; determining apparent abundances of at least some analytes in each data set; selecting an analyte as a target analyte and determining for that analyte a plurality of localised neighbouring analytes that have a retention time within a time interval that spans the retention time of the target analyte, wherein the width of the time interval is less than twice the chromatographic peak width of the target analyte and wherein the number of neighbouring analytes is similar or equal either side of the target analyte in retention time; determining a locally corrected abundance of the target analyte based on differences between the first and second data sets in the apparent abundance of the determined localised neighbouring analytes; and quantifying the target analyte based on its corrected abundance.
A device for forming and/or maintaining an access pathway into a body of a patient, comprising: a housing defining an open interior and having a proximal end and a distal end, the housing including one or more openings; a generally hollow trephine needle extending distally from the distal end of the housing, the generally hollow needle having a distal cutting end; a means for providing rotational force to at least one of the generally hollow trephine needle and other device components; a stylet slidably disposed within the generally hollow trephine needle, the stylet having a distal end; and means for biasing the distal end of the stylet into a position distal to the distal cutting end of the hollow trephine needle such that a force on the distal end of the stylet can overcome the bias to move the stylet proximally relative to the hollow trephine needle, characterized in that the stylet has one or more openings adjacent to the distal end and in that the device further comprises: mechanical locking means for automatically halting distal movement of the hollow trephine needle and stylet relative to the body of the patient in response to the distal end of the stylet returning to the position distal to the distal cutting end of the hollow trephine needle upon the hollow trephine needle entering a body cavity of a patient. a housing defining an open interior and having a proximal end and a distal end, the housing including one or more openings; a generally hollow trephine needle extending distally from the distal end of the housing, the generally hollow needle having a distal cutting end; a means for providing rotational force to at least one of the generally hollow trephine needle and other device components; a stylet slidably disposed within the generally hollow trephine needle, the stylet having a distal end; and means for biasing the distal end of the stylet into a position distal to the distal cutting end of the hollow trephine needle such that a force on the distal end of the stylet can overcome the bias to move the stylet proximally relative to the hollow trephine needle, characterized in that the stylet has one or more openings adjacent to the distal end and in that the device further comprises: mechanical locking means for automatically halting distal movement of the hollow trephine needle and stylet relative to the body of the patient in response to the distal end of the stylet returning to the position distal to the distal cutting end of the hollow trephine needle upon the hollow trephine needle entering a body cavity of a patient.
A method of polishing a work piece with a tool, including: effecting a relative movement between polishing area of the tool and the work piece with engaging the polishing area of the tool with a portion of the work piece surface so as to form the polishing path on the work piece surface; wherein: the relative movement includes: a first relative movement component wherein the first relative movement component is in rectilinear or sinusoidal pattern; and a second relative movement component, oscillating the polishing area of the tool and the work piece toward and away from each other about the first relative movement component in a first and second opposite directions substantially normal to a direction of the first relative movement component; wherein: a polishing mark formed by the engagement of the polishing area of the tool and the work piece during the oscillation in the first direction is polished by their engagement in the oscillation in the second direction, the first direction and the second direction are opposite to each other. effecting a relative movement between polishing area of the tool and the work piece with engaging the polishing area of the tool with a portion of the work piece surface so as to form the polishing path on the work piece surface; wherein: the relative movement includes: a first relative movement component wherein the first relative movement component is in rectilinear or sinusoidal pattern; and a second relative movement component, oscillating the polishing area of the tool and the work piece toward and away from each other about the first relative movement component in a first and second opposite directions substantially normal to a direction of the first relative movement component; a first relative movement component wherein the first relative movement component is in rectilinear or sinusoidal pattern; and a second relative movement component, oscillating the polishing area of the tool and the work piece toward and away from each other about the first relative movement component in a first and second opposite directions substantially normal to a direction of the first relative movement component; wherein: a polishing mark formed by the engagement of the polishing area of the tool and the work piece during the oscillation in the first direction is polished by their engagement in the oscillation in the second direction, the first direction and the second direction are opposite to each other.
