mhurhangee/patent-ind-claim-en huggingface dataset:
A Ti:Sapphire laser device comprising: a substrate ; a first waveguide resonator composed of a gain medium integrated onto the substrate in a planar technology configuration; a frequency doubler composed of a second order nonlinear material integrated onto the substrate in a planar technology configuration; a second waveguide resonator composed of a titanium doped sapphire gain medium integrated onto the substrate in a planar technology configuration; wherein the first waveguide resonator is optically coupled to the frequency doubler and is capable of producing laser radiation from pump diode light input to the Ti:Sapphire laser device; wherein the frequency doubler is optically coupled to the second waveguide resonator and is capable of producing frequency doubled radiation from the laser radiation. a substrate ; a first waveguide resonator composed of a gain medium integrated onto the substrate in a planar technology configuration; a frequency doubler composed of a second order nonlinear material integrated onto the substrate in a planar technology configuration; a second waveguide resonator composed of a titanium doped sapphire gain medium integrated onto the substrate in a planar technology configuration; wherein the first waveguide resonator is optically coupled to the frequency doubler and is capable of producing laser radiation from pump diode light input to the Ti:Sapphire laser device; wherein the frequency doubler is optically coupled to the second waveguide resonator and is capable of producing frequency doubled radiation from the laser radiation.
A subframe for fastening a rail crane designed for the transport of rails and for positioning on a loading surface of a transport wagon with a mass compensation plate and a crane mounting plate for fastening the loading crane , wherein the subframe incorporates two longitudinal beams extending parallel to one another and two transverse beams extending perpendicularly to the former in a frame plane form a main frame which is subdivided into a first and a second frame section by a central beam extending parallel to the transverse beams and arranged between the same, characterized in that associated with each frame section are guides for displaceable support of the mass compensation plate on the one hand and the crane mounting plate provided for fastening the loading crane on the other hand.
A security system for unlocking at least one door lock , in particular for escape route security, having at least one trigger element , in particular an emergency button , wherein the trigger element comprises a manually activatable activation element , wherein the activation element is activatable for unlocking at least one lock mechanism of a door lock , having a central escape route controller , wherein the central escape route controller comprises a central emergency button , wherein the central emergency button comprises an emergency button activation element , wherein the emergency button activation element is activatable for unlocking the at least one lock mechanism , wherein the central emergency button comprises a first digital emergency processing unit and a second digital emergency processing unit , the central escape route controller comprises a delay element , wherein, following an activation of the trigger element , the actuation of the lock mechanism for unlocking purposes can be delayed by a first delay time and an activation of the delay element within the first delay time causes the delay of an actuation of the lock mechanism to be extended, wherein the delay element is electrically connected to the trigger element via the central emergency button . having at least one trigger element , in particular an emergency button , wherein the trigger element comprises a manually activatable activation element , wherein the activation element is activatable for unlocking at least one lock mechanism of a door lock , having a central escape route controller , wherein the central escape route controller comprises a central emergency button , wherein the central emergency button comprises an emergency button activation element , wherein the emergency button activation element is activatable for unlocking the at least one lock mechanism , wherein the central emergency button comprises a first digital emergency processing unit and a second digital emergency processing unit , the central escape route controller comprises a delay element , wherein, following an activation of the trigger element , the actuation of the lock mechanism for unlocking purposes can be delayed by a first delay time and an activation of the delay element within the first delay time causes the delay of an actuation of the lock mechanism to be extended, wherein the delay element is electrically connected to the trigger element via the central emergency button .
A polarization mode converter comprising: a rectangular waveguide , wherein a height of the rectangular waveguide is a first height, a first tapered waveguide , wherein a side of the first tapered waveguide is connected to a side of the rectangular waveguide in an optical signal propagation direction, a width of the first tapered waveguide changes gradually in the optical signal propagation direction, a height of the first tapered waveguide is a second height, and the second height is less than the first height; and a second tapered waveguide , wherein the second tapered waveguide is unconnected to the rectangular waveguide , the second tapered waveguide is unconnected to the first tapered waveguide ), a width of the second tapered waveguide changes gradually in the optical signal propagation direction, a height of the second tapered waveguide is the first height, a distance between a first end of the second tapered waveguide and the rectangular waveguide is a first distance, a distance between a second end of the second tapered waveguide and the rectangular waveguide is a second distance, the second distance is greater than the first distance, and the first tapered waveguide is located between the rectangular waveguide and the second tapered waveguide ; wherein the width extends in a direction between said rectangular waveguide and said second waveguide, wherein the first tapered waveguide and the second tapered waveguide are optically coupled.
