mhurhangee/patent-ind-claim-en huggingface dataset:
A delivery system for deployment of a stent graft , comprising: a delivery catheter including: an elongate shaft having a proximal section and a distal section , a stent graft restraint that is configured to at least partially and releasably secure a stent graft in fixed relation to the elongate shaft , and an elongate tubular access conduit extending from the proximal section to the distal section of the elongate shaft , the access conduit further including a proximal end , a distal end , a distal port , a proximal port and an inner lumen extending between and in fluid communication with the distal port and proximal port ; and a stent graft releasably secured to the distal section of the elongate shaft by the stent graft restraint with the stent graft in a radially constrained state, the stent graft comprising a proximal end , a distal end , at least one inner lumen extending from the proximal end to the distal end , a proximal overlap section which extends distally from the proximal end of the stent graft and which has an axial length sufficient to couple and seal to an inner lumen, and a distal seal section which extends proximally from the distal end of the stent graft and which has an axial length sufficient to couple and seal to an inner surface of an inner lumen characterized in that the stent graft is positioned in the radially constrained state such that the distal end of the access conduit is disposed outside of an outer surface of the stent graft and axially positioned between a distal end of the proximal overlap section and a proximal end of the distal seal section of the stent graft . an elongate shaft having a proximal section and a distal section , a stent graft restraint that is configured to at least partially and releasably secure a stent graft in fixed relation to the elongate shaft , and an elongate tubular access conduit extending from the proximal section to the distal section of the elongate shaft , the access conduit further including a proximal end , a distal end , a distal port , a proximal port and an inner lumen extending between and in fluid communication with the distal port and proximal port ; and a stent graft releasably secured to the distal section of the elongate shaft by the stent graft restraint with the stent graft in a radially constrained state, the stent graft comprising a proximal end , a distal end , at least one inner lumen extending from the proximal end to the distal end , a proximal overlap section which extends distally from the proximal end of the stent graft and which has an axial length sufficient to couple and seal to an inner lumen, and a distal seal section which extends proximally from the distal end of the stent graft and which has an axial length sufficient to couple and seal to an inner surface of an inner lumen characterized in that the stent graft is positioned in the radially constrained state such that the distal end of the access conduit is disposed outside of an outer surface of the stent graft and axially positioned between a distal end of the proximal overlap section and a proximal end of the distal seal section of the stent graft .
A product dispenser comprising: a fluid distribution reservoir having an outlet configured to dispense a chemical solution formed in the fluid distribution reservoir ; a fluid supply inlet configured to supply a pressurized fluid to the fluid distribution reservoir ; a platform located in the fluid distribution reservoir , the platform being configured to hold a solid product and expose the solid product to the pressurized fluid; and a solid product reservoir located in the fluid distribution reservoir , the solid product reservoir being configured to surround a portion of the solid product positioned on the platform and thereby shield the portion of the solid product from contact with the pressurized fluid; wherein the fluid supply inlet is positioned to dispense pressurized fluid between the fluid distribution reservoir and the solid product reservoir such that pressurized fluid is configured to flow past the solid product reservoir and contact the platform , causing the pressurized fluid to redirect against the solid product and form the chemical solution via erosion of the solid product; characterized in that the fluid supply inlet comprises a plurality of fluid supply inlets positioned about a perimeter of the solid product reservoir to dispense pressurized fluid between the fluid distribution reservoir and the solid product reservoir . a fluid distribution reservoir having an outlet configured to dispense a chemical solution formed in the fluid distribution reservoir ; a fluid supply inlet configured to supply a pressurized fluid to the fluid distribution reservoir ; a platform located in the fluid distribution reservoir , the platform being configured to hold a solid product and expose the solid product to the pressurized fluid; and a solid product reservoir located in the fluid distribution reservoir , the solid product reservoir being configured to surround a portion of the solid product positioned on the platform and thereby shield the portion of the solid product from contact with the pressurized fluid; wherein the fluid supply inlet is positioned to dispense pressurized fluid between the fluid distribution reservoir and the solid product reservoir such that pressurized fluid is configured to flow past the solid product reservoir and contact the platform , causing the pressurized fluid to redirect against the solid product and form the chemical solution via erosion of the solid product; characterized in that the fluid supply inlet comprises a plurality of fluid supply inlets positioned about a perimeter of the solid product reservoir to dispense pressurized fluid between the fluid distribution reservoir and the solid product reservoir .