A device for placement in vessels, appendages, and openings in a body, the device comprising: a frame having a plurality of elongate members, the frame including: a substantially uniform proximal end of the frame having (i) a center frame portion arranged at the proximal end and (ii) face portions of the plurality of elongate members extending from the center frame portion and including a curved pattern arranged substantially within a first plane approximately perpendicular to a longitudinal axis of the frame; wherein the face portions of the plurality of elongate members each include a starting point at the center frame portion and an ending point at a perimeter of the proximal end; a body portion; a membrane coupled to at least the substantially uniform proximal end of the frame; and a coating arranged on at least a portion of the membrane configured to minimize the thrombogenic response of blood contact with the membrane characterized in that the starting point and the ending point are radially offset relative to a tangent between the starting point and the ending point. a frame having a plurality of elongate members, the frame including: a substantially uniform proximal end of the frame having (i) a center frame portion arranged at the proximal end and (ii) face portions of the plurality of elongate members extending from the center frame portion and including a curved pattern arranged substantially within a first plane approximately perpendicular to a longitudinal axis of the frame; wherein the face portions of the plurality of elongate members each include a starting point at the center frame portion and an ending point at a perimeter of the proximal end; a body portion; a substantially uniform proximal end of the frame having (i) a center frame portion arranged at the proximal end and (ii) face portions of the plurality of elongate members extending from the center frame portion and including a curved pattern arranged substantially within a first plane approximately perpendicular to a longitudinal axis of the frame; wherein the face portions of the plurality of elongate members each include a starting point at the center frame portion and an ending point at a perimeter of the proximal end; a body portion; a membrane coupled to at least the substantially uniform proximal end of the frame; and a coating arranged on at least a portion of the membrane configured to minimize the thrombogenic response of blood contact with the membrane characterized in that the starting point and the ending point are radially offset relative to a tangent between the starting point and the ending point.
A clamping device for a hollow shaft, in particular a hollow shaft taper with a circular or polygonal outer contour, comprising one or more clamping segments and a tension bolt cooperating with the clamping segments, wherein each clamping segment has a front clamping claw at a front end on its outer side and a front lug on its inner side cooperating with the tension bolt, wherein each clamping segment has a rear clamping claw at a rear end on its outer side and a rear lug on its inner side cooperating with the tension bolt, wherein, in the clamping position, the front clamping claw of each clamping segment engages in a clamping groove of the hollow shaft and the rear clamping claw is pressed against a cone, wherein, in the open position, the front clamping claw(s) do/does not engage in the clamping groove of the hollow shaft, wherein, by means of axial displacement, the tension bolt moves the clamping segment or segments from the clamping position into the open position and from the open position to the clamping position, wherein the clamping segment or segments perform(s) a first pivoting movement during the transition from the open position to the clamping position, such that the front clamping claws of the clamping segments engage in a positively-locking manner in the clamping groove and form a joint for a subsequent second pivoting movement of the clamping segment or segments, wherein, during the second pivoting movement, the rear lugs of the clamping segment or segments slide on a third cone section of the tension bolt and press the rear clamping claws of the clamping segments against the cone of the adjacent part/spindle and axially clamp the clamping segment or segments, characterized in that, during a further axial movement of the tension bolt following the second pivoting movement, the rear lugs of the clamping segment or segments slide on a second cone section of the tension bolt, such that a self-locking effect is produced between the clamping segments and the tension bolt.
A method for conditioning a fluid, particularly air in a temperature-insulated test space of a test chamber for receiving test materials, said test space being sealable against an environment, a temperature being realized within the test space by means of a cascading cooling device of a temperature control device of the test chamber, having a first cooling circuit having a first refrigerant, a cascading heat exchanger, a first compressor, a condenser and a first expanding element, and having a second cooling circuit having a second refrigerant, a heat exchanger arranged in the test space, a second compressor, the cascading heat exchanger and a second expanding element, said cascading heat exchanger being cooled by the first cooling circuit, a bypass of the first cooling circuit passing through the heat exchanger and bridging the cascading heat exchanger, characterized in that a temperature ranging from -60 °C to +180 °C being realized within the test space, the heat exchanger is subsequently cooled by said bypass by means of the first cooling circuit, the first compressor being turned off, the first refrigerant being conducted in a gaseous state and condensed in the cascading heat exchanger on a low-pressure side of the bypass.
An apparatus for a single-track or multitrack provision of web-like interleaved sheet material at a cutting region in which products supplied on one track or on multiple tracks are cut into slices and interleaved sheets are introduced which are cut off from the provided interleaved sheet material in the cutting region, comprising devices for transporting at least one material web from a material store to the cutting region, characterized in that a connection device is provided which is integrated into the apparatus and which is configured to connect consecutive material webs to one another on the path between the material store and the cutting region, and in that means are provided which are configured to recognize and/or to treat connections between consecutive material webs. comprising devices for transporting at least one material web from a material store to the cutting region, characterized in that a connection device is provided which is integrated into the apparatus and which is configured to connect consecutive material webs to one another on the path between the material store and the cutting region, and in that means are provided which are configured to recognize and/or to treat connections between consecutive material webs.
Device for confining an asbestos structure, comprising successively: - an insulation layer intended to be placed opposite the asbestos structure, and - a flexible web comprising, at its periphery, a harpoon 20 intended to interact with a heddle, characterized in that it comprises a web comprising eyelets at its periphery which are intended to cooperate with a heddle, said web being arranged between the insulation layer and the flexible web and in parallel with said web. - an insulation layer intended to be placed opposite the asbestos structure, and - a flexible web comprising, at its periphery, a harpoon 20 intended to interact with a heddle, characterized in that it comprises a web comprising eyelets at its periphery which are intended to cooperate with a heddle, said web being arranged between the insulation layer and the flexible web and in parallel with said web.
