mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid delivery device comprising: a fluid reservoir ; a transcutaneous access tool fluidly coupled to the fluid reservoir ; and a drive mechanism for driving fluid from the reservoir , the drive mechanism comprising: a drive wheel (156; 256); a plunger received in the reservoir ; and a leadscrew extending from the plunger ; characterized in that the drive mechanism further comprises: a nut threadably engaged with the leadscrew ; and a clutch mechanism coupled to the drive wheel (156; 256), wherein the clutch mechanism is configured to allow the nut to pass through the clutch mechanism when disengaged and is configured to grip the nut when engaged such that the drive wheel (156; 256) rotates the nut to advance the leadscrew and the plunger into the reservoir . a fluid reservoir ; a transcutaneous access tool fluidly coupled to the fluid reservoir ; and a drive mechanism for driving fluid from the reservoir , the drive mechanism comprising: a drive wheel (156; 256); a plunger received in the reservoir ; and a leadscrew extending from the plunger ; a drive wheel (156; 256); a plunger received in the reservoir ; and a leadscrew extending from the plunger ; characterized in that the drive mechanism further comprises: a nut threadably engaged with the leadscrew ; and a clutch mechanism coupled to the drive wheel (156; 256), wherein the clutch mechanism is configured to allow the nut to pass through the clutch mechanism when disengaged and is configured to grip the nut when engaged such that the drive wheel (156; 256) rotates the nut to advance the leadscrew and the plunger into the reservoir . a nut threadably engaged with the leadscrew ; and a clutch mechanism coupled to the drive wheel (156; 256), wherein the clutch mechanism is configured to allow the nut to pass through the clutch mechanism when disengaged and is configured to grip the nut when engaged such that the drive wheel (156; 256) rotates the nut to advance the leadscrew and the plunger into the reservoir .
A self-cleaning filter comprising: - a filtrating tubular element having an inner surface and a longitudinal direction of development (A); - a plurality of cleaning elements inserted inside said filtrating tubular element and configured for rotating about said longitudinal direction of development (A) each one moving along a respective direction of forward motion (B), said cleaning elements being spaced away from each other along said longitudinal direction of development (A), each cleaning element having a front edge , a back edge and a pair of side edges , each cleaning element comprising at least a first suction inlet facing said inner surface and placed in proximity to said inner surface ; wherein each cleaning element comprises a front profile connected to the front edge and a back profile connected to the back edge , said profiles being brought into contact with said inner surface of said filtrating tubular body and configured to keep in contact during the advancement along said inner surface to isolate a cleaning area between said suction inlet and said inner surface , a pair of side profiles each one connected to a respective side edge , said profiles being connected to each other so as to define a closed and flexible wall; characterized in that the self-cleaning filter comprises contact cleaning means configured for striking said inner surface to remove dirt from said inner surface , the contact cleaning means comprises a plurality of brushes , each secured to a respective cleaning element and configured for sliding in contact with the inner surface of the filtrating tubular element along the direction of forward motion (B). - a filtrating tubular element having an inner surface and a longitudinal direction of development (A); - a plurality of cleaning elements inserted inside said filtrating tubular element and configured for rotating about said longitudinal direction of development (A) each one moving along a respective direction of forward motion (B), said cleaning elements being spaced away from each other along said longitudinal direction of development (A), each cleaning element having a front edge , a back edge and a pair of side edges , each cleaning element comprising at least a first suction inlet facing said inner surface and placed in proximity to said inner surface ;
Accessory adapter for fastening a motor vehicle accessory to a wheel hub of a motor vehicle provided with a central thread , the accessory adapter comprising a threaded portion and a holding portion , the threaded portion is designed to be screwed to the central thread and the holding section is designed to hold the motor vehicle accessory , and wherein the accessory adapter has a threaded part and a clamping part , the threaded part has the threaded section and the clamping part is designed to be clamped to the threaded part , and wherein the clamping part is formed as an annular disc designed to bear against the vehicle hub and/or a vehicle wheel rim .
