mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: an excitation light source configured to emit an excitation beam to generate fluorescence light from target particles located in a plurality of channels; a detector configured to receive the fluorescence light, wherein the detector comprises a charge-coupled device (CCD) detector array or a complementary metal oxide semiconductor (CMOS) detector array; an extraction laser configured to provide an extraction beam to remove target particles from the plurality of channels; a scanner coupled to the excitation light source and the extraction laser, wherein the scanner is configured to scan the excitation beam and the extraction beam over the plurality of channels; and circuitry coupled to the detector and the extraction laser, wherein the circuitry is configured to control the extraction laser to selectively remove the target particles from the plurality of channels in response to the detected fluorescence light; wherein the apparatus is configured to scan and remove the target particles from the plurality of channels at a rate within a range from about 5,000 to about 100,000,000 target particles per second, wherein the scanner, the excitation beam, and the extraction beam are arranged with optics to scan the excitation beam and the extraction beam over the plurality of channels with the excitation beam being separated from the extraction beam, and wherein the optics comprise an objective lens and wherein the excitation source, the objective lens, and the detector are arranged in a confocal configuration. an excitation light source configured to emit an excitation beam to generate fluorescence light from target particles located in a plurality of channels; a detector configured to receive the fluorescence light, wherein the detector comprises a charge-coupled device (CCD) detector array or a complementary metal oxide semiconductor (CMOS) detector array; an extraction laser configured to provide an extraction beam to remove target particles from the plurality of channels; a scanner coupled to the excitation light source and the extraction laser, wherein the apparatus is configured to scan and remove the target particles from the plurality of channels at a rate within a range from about 5,000 to about 100,000,000 target particles per second, wherein the scanner, the excitation beam, and the extraction beam are arranged with optics to scan the excitation beam and the extraction beam over the plurality of channels with the excitation beam being separated from the extraction beam, and wherein the optics comprise an objective lens and wherein the excitation source, the objective lens, and the detector are arranged in a confocal configuration.
A process for manufacturing an ultra-high thermally conductive graphene curing bladder, comprising the following steps: pre-mixing an ultra-high thermally conductive graphene with rubber to obtain a pre-dispersed graphene master batch, performing a granulation process or a cutting process on the pre-dispersed graphene master batch to obtain a granular solid or a sheet solid, mixing the granular solid or the sheet solid in a rubber mixing mill to obtain an ultra-high thermally conductive graphene rubber compound; and extruding, by an extruding machine, the ultra-high thermally conductive graphene rubber compound into a rubber strip of a desirable size; weighing and fixed-length processing the rubber strip of the ultra-high thermally conductive graphene rubber compound to obtain a rubber blank, placing the rubber blank into a pressing type curing bladder mold, closing the pressing type curing bladder mold, pressurizing, heating and curing the rubber blank to obtain a finished product of the ultra-high thermally conductive graphene curing bladder. pre-mixing an ultra-high thermally conductive graphene with rubber to obtain a pre-dispersed graphene master batch, performing a granulation process or a cutting process on the pre-dispersed graphene master batch to obtain a granular solid or a sheet solid, mixing the granular solid or the sheet solid in a rubber mixing mill to obtain an ultra-high thermally conductive graphene rubber compound; and extruding, by an extruding machine, the ultra-high thermally conductive graphene rubber compound into a rubber strip of a desirable size; weighing and fixed-length processing the rubber strip of the ultra-high thermally conductive graphene rubber compound to obtain a rubber blank, placing the rubber blank into a pressing type curing bladder mold, closing the pressing type curing bladder mold, pressurizing, heating and curing the rubber blank to obtain a finished product of the ultra-high thermally conductive graphene curing bladder.
A composition comprising Dactinomycin for use in a method of treating acute myeloid leukemia (AML) in a subject in need thereof, the method comprising administering to the subject a therapeutically-effective amount of the composition.
A filling material for use in an oral pouched smokeless product, the filling material comprising tobacco material, characterized in that the total tobacco material content of the filling material consists of tobacco material derived from tobacco stalks, tobacco roots, tobacco flowers or combinations thereof, preferably derived from tobacco stalks, tobacco roots or combinations thereof, with the proviso that liquid fractions or liquid extracts derived from a part of any member of a plant of the genus Nicotiana and one or more components isolated therefrom do not represent tobacco material.
