mhurhangee/patent-ind-claim-en huggingface dataset:
A modular intraocular lens system , comprising: a base comprising an annular recess ; and a lens , comprising: an optic portion , and a first tab and a second tab protruding from diametrically opposite sides of the optic portion, wherein the first tab is fixed and the second tab is actuatable between a radially compressed position and an uncompressed extended position for forming an interlocking connection between the lens and the base. wherein the first tab has an outside curvature, the outside curvature having a radius conforming to an inside radius of the annular recess, and wherein the base is configured to receive the lens, whereby the first tab and the second tab extend into the annular recess, to secure the lens to the base. a base comprising an annular recess ; and a lens , comprising: an optic portion , and a first tab and a second tab protruding from diametrically opposite sides of the optic portion, wherein the first tab is fixed and the second tab is actuatable between a radially compressed position and an uncompressed extended position for forming an interlocking connection between the lens and the base. wherein the first tab has an outside curvature, the outside curvature having a radius conforming to an inside radius of the annular recess, and wherein the base is configured to receive the lens, whereby the first tab and the second tab extend into the annular recess, to secure the lens to the base. an optic portion , and a first tab and a second tab protruding from diametrically opposite sides of the optic portion, wherein the first tab is fixed and the second tab is actuatable between a radially compressed position and an uncompressed extended position for forming an interlocking connection between the lens and the base. wherein the first tab has an outside curvature, the outside curvature having a radius conforming to an inside radius of the annular recess, and wherein the base is configured to receive the lens, whereby the first tab and the second tab extend into the annular recess, to secure the lens to the base.
Method for producing a fibre composite part , wherein a foam material body for forming a preferably inner layer and a fibre layer for forming an outer layer and spacers situated therebetween are introduced into a mould , the mould is then closed apart from a small residual gap , a curable resin is injected into the mould , and the mould , after it has been sufficiently filled, is completely closed in order to secure the resin , wherein the spacers are part of a sheet-like structure which is three-dimensionally deformed, embossed, punched, thermoformed and/or cut in such a way that the spacers protrude with respect to a main plane of the sheet-like structure, and wherein portions of the spacers press into the foam material body as a result of the mould movement from the residual gap position into the closed position.
A wrappable textile sleeve , comprising: a woven wall having opposite inner and outer edges extending in a lengthwise direction along a central longitudinal axis of the sleeve between opposite ends , said opposite inner and outer edges being wrappable into overlapping relation with one another to form an inner tubular cavity , said wall having an innermost woven layer and an outermost woven layer woven in attached relation with one another at one of said opposite inner and outer edges; characterised in that it further comprises a reflective layer sandwiched between said innermost woven layer and said outermost woven layer. a woven wall having opposite inner and outer edges extending in a lengthwise direction along a central longitudinal axis of the sleeve between opposite ends , said opposite inner and outer edges being wrappable into overlapping relation with one another to form an inner tubular cavity , said wall having an innermost woven layer and an outermost woven layer woven in attached relation with one another at one of said opposite inner and outer edges; characterised in that it further comprises a reflective layer sandwiched between said innermost woven layer and said outermost woven layer.
A method for manufacturing a light emitting metal knob comprising: a metal plate processing step of processing a light blocking metal plate such that an upper part of the light blocking metal plate is closed and a lower part of the light blocking metal plate is open; a display groove forming step of forming a light emitting display groove in an upper surface of the light blocking metal plate; a first resin layer coupling step of coupling a first resin layer, which is made of a light transmitting synthetic resin, to the upper surface of the light blocking metal plate so as to fill the light emitting display groove; an upper surface plane-cutting step of cutting the upper surface of the light blocking metal plate planarly so that only the first resin layer filled in the light emitting display groove is left; an anodizing step of applying an anodic oxidation treatment to the surface of the light blocking metal plate and then absorbing an organic dye to realize color; a lower surface plane-cutting step of cutting a lower surface of the light blocking metal plate planarly such that only the first resin layer coupled into the light emitting display groove is exposed from the lower surface of the light blocking metal plate to form a light emitting display window; and a second resin layer coupling step of coupling a second resin layer, which is made of a light transmitting synthetic resin, to the lower surface of the light blocking metal plate. a metal plate processing step of processing a light blocking metal plate such that an upper part of the light blocking metal plate is closed and a lower part of the light blocking metal plate is open; a display groove forming step of forming a light emitting display groove in an upper surface of the light blocking metal plate; a first resin layer coupling step of coupling a first resin layer, which is made of a light transmitting synthetic resin, to the upper surface of the light blocking metal plate so as to fill the light emitting display groove; an upper surface plane-cutting step of cutting the upper surface of the light blocking metal plate planarly so that only the first resin layer filled in the light emitting display groove is left; an anodizing step of applying an anodic oxidation treatment to the surface of the light blocking metal plate and then absorbing an organic dye to realize color; a lower surface plane-cutting step of cutting a lower surface of the light blocking metal plate planarly such that only the first resin layer coupled into the light emitting display groove is exposed from the lower surface of the light blocking metal plate to form a light emitting display window; and a second resin layer coupling step of coupling a second resin layer, which is made of a light transmitting synthetic resin, to the lower surface of the light blocking metal plate.