Mechanism for a chronograph watch movement comprising: - an energy source , - a chronograph seconds wheel , - a counter wheel for counting a given time , said wheel being different from the chronograph seconds wheel , - a device for actuating an oscillating pinion , - said oscillating pinion comprising: - a first toothing arranged to mesh with said energy source of the movement, - a second toothing arranged to move under the action of said actuating device , so as to mesh with the counter wheel for counting a given time , thereby producing an oscillating pinion gear between the energy source and the counter wheel for counting a given time , said counter wheel for counting a given time thus being driven solely by the energy source via said oscillating pinion , so that the rotation of the chronograph seconds wheel is decoupled from the rotation of the counter wheel for counting a given time , characterized in that the counter wheel for counting a given time is a chronograph minutes wheel. - an energy source , - a chronograph seconds wheel , - a counter wheel for counting a given time , said wheel being different from the chronograph seconds wheel , - a device for actuating an oscillating pinion , - said oscillating pinion comprising: - a first toothing arranged to mesh with said energy source of the movement, - a second toothing arranged to move under the action of said actuating device , so as to mesh with the counter wheel for counting a given time , thereby producing an oscillating pinion gear between the energy source and the counter wheel for counting a given time , said counter wheel for counting a given time thus being driven solely by the energy source via said oscillating pinion , so that the rotation of the chronograph seconds wheel is decoupled from the rotation of the counter wheel for counting a given time , characterized in that the counter wheel for counting a given time is a chronograph minutes wheel. - a first toothing arranged to mesh with said energy source of the movement, - a second toothing arranged to move under the action of said actuating device , so as to mesh with the counter wheel for counting a given time , thereby producing an oscillating pinion gear between the energy source and the counter wheel for counting a given time , said counter wheel for counting a given time thus being driven solely by the energy source via said oscillating pinion , so that the rotation of the chronograph seconds wheel is decoupled from the rotation of the counter wheel for counting a given time , characterized in that the counter wheel for counting a given time is a chronograph minutes wheel.
An attitude control apparatus, comprising: a first sheet including a first electrode film and a second electrode film that face each other in a thickness direction (Z-axis), and a liquid crystal layer disposed between the first electrode film and the second electrode film and formed of polymer dispersed liquid crystal, the first sheet being electrically switchable between a first state in which the first sheet extends along an XY in-plane direction orthogonal to the thickness direction and has transparency in the thickness direction, and a second state in which the first sheet has lower transparency in the thickness direction than the transparency in the first state, wherein the first sheet in the second state diffuses light incident in the thickness direction; and a second sheet having a prism surface on which an inclined surface inclined in the X-axis direction with respect to the in-plane direction forming the XY-plane is arranged along the in-plane direction, the second sheet facing the first sheet in the thickness direction, the prism surface including prisms extending along the Y-axis direction and arranged along the X-axis direction. a first sheet including a first electrode film and a second electrode film that face each other in a thickness direction (Z-axis), and a liquid crystal layer disposed between the first electrode film and the second electrode film and formed of polymer dispersed liquid crystal, a first electrode film and a second electrode film that face each other in a thickness direction (Z-axis), and a liquid crystal layer disposed between the first electrode film and the second electrode film and formed of polymer dispersed liquid crystal, the first sheet being electrically switchable between a first state in which the first sheet extends along an XY in-plane direction orthogonal to the thickness direction and has transparency in the thickness direction, and a second state in which the first sheet has lower transparency in the thickness direction than the transparency in the first state, wherein the first sheet in the second state diffuses light incident in the thickness direction; and a second sheet having a prism surface on which an inclined surface inclined in the X-axis direction with respect to the in-plane direction forming the XY-plane is arranged along the in-plane direction, the second sheet facing the first sheet in the thickness direction, the prism surface including prisms extending along the Y-axis direction and arranged along the X-axis direction.
An aqueous formulation having a pH value in a range from greater than or equal to 7.0 to less than or equal to 7.8, wherein the bromfenac concentration in the aqueous formulation is 0.07% for use in a method for enhancing ocular bioavailability of bromfenac of an aqueous formulation when topically administered to an eye of a patient in need thereof when compared to the ocular bioavailability of bromfenac of another aqueous formulation having a pH of 8.3 and a concentration of 0.09% when topically administered to an eye of a patient in need thereof
Rotary electric machine , in particular for a motor vehicle, having: - a bearing having a transverse wall , - a stator having a body and a winding provided with a plurality of phase windings , each phase winding having ends , - an electrical control module for controlling the rotary electric machine, - an interconnector having terminals intended to be connected to ends of the phase windings and end connectors intended to be connected to the electrical control module for controlling the rotary electric machine , the interconnector bearing against a face of the transverse wall of the bearing that is directed towards the inside of the rotary electric machine, the interconnector being fastened to said face of the transverse wall of the bearing by means of fastening members , the bearing having openings provided in its transverse wall for the passage of the end connectors , characterized in that the openings have a cutout allowing the passage of a tool for welding the winding ends to the terminals of the interconnector . - a bearing having a transverse wall , - a stator having a body and a winding provided with a plurality of phase windings , each phase winding having ends , - an electrical control module for controlling the rotary electric machine, - an interconnector having terminals intended to be connected to ends of the phase windings and end connectors intended to be connected to the electrical control module for controlling the rotary electric machine , the interconnector bearing against a face of the transverse wall of the bearing that is directed towards the inside of the rotary electric machine, the interconnector being fastened to said face of the transverse wall of the bearing by means of fastening members , the bearing having openings provided in its transverse wall for the passage of the end connectors , characterized in that the openings have a cutout allowing the passage of a tool for welding the winding ends to the terminals of the interconnector .