An electrically heated smoking system and a solid aerosol-forming substrate received in the electrically heated smoking system, the solid aerosol-forming substrate being in the form of a cylindrical plug and comprising a tobacco-containing material containing volatile tobacco flavour compounds which are released from the aerosol-forming substrate upon heating, the electrically heated smoking system comprising: at least one heater for heating the substrate to form the aerosol, the at least one heater comprising one or more conductive tracks on an electrically insulating substrate, wherein the electrically insulating substrate is tubular; a power supply for supplying power to the at least one heater; and a thermally insulating material, provided as a separate element, positioned around the heater for insulating the heater, wherein the thermally insulating material comprises a metal. at least one heater for heating the substrate to form the aerosol, the at least one heater comprising one or more conductive tracks on an electrically insulating substrate, wherein the electrically insulating substrate is tubular; a power supply for supplying power to the at least one heater; and a thermally insulating material, provided as a separate element, positioned around the heater for insulating the heater, wherein the thermally insulating material comprises a metal.
A method of preparing a coated surface of a medical device, the method comprising a. providing the medical device, said medical device having a surface comprising a microstructure; b. exposing the surface to a coating formulation; and c. polymerizing the coating formulation on the surface to obtain the coated surface of the medical device that elutes a therapeutic agent; wherein the coating formulation consists essentially of: (i) 0.005-80 wt% of a thiol monomer comprising a polythiol, (ii) 0.005-80 wt% of an unsaturated monomer, wherein the unsaturated monomer is: triallyl isocyanurate, or polyethylene glycol dimethacrylate of formula (iii) the therapeutic agent, and optionally (iv) a radical scavenger, one or more polymerization initiators, a solvent, or a combination thereof. a. providing the medical device, said medical device having a surface comprising a microstructure; b. exposing the surface to a coating formulation; and c. polymerizing the coating formulation on the surface to obtain the coated surface of the medical device that elutes a therapeutic agent; wherein the coating formulation consists essentially of: (i) 0.005-80 wt% of a thiol monomer comprising a polythiol, (ii) 0.005-80 wt% of an unsaturated monomer, wherein the unsaturated monomer is: triallyl isocyanurate, or polyethylene glycol dimethacrylate of formula (iii) the therapeutic agent, and optionally (iv) a radical scavenger, one or more polymerization initiators, a solvent, or a combination thereof. (i) 0.005-80 wt% of a thiol monomer comprising a polythiol, (ii) 0.005-80 wt% of an unsaturated monomer, wherein the unsaturated monomer is: triallyl isocyanurate, or polyethylene glycol dimethacrylate of formula (iii) the therapeutic agent, and optionally (iv) a radical scavenger, one or more polymerization initiators, a solvent, or a combination thereof.
A method for labeling particles captured by a filter with magnetic beads at the filter, the method comprising: passing a specimen containing particles through the filter to capture the particles by the filter; supplying a suspension containing magnetic beads onto one surface of the filter , the one surface on which particles are captured; creating a state in which liquid containing the magnetic beads is in contact with both surfaces of the filter by passing a portion of the suspension through the filter from the one surface of the filter toward the other surface of the filter ; and reverse feeding by reversely passing the liquid containing the magnetic beads through the filter from the other surface of the filter toward the one surface of the filter . passing a specimen containing particles through the filter to capture the particles by the filter; supplying a suspension containing magnetic beads onto one surface of the filter , the one surface on which particles are captured; creating a state in which liquid containing the magnetic beads is in contact with both surfaces of the filter by passing a portion of the suspension through the filter from the one surface of the filter toward the other surface of the filter ; and reverse feeding by reversely passing the liquid containing the magnetic beads through the filter from the other surface of the filter toward the one surface of the filter .
A wireless power receiving apparatus comprising: a receiving resonator configured to wirelessly receive energy; a plurality of energy storage devices ; a resonant converter including an energy storage device from the plurality of energy storage devices and an inductor , wherein the resonant converter is configured to transfer, through the inductor , energy of the included energy storage device to an output end of the wireless power receiving apparatus ; and a controller configured to accumulate, alternatingly in the energy storage devices , the energy received, by selecting an energy storage device of the plurality of energy storage devices to be included in the receiving resonator and selecting the energy storage device to be included in the resonant converter from the energy storage devices different from the energy storage device selected to be included in the receiving resonator . a receiving resonator configured to wirelessly receive energy; a plurality of energy storage devices ; a resonant converter including an energy storage device from the plurality of energy storage devices and an inductor , wherein the resonant converter is configured to transfer, through the inductor , energy of the included energy storage device to an output end of the wireless power receiving apparatus ; and a controller configured to accumulate, alternatingly in the energy storage devices , the energy received, by selecting an energy storage device of the plurality of energy storage devices to be included in the receiving resonator and selecting the energy storage device to be included in the resonant converter from the energy storage devices different from the energy storage device selected to be included in the receiving resonator .