A computer implemented method for controlling a device adapted for projecting a light beam on at least a part of an eye of a wearer, the part of the eye comprising a plurality of portions, the device having an optical module comprising a light source , a pupil being defined for the eye , the method comprising a step of: - providing the size (D) of the pupil , - determining a command law of the radiant power of the light source , the command law being determined on the provided pupil size (D), and wherein a maximum light intensity and a minimum light intensity are defined for the part of the eye and, at the step of determining, the command law further depends from at least one parameter selected in the group of the maximum light intensity and the minimum light intensity, each one of the maximum light intensity and the minimum light intensity varying spatially in the part of the eye from one portion of the part of the eye to another portion of the part of the eye . - providing the size (D) of the pupil , - determining a command law of the radiant power of the light source , the command law being determined on the provided pupil size (D), and
A nozzle for receiving and dispensing a 3D printer filament, the nozzle comprising: a barrel having an internal bore and an exterior surface , wherein the internal bore has a filament receiving end and a filament discharge end ; a heat break defined in the exterior surface of the barrel ; a heating element proximate the filament discharge end , wherein the heating element includes a heating wire wrapped around the exterior surface of the barrel ; and an end tip proximate the filament discharge end , and wherein the 3D filament received in the filament receiving end is heated by the heating element and dispensed through a discharge orifice in the end tip ; wherein the filament receiving end defines two opposing peaks , and two opposing valleys . a barrel having an internal bore and an exterior surface , wherein the internal bore has a filament receiving end and a filament discharge end ; a heat break defined in the exterior surface of the barrel ; a heating element proximate the filament discharge end , wherein the heating element includes a heating wire wrapped around the exterior surface of the barrel ; and an end tip proximate the filament discharge end , and wherein the 3D filament received in the filament receiving end is heated by the heating element and dispensed through a discharge orifice in the end tip ; wherein the filament receiving end defines two opposing peaks , and two opposing valleys .
A medical device shaft comprising: a rigid, elongate shaft (110; 4920); an end effector form (114; 4914) coupled to a distal end of the elongate shaft (110; 4920); and echogenic additives associated with at least one of the elongate shaft and the end effector form ; wherein the echogenic additives are mixed with a coating material disposed on at least a portion of the elongate shaft (110; 4920); wherein the coating material has an extruded sleeve form, wherein the end effector form is a unitary form with the extruded sleeve. a rigid, elongate shaft (110; 4920); an end effector form (114; 4914) coupled to a distal end of the elongate shaft (110; 4920); and echogenic additives associated with at least one of the elongate shaft and the end effector form ; wherein the echogenic additives are mixed with a coating material disposed on at least a portion of the elongate shaft (110; 4920); wherein the coating material has an extruded sleeve form, wherein the end effector form is a unitary form with the extruded sleeve.
A connection module (M1, M3) comprising: a circuit board ; a case combined with the circuit board , the case and the circuit board defining an accommodation space (R); a first connector mounted on the circuit board and accommodated within the accommodation space (R); a second connector passing through the case in a first direction (Z-Z'), the first direction (Z-Z') being substantially perpendicular to the circuit board , the second connector connecting to the first connector within the accommodation space (R) and including an accommodatable portion disposed within the accommodation space (R); and a sealing member (500, 500") having a tuboid shape and extending in the first direction (Z-Z'), the sealing member (500, 500") including a first (510, 510") and a second (520, 520") portion respectively on one (Z) and the other (Z') sides in the first direction (Z-Z'), the first portion (510, 510") fitting around the accommodatable portion of the second connector , the second portion (520, 520") being positioned on the other side (Z') in the first direction (Z-Z') relative to the accommodatable portion of the second connector ; and characterized by the second portion (520, 520") abutting the circuit board , and covering the first connector ; and the connection module (M1, M3) further comprises thermal-conductive resin filling the accommodation space (R), wherein the first connector , the sealing member (500, 500"), and the accommodatable portion of the second connector are embedded in the thermal-conductive resin . a circuit board ; a case combined with the circuit board , the case and the circuit board defining an accommodation space (R); a first connector mounted on the circuit board and accommodated within the accommodation space (R); a second connector passing through the case in a first direction (Z-Z'), the first direction (Z-Z') being substantially perpendicular to the circuit board , the second connector connecting to the first connector within the accommodation space (R) and including an accommodatable portion disposed within the accommodation space (R); and a sealing member (500, 500") having a tuboid shape and extending in the first direction (Z-Z'), the sealing member (500, 500") including a first (510, 510") and a second (520, 520") portion respectively on one (Z) and the other (Z') sides in the first direction (Z-Z'), the first portion (510, 510") fitting around the accommodatable portion of the second connector , the second portion (520, 520") being positioned on the other side (Z') in the first direction (Z-Z') relative to the accommodatable portion of the second connector ; and characterized by the second portion (520, 520") abutting the circuit board , and covering the first connector ; and the connection module (M1, M3) further comprises thermal-conductive resin filling the accommodation space (R), wherein the first connector , the sealing member (500, 500"), and the accommodatable portion of the second connector are embedded in the thermal-conductive resin .