A system for cleaning at least two sensors/transmitters for a motor vehicle, the system comprising at least one first device for projecting a cleaning fluid onto at least one first sensor/transmitter , at least one second device for projecting a cleaning fluid onto at least one second sensor/transmitter , at least one reservoir for storage of the cleaning fluid, at least one circuit for distribution of the cleaning fluid, connecting the reservoir to the first and second cleaning fluid projection devices , at least one electronic pump , and at least one control unit , characterized in that the control unit is configured to receive information on a request for activation of the first and/or second device(s) for projection of the cleaning fluid, in order to determine a theoretical value of at least one operating parameter of the pump as a function of firstly a length of a portion of the distribution circuit extending between the reservoir and the first and/or second cleaning fluid projection device(s) to be activated, and secondly a desired operating pressure (P1) of the first and/or second projection device(s) , in order to compare the theoretical value of the operating parameter of the pump with an actual value of the operating parameter of the pump and in order to determine a state of said portion of the cleaning fluid distribution circuit as a function of the result of said comparison.
A foam insulation structure comprising a) a polymer foam layer having a thickness of 1 to 50 cm and having opposing major surfaces and gas-filled cells that contain a physical blowing agent which is a hydrocarbon having 3 to 8 carbon atoms, wherein the polymer foam is a reaction product of a foam precursor mixture comprising at least one polyisocyanate, water, and the physical blowing agent, and b) a multi-layer sheet having a thickness of 0.4 to 10 mm affixed to at least one of said opposing major surfaces of the polymer foam layer, wherein the multi-layer sheet includes i) a first non-cellular layer having a thickness of 0.1 to 5 mm containing at least 50 weight-% of one or more thermoplastic resins, wherein the one or more thermoplastic resins is not a polylactide resin and has a Vicat softening temperature (ASTM D1525, 50°C/hr, 1 kg) of at least 70°C and ii) a second non-cellular layer having a thickness of 0.15 to 5 mm containing at least 50 weight-% of a polylactide resin, wherein the first non-cellular layer of the multi-layer sheet is sealingly affixed to the polymer foam layer and the second non-cellular layer of the multi-layer sheet is sealingly affixed to the first non-cellular layer of the multi-layer sheet. having a thickness of 0.4 to 10 mm affixed to at least one of said opposing major surfaces of the polymer foam layer, wherein the multi-layer sheet includes i) a first non-cellular layer having a thickness of 0.1 to 5 mm containing at least 50 weight-% of one or more thermoplastic resins, wherein the one or more thermoplastic resins is not a polylactide resin and has a Vicat softening temperature (ASTM D1525, 50°C/hr, 1 kg) of at least 70°C and ii) a second non-cellular layer having a thickness of 0.15 to 5 mm containing at least 50 weight-% of a polylactide resin, wherein the first non-cellular layer of the multi-layer sheet is sealingly affixed to the polymer foam layer and the second non-cellular layer of the multi-layer sheet is sealingly affixed to the first non-cellular layer of the multi-layer sheet.
Edifice sealing web , comprising a sealing web facing away from the edifice, an adjoining barrier layer which extends on the side facing the edifice and is based on mixtures of homopolyamides and/or copolyamides, and a self-adhesive layer , characterized in that , the barrier layer consists of at least two layers, of which a first layer is a hot melt adhesive layer containing a copolyamide and a second layer is another layer containing a homopolyamide.
An image forming apparatus comprising: print means for printing an image on a sheet using a line head in which a plurality of light emitting devices are arranged; storage means for storing information regarding light amounts corresponding to the light emitting devices of the line head; and generation means for generating a mask pattern based on the information regarding the light amounts obtained from said storage means and a target light amount, characterized by further comprising: mask means for executing mask processing on halftone image data that is in positional correspondence with the light emitting devices, using the mask pattern generated by said generation means. print means for printing an image on a sheet using a line head in which a plurality of light emitting devices are arranged; storage means for storing information regarding light amounts corresponding to the light emitting devices of the line head; and generation means for generating a mask pattern based on the information regarding the light amounts obtained from said storage means and a target light amount, characterized by further comprising: mask means for executing mask processing on halftone image data that is in positional correspondence with the light emitting devices, using the mask pattern generated by said generation means.
