mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated sensing device for use with an earthmoving machine that includes a working tool edge, said integrated sensing device comprising: an electronic distance sensor ; an electronic orientation sensor for detecting an angular orientation of a sensing output of said electronic distance sensor; and a processing circuit , and a memory circuit ; characterised in that : said sensing output of said electronic distance sensor is directed at a jobsite surface , wherein said electronic distance sensor determines a distance between a datum (L) of said sensing output and said jobsite surface without making physical contact with said jobsite surface; and said processing circuit is configured: to receive output signals from said electronic distance sensor and said electronic orientation sensor; to determine the distances between said datum and a plurality of physical points on said jobsite surface, and to generate a "latest profile" that represents an actual shape of said jobsite surface; and to send signals to a visible monitor screen , so as to display said "latest profile" . an electronic distance sensor ; an electronic orientation sensor for detecting an angular orientation of a sensing output of said electronic distance sensor; and a processing circuit , and a memory circuit ; said sensing output of said electronic distance sensor is directed at a jobsite surface , wherein said electronic distance sensor determines a distance between a datum (L) of said sensing output and said jobsite surface without making physical contact with said jobsite surface; and said processing circuit is configured: to receive output signals from said electronic distance sensor and said electronic orientation sensor; to determine the distances between said datum and a plurality of physical points on said jobsite surface, and to generate a "latest profile" that represents an actual shape of said jobsite surface; and to send signals to a visible monitor screen , so as to display said "latest profile" . to receive output signals from said electronic distance sensor and said electronic orientation sensor; to determine the distances between said datum and a plurality of physical points on said jobsite surface, and to generate a "latest profile" that represents an actual shape of said jobsite surface; and to send signals to a visible monitor screen , so as to display said "latest profile" .
Method of growing annual crop plants, preferably a cash crop or a practical use crop, on a plot, said method of growing consisting in implementing at least the following successive actions on the plot: - an action of sowing seeds of a plant cover comprising seeds of at least one leguminous plant to which at least one rhizospheric microorganism is applied, said at least one rhizospheric microorganism being selected amongst the rhizospheric microorganisms that are suitable for inoculating plants which are issued from said seeds for plant cover, and the annual crop plants, - after a phase of planting plants issued from the seeds for plant cover, an action of sowing seeds of said annual crop plants, said plants issued from seeds for plant cover being destroyed naturally, chemically or mechanically, and the annual crop plants being inoculated with said at least one rhizospheric microorganism occupying the ground. - an action of sowing seeds of a plant cover comprising seeds of at least one leguminous plant to which at least one rhizospheric microorganism is applied, said at least one rhizospheric microorganism being selected amongst the rhizospheric microorganisms that are suitable for inoculating plants which are issued from said seeds for plant cover, and the annual crop plants, - after a phase of planting plants issued from the seeds for plant cover, an action of sowing seeds of said annual crop plants, said plants issued from seeds for plant cover being destroyed naturally, chemically or mechanically, and the annual crop plants being inoculated with said at least one rhizospheric microorganism occupying the ground.
A proprotor assembly for a tiltrotor aircraft having a forward flight mode, the proprotor assembly comprising: a spinner subjected to freestream airflow during forward flight, the spinner having a tapered leading portion and a cylindrical aft portion , the spinner forming a plurality of rotor blade cutouts exposing an inner chamber ; and a plurality of proprotor blade assemblies protruding radially from the spinner through the rotor blade cutouts wherein the rotor blade cutouts are sized to accommodate a maximum fore-aft flapping of the proprotor blade assemblies in a range between 12 and 18 degrees; wherein airflow over the spinner during forward flight experiences a pressure spike and the spinner is elongated such that the pressure spike occurs forward of the rotor blade cutouts during forward flight; and wherein the rotor blade cutouts are formed in the cylindrical aft portion of the spinner to reduce the freestream airflow into the inner chamber via the rotor blade cutouts during forward flight, thereby reducing drag experienced by the tiltrotor aircraft , characterized in that the rotor blade cutouts each further comprise a leading side , a trailing side , a first lateral side and a second lateral side ; wherein the leading and trailing sides are curved and the first and second lateral sides are straight to form a stadium shape. a spinner subjected to freestream airflow during forward flight, the spinner having a tapered leading portion and a cylindrical aft portion , the spinner forming a plurality of rotor blade cutouts exposing an inner chamber ; and a plurality of proprotor blade assemblies protruding radially from the spinner through the rotor blade cutouts wherein the rotor blade cutouts are sized to accommodate a maximum fore-aft flapping of the proprotor blade assemblies in a range between 12 and 18 degrees; wherein airflow over the spinner during forward flight experiences a pressure spike and the spinner is elongated such that the pressure spike occurs forward of the rotor blade cutouts during forward flight; and wherein the rotor blade cutouts are formed in the cylindrical aft portion of the spinner to reduce the freestream airflow into the inner chamber via the rotor blade cutouts during forward flight, thereby reducing drag experienced by the tiltrotor aircraft , characterized in that the rotor blade cutouts each further comprise a leading side , a trailing side , a first lateral side and a second lateral side ; wherein the leading and trailing sides are curved and the first and second lateral sides are straight to form a stadium shape.
