mhurhangee/patent-ind-claim-en huggingface dataset:
Cosmetic method for in vivo hair multiplication, comprising the steps of: (a) providing at least a part of a hair follicle in the anagen phase, said at least a part of a hair follicle comprising at least one hair follicular stem cell; (b) longitudinally sectioning the at least a part of a hair follicle to produce at least two of said at least a part of a hair follicle, each of the at least two of said at least a part of a hair follicle comprising at least one hair follicular stem cell; (c) making at least one incision along the longitudinal axis of the at least two of said at least a part of a hair follicle; and (d) contacting said at least a part of a hair follicle of step (c) with a medium for at least 1 second. (a) providing at least a part of a hair follicle in the anagen phase, said at least a part of a hair follicle comprising at least one hair follicular stem cell; (b) longitudinally sectioning the at least a part of a hair follicle to produce at least two of said at least a part of a hair follicle, each of the at least two of said at least a part of a hair follicle comprising at least one hair follicular stem cell; (c) making at least one incision along the longitudinal axis of the at least two of said at least a part of a hair follicle; and (d) contacting said at least a part of a hair follicle of step (c) with a medium for at least 1 second.
A vehicle comprising a bumper deflector and a bumper skirt , said bumper skirt mounting a body and a lower edge of which extends at least one fixing tab showing a base and a free end , said deflector showing an edge by which it is fixed to said bumper skirt by means of said fixing tab(s) , the lower edge of the bumper skirt and the edge the deflector being superposed over at least part of the length of the edge of said deflector by showing a clearance; the vehicle being characterized in that at least one fixing lug shows a widened base forming a flange arranged facing said clearance.
A system for providing respiratory therapy to a patient comprising: a patient interface adapted to present a respiratory gas at an entrance to a patient's airways; an air delivery conduit connected to the patient interface; and apparatus to provide a controllable supply of air having a flow rate, a temperature and a humidity, the apparatus being controlled to vary at least one of flow rate, temperature and humidity, the apparatus being adapted to deliver toward the patient a first level of humidification during an inspiratory portion of a respiratory cycle of a patient and a second level of humidification during an expiratory portion of the respiratory cycle, wherein two air streams are provided comprising a first relatively dry air stream in one flow channel, and a second relatively moist air stream in another flow channel and mixed to a third flow channel to rapidly change a level of humidification as necessitated by settings of the apparatus. a patient interface adapted to present a respiratory gas at an entrance to a patient's airways; an air delivery conduit connected to the patient interface; and apparatus to provide a controllable supply of air having a flow rate, a temperature and a humidity, the apparatus being controlled to vary at least one of flow rate, temperature and humidity, the apparatus being adapted to deliver toward the patient a first level of humidification during an inspiratory portion of a respiratory cycle of a patient and a second level of humidification during an expiratory portion of the respiratory cycle, wherein two air streams are provided comprising a first relatively dry air stream in one flow channel, and a second relatively moist air stream in another flow channel and mixed to a third flow channel to rapidly change a level of humidification as necessitated by settings of the apparatus.
An agent for use in a method of treatment of a human or animal subject, the method comprising transporting said agent from the vasculature of the subject into tissue, said transporting being carried out by exposing the subject to ultrasound having a frequency of 0.5MHz to 5.0MHz and a pressure amplitude of at least 0.5MPa and causing inertial cavitation, wherein the agent comprises a therapeutic component which is covalently bound to a dense component, the dense component having a density greater than that of the therapeutic component, and wherein the method comprises administering to the subject a further agent which is a cavitation initiator, said cavitation initiator being a substance comprising one or more gas or vapour filled cavities or bubbles.
