mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a main body having an inner case including a freezing chamber inner case that forms a freezing chamber and a refrigerating chamber inner case that forms a refrigerating chamber, the freezing chamber and the refrigerating chamber being arranged in a lateral direction; an evaporator arranged in a lower portion of the freezing chamber to generate cold air; a freezing chamber duct provided in the freezing chamber to supply the cold air to the freezing chamber; a refrigerating chamber duct provided in the refrigerating chamber to supply the cold air to the refrigerating chamber; and a connection duct configured to guide the cold air from the freezing chamber duct to the refrigerating chamber duct, wherein one end of the connection duct is coupled to a sidewall of the freezing chamber inner case, and an other end of the connection duct is coupled to a rear wall of the refrigerating chamber inner case; wherein the freezing chamber duct includes an outlet formed to allow the cold air of the freezing chamber duct to be released to the connection duct, and the refrigerating chamber duct includes a connector formed to allow the cold air of the freezing chamber duct to be guided to the refrigerating chamber duct through the connection duct; characterized in that the outlet is formed on a lateral side of the freezing chamber duct that is directed to the refrigerating chamber duct, and the connector is formed on a rear side of the refrigerating chamber duct. a main body having an inner case including a freezing chamber inner case that forms a freezing chamber and a refrigerating chamber inner case that forms a refrigerating chamber, the freezing chamber and the refrigerating chamber being arranged in a lateral direction; an evaporator arranged in a lower portion of the freezing chamber to generate cold air; a freezing chamber duct provided in the freezing chamber to supply the cold air to the freezing chamber; a refrigerating chamber duct provided in the refrigerating chamber to supply the cold air to the refrigerating chamber; and a connection duct configured to guide the cold air from the freezing chamber duct to the refrigerating chamber duct, wherein one end of the connection duct is coupled to a sidewall of the freezing chamber inner case, and an other end of the connection duct is coupled to a rear wall of the refrigerating chamber inner case; wherein the freezing chamber duct includes an outlet formed to allow the cold air of the freezing chamber duct to be released to the connection duct, and the refrigerating chamber duct includes a connector formed to allow the cold air of the freezing chamber duct to be guided to the refrigerating chamber duct through the connection duct; characterized in that the outlet is formed on a lateral side of the freezing chamber duct that is directed to the refrigerating chamber duct, and the connector is formed on a rear side of the refrigerating chamber duct.
A method for preparing a plurality of recombinant immunoglobulin expression constructs, comprising: providing a plurality of recombinant fusion polynucleotides each comprising a first polynucleotide encoding a first variable domain, a second polynucleotide encoding a second variable domain, and a linker polynucleotide linking the first and second polynucleotides; expressing a plurality of recombinant fusion polypeptides encoded by said plurality of recombinant fusion polynucleotides to display said plurality of recombinant fusion polypeptides on a plurality of surfaces; enriching said plurality of recombinant fusion polynucleotides for binding to an antigen by exposing said plurality of surfaces to said antigen and selecting based on binding between said antigen and each of said plurality of recombinant fusion polypeptides; circularizing by Gibson Assembly one or more of said enriched recombinant fusion polynucleotides; and inserting a third polynucleotide comprising a sequence encoding a promoter and a sequence encoding a constant region between said first and second polynucleotide in each of said circularized enriched recombinant fusion polynucleotides, thereby generating a plurality of recombinant immunoglobulin expression constructs. providing a plurality of recombinant fusion polynucleotides each comprising a first polynucleotide encoding a first variable domain, a second polynucleotide encoding a second variable domain, and a linker polynucleotide linking the first and second polynucleotides; expressing a plurality of recombinant fusion polypeptides encoded by said plurality of recombinant fusion polynucleotides to display said plurality of recombinant fusion polypeptides on a plurality of surfaces; enriching said plurality of recombinant fusion polynucleotides for binding to an antigen by exposing said plurality of surfaces to said antigen and selecting based on binding between said antigen and each of said plurality of recombinant fusion polypeptides; circularizing by Gibson Assembly one or more of said enriched recombinant fusion polynucleotides; and inserting a third polynucleotide comprising a sequence encoding a promoter and a sequence encoding a constant region between said first and second polynucleotide in each of said circularized enriched recombinant fusion polynucleotides, thereby generating a plurality of recombinant immunoglobulin expression constructs.