A process for preparing inactivated exosomes comprising the steps of: (a) isolating cancer stem cells (CSCs) from human cancer tissue, (b) contacting the isolated CSCs of (a), in a culture medium, with pro-inflammatory cytokines, at a concentration, and for a time period, sufficient to induce release of inflammation induced exosomes, (c) isolating inflammation induced exosomes from the culture medium of (b), and (d) inactivating the isolated exosomes of (c) by exposure to ultraviolet radiation, wherein the ultraviolet radiation is at intensity and frequency sufficient to substantially inactivate RNA contained in the isolated exosomes, while preserving the membrane structure of the isolated exosomes. (a) isolating cancer stem cells (CSCs) from human cancer tissue, (b) contacting the isolated CSCs of (a), in a culture medium, with pro-inflammatory cytokines, at a concentration, and for a time period, sufficient to induce release of inflammation induced exosomes, (c) isolating inflammation induced exosomes from the culture medium of (b), and (d) inactivating the isolated exosomes of (c) by exposure to ultraviolet radiation, wherein the ultraviolet radiation is at intensity and frequency sufficient to substantially inactivate RNA contained in the isolated exosomes, while preserving the membrane structure of the isolated exosomes.
A method of making a media or a feed composition for culturing cells, comprising: i) subjecting a dry powder to suspension in a moving column of a gas in a fluid bed apparatus; ii) introducing at least one solvent using a sprayer into the dry powder of step (i) to form a layered base particle; iii) drying the layered base particle; wherein each solvent in the plurality of solvents has one component; each solvent has different components; or each solvent has a mixture of components; wherein the components are segregated into reactive species and into sensitive species that are sprayed separately to give a layered granule; wherein the reactive species and the sensitive species are components that interact adversely with each other. i) subjecting a dry powder to suspension in a moving column of a gas in a fluid bed apparatus; ii) introducing at least one solvent using a sprayer into the dry powder of step (i) to form a layered base particle; iii) drying the layered base particle; wherein each solvent in the plurality of solvents has one component; each solvent has different components; or each solvent has a mixture of components; wherein the components are segregated into reactive species and into sensitive species that are sprayed separately to give a layered granule; wherein the reactive species and the sensitive species are components that interact adversely with each other. wherein each solvent in the plurality of solvents has one component; each solvent has different components; or each solvent has a mixture of components; wherein the components are segregated into reactive species and into sensitive species that are sprayed separately to give a layered granule; wherein the reactive species and the sensitive species are components that interact adversely with each other.
A compound of Formula I: which is 5-(4-Bromophenyl)-3-(isopentyl)-1-(4-aminosulfonylphenyl)-1H-pyrazole (C6) or a pharmaceutically acceptable salt thereof.
Food- or feed-extruder cooling die , having i) an inlet end , which is able to be fastened to a food or feed extruder (E) and at which the extrudate is introducible into the cooling die ; ii) an outlet end , at which cooled extrudate is able to be discharged; iii) an extrudate flow duct , which extends substantially from the inlet end to the outlet end; iv) at least one coolant flow duct , to which the extrudate flow duct is connected for heat transfer; wherein, in cross section (X-X) to the main direction of flow , v) the extrudate flow duct is configured substantially as a ring sector; and vi) an outer wall of the extrudate flow duct is formed at least from a first segment and a second segment , wherein the first segment and the second segment are connected together via mechanical connecting elements . i) an inlet end , which is able to be fastened to a food or feed extruder (E) and at which the extrudate is introducible into the cooling die ; ii) an outlet end , at which cooled extrudate is able to be discharged; iii) an extrudate flow duct , which extends substantially from the inlet end to the outlet end; iv) at least one coolant flow duct , to which the extrudate flow duct is connected for heat transfer; v) the extrudate flow duct is configured substantially as a ring sector; and vi) an outer wall of the extrudate flow duct is formed at least from a first segment and a second segment , wherein the first segment and the second segment are connected together via mechanical connecting elements .
A method for removing skin pigmentation, due to pigment particles, comprising exposing pigmented skin to pulsed laser energy with pulses which invoke photomechanical disruption of the targeted pigment particles, thereby facilitating their removal by the body's natural removal processes, wherein the pulses are delivered at a duration that is from two times to five times the acoustic transit time across a pigment particle having a diameter of about 1 micrometer, wherein the acoustic transit time of a sound wave in a particle is calculated by dividing the radius of the particle by the speed of sound in the particle.
A catalyst for a fuel cell, comprising a composite supporter comprising a mixture of a spherical-shaped supporter and a fibrous supporter at a mixing ratio of 60wt%:40wt% to 95wt%:5wt%, and an active metal catalyst supported on the composite supporter, characterised in that the fibrous supporter comprises a graphitized carbon nanofiber. a composite supporter comprising a mixture of a spherical-shaped supporter and a fibrous supporter at a mixing ratio of 60wt%:40wt% to 95wt%:5wt%, and an active metal catalyst supported on the composite supporter, characterised in that the fibrous supporter comprises a graphitized carbon nanofiber.