A method of producing an extruded composition comprising ibuprofen, said method comprising the steps of: (a) providing ibuprofen; (b) providing a pharmaceutically-acceptable hydrophilic polymer; (c) providing an inorganic excipient; (d) processing (a) to (c) by a hot melt extrusion process to produce an extruded composition wherein the ibuprofen forms a solid dispersion/solution within the hydrophilic polymer; (e) blending the extruded composition with one or more pharmaceutically acceptable excipients to produce a composition blend; and (f) directly compressing the composition blend into a direct compression tablet; wherein the inorganic excipient is magnesium alumino-metasilicate. (a) providing ibuprofen; (b) providing a pharmaceutically-acceptable hydrophilic polymer; (c) providing an inorganic excipient; (d) processing (a) to (c) by a hot melt extrusion process to produce an extruded composition wherein the ibuprofen forms a solid dispersion/solution within the hydrophilic polymer; (e) blending the extruded composition with one or more pharmaceutically acceptable excipients to produce a composition blend; and (f) directly compressing the composition blend into a direct compression tablet;
A micro-electro-mechanical-system, MEMS, device comprising: an inertial component (12, 12A) configured for being connected to a structure by a flexible connection allowing the inertial component (12, 12A) to deform in a deformation or move in a motion relative to the structure in response to an external stimulus applied to the structure; at least one resonant component adapted to be connected to one of said structure or said inertial component (12, 12A), the resonant component being coupled through a coupling to the other of said structure or said inertial component (12, 12A), the resonant component having at least one resonant mode; at least one transduction unit for measuring an oscillatory motion of the at least one resonant component relative to the inertial component (12, 12A) and/or structure; and an electronic control unit configured for applying a pump of electrostatic force to induce an oscillatory motion of the at least one resonant component in said resonant mode, the oscillatory motion being a non-linear function of a strength of the electrostatic force, wherein said coupling of the at least one resonant component is such that said deformation or said motion of the inertial component (12, 12A) in response to an external stimulus changes the strength of the pump, the electronic control unit configured for producing and outputting an output signal being a mathematical function of the measured oscillatory motion. an inertial component (12, 12A) configured for being connected to a structure by a flexible connection allowing the inertial component (12, 12A) to deform in a deformation or move in a motion relative to the structure in response to an external stimulus applied to the structure; at least one resonant component adapted to be connected to one of said structure or said inertial component (12, 12A), the resonant component being coupled through a coupling to the other of said structure or said inertial component (12, 12A), the resonant component having at least one resonant mode; at least one transduction unit for measuring an oscillatory motion of the at least one resonant component relative to the inertial component (12, 12A) and/or structure; and an electronic control unit configured for applying a pump of electrostatic force to induce an oscillatory motion of the at least one resonant component in said resonant mode, the oscillatory motion being a non-linear function of a strength of the electrostatic force, wherein said coupling of the at least one resonant component is such that said deformation or said motion of the inertial component (12, 12A) in response to an external stimulus changes the strength of the pump, the electronic control unit configured for producing and outputting an output signal being a mathematical function of the measured oscillatory motion.
A leakage detection arrangement for detecting a leakage in a fuel injection system of an internal combustion engine, the arrangement comprising - a fluid chamber that can be arranged in fluid communication with a leakage channel (2, 3) that is configured to receive fuel from a leaking component of the fuel injection system, - an indicator element having a retracted position and a protruding position, the indicator element being configured to move due to fuel pressure in the fluid chamber from the retracted position to the protruding position thus indicating a leakage in the fuel injection system, and - a retaining element, which is arranged around the indicator element and is configured to keep the indicator element in the retracted position and allow movement of the indicator element to the protruding position when the force applied to the indicator element by the fuel pressure in the fluid chamber exceeds a predetermined threshold, characterized in that the arrangement is provided with a groove which is arranged in a part surrounding the indicator element and which is configured to accommodate the retaining element, and that the indicator element comprises a groove, which surrounds the outer circumference of the indicator element and which is configured to accommodate the retaining element when the indicator element is in the retracted position. - a fluid chamber that can be arranged in fluid communication with a leakage channel (2, 3) that is configured to receive fuel from a leaking component of the fuel injection system, - an indicator element having a retracted position and a protruding position, the indicator element being configured to move due to fuel pressure in the fluid chamber from the retracted position to the protruding position thus indicating a leakage in the fuel injection system, and - a retaining element, which is arranged around the indicator element and is configured to keep the indicator element in the retracted position and allow movement of the indicator element to the protruding position when the force applied to the indicator element by the fuel pressure in the fluid chamber exceeds a predetermined threshold,