A cleaner head for a cleaning appliance, the cleaner head comprising: a rotatable agitator assembly; an agitator chamber housing the agitator assembly; a sole plate defining a downwardly-directed opening through which debris energised by the agitator assembly enters the agitator chamber, the opening having a front edge and a rear edge, the sole plate having a leading section extending forwardly from the front edge of the opening and a trailing section extending rearwardly from the rear edge of the opening; and at least one support member (48,50) located on each section of the sole plate, the support members extending downwardly beyond the sole plate, wherein the lowermost extremities of the support members are located in a first plane (P 1) and the edges of the opening are located in a second plane (P 2) which is inclined upwardly relative to the first plane, characterised in that the support members have a thickness which is less than 5 mm, the agitator assembly comprises agitating means which extend outwardly from the opening beyond the second plane but within the first plane, and an angle subtended between the first plane and the second plane is less than 10°. a rotatable agitator assembly; an agitator chamber housing the agitator assembly; a sole plate defining a downwardly-directed opening through which debris energised by the agitator assembly enters the agitator chamber, the opening having a front edge and a rear edge, the sole plate having a leading section extending forwardly from the front edge of the opening and a trailing section extending rearwardly from the rear edge of the opening; and at least one support member (48,50) located on each section of the sole plate, the support members extending downwardly beyond the sole plate, wherein the lowermost extremities of the support members are located in a first plane (P 1) and the edges of the opening are located in a second plane (P 2) which is inclined upwardly relative to the first plane, characterised in that the support members have a thickness which is less than 5 mm, the agitator assembly comprises agitating means which extend outwardly from the opening beyond the second plane but within the first plane, and an angle subtended between the first plane and the second plane is less than 10°.
A vehicle comprising: a plurality of systems; characterized by: a driving control module configured to be connected to each system of the vehicle through a security gateway of the vehicle, wherein the driving control module comprises an open application programming interface, API, and the open API is a data interface for a third-party developer configured to perform secondary development; and after the third-party developer performs secondary development on the vehicle by using the open API, the driving control module is configured to: obtain state data of the vehicle through the security gateway, and control the vehicle according to the state data. a driving control module configured to be connected to each system of the vehicle through a security gateway of the vehicle, wherein the driving control module comprises an open application programming interface, API, and the open API is a data interface for a third-party developer configured to perform secondary development; and after the third-party developer performs secondary development on the vehicle by using the open API, the driving control module is configured to: obtain state data of the vehicle through the security gateway, and control the vehicle according to the state data.
A control system comprising a refrigerant compressor and an electronic control unit for the refrigerant compressor, which refrigerant compressor at least comprises - a drive unit, - a compression mechanism operationally connected to the drive unit, having at least one piston moving back-and-forth in a cylinder of a cylinder block between a bottom and a top dead center, and driven via a crankshaft, wherein the electronic control unit is configured for the purpose of - detecting and controlling and/or regulating the rotational velocity (ω) of the drive unit, - at least approximately detecting the piston position, characterized in that the electronic control unit is configured for the purpose of driving the compression mechanism via the drive unit such that, for the duration of a regulating time interval (Δt) comprising more than one crankshaft revolution at least one drive angle section (ΔΦ) and at least one running angle section (Δτ) is provided during multiple crankshaft revolutions, preferably during each crankshaft revolution of the regulating time interval (Δt), and wherein the compression mechanism is subjected to a positive operating torque (Bm) during the at least one drive angle section (ΔΦ) and is subjected to a positive operating torque (Bmv) reduced in relation to the positive operating torque (Bm) or no positive operating torque (Bm) during the at least one running angle section (Δτ), wherein the electronic control unit is furthermore configured for the purpose of switching off the operating unit at a shutdown time, such that it no longer generates a positive operating torque (Bm), in order to have the compression mechanism run down to a standstill, and is configured to provide the regulating time interval (Δt) immediately before the shutdown time, preferably to begin the regulating time interval (Δt), when a signal of the electronic control unit of a refrigerator signals reaching a target temperature in a refrigerated space. - a drive unit, - a compression mechanism operationally connected to the drive unit, having at least one piston moving back-and-forth in a cylinder of a cylinder block between a bottom and a top dead center, and driven via a crankshaft, - detecting and controlling and/or regulating the rotational velocity (ω) of the drive unit, - at least approximately detecting the piston position,
A scaffold for repair of cartilage or osteochondral defects comprising coral having at least a first portion of an exposed surface, which first portion is raised with respect to at least a second portion of said exposed surface in said coral, wherein said first portion comprises at least a region, which specifically positions and confines said coral within a site of cartilage repair, wherein a series of hollows are present along the long axis of the scaffold.