A range of motorized-drive devices for screening blinds, comprising: - at least one first drive device for driving a first screening blind, comprising a first support , a first shaft rotating around a first axis of revolution with respect to the first support , at least a winding drum for winding a drive cord of the first screening blind, secured in rotation with the first shaft , a first geared motor unit for driving the first shaft , and a first electronic control module of the first geared motor unit , - at least one second drive device for driving a second screening blind, comprising a second support , a winding tube for the second screening blind so as to rotate around a second axis of revolution with respect to the second support , a second geared motor unit for driving the winding tube , fixed to the second support and housed inside the winding tube , and a second electronic control module of the second geared motor , characterized in that the first geared motor unit and the second geared motor unit are identical and define a geared motor unit model shared by the motorized-drive devices of the range. - at least one first drive device for driving a first screening blind, comprising a first support , a first shaft rotating around a first axis of revolution with respect to the first support , at least a winding drum for winding a drive cord of the first screening blind, secured in rotation with the first shaft , a first geared motor unit for driving the first shaft , and a first electronic control module of the first geared motor unit , - at least one second drive device for driving a second screening blind, comprising a second support , a winding tube for the second screening blind so as to rotate around a second axis of revolution with respect to the second support , a second geared motor unit for driving the winding tube , fixed to the second support and housed inside the winding tube , and a second electronic control module of the second geared motor ,
A method of isolating pluripotent adipose stem cells (PASCs) from adipose tissue, said adipose tissue comprising adipocytes and a stromal vascular fraction, said method comprising: (a) releasing adipose cells, including the adipocyte fraction and the stromal vascular fraction, from an adipose tissue sample using collagenase; (b) subjecting the adipocytes and the stromal vascular fraction to stress conditions; (c) co-culturing the adipocytes and the stromal vascular fraction for 2-36 hours; (d) recovering the viable cells, wherein the viable cells comprise PASCs; and (e) optionally culturing the recovered cells. (a) releasing adipose cells, including the adipocyte fraction and the stromal vascular fraction, from an adipose tissue sample using collagenase; (b) subjecting the adipocytes and the stromal vascular fraction to stress conditions; (c) co-culturing the adipocytes and the stromal vascular fraction for 2-36 hours; (d) recovering the viable cells, wherein the viable cells comprise PASCs; and (e) optionally culturing the recovered cells.
A mass spectrometer for analysing fragment ions, the mass spectrometer comprising: an ion source for producing fragment ions, wherein the ion source for producing fragment ions comprises an RF ion trap ; an RF multipole ion guide ; an ion mobility spectrometer for receiving fragment ions produced by the ion source and for separating at least a fraction of the received fragment ions according to their ion mobility into mobility-separated fragment ions; and a system of electrodes configured to receive DC electrical potentials to transfer at least a fraction of the mobility-separated fragment ions to a mass analyser for generating a mass-to-charge (m/z) spectrum exhibiting reduced spectral complexity; wherein the mass spectrometer is arranged to eject ions from the RF ion trap , to re-trap the ejected ions within the RF multipole ion guide , and subsequently to gate the re-trapped ions into the ion mobility spectrometer ; characterised by : wherein the system of electrodes is configured to receive DC electrical potentials so as to raise the potential energy level of the ions stored in the RF multipole ion guide and simultaneously to raise the DC voltage gradient established across the ion mobility spectrometer that induces separation. an ion source for producing fragment ions, wherein the ion source for producing fragment ions comprises an RF ion trap ; an RF multipole ion guide ; an ion mobility spectrometer for receiving fragment ions produced by the ion source and for separating at least a fraction of the received fragment ions according to their ion mobility into mobility-separated fragment ions; and a system of electrodes configured to receive DC electrical potentials to transfer at least a fraction of the mobility-separated fragment ions to a mass analyser for generating a mass-to-charge (m/z) spectrum exhibiting reduced spectral complexity; wherein the mass spectrometer is arranged to eject ions from the RF ion trap , to re-trap the ejected ions within the RF multipole ion guide , and subsequently to gate the re-trapped ions into the ion mobility spectrometer ; characterised by : wherein the system of electrodes is configured to receive DC electrical potentials so as to raise the potential energy level of the ions stored in the RF multipole ion guide and simultaneously to raise the DC voltage gradient established across the ion mobility spectrometer that induces separation.