Method for managing a display interface formed of a plurality of display screens of smartwatches worn on parts of the body of users, which parts are capable of moving or are moving, said watches being capable of moving or moving with respect to one another and being located in proximity of one another, the method comprising the following steps: • estimating at least one broadcasting property of each display screen in said display interface which they form together; • managing the display of a visual message on the display interface comprising a substep of generating portions of said visual message as a function of measurement data relating to at least one broadcasting property comprising a location property of each watch relative to the other smartwatches , the screens 3 of which form the display interface and an orientation property of the screen of said smartwatch , each portion being intended to be displayed on the screen of each smartwatch ; and • broadcasting portions of said message on each screen constituting this display interface; said display management step comprising a substep of designing a mapping relating to the position of all the smartwatches and in particular of the screens constituting and forming the display interface, said design substep comprising a phase of selecting screens which are most suitable for broadcasting the visual message produced, as a function of their orientation and of the distance which separates them from the other screens , the plurality of smartwatch display screens being secondary screens of these smartwatches, each of these screens being able to be arranged in the corresponding watch strap, the smartwatches each comprising a main screen dedicated to the display of information specifically or exclusively intended for the user of said watch. • estimating at least one broadcasting property of each display screen in said display interface which they form together; • managing the display of a visual message on the display interface comprising a substep of generating portions of said visual message as a function of measurement data relating to at least one broadcasting property comprising a location property of each watch relative to the other smartwatches , the screens 3 of which form the display interface and an orientation property of the screen of said smartwatch , each portion being intended to be displayed on the screen of each smartwatch ; and • broadcasting portions of said message on each screen constituting this display interface;
A welding torch comprising: a body , a wire feeder attached to the body and constructed to pass a consumable weld wire through the welding torch , a torch weld wire tube extending along the body and constructed to guide the consumable weld wire, and communicate a welding power, through the welding torch , characterised by : a first gas tube extending along the body and constructed to communicate a shielding gas and a welding power though the welding torch ; and a second gas tube extending along the body and constructed to communicate a shielding gas and a welding power through the welding torch . a body , a wire feeder attached to the body and constructed to pass a consumable weld wire through the welding torch , a torch weld wire tube extending along the body and constructed to guide the consumable weld wire, and communicate a welding power, through the welding torch , characterised by : a first gas tube extending along the body and constructed to communicate a shielding gas and a welding power though the welding torch ; and a second gas tube extending along the body and constructed to communicate a shielding gas and a welding power through the welding torch . a first gas tube extending along the body and constructed to communicate a shielding gas and a welding power though the welding torch ; and a second gas tube extending along the body and constructed to communicate a shielding gas and a welding power through the welding torch .
A method performed on one or more computing systems for determining whether a media player application includes, or is operating in, one or more active modes, the method comprising: receiving an indication that a control that affects a media player application has been activated, wherein the control comprises one or more of a play control, a next track control or a previous track control; characterised in that the method comprises the steps of: identifying, by the one or more computing systems in response to the indication, one or more active modes of the application that cannot be made inactive by the control; and generating, on a display in response to identifying the one or more active modes that cannot be made inactive by the control, a graphical representation of the one or more active modes. receiving an indication that a control that affects a media player application has been activated, wherein the control comprises one or more of a play control, a next track control or a previous track control; characterised in that the method comprises the steps of: identifying, by the one or more computing systems in response to the indication, one or more active modes of the application that cannot be made inactive by the control; and generating, on a display in response to identifying the one or more active modes that cannot be made inactive by the control, a graphical representation of the one or more active modes. identifying, by the one or more computing systems in response to the indication, one or more active modes of the application that cannot be made inactive by the control; and generating, on a display in response to identifying the one or more active modes that cannot be made inactive by the control, a graphical representation of the one or more active modes.
An apparatus for monitoring EMG signals of a patient's laryngeal muscles, comprising: a processing apparatus ; an endotracheal tube having an exterior surface; conductive ink electrodes formed on the exterior surface of the endotracheal tube, the conductive ink electrodes configured to receive the EMG signals from the laryngeal muscles when the endotracheal tube is placed in a trachea of the patient; and at least one conductor coupled to the conductive ink electrodes and configured to carry the EMG signals received by the conductive ink electrodes to the processing apparatus; characterized by further comprising: wherein the conductive ink electrodes include four electrodes and the at least one conductor includes at least four pairs of conductors, and wherein each pair of conductors is coupled to a different pair of the four electrodes to provide at least four channels of EMG signals from the four electrodes. a processing apparatus ; an endotracheal tube having an exterior surface; conductive ink electrodes formed on the exterior surface of the endotracheal tube, the conductive ink electrodes configured to receive the EMG signals from the laryngeal muscles when the endotracheal tube is placed in a trachea of the patient; and
An histamine binding protein (HBP) for use in a method of treating neuropathic pain.
Switched voltage converter having galvanic isolation by means of a transformer and having closed-loop control adjustment of an output voltage (U An ) from an input voltage (U E ) to a setpoint value predefinable to one of a number of setpoint values (U A1 =10V, U A2 =15V, U A3 =20V, U A4 =25V) and having at least one semiconductor switch controlled by a PWM device on the input side, and having at least one rectifier on the output side, having a closed-loop and/or open-loop controller with at least one setpoint/actual value comparator , characterised by a frequency-controlled setpoint value changeover means (30, 30a, 30'a, 30b), which as a function of a changeover of an adjustable operating frequency (f an ) of the PWM device from a first frequency (f a1 =50kHz), which is associated with a first (U A1 =10V) of the setpoint values, to a second frequency (f a2 =60kHz), which is associated with a currently selected second (U A2 =15V) of the setpoint values, changes over a division ratio of a voltage divider to which the set output voltage (U An ) is applied, wherein the setpoint/actual value comparator generates a control signal (S R ) from a deviation of a voltage value (U T ), determined from the division ratio, from a reference value (U R ) of a reference voltage, said control signal (S R ) being guided via a galvanically isolating element and supplied to the PWM device for closed-loop control adjustment of the output voltage (U An ) to the setpoint value (U A2 =15V) associated with the currently set frequency (f a2 =60kHz) of the PWM device.