A chimeric gene comprising a promoter that comprises the nucleotide sequence of SEQ ID NO:25.
Piezoelectric resonator at quartz having X, Y and Z crystalline axis and comprising a base and at least two vibrating arms connected to the base in a direction of a crystalline axis X, wherein the vibrating arms extend from the base in a direction of a crystalline axis +Y or -Y, wherein at least a first groove is formed on an upper face on a side +Z of each arm along the crystalline axis +Y or -Y on part of the length of the arms and wherein at least a second groove is formed on a lower face on a side -Z of each arm along said crystalline axis +Y or -Y on part of the length of the arms and opposite the first groove , where the first groove and the second groove are formed with different depths, characterized in that the depth of the first groove is less than 30% of the total thickness of each arm or more than 50% of the total thickness of each arm , and in that the depth of the second groove is more than 50% of the total thickness of each arm if the depth of the first groove is less than 30% of the total thickness of each arm , or less than 30% of the total thickness of each arm if the depth of the first groove is more than 50% of the total thickness of each arm , and in that the width of each groove is between 40% and 90% of the width of each arm .
Composition for stimulating the growth of cultivated plants, characterized in that it contains the cold-tolerant strain Bacillus atrophaeus ABI02A DSM 32019 or ABI03 DSM 32285 or ABI05 DSM 24918 or a mixture of two or three of these strains.
A method for optimizing deep resistivity measurements, comprising, during drilling operations with a downhole tool disposed in a borehole , the downhole tool comprising a drill bit and a measurement and/or logging section : obtaining one or more first multi-component measurements from the downhole tool , wherein the measurement and/or logging section comprises at least two antennae ; determining a relative structural dip angle, Φ, of the downhole tool; adjusting a tilt angle of at least one of the at least two antennae relative to the longitudinal axis of the tool, wherein the adjusted tilt angle is based on the relative structural dip angle of the downhole tool; obtaining one or more second multi-component measurements from the downhole tool associated with the adjusted tilt angle of the at least one of the at least two antennae; and determining a formation characteristic that comprises a distance from the downhole tool to a formation boundary based, at least in part, on the one or more second multi-component measurements without including anisotropy effects. obtaining one or more first multi-component measurements from the downhole tool , wherein the measurement and/or logging section comprises at least two antennae ; determining a relative structural dip angle, Φ, of the downhole tool; adjusting a tilt angle of at least one of the at least two antennae relative to the longitudinal axis of the tool, wherein the adjusted tilt angle is based on the relative structural dip angle of the downhole tool; obtaining one or more second multi-component measurements from the downhole tool associated with the adjusted tilt angle of the at least one of the at least two antennae; and determining a formation characteristic that comprises a distance from the downhole tool to a formation boundary based, at least in part, on the one or more second multi-component measurements without including anisotropy effects.
An apparatus for reducing mechanical shock and vibration in a downhole tool configured to be disposed in a borehole, the apparatus comprising: a frustum-shaped sleeve configured to be disposed between a downhole tool and another downhole component ; wherein the downhole tool and the downhole component are configured to mate with each other; and wherein the frustum-shaped sleeve comprises: a central axis; an inside ; an outside ; and a mechanical shock absorbing material; characterised in that the inside or the outside of the frustum-shaped sleeve comprises a pyramidal frustum-shaped surface with four or more sides; wherein the downhole tool or the downhole component has a pyramidal frustum-shaped surface configured to mate with the pyramidal frustum-shaped surface of the frustum-shaped sleeve . a frustum-shaped sleeve configured to be disposed between a downhole tool and another downhole component ; wherein the downhole tool and the downhole component are configured to mate with each other; and wherein the frustum-shaped sleeve comprises: a central axis; an inside ; an outside ; and a mechanical shock absorbing material; characterised in that the inside or the outside of the frustum-shaped sleeve comprises a pyramidal frustum-shaped surface with four or more sides; a central axis; an inside ; an outside ; and a mechanical shock absorbing material; characterised in that the inside or the outside of the frustum-shaped sleeve comprises a pyramidal frustum-shaped surface with four or more sides; wherein the downhole tool or the downhole component has a pyramidal frustum-shaped surface configured to mate with the pyramidal frustum-shaped surface of the frustum-shaped sleeve .