A lighting fixture for general lighting purposes, comprising: an array of solid-state light sources configured to generate light for general illumination; and control circuitry coupled to the array of solid-state light sources and configured to: set at least one characteristic of the light generated by the array of the solid-state light sources; and modulate the light generated by at least one solid-state light source in the array of solid-state light sources with data for transmission where the modulated light is pulse-width-modulated, PWM, characterized in that the PWM modulated light generated by the at least one solid-state light source uses frequency shift keying, FSK, at a first frequency and a first duty cycle to represent a first logic state and at a second frequency and a second duty cycle to represent a second logic state, wherein the first duty cycle and the second duty cycle utilized in the PWM are equal. an array of solid-state light sources configured to generate light for general illumination; and control circuitry coupled to the array of solid-state light sources and configured to: set at least one characteristic of the light generated by the array of the solid-state light sources; and modulate the light generated by at least one solid-state light source in the array of solid-state light sources with data for transmission where the modulated light is pulse-width-modulated, PWM, characterized in that the PWM modulated light generated by the at least one solid-state light source uses frequency shift keying, FSK, at a first frequency and a first duty cycle to represent a first logic state and at a second frequency and a second duty cycle to represent a second logic state, wherein the first duty cycle and the second duty cycle utilized in the PWM are equal. set at least one characteristic of the light generated by the array of the solid-state light sources; and modulate the light generated by at least one solid-state light source in the array of solid-state light sources with data for transmission where the modulated light is pulse-width-modulated, PWM, characterized in that the PWM modulated light generated by the at least one solid-state light source uses frequency shift keying, FSK, at a first frequency and a first duty cycle to represent a first logic state and at a second frequency and a second duty cycle to represent a second logic state, wherein the first duty cycle and the second duty cycle utilized in the PWM are equal.
A contactless power supply system comprising: a power supplying device including a primary coil and configured to supply high frequency current to the primary coil to generate an alternating magnetic flux; anda movable device (30, 30a, 30b, 50, 60, 70) including a plurality of secondary coils that generate inductive voltage with the alternating magnetic flux, wherein the secondary coils are arranged in a moving direction of the movable device (30, 30a, 30b, 50, 60, 70) relative to the power supplying device; wherein the movable device (30, 30a, 30b, 50, 60, 70) is configured to include at least one electric device (40, 40a, 40b) that can be coupled to the movable device (30, 30a, 30b, 50, 60, 70) in a removable manner; at least one guide rail (61, 65) configured to hold the movable device (30, 30a, 30b, 50, 60, 70) so as to be slidable in the moving direction within a fixed range, and wherein the movable device (30, 30a, 30b, 50, 60, 70) is configured to be movable relative to the power supplying device and to supply power to the at least one electric device (40, 40a, 40b) through at least one of the secondary coils; and wherein the power supplying device is fixed at a position corresponding to a range in which the movable device (30, 30a, 30b, 50, 60, 70) is movable when set; characterized in that wherein the primary coil has a side having length A in the moving direction of the movable device (30, 30a, 30b, 50, 60, 70), the secondary coil has a side having length C in the moving direction, and an interval of the two secondary coils is distance B; wherein A, B, and C are set to satisfy A>B+2C. a power supplying device including a primary coil and configured to supply high frequency current to the primary coil to generate an alternating magnetic flux; anda movable device (30, 30a, 30b, 50, 60, 70) including a plurality of secondary coils that generate inductive voltage with the alternating magnetic flux, wherein the secondary coils are arranged in a moving direction of the movable device (30, 30a, 30b, 50, 60, 70) relative to the power supplying device; wherein the movable device (30, 30a, 30b, 50, 60, 70) is configured to include at least one electric device (40, 40a, 40b) that can be coupled to the movable device (30, 30a, 30b, 50, 60, 70) in a removable manner; at least one guide rail (61, 65) configured to hold the movable device (30, 30a, 30b, 50, 60, 70) so as to be slidable in the moving direction within a fixed range, and wherein the movable device (30, 30a, 30b, 50, 60, 70) is configured to be movable relative to the power supplying device and to supply power to the at least one electric device (40, 40a, 40b) through at least one of the secondary coils; and wherein the power supplying device is fixed at a position corresponding to a range in which the movable device (30, 30a, 30b, 50, 60, 70) is movable when set; characterized in that wherein the primary coil has a side having length A in the moving direction of the movable device (30, 30a, 30b, 50, 60, 70), the secondary coil has a side having length C in the moving direction, and an interval of the two secondary coils is distance B; wherein A, B, and C are set to satisfy A>B+2C.