A warning system for a host vehicle (A), which system comprises at least one viewing device with a viewing surface adapted to present vehicles which are in the vicinity of the host vehicle, a processing unit adapted to receive one or more sensor signals from one or more sensors which are adapted to measure at least the speed of and distance to a vehicle (B) in the vehicle's vicinity, to calculate Δv, which is the difference between the respective speeds of said vehicle and the host vehicle, and to compare Δv with at least one threshold value v t , wherein the warning system comprises at least one indicating means situated close to said viewing device and adapted to generate at least one warning indication for presentation on or close to the viewing surface of the viewing device, characterised in that the indicating means is further adapted to indicate the location of said vehicle in corresponding parts of the viewing surface , and in that said indicating means is grouped in an upper section and a lower section and the lower section is configured to light up when said vehicle has been overtaken and the distance from the vehicle overtaken is greater than the length of the host vehicle and there is room for the host vehicle to move into the same lane as the overtaken vehicle and drive on ahead of it.
A thermoplastic resin composition that is obtained by mixing a polyolefin resin, a polyamide resin, and a compatibilizer, and has a first phase (F 1 ) composed of the polyamide resin and the compatibilizer and/or a reaction product thereof, and a second phase (F 2 ) composed of the polyolefin resin and interposed between the first phases (F 1 ), wherein the first phase (F 1 ) has a matrix phase (F 11 ) composed of the polyamide resin and a dispersed phase (F 12 ) dispersed in the matrix phase (F 11 ) and composed of the compatibilizer and/or a reaction product thereof, characterized in that a branched phase having branch portions is contained as the first phase (F 1 ), the first phase (F 1 ) is a dispersed phase dispersed in the second phase (F 2 ), when a total of the polyolefin resin, the polyamide resin, and the compatibilizer is taken as 100% by mass, a mixing ratio of the polyamide resin is 33% by mass or more but 49% by mass or less, and a mixing ratio of the compatibilizer is 13% by mass or more but 38% by mass or less, and the compatibilizer is at least one of an acid-modified olefin-based elastomer and an acid-modified styrene-based elastomer. has a first phase (F 1 ) composed of the polyamide resin and the compatibilizer and/or a reaction product thereof, and a second phase (F 2 ) composed of the polyolefin resin and interposed between the first phases (F 1 ), wherein the first phase (F 1 ) has a matrix phase (F 11 ) composed of the polyamide resin and a dispersed phase (F 12 ) dispersed in the matrix phase (F 11 ) and composed of the compatibilizer and/or a reaction product thereof, characterized in that a branched phase having branch portions is contained as the first phase (F 1 ), the first phase (F 1 ) is a dispersed phase dispersed in the second phase (F 2 ), when a total of the polyolefin resin, the polyamide resin, and the compatibilizer is taken as 100% by mass, a mixing ratio of the polyamide resin is 33% by mass or more but 49% by mass or less, and a mixing ratio of the compatibilizer is 13% by mass or more but 38% by mass or less, and the compatibilizer is at least one of an acid-modified olefin-based elastomer and an acid-modified styrene-based elastomer.
A vision enhancement apparatus for a vision-impaired user , comprising an image processor arranged to: process high resolution video data representing images of a scene and display the resulting images to the user; automatically detect and track a user selected object in the images; and automatically modify the video data, by reserving a user selected area of the displayed images for displaying the tracked object as a separate video tile within the images of the scene to provide modified video data that includes: - the displayed images of the scene that includes the tracked object ; and - the separate video tile , at the user selected area within the displayed images, to display the tracked object to be located in a part of the displayed images where it is visible to the vision impaired user, wherein the tracked object remains displayed at the separate video tile and in that part of the user's field of vision despite movement of the user or the tracked object . process high resolution video data representing images of a scene and display the resulting images to the user; automatically detect and track a user selected object in the images; and automatically modify the video data, by reserving a user selected area of the displayed images for displaying the tracked object as a separate video tile within the images of the scene to provide modified video data that includes: - the displayed images of the scene that includes the tracked object ; and - the separate video tile , at the user selected area within the displayed images, to display the tracked object to be located in a part of the displayed images where it is visible to the vision impaired user, - the displayed images of the scene that includes the tracked object ; and - the separate video tile , at the user selected area within the displayed images, to display the tracked object to be located in a part of the displayed images where it is visible to the vision impaired user, wherein the tracked object remains displayed at the separate video tile and in that part of the user's field of vision despite movement of the user or the tracked object .