A method for analyzing data from a microphone , the microphone being arranged to continuously record audio data, the method comprising: continuously storing the recorded audio data in a buffer (104,S202,S302), receiving a first triggering signal at a first point in time (S204,310), the first triggering signal pertaining to a request for analyzing the audio data presently being recorded by the microphone , transferring a predefined amount of recorded audio data stored prior to the first point in time (S206,314) and audio data stored after the first point in time (S208,316) to a conversation analyzing unit , wherein the first triggering signal comprises a keyword associated with a specific voice. continuously storing the recorded audio data in a buffer (104,S202,S302), receiving a first triggering signal at a first point in time (S204,310), the first triggering signal pertaining to a request for analyzing the audio data presently being recorded by the microphone , transferring a predefined amount of recorded audio data stored prior to the first point in time (S206,314) and audio data stored after the first point in time (S208,316) to a conversation analyzing unit , wherein the first triggering signal comprises a keyword associated with a specific voice.
A fuel system for an aircraft comprising: a boost pump ; an engine fuel pump ; and a fuel collector downstream of said boost pump and upstream of said engine fuel pump ; characterized in that said fuel collector is mounted in a fuel tank and has an open bowl shape so as to collect fuel therein permitting fuel to continuously overflow therefrom; and the system further comprises an inverted fuel collector extending over said fuel collector . a boost pump ; an engine fuel pump ; and a fuel collector downstream of said boost pump and upstream of said engine fuel pump ; characterized in that said fuel collector is mounted in a fuel tank and has an open bowl shape so as to collect fuel therein permitting fuel to continuously overflow therefrom; and the system further comprises an inverted fuel collector extending over said fuel collector .
A packer roller for soil tillage, comprising at least one carrier profile , which is formed by a rotatable carrier shaft , and on which a plurality of spring elements are disposed each spaced apart from one another, wherein in each case at least two oppositely positioned spring elements form a largely circular or a circular tread , wherein the spring elements have at least an outer, essentially circular, circumferential surface , two inner mounting surfaces corresponding at least in some sections to the contour of the carrier profile , as well as two connecting surfaces or connecting sections extending between the outer circumferential surface and the inner mounting surface , wherein in particular arc-shaped connecting sections are disposed in each case between the mounting surfaces and the connecting surfaces or the connecting sections and the circumferential surface in order to create a continuous spring element , wherein in each case at least two suchlike oppositely positioned spring elements form a packer ring, wherein the mounting surfaces are at least in some sections in surface contact with the outer circumference of the carrier profile and/or bear flush on the outer circumference of the carrier profile , wherein the mounting surfaces each have at least one bore or one cut-out, by means of which the in each case at least two spring elements are mountable to the carrier profile , wherein at least one mounting element is connected to the carrier profile and to at least one spring element for this purpose, characterised in that the connecting surfaces or connecting sections each have at least one additional connecting point , by means of which in each case two oppositely positioned spring elements are bolted and/or connected.
A fuel injector comprising a nozzle and an injector housing that includes therewithin a variable trim orifice with an integral filter, wherein the variable trim orifice is configured to be adjustable to alter a rate of a flow of a fuel that passes out of the variable trim orifice and passes to a nozzle of the fuel injector and through the fuel injector, as well as filter out particulate materials that are suspended in the fuel that passes out of the variable trim orifice, the variable trim orifice comprising: an outer housing having an elongate body extending from a first end to a second end opposite the first end and defining a cavity comprising an interior surface with a first cross-sectional area and an end wall at the second end, the end wall having an orifice therethrough with a second cross-sectional area less than the first cross-sectional area; a valve body adjustably positionable within the cavity defined by the outer housing, the valve body having an elongate body; and a filter media extending from a first valve portion of the valve body to a second valve portion of the valve body and dividing a third fluid flow path fluidically connecting a first fluid flow path to a second fluid flow path . an outer housing having an elongate body extending from a first end to a second end opposite the first end and defining a cavity comprising an interior surface with a first cross-sectional area and an end wall at the second end, the end wall having an orifice therethrough with a second cross-sectional area less than the first cross-sectional area; a valve body adjustably positionable within the cavity defined by the outer housing, the valve body having an elongate body; and a filter media extending from a first valve portion of the valve body to a second valve portion of the valve body and dividing a third fluid flow path fluidically connecting a first fluid flow path to a second fluid flow path .