A tensioner for an endless drive member, comprising: a shaft and base that are mountable to be stationary relative to an engine; a tensioner arm that is pivotable relative to the shaft about a tensioner arm axis (Aa); a pulley on the tensioner arm rotatable about a pulley axis (Ap) that is offset from the tensioner arm axis (Aa), wherein the pulley is engageable with an endless drive member; a tensioner spring having a first end that is positioned to exert a force on the shaft and base and a second end that is positioned to exert a force on the tensioner arm to urge the tensioner arm towards a free arm position; and characterized by a damping element that engages the tensioner arm and that is engaged by a plurality of axially spaced segments of the tensioner spring including a segment that is on a volute of the tensioner spring having the second end, wherein the tensioner is submersed in oil. a shaft and base that are mountable to be stationary relative to an engine; a tensioner arm that is pivotable relative to the shaft about a tensioner arm axis (Aa); a pulley on the tensioner arm rotatable about a pulley axis (Ap) that is offset from the tensioner arm axis (Aa), wherein the pulley is engageable with an endless drive member; a tensioner spring having a first end that is positioned to exert a force on the shaft and base and a second end that is positioned to exert a force on the tensioner arm to urge the tensioner arm towards a free arm position; and characterized by a damping element that engages the tensioner arm and that is engaged by a plurality of axially spaced segments of the tensioner spring including a segment that is on a volute of the tensioner spring having the second end, wherein the tensioner is submersed in oil.
Method for retracting and extending a loading platform, having foldable loading platform parts (24, 26), of a platform lift, wherein, in order to extend the loading platform, the foldable loading platform parts (24, 26) are moved out of a rear region of a vehicle, the loading platform parts (24, 26) are pivoted together and at least one loading platform part is folded out, and the movement sequences for retracting and extending the loading platform parts (24, 26) of the loading platform are controlled automatically, characterized in that the sequential movement sequences during retracting and extending the loading platform parts (24, 26) of the loading platform are controlled automatically in a manner depending on angle signals from inclination sensors (32, 33), and at the start of at least the extending operation of the loading platform, the angle signals from the inclination sensors (32, 33) are determined and saved in a controller.
A composition for use in a method of treating diabetic neuropathy by topical or transdermal administration, the composition comprising: an effective amount of a muscarinic acetylcholine receptor antagonist selective for the M1 receptor subtype, or a salt thereof; one or more penetration enhancing agents or co-solvents; and a pharmacologically acceptable carrier or excipient or combinations thereof. an effective amount of a muscarinic acetylcholine receptor antagonist selective for the M1 receptor subtype, or a salt thereof; one or more penetration enhancing agents or co-solvents; and a pharmacologically acceptable carrier or excipient or combinations thereof.
A modified membrane type serine protease I (MT-SP1) polypeptide or a catalytically active portion thereof, comprising an amino acid replacement in a position corresponding to position 60(g), based on chymotrypsin numbering, whereby substrate specificity for a complement protein is increased compared to the MT-SP1 polypeptide not containing the amino acid replacement.
An imaging system for an optical element, the imaging system comprising: means for illuminating a targeted optical element with at least one collimated incident light beam the means for illuminating comprises at least one source and optical means for altering the direction of incidence of at least one incident light beam on the targeted optical element, the optical means locatable on the optical axis of the targeted optical element; and means for directing at least two light beams returning at predetermined angles from at least one surface of the illuminated optical element onto at least one detector; wherein the means for directing comprises at least one telecentric optical system and further comprising a plurality of mirrors (209,210) angularly oriented with respect to the targeted optical element on opposing sides of the optical axis such that the returning light beams are directionally reflected from the mirrors (209, 210) towards the targeted optical element at a specific angle of reflection selected such that the Purkinje reflections are present in the image and the returning light beams are separated from each other by sufficient magnitude such that the Purkinje reflections are resolvable in a crowded group; the at least one detector adapted to measure relative light characteristics of the at least two returning light beams and to calculate at least one parameter of the optical element using the measured characteristics of the at least two returning light beams. means for illuminating a targeted optical element with at least one collimated incident light beam the means for illuminating comprises at least one source and optical means for altering the direction of incidence of at least one incident light beam on the targeted optical element, the optical means locatable on the optical axis of the targeted optical element; and means for directing at least two light beams returning at predetermined angles from at least one surface of the illuminated optical element onto at least one detector; wherein the means for directing comprises at least one telecentric optical system and further comprising a plurality of mirrors (209,210) angularly oriented with respect to the targeted optical element on opposing sides of the optical axis such that the returning light beams are directionally reflected from the mirrors (209, 210) towards the targeted optical element at a specific angle of reflection selected such that the Purkinje reflections are present in the image and the returning light beams are separated from each other by sufficient magnitude such that the Purkinje reflections are resolvable in a crowded group; the at least one detector adapted to measure relative light characteristics of the at least two returning light beams and to calculate at least one parameter of the optical element using the measured characteristics of the at least two returning light beams.