Processing device for machining a motor vehicle part , comprising a holding device which includes at least two spaced-apart supporting struts on each of which at least one gripper is mounted, the grippers of the two supporting struts pointing towards one another in order to hold a motor vehicle part between them, which processing device further comprises at least one processing machine arranged between the supporting struts for processing the motor vehicle part , characterized in that in the holding device at least one of the grippers has at least two holding elements which can be moved independently of one another along a direction of movement (x) and which each have a bearing surface , running obliquely with respect to the direction of movement (x), for bearing against the motor vehicle part , the bearing surfaces of adjacent holding elements being arranged next to one another and oriented in opposite directions, in such a way that a V-shaped or concave receiving region is formed between the bearing surfaces of adjacent retaining elements, and each gripper having at least two drive units for moving the retaining elements arranged next to one another in the direction of movement (x) independently of one another, and each drive unit being designed or controllable in such a way that the holding elements can be moved in the direction of movement (x) independently of one another, that the holding elements can be pressed against the motor vehicle part with a defined maximum force by means of the contact surfaces .
Compound L1 for use in therapy, with formula: where n = 2.
A method for wireless communications, comprising: establishing a first signaling connection between a source integrated access and backhaul, IAB, donor centralized unit, CU, with at least one IAB distributed unit, DU; establishing a second signaling connection between the source IAB-donor CU and a target IAB-donor CU; configuring the source IAB-donor CU to function as a first proxy for the at least one IAB-DU in order to transmit state information associated with the at least one IAB-DU to the target IAB-donor CU, wherein configuring the source IAB-donor CU to function as the first proxy for the at least one IAB-DU comprises: determining an identifier of an IAB-mobile terminal, IAB-MT, associated with the at least one IAB-DU; and transmitting the identifier of the IAB-MT to the target IAB-donor CU in order to proxy for the at least one IAB-DU; receiving , at the source IAB-donor CU, a state update information from the target IAB-donor CU; and configuring the source IAB-donor CU to function as a second proxy for the target IAB-donor CU in transmitting the state update information to the at least one IAB-DU. establishing a first signaling connection between a source integrated access and backhaul, IAB, donor centralized unit, CU, with at least one IAB distributed unit, DU; establishing a second signaling connection between the source IAB-donor CU and a target IAB-donor CU; configuring the source IAB-donor CU to function as a first proxy for the at least one IAB-DU in order to transmit state information associated with the at least one IAB-DU to the target IAB-donor CU, wherein configuring the source IAB-donor CU to function as the first proxy for the at least one IAB-DU comprises: determining an identifier of an IAB-mobile terminal, IAB-MT, associated with the at least one IAB-DU; and transmitting the identifier of the IAB-MT to the target IAB-donor CU in order to proxy for the at least one IAB-DU; determining an identifier of an IAB-mobile terminal, IAB-MT, associated with the at least one IAB-DU; and transmitting the identifier of the IAB-MT to the target IAB-donor CU in order to proxy for the at least one IAB-DU; receiving , at the source IAB-donor CU, a state update information from the target IAB-donor CU; and configuring the source IAB-donor CU to function as a second proxy for the target IAB-donor CU in transmitting the state update information to the at least one IAB-DU.
A fluorescence imaging system comprising: an excitation source configured to generate an excitation beam along a first axis to illuminate a sample having a plurality of fluorescent markers to excite the plurality of fluorescent markers into an excited state; a stimulation source configured to generate a stimulation beam along a second axis to illuminate the excited sample to generate a stimulated emission by the excited sample , the excitation beam and the stimulation beam having different wavelengths; an objective lens oriented along the second axis and configured to capture and focus the stimulation beam and the stimulated emission emitted by the plurality of fluorescent markers ; a stimulation beam attenuator positioned at the back focal plane of the objective lens and configured to attenuate the stimulation beam while allowing the stimulated emission to pass; characterized in that the system further comprises a phase adjusting component configured to induce a relative phase-shift between the stimulated emission and a reference beam to produce constructive interference between the reference beam and the stimulated emission; and a detector configured to image the constructive interference between the reference beam and the stimulated emission. an excitation source configured to generate an excitation beam along a first axis to illuminate a sample having a plurality of fluorescent markers to excite the plurality of fluorescent markers into an excited state; a stimulation source configured to generate a stimulation beam along a second axis to illuminate the excited sample to generate a stimulated emission by the excited sample , the excitation beam and the stimulation beam having different wavelengths; an objective lens oriented along the second axis and configured to capture and focus the stimulation beam and the stimulated emission emitted by the plurality of fluorescent markers ; a stimulation beam attenuator positioned at the back focal plane of the objective lens and configured to attenuate the stimulation beam while allowing the stimulated emission to pass; characterized in that the system further comprises a phase adjusting component configured to induce a relative phase-shift between the stimulated emission and a reference beam to produce constructive interference between the reference beam and the stimulated emission; and a detector configured to image the constructive interference between the reference beam and the stimulated emission.