A device for lowering and raising the rear-side part , pointing rearwards, as considered in the direction of travel , of the chassis of a transportation vehicle , a trailer tow hitch, a panel van, a box vehicle or a sales vehicle, and for adjusting the angle of inclination α formed between the longitudinal axis of the chassis - or its rear-side extension - on the one hand and the ground on the other hand, which device comprises at least one rear axle which can be indirectly or directly telescoped in respect to the track width thereof and one or more raising and lowering devices for directly or indirectly supporting, raising or lowering the rear-side part of the chassis , which rear-side part points rearwards as considered in the direction of travel , characterized in that the telescopable rear axle (l) comprises at least one central guide tube , able to be brought indirectly or directly into connection with the chassis , wherein respectively a telescopic tube is able to be retracted and extended indirectly or directly with respect to the exterior from the free ends, on both sides, of this central guide tube , wherein each outwardly pointing free end of the two retractable and extendable telescopic tubes respectively carries indirectly or directly an axis swinging arm , wherein at the free ends of each axis swinging arm , aligned in opposition to the direction of travel , respectively a wheel is mounted directly or indirectly via an interposed axle stub .
A printable substrate comprising a base sheet defining a first surface and a second surface; and a printable coating on the first surface, wherein the printable coating comprises a film-forming binder mixture, a crosslinking agent, a partially hydrolyzed polyvinyl alcohol, a first plurality of first silicon dioxide microparticles, a second plurality of second silicon dioxide microparticles, and a cationic polyelectrolyte serving as a cationic dye fixative, wherein the film-forming binder mixture and the crosslinking agent are capable of reacting to form a 3-dimensional crosslinked material, and wherein the first silicon dioxide microparticles have an average diameter that is smaller than an average diameter of the second silicon dioxide microparticles, characterized in that the printable coating comprises 1% by weight to 10% by weight of inorganic microparticles. a base sheet defining a first surface and a second surface; and a printable coating on the first surface, wherein the printable coating comprises a film-forming binder mixture, a crosslinking agent, a partially hydrolyzed polyvinyl alcohol, a first plurality of first silicon dioxide microparticles, a second plurality of second silicon dioxide microparticles, and a cationic polyelectrolyte serving as a cationic dye fixative, wherein the film-forming binder mixture and the crosslinking agent are capable of reacting to form a 3-dimensional crosslinked material, and wherein the first silicon dioxide microparticles have an average diameter that is smaller than an average diameter of the second silicon dioxide microparticles, characterized in that the printable coating comprises 1% by weight to 10% by weight of inorganic microparticles.
A hot-rolled steel sheet for a heavy-wall, high-strength line pipe, the hot-rolled steel sheet having a chemical composition comprising, in mass%, C: 0.02 to 0.20%, Mn: 0.80 to 2.10%, Si: 0.01 to 0.50%, P: 0.034% or less, S: 0.0050% or less, Nb: 0.01 to 0.15%, Ti: 0.001 to 0.030%, and Al: 0.001 to 0.080%, optionally, in mass%, one or more selected from Cu: 0.5% or less, Ni: 0.5% or less, Cr: 0.5% or less, Mo: 0.5% or less, V: 0.10% or less, B: 0.0001 to 0.0020%, and Ca: 0.0005 to 0.0050%, the balance being Fe and incidental impurities, the hot-rolled steel sheet having a microstructure in which a main phase is a continuous cooling transformation structure (Zw) and in which α grains in a plane whose normal direction is a sheet width direction constitute an area fraction of 10% or less and have a combined size of 10 μm or less in terms of an area fraction average grain diameter, wherein the hot-rolled steel sheet has a tensile strength of 520 MPa or greater measured in accordance with specification ASTM A370, and, in a drop weight tear test (DWTT), a temperature at which a percent ductile fracture reaches 85% is -25°C or lower measured in accordance with specification ASTM E436.