A base station comprising: a processing circuit including a scheduler configured to schedule a plurality of physical downlink shared channel transmissions in parallel, a first physical downlink shared channel transmission, among the plurality of physical downlink shared channel transmissions, including a random access response for a first user equipment , and the plurality of physical downlink shared channel transmissions being scheduled for transmission to a plurality of user equipments during a random access response window, the scheduler further configured to generate downlink control information for the plurality of physical downlink shared channel transmissions to the plurality of user equipments, the downlink control information being indicative of positions of the plurality of physical downlink shared channel transmissions to the plurality of user equipment; and a transceiver circuit connected to the processing circuit, and configured to transmit the plurality of physical downlink shared channel transmissions to the plurality of user equipments during the random access response window and to transmit parallel repetitions of downlink control channel transmissions including the downlink control information to the plurality of user equipments prior to the transmission of the plurality of physical downlink shared channel transmissions. a processing circuit including a scheduler configured to schedule a plurality of physical downlink shared channel transmissions in parallel, a first physical downlink shared channel transmission, among the plurality of physical downlink shared channel transmissions, including a random access response for a first user equipment , and the plurality of physical downlink shared channel transmissions being scheduled for transmission to a plurality of user equipments during a random access response window, the scheduler further configured to generate downlink control information for the plurality of physical downlink shared channel transmissions to the plurality of user equipments, the downlink control information being indicative of positions of the plurality of physical downlink shared channel transmissions to the plurality of user equipment; and a transceiver circuit connected to the processing circuit, and configured to transmit the plurality of physical downlink shared channel transmissions to the plurality of user equipments during the random access response window and to transmit parallel repetitions of downlink control channel transmissions including the downlink control information to the plurality of user equipments prior to the transmission of the plurality of physical downlink shared channel transmissions.
A display module, comprising a first substrate , a surface of one side of the first substrate being provided with an image sensor , a color filter layer , and a black matrix , a surface of the other side of the first substrate being provided with a collimator , the color filter layer and the black matrix being disposed in a same layer, the image sensor being located between the black matrix and the first substrate , and the collimator and the image sensor being arranged at intervals along a direction perpendicular to the first substrate ; wherein the other side of the first substrate facing away from the image sensor is provided with a first polarizer , characterised in that a surface of one side of the first polarizer facing the first substrate is provided with a concave portion, and the collimator is located in the concave portion.
Method for optimising the detection of marine targets by an airborne radar, characterised in that the detection is being made for a given mission, said method includes at least: - a first phase in which said radar acquires environmental data using a waveform , which is chosen beforehand to determine the characteristics of the sea clutter present in said environment, the signals acquired with this waveform being analysed by processing means in order to deduce therefrom environmental characteristics ; and - a second phase in which said radar generates a detection wave depending on said environmental characteristics and characteristics of said mission ; said detection waveform being generated from a generic waveform, parameters of which are chosen depending on said characteristics, said parameters being from the following list: - repetition frequency; - transmission frequency; - frequency agility; - transmission band; - form factor; - polarisation; the characteristics of the sea clutter belonging to the following list: - level of reflectivity of the clutter, obtained by a radiometric analysis; - statistical distribution of the received clutter power, obtained by a statistical analysis; - spectral spread and position of the clutter, obtained by a spectral analysis; - presence or not of clutter spikes; the characteristics of said mission include the characteristics of the type of target to be detected. - a first phase in which said radar acquires environmental data using a waveform , which is chosen beforehand to determine the characteristics of the sea clutter present in said environment, the signals acquired with this waveform being analysed by processing means in order to deduce therefrom environmental characteristics ; and - a second phase in which said radar generates a detection wave depending on said environmental characteristics and characteristics of said mission ; - repetition frequency; - transmission frequency; - frequency agility; - transmission band; - form factor; - polarisation; - level of reflectivity of the clutter, obtained by a radiometric analysis; - statistical distribution of the received clutter power, obtained by a statistical analysis; - spectral spread and position of the clutter, obtained by a spectral analysis; - presence or not of clutter spikes; the characteristics of said mission include the characteristics of the type of target to be detected.