A composition for use in a method for inducing immune tolerance toward a protein antigen, wherein: the composition is one of a first composition or a second composition, wherein the first composition comprises O-phospho-L-serine (OPLS), and the second composition comprises the protein antigen, wherein the first composition is free of the protein antigen and the second composition is free of OPLS; and the method comprises administering the composition and the other of the first or second compositions separately through a subcutaneous route to an individual; wherein the two compositions are administered at anatomical sites that are less than 5.08 cm (two inches) apart from each other and within 60 minutes from each other. the composition is one of a first composition or a second composition, wherein the first composition comprises O-phospho-L-serine (OPLS), and the second composition comprises the protein antigen, wherein the first composition is free of the protein antigen and the second composition is free of OPLS; and the method comprises administering the composition and the other of the first or second compositions separately through a subcutaneous route to an individual; wherein the two compositions are administered at anatomical sites that are less than 5.08 cm (two inches) apart from each other and within 60 minutes from each other.
A mixer tap cartridge with a housing in which a variable length thermostatic element is provided, with a rotatable member for setting the temperature of the water mix which flows out, wherein rotation of the setting member axially adjusts an end stop in order to adapt a space for retaining the thermostatic element to the length of the thermostatic element associated with the selected temperature of the water mix, characterized in that a compensation space is provided for temperature-dependent variations in the length of the thermostatic element and is capable of incorporation into the retaining space , wherein the axial extent (e) of the compensation space reduces to zero up to the maximum temperature of the water which is flowing out, wherein the compensation space is formed in a central indentation in the setting member which can be rotated, into which the end stop enters during the axial adjustment.
A backlight unit comprising: a plurality of light sources arranged in a plurality of lines, the light sources comprising blue light emitting diodes that emit blue light, green light and red light, the blue light having a greater intensity than the green light and the red light; and a reflecting plate on which light radiated from the light sources is incident, wherein the reflecting plate includes: a reflecting surface configured to reflect the incident light from the light sources ; and a plurality of selective light absorbing parts disposed on the reflecting surface and configured to selectively absorb light in a wavelength range from 510nm to 640nm (Z3) from the incident light, and wherein the selective light absorbing parts are arranged in straight bands on the reflecting surface of the reflecting plate in a predefined pattern; and a quantum dot sheet into which light emitted by the light sources without being absorbed by the selective light absorbing parts and the light emitted by the light sources and reflected by the reflecting plate is incident, wherein the quantum dot sheet comprising green quantum dots and red quantum dots arranged to convert incident blue light into green and red light respectively, wherein the straight bands of the selective light absorbing parts are respectively disposed between adjacent lines of the light sources. a plurality of light sources arranged in a plurality of lines, the light sources comprising blue light emitting diodes that emit blue light, green light and red light, the blue light having a greater intensity than the green light and the red light; and a reflecting plate on which light radiated from the light sources is incident, wherein the reflecting plate includes: a reflecting surface configured to reflect the incident light from the light sources ; and a plurality of selective light absorbing parts disposed on the reflecting surface and configured to selectively absorb light in a wavelength range from 510nm to 640nm (Z3) from the incident light, and wherein the selective light absorbing parts are arranged in straight bands on the reflecting surface of the reflecting plate in a predefined pattern; and a quantum dot sheet into which light emitted by the light sources without being absorbed by the selective light absorbing parts and the light emitted by the light sources and reflected by the reflecting plate is incident, wherein the quantum dot sheet comprising green quantum dots and red quantum dots arranged to convert incident blue light into green and red light respectively, wherein the straight bands of the selective light absorbing parts are respectively disposed between adjacent lines of the light sources.
A composition comprising a therapeutically effective dose of isolated glial cell derived neurotrophic factor (GDNF), or a biologically active fragment thereof, for use in promoting cutaneous wound healing in a subject, said use comprising the step of administering said composition at a wound site on said subject and repeating said administration for a time period sufficient to promote said cutaneous wound healing.