An ultraviolet light irradiation device comprising: a cylindrical portion configured to form a cylindrical processing flow path extending in a longitudinal direction and include an opening at one end side of the cylindrical portion ; a case portion housing the cylindrical portion ; a plate configured to cover the opening at the one end side of the cylindrical portion , wherein the plate includes a plurality of opening holes penetrating between front and back surfaces of the plate , a first chamber formed by a gap between the cylindrical portion and the case portion and configured to cover the opening and communicate with the processing flow path via the opening; an inflow portion configured to allow an object to flow into the first chamber ; an outflow portion configured to allow the object having passed through the processing flow path to flow out from the cylindrical portion ; and a light emitting element provided at least on the one end side or the other end side of the cylindrical portion and configured to apply ultraviolet light to the object passing through the processing flow path , wherein the first chamber has an inner volume equal to or more than 2/3 of the cube of the processing flow path equivalent inner diameter and equal to or less than 3 times of an inner volume of the processing flow path , wherein the equivalent inner diameter of the processing flow path is defined as: (four times a cross-sectional area of the processing flow path)/(a cross-sectional peripheral length of the processing flow path). a cylindrical portion configured to form a cylindrical processing flow path extending in a longitudinal direction and include an opening at one end side of the cylindrical portion ; a case portion housing the cylindrical portion ; a plate configured to cover the opening at the one end side of the cylindrical portion , wherein the plate includes a plurality of opening holes penetrating between front and back surfaces of the plate , a first chamber formed by a gap between the cylindrical portion and the case portion and configured to cover the opening and communicate with the processing flow path via the opening; an inflow portion configured to allow an object to flow into the first chamber ; an outflow portion configured to allow the object having passed through the processing flow path to flow out from the cylindrical portion ; and a light emitting element provided at least on the one end side or the other end side of the cylindrical portion and configured to apply ultraviolet light to the object passing through the processing flow path , wherein the first chamber has an inner volume equal to or more than 2/3 of the cube of the processing flow path equivalent inner diameter and equal to or less than 3 times of an inner volume of the processing flow path , wherein the equivalent inner diameter of the processing flow path is defined as: (four times a cross-sectional area of the processing flow path)/(a cross-sectional peripheral length of the processing flow path).
Elastomer sandwich systems containing at least two components, wherein one component is (i) a thermoplastic polyurethane which functions as a covering layer and, adhering thereto over its area, the second component is (ii) a noncellular cast polyurethane having a density of from 800 to 1800 kg/m 3 which functions as a support layer, characterized in that the least one covering layer component of the elastomer sandwich system has a tear propagation resistance in accordance with ISO 34-1 of from 30 kN/m to 85 kN/m and an abrasion loss in accordance with ISO 4649 of from 50 mm 3 to 5 mm 3 and in addition at least the two components have a rebound resilience in accordance with DIN 53512 of 35% - 70%. (i) a thermoplastic polyurethane which functions as a covering layer and, adhering thereto over its area, the second component is (ii) a noncellular cast polyurethane having a density of from 800 to 1800 kg/m 3 which functions as a support layer,
Method for operating at least one cooking appliance , in particular at least one hob, in which at least one cooking parameter is detected and in which in at least one time period of at least one automatic cooking process, in which at least one cooking vessel is heated, at least one heat output to be supplied to the cooking vessel is determined as a function of the cooking parameter, characterised in that if the determined heat output is greater than a predefined maximum requestable heat output, which is less than a maximum heat output possible for the heating of the cooking vessel , the cooking vessel is heated with the predefined maximum requestable heat output, wherein the predefined maximum requestable hear output is determined as a function of at least one cooking parameter that characterises a size of the cooking vessel , and that the cooking vessel is heated in the automatic cooking process under atmospheric pressure.
A retaining clamp of a quick release fastening device, which is latchable in a component opening and in which a fastening bolt is lockable, comprising the following features: a. two spring legs arranged opposite to each other in a V-shape, the arrangement of which comprises a tapered open end at which the V-shaped arranged spring legs are not connected to each other, and the arrangement of which comprises a widened end at which the V-shaped arranged spring legs are connected to each other via a connection web with a central passage opening , and b. each of the two spring legs arranged in a V-shape comprises a window with a spring web arranged therein, which is fastened on one side and is angled at least twice in its course in the direction of the widened end , wherein c. at least a first peak extends beyond an outer surface of the spring legs and a second peak extends beyond an inner side of the respective spring leg towards the opposite spring leg . a. two spring legs arranged opposite to each other in a V-shape, the arrangement of which comprises a tapered open end at which the V-shaped arranged spring legs are not connected to each other, and the arrangement of which comprises a widened end at which the V-shaped arranged spring legs are connected to each other via a connection web with a central passage opening , and b. each of the two spring legs arranged in a V-shape comprises a window with a spring web arranged therein, which is fastened on one side and is angled at least twice in its course in the direction of the widened end , wherein c. at least a first peak extends beyond an outer surface of the spring legs and a second peak extends beyond an inner side of the respective spring leg towards the opposite spring leg .