A vehicular headlamp comprising: a light source comprising a light emitting diode ; a holding member ; a heat pipe comprising a first end portion and a second end portion , each of which having a circular cross-section, the first end portion being rotatably engaged with the holding member ; and a heat sink connected to the second end portion , characterized in that the light emitting diode is mounted on a substrate , and in that it further comprises a heat spreading plate attached to the substrate so as to be capable of transferring heat, the holding member being integrated with the heat spreading plate , wherein the holding member comprises: a cylindrical portion which is a cylindrical-shape member in which a hollow portion , into which the first end portion is inserted, and a slit communicating with an outer peripheral surface of the cylindrical portion from the hollow portion are formed; and a cut-out cylindrical body which is provided so as to cover a portion of an outer periphery of the cylindrical portion and which tightens the cylindrical portion from the outer periphery so that an opening width of the slit becomes narrower, and wherein a lubricant groove communicating with the slit is formed in an inner peripheral surface of the cut-out cylindrical body . a light source comprising a light emitting diode ; a holding member ; a heat pipe comprising a first end portion and a second end portion , each of which having a circular cross-section, the first end portion being rotatably engaged with the holding member ; and a heat sink connected to the second end portion , characterized in that the light emitting diode is mounted on a substrate , and in that it further comprises a heat spreading plate attached to the substrate so as to be capable of transferring heat, the holding member being integrated with the heat spreading plate , wherein the holding member comprises: a cylindrical portion which is a cylindrical-shape member in which a hollow portion , into which the first end portion is inserted, and a slit communicating with an outer peripheral surface of the cylindrical portion from the hollow portion are formed; and a cut-out cylindrical body which is provided so as to cover a portion of an outer periphery of the cylindrical portion and which tightens the cylindrical portion from the outer periphery so that an opening width of the slit becomes narrower, and a cylindrical portion which is a cylindrical-shape member in which a hollow portion , into which the first end portion is inserted, and a slit communicating with an outer peripheral surface of the cylindrical portion from the hollow portion are formed; and a cut-out cylindrical body which is provided so as to cover a portion of an outer periphery of the cylindrical portion and which tightens the cylindrical portion from the outer periphery so that an opening width of the slit becomes narrower, and wherein a lubricant groove communicating with the slit is formed in an inner peripheral surface of the cut-out cylindrical body .
Form I of the mesylate salt of N-{2-{[2-(dimethylamino)ethyl](methyl)amino}-6-(2,2,2-trifluoroethoxy)-5-{[4-(1-meth yl-1H-indol-3-yl)pyrimidin-2-yl]amino}pyridin-3-yl}acrylamide represented by formula (I), i.e. Form I, characterized in having characteristic peaks in X-ray powder diffraction pattern at the following diffraction angles (2θ values) of: 4.58°±0.2°,14.08°±0.2°,15.00°±0.2°,16.40°±0.2°,17.84°±0.2°,18.30°±0.2°,20.26°±0.2°,2 1.10°±0.2°,21.88°±0.2°,22.66°±0.2°,25.58°±0.2°,26.78°±0.2°,
A refrigerator comprising: a main body having a storage compartment ; a door rotatable with respect to the main body to open and close the storage compartment ; an automatic water supply device including a water supply case , a bucket attachable to and detachable from the water supply case , and a water level sensor provided to detect a level of water in the bucket , the automatic water supply device being configured to supply water to the bucket while the bucket is attached to the water supply case depending on the level of the water in the bucket detected by the water level sensor , and a door basket provided on a rear surface of the door to store food, wherein the door includes a dyke formed to protrude from the rear surface of the door to form an accommodation space in which the water supply case is accommodated while the water supply case is coupled to the dyke , characterized in that the water supply case supports the door basket so that the door basket is positioned at one side of the water supply case , and wherein the door basket comprises a basket bead groove ( 63a,) formed on one side of the door basket , and the water supply case comprises a case bead formed to protrude from the water supply case to support the door basket while the case bead is inserted into the basket bead groove (63a,) of the door basket . a main body having a storage compartment ; a door rotatable with respect to the main body to open and close the storage compartment ; an automatic water supply device including a water supply case , a bucket attachable to and detachable from the water supply case , and a water level sensor provided to detect a level of water in the bucket , the automatic water supply device being configured to supply water to the bucket while the bucket is attached to the water supply case depending on the level of the water in the bucket detected by the water level sensor , and a door basket provided on a rear surface of the door to store food, wherein the door includes a dyke formed to protrude from the rear surface of the door to form an accommodation space in which the water supply case is accommodated while the water supply case is coupled to the dyke , characterized in that the water supply case supports the door basket so that the door basket is positioned at one side of the water supply case , and wherein the door basket comprises a basket bead groove ( 63a,) formed on one side of the door basket , and the water supply case comprises a case bead formed to protrude from the water supply case to support the door basket while the case bead is inserted into the basket bead groove (63a,) of the door basket .