A curable coating composition comprising: (a) a binder comprising: (i) a film-forming resin comprising at least two functional groups, wherein the film-forming resin is selected from (meth)acrylate resins, polyurethanes, polyesters, polyamides, polyethers, polysiloxanes, epoxy resins, vinyl resins, copolymers thereof, and combinations thereof; and (ii) a curing agent reactive with the functional groups of (i); and (b) solid vulcanized rubber particles unreactive with the binder and having an average particle size of up to 85 microns, wherein the curable coating composition is a solid particulate powder coating composition which contains less than 1000 parts per million by weight (ppm) of fiberglass or is completely free of fiberglass and which is prepared by a process comprising mixing the binder (a) and the solid vulcanized rubber particles (b). (a) a binder comprising: (i) a film-forming resin comprising at least two functional groups, wherein the film-forming resin is selected from (meth)acrylate resins, polyurethanes, polyesters, polyamides, polyethers, polysiloxanes, epoxy resins, vinyl resins, copolymers thereof, and combinations thereof; and (ii) a curing agent reactive with the functional groups of (i); and (i) a film-forming resin comprising at least two functional groups, wherein the film-forming resin is selected from (meth)acrylate resins, polyurethanes, polyesters, polyamides, polyethers, polysiloxanes, epoxy resins, vinyl resins, copolymers thereof, and combinations thereof; and (ii) a curing agent reactive with the functional groups of (i); and (b) solid vulcanized rubber particles unreactive with the binder and having an average particle size of up to 85 microns,
A control arrangement of a wind power plant comprising a number of wind turbines and a number of storage arrangements , which control arrangement comprises - a first monitoring module configured to determine a first power quantity (P 20 ) stored in the rotating mass of a wind turbine ; - a computation module configured to predict a power curve progression (PCP) during injection (T i ) of the first power quantity (P 20 ) into the grid and during a subsequent recovery phase (T r ); - a second monitoring module configured to determine a second power quantity (P 21 ) available in a storage arrangement; characterized by - a response management module configured to identify, on the basis of the predicted power curve progression (PCP) and the second power quantity (P 21 ), a time instant (t 0 ) at which to commence release of the second power quantity (P 21 ) in order to maintain the combined output power (P total ) of the wind power plant at a pre-defined threshold (P limit ) during inertial response following a grid under-frequency event. - a first monitoring module configured to determine a first power quantity (P 20 ) stored in the rotating mass of a wind turbine ; - a computation module configured to predict a power curve progression (PCP) during injection (T i ) of the first power quantity (P 20 ) into the grid and during a subsequent recovery phase (T r ); - a second monitoring module configured to determine a second power quantity (P 21 ) available in a storage arrangement; characterized by - a response management module configured to identify, on the basis of the predicted power curve progression (PCP) and the second power quantity (P 21 ), a time instant (t 0 ) at which to commence release of the second power quantity (P 21 ) in order to maintain the combined output power (P total ) of the wind power plant at a pre-defined threshold (P limit ) during inertial response following a grid under-frequency event.
An electric propulsion system comprising: a prime mover ; a starter-motor generator configured to be driven by the prime mover to generate electric power; an electric propulsion motor ; and an integrated generator-motor controller arranged to control a supply of the electric power to the electric propulsion motor in response to a control signal, wherein the integrated generator-motor controller includes an active rectifier configured in a first mode to feed-forward to the starter-motor generator a power demand parameter associated with the control signal so as to control a power output of the starter-motor generator in order to start the prime mover ; characterised in that : the integrated generator-motor controller utilizes DC-link voltage as a source of feedback compensation; and the integrated generator-motor controller is tuned such that a bandwidth of power draw is within a bandwidth of the starter-motor generator . a prime mover ; a starter-motor generator configured to be driven by the prime mover to generate electric power; an electric propulsion motor ; and an integrated generator-motor controller arranged to control a supply of the electric power to the electric propulsion motor in response to a control signal, wherein the integrated generator-motor controller includes an active rectifier configured in a first mode to feed-forward to the starter-motor generator a power demand parameter associated with the control signal so as to control a power output of the starter-motor generator in order to start the prime mover ; characterised in that : the integrated generator-motor controller utilizes DC-link voltage as a source of feedback compensation; and the integrated generator-motor controller is tuned such that a bandwidth of power draw is within a bandwidth of the starter-motor generator . the integrated generator-motor controller utilizes DC-link voltage as a source of feedback compensation; and the integrated generator-motor controller is tuned such that a bandwidth of power draw is within a bandwidth of the starter-motor generator .