A laundry cleaning composition comprising: (i) from 0.2 to 20 wt.%, preferably 0.5 to 12 wt.%, more preferably 1 to 10 wt.% of an alkoxylated dispersant of the following structure: wherein: X is selected from: ethoxy; and mixtures of ethoxy and propoxy groups, wherein the number of ethoxy groups is greater than the number of propoxy groups, and wherein n is from 6 to 70; m is 2; R 1 is selected from: uncharged C12 to C20 alkyl groups; uncharged aryl groups; and, uncharged alkyl-aryl groups wherein the alkyl group of the alkyl-aryl is a saturated linear or branched C1 to C3; T is CH 3 ; (ii) from 0 to 50 wt.% surfactant, other than the alkoxylated dispersant; and (iii) an active ingredient selected from one or more of the following: from 0.001 to 3 wt.% perfume; from 0.0001 to 0.5 wt.% of fluorescent agent; and, from 0.0001 wt.% to 0.1 wt.% of an enzyme. (i) from 0.2 to 20 wt.%, preferably 0.5 to 12 wt.%, more preferably 1 to 10 wt.% of an alkoxylated dispersant of the following structure: wherein: X is selected from: ethoxy; and mixtures of ethoxy and propoxy groups, wherein the number of ethoxy groups is greater than the number of propoxy groups, and wherein n is from 6 to 70; m is 2; R 1 is selected from: uncharged C12 to C20 alkyl groups; uncharged aryl groups; and, uncharged alkyl-aryl groups wherein the alkyl group of the alkyl-aryl is a saturated linear or branched C1 to C3; T is CH 3 ; X is selected from: ethoxy; and mixtures of ethoxy and propoxy groups, wherein the number of ethoxy groups is greater than the number of propoxy groups, and wherein n is from 6 to 70; m is 2; R 1 is selected from: uncharged C12 to C20 alkyl groups; uncharged aryl groups; and, uncharged alkyl-aryl groups wherein the alkyl group of the alkyl-aryl is a saturated linear or branched C1 to C3; T is CH 3 ; (ii) from 0 to 50 wt.% surfactant, other than the alkoxylated dispersant; and (iii) an active ingredient selected from one or more of the following: from 0.001 to 3 wt.% perfume; from 0.0001 to 0.5 wt.% of fluorescent agent; and, from 0.0001 wt.% to 0.1 wt.% of an enzyme.
An aerosol generation system , comprising: a liquid storage cavity , which is configured for storing a liquid substrate; a vaporization element, which is configured for vaporizing the liquid substrate to form an aerosol for a user to inhale; a battery cell, which is configured for providing a power to the vaporization element; an air flow sensor , which is configured for measuring an air flow velocity formed by user inhalation passing through the aerosol generation system ; and characterized in that the aerosol generation system further comprises a controller , which is configured for determining the consumption of the liquid substrate in a time period on the basis of the power applied to the vaporization element, the air flow velocity, a correlation coefficient and a correction constant in the time period; wherein the correlation coefficient is a coefficient of correlation between the power applied to the vaporization element and the amount of aerosol generated, and the correction constant is a modified value for correlation between the air flow velocity passing through the aerosol generation system and the amount of aerosol generated. a liquid storage cavity , which is configured for storing a liquid substrate; a vaporization element, which is configured for vaporizing the liquid substrate to form an aerosol for a user to inhale; a battery cell, which is configured for providing a power to the vaporization element; an air flow sensor , which is configured for measuring an air flow velocity formed by user inhalation passing through the aerosol generation system ; and characterized in that the aerosol generation system further comprises a controller , which is configured for determining the consumption of the liquid substrate in a time period on the basis of the power applied to the vaporization element, the air flow velocity, a correlation coefficient and a correction constant in the time period; wherein the correlation coefficient is a coefficient of correlation between the power applied to the vaporization element and the amount of aerosol generated, and the correction constant is a modified value for correlation between the air flow velocity passing through the aerosol generation system and the amount of aerosol generated.