An airfoil for a gas turbine engine comprising: an airfoil section defining an aerodynamic profile having leading and trailing ends (LE,TE), the airfoil section spanning in a longitudinal direction between first and second end sections , the airfoil section including an internal cavity extending between the first and second end sections and a lateral side, the internal cavity including a baffle seat therein; and a baffle laterally insertable into the internal cavity through the lateral side into a seated position in the baffle seat , wherein the lateral side includes a rib guide and a rib piece that is insertable into the rib guide , the rib piece configured to retain the baffle in the baffle seat , and the rib guide includes a longitudinal slot into which the rib piece can be inserted and retained, characterised in that : the baffle is free-floating in the internal cavity . an airfoil section defining an aerodynamic profile having leading and trailing ends (LE,TE), the airfoil section spanning in a longitudinal direction between first and second end sections , the airfoil section including an internal cavity extending between the first and second end sections and a lateral side, the internal cavity including a baffle seat therein; and a baffle laterally insertable into the internal cavity through the lateral side into a seated position in the baffle seat , wherein the lateral side includes a rib guide and a rib piece that is insertable into the rib guide , the rib piece configured to retain the baffle in the baffle seat , and the rib guide includes a longitudinal slot into which the rib piece can be inserted and retained, characterised in that : the baffle is free-floating in the internal cavity .
A towing drawbar for vehicles, comprising: - a fixed body rigidly engageable with the frame of a trailer; - an engagement member , which can be reversibly coupled to a hook of a towing vehicle; - a kinematic mechanism for supporting the engagement member in order to arrange the engagement member itself at a given height from the ground in relation to the height of said hook, said kinematic mechanism having an articulated parallelogram comprising two arms , each of which has two opposite ends engaged with the fixed body and the engagement member , respectively; and - movement means for moving said kinematic mechanism in order to define a plurality of operating configurations of the articulated parallelogram corresponding to different heights of the engagement member ; said movement means comprise an actuator arranged on the fixed body and operatively active on an extension of a first arm of the parallelogram ; said extension extending outside of said parallelogram and away from the end engaging the fixed body and comprising a movable hinge for coupling to said actuator ; characterised in that said movable hinge comprises a pin slidable within an arched groove formed in said fixed body ; said movable hinge being moved by said actuator along a substantially curved path defining said operating configurations of the parallelogram . - a fixed body rigidly engageable with the frame of a trailer; - an engagement member , which can be reversibly coupled to a hook of a towing vehicle; - a kinematic mechanism for supporting the engagement member in order to arrange the engagement member itself at a given height from the ground in relation to the height of said hook, said kinematic mechanism having an articulated parallelogram comprising two arms , each of which has two opposite ends engaged with the fixed body and the engagement member , respectively; and - movement means for moving said kinematic mechanism in order to define a plurality of operating configurations of the articulated parallelogram corresponding to different heights of the engagement member ;
A blow-by gas filtration assembly fluidically connectable to a ventilation circuit of the base of an internal combustion engine to receive the blow-by gases and filter them from the suspended particles contained therein, wherein the filtration assembly has an axis (X-X) and comprises: - a main body comprising a filtration chamber which extends along said axis (X-X) and an outlet mouth formed at the axis (X-X); - a filter group , which extends along the axis (X-X) having a hollow cylindrical shape comprising a central chamber , wherein the filter group is housed in said filtration chamber and can be traversed radially by the blow-by gases, preferably from the outside to the inside; - a motor group operatively connected to the filter group to control it in rotation around the axis (X-X), wherein the motor group comprises a rotor and a stator ; - a support and control shaft , in the form of a hollow body extending along the axis (X-X) comprising a motor portion on which the rotor is housed and a filter portion on which the filter group is housed, wherein the rotor and the filter group are mounted integrally with the shaft respectively to the motor portion and to the filter portion in such a way that a rotation of the shaft and therefore of the filter group corresponds to a controlled rotation of the rotor ; wherein the filter portion comprises an outlet duct of the filtered blow-by gases in which the outflow of said filtered blow-by gases towards the outlet mouth takes place. - a main body comprising a filtration chamber which extends along said axis (X-X) and an outlet mouth formed at the axis (X-X); - a filter group , which extends along the axis (X-X) having a hollow cylindrical shape comprising a central chamber , wherein the filter group is housed in said filtration chamber and can be traversed radially by the blow-by gases, preferably from the outside to the inside; - a motor group operatively connected to the filter group to control it in rotation around the axis (X-X), wherein the motor group comprises a rotor and a stator ; - a support and control shaft , in the form of a hollow body extending along the axis (X-X) comprising a motor portion on which the rotor is housed and a filter portion on which the filter group is housed, wherein the rotor and the filter group are mounted integrally with the shaft respectively to the motor portion and to the filter portion in such a way that a rotation of the shaft and therefore of the filter group corresponds to a controlled rotation of the rotor ;