A method for encoding a message at a base station , the method comprising: representing user equipment (UE)-specific control information as two or more sequences of bits ; wherein the two or more sequences of bits comprise a frozen bit sequence and an information bit sequence of a polar code; generating two or more pseudorandom sequences from two or more respective identifiers; wherein the two or more identifiers comprise a UE identifier and an identifier of the base station; modulating each of the two or more sequences of bits with a respective one of the two or more pseudorandom sequences to produce modulated control information ; wherein the pseudorandom sequence generated from the UE identifier is used to modulate the frozen bit sequence; wherein the pseudorandom sequence generated from the identifier of the base station is used to modulate the information bit sequence; encoding the modulated control information to obtain encoded modulated control information; wherein encoding the modulated control information uses the polar code to perform the encoding; and wirelessly transmitting the encoded modulated control information . representing user equipment (UE)-specific control information as two or more sequences of bits ; wherein the two or more sequences of bits comprise a frozen bit sequence and an information bit sequence of a polar code; generating two or more pseudorandom sequences from two or more respective identifiers; wherein the two or more identifiers comprise a UE identifier and an identifier of the base station; modulating each of the two or more sequences of bits with a respective one of the two or more pseudorandom sequences to produce modulated control information ; wherein the pseudorandom sequence generated from the UE identifier is used to modulate the frozen bit sequence; wherein the pseudorandom sequence generated from the identifier of the base station is used to modulate the information bit sequence; wherein the pseudorandom sequence generated from the UE identifier is used to modulate the frozen bit sequence; wherein the pseudorandom sequence generated from the identifier of the base station is used to modulate the information bit sequence; encoding the modulated control information to obtain encoded modulated control information; wherein encoding the modulated control information uses the polar code to perform the encoding; and wirelessly transmitting the encoded modulated control information .
Air intake housing , notably for a heating, ventilation and/or air conditioning device, comprising: - at least two distinct air inlets , and - air guiding members configured to direct at least one airflow intended to be admitted into the air intake housing , characterized in that the air guiding members comprise at least three coaxial flaps , these being a central flap and two lateral flaps arranged on either side of the central flap , said coaxial flaps being arranged between said two distinct air inlets of the air intake housing , such as to be able to move about a single pivot axle , and in that the air intake housing houses at least one rib arranged in such a way as to prevent an airflow (FE, FR) from flowing from one air intake to the other air intake for a given intermediate position of at least one of said coaxial flaps . - at least two distinct air inlets , and - air guiding members configured to direct at least one airflow intended to be admitted into the air intake housing , the air guiding members comprise at least three coaxial flaps , these being a central flap and two lateral flaps arranged on either side of the central flap , said coaxial flaps being arranged between said two distinct air inlets of the air intake housing , such as to be able to move about a single pivot axle , and in that the air intake housing houses at least one rib arranged in such a way as to prevent an airflow (FE, FR) from flowing from one air intake to the other air intake for a given intermediate position of at least one of said coaxial flaps .
A printhead comprising: a main body ; and a stack of plates attached to the main body, that form a row of jetting channels configured to jet droplets of a print fluid; wherein the main body includes: a supply manifold configured to provide a fluid path for the print fluid to the row of jetting channels; wherein the supply manifold comprises a primary manifold duct and a secondary manifold duct that extend in parallel in alignment with the row of jetting channels; a fluid diversion plate disposed between the primary manifold duct and the secondary manifold duct and that fluidly isolates the primary manifold duct from the secondary manifold duct at the end sections of the primary manifold duct; wherein the print fluid is supplied at each end section of the primary manifold duct and the secondary manifold duct is fluidly coupled to the row of jetting channels; characterised in that the fluid diversion plate includes a plurality of orifices in a row aligned with the primary manifold duct and the secondary manifold duct, positioned toward the midsection of the length of the primary manifold duct, that fluidly couple the primary manifold duct to the secondary manifold duct; wherein the main body comprises one or more heaters embedded in the main body proximate to primary manifold duct; wherein the plurality of orifices increase in size from orifices at either end of the plurality of orifices to a centre orifice. a main body ; and a stack of plates attached to the main body, that form a row of jetting channels configured to jet droplets of a print fluid; wherein the main body includes: a supply manifold configured to provide a fluid path for the print fluid to the row of jetting channels; wherein the supply manifold comprises a primary manifold duct and a secondary manifold duct that extend in parallel in alignment with the row of jetting channels; a fluid diversion plate disposed between the primary manifold duct and the secondary manifold duct and that fluidly isolates the primary manifold duct from the secondary manifold duct at the end sections of the primary manifold duct; wherein the print fluid is supplied at each end section of the primary manifold duct and the secondary manifold duct is fluidly coupled to the row of jetting channels; characterised in that the fluid diversion plate includes a plurality of orifices in a row aligned with the primary manifold duct and the secondary manifold duct, positioned toward the midsection of the length of the primary manifold duct, that fluidly couple the primary manifold duct to the secondary manifold duct; wherein the main body comprises one or more heaters embedded in the main body proximate to primary manifold duct; wherein the plurality of orifices increase in size from orifices at either end of the plurality of orifices to a centre orifice.
An apparatus , comprising: a magnetic field generator ; a first magnetic field sensor configured for attachment to a proximal end of a rigid surgical tool configured to be inserted into a living body; a calibration device , including a second magnetic field sensor and a proximity sensor , wherein the first and the second field sensors are configured to generate respective location signals responsive to a magnetic field emanating from the magnetic field generator and traversing the sensors, and wherein the proximity sensor is configured to generate a proximity signal indicating a contact with the calibration device; and a control unit , which is configured to receive the signals from all the sensors, extract respective location and orientation coordinates of the magnetic field sensors based on the signals, compute a conversion relation between the coordinates of the first magnetic field sensor and a distal end of the tool that is brought into contact with the calibration device, and subsequently apply the conversion relation, together with the coordinates of the first magnetic field sensor, in providing a visual indication of a location of the distal end of the tool inside the body. a magnetic field generator ; a first magnetic field sensor configured for attachment to a proximal end of a rigid surgical tool configured to be inserted into a living body; a calibration device , including a second magnetic field sensor and a proximity sensor , wherein the first and the second field sensors are configured to generate respective location signals responsive to a magnetic field emanating from the magnetic field generator and traversing the sensors, and wherein the proximity sensor is configured to generate a proximity signal indicating a contact with the calibration device; and a control unit , which is configured to receive the signals from all the sensors, extract respective location and orientation coordinates of the magnetic field sensors based on the signals, compute a conversion relation between the coordinates of the first magnetic field sensor and a distal end of the tool that is brought into contact with the calibration device, and subsequently apply the conversion relation, together with the coordinates of the first magnetic field sensor, in providing a visual indication of a location of the distal end of the tool inside the body.
Filtration system for an aerosol containing a carrier gas and particles comprising : - a feed channel having a first end designed to be connected to a supply member configured to supply the aerosol; - a plurality of cyclone separators , each cyclone separator having an inlet opening into the feed channel ; wherein several cyclone separators of the plurality of cyclone separators and their respective inlets are arranged consecutively along the feed channel and on the same side of the feed channel ; - flow diverters are arranged in the feed channel to divert part of a flow of the droplet-laden atmosphere towards one of the corresponding cyclone separators , wherein the cross-section of the feed channel decreases in a direction away from the first end towards the plurality of cyclone separators ; filtration system characterized in that flow diverters are arranged in the feed channel to monotonically reduce the effective cross-section of the feed channel , the effective cross-section of the feed channel decreasing each time a portion of the carrier gas flow is diverted to a cyclone separator by one of the flow diverters ; and in that two consecutive inlets of two cyclone separators of the plurality of cyclone separators on the same side of the feed channel are arranged at different heights. - a feed channel having a first end designed to be connected to a supply member configured to supply the aerosol; - a plurality of cyclone separators , each cyclone separator having an inlet opening into the feed channel ; wherein several cyclone separators of the plurality of cyclone separators and their respective inlets are arranged consecutively along the feed channel and on the same side of the feed channel ; - flow diverters are arranged in the feed channel to divert part of a flow of the droplet-laden atmosphere towards one of the corresponding cyclone separators , wherein the cross-section of the feed channel decreases in a direction away from the first end towards the plurality of cyclone separators ; filtration system characterized in that flow diverters are arranged in the feed channel to monotonically reduce the effective cross-section of the feed channel , the effective cross-section of the feed channel decreasing each time a portion of the carrier gas flow is diverted to a cyclone separator by one of the flow diverters ; and in that two consecutive inlets of two cyclone separators of the plurality of cyclone separators on the same side of the feed channel are arranged at different heights.