mhurhangee/patent-ind-claim-en huggingface dataset:
A combined launch vehicle and satellite system comprised by: a satellite ; a separation plane ; a first set of propellant tanks , another separation plane below ; a second set of propellant tanks ; plumbing lines and an engine , wherein the plumbing lines comprise in-built precise separation mechanisms; and wherein a separation of the respective set of propellant tanks is enabled by a merman band or pneumatic separation system. a satellite ; a separation plane ; a first set of propellant tanks , another separation plane below ; a second set of propellant tanks ; plumbing lines and an engine , wherein the plumbing lines comprise in-built precise separation mechanisms; and wherein a separation of the respective set of propellant tanks is enabled by a merman band or pneumatic separation system.
Operator control device for a vehicle, in particular an operator control device for controlling safety-relevant functions, wherein the operator control device has - at least one operator control interface with at least one operator control input field for making an operator control input, and - a sensor system for detecting an operator control input in the vicinity of the operator control input field , wherein the sensor system has at least a first capacitive sensor device with a first, electrically conductive sensor structure and a second capacitive sensor device with a second, electrically conductive sensor structure , wherein the sensor structures are arranged underneath the operator control interface in the vicinity of the operator control input field , and the first sensor structure and the second sensor structure are each formed in a chamber-like fashion and/or meandering fashion at least in a part of the operator control input field and are arranged so as to mesh with one another, characterized in that the sensor system is designed to sense, in comparison with a reference state, a respective change in the capacitive coupling of the first sensor structure to the surroundings and/or to a reference electrode and a change in the capacitive coupling of the second sensor structure to the surroundings and/or to the reference electrode, in particular a change in the capacitive coupling which is brought about by an operator control input in the region of the operator control input field , and in that the sensor system is designed to sense the change in the capacitive coupling of the sensor structure of the first capacitive sensor device and the change in the capacitive coupling of the sensor structure of the second sensor device of the sensor system to the surroundings and/or simultaneously to sense the reference electrode or to sense said changes with a short delay one after the other such that safety-relevant plausibility checking of the sensed sensor signals is possible. - at least one operator control interface with at least one operator control input field for making an operator control input, and - a sensor system for detecting an operator control input in the vicinity of the operator control input field ,
A drivetrain assembly comprising - a rotor shaft ; - a bearing unit mounted about the rotor shaft ; - a further drivetrain component connected to an end of the rotor shaft , wherein an annular face of the further drivetrain component is arranged opposite an annular face of the bearing unit with a distance (D) between the annular faces ; characterized by - an annular arrangement of tapped holes formed in a first of the two opposing annular faces ; - a plurality of bolts , wherein each bolt comprises a bolt shaft threaded into a tapped hole , a lock nut threaded onto the bolt shaft and tightened against the first annular face , and a bolt head arranged to make contact with the second of the two opposing annular faces . - a rotor shaft ; - a bearing unit mounted about the rotor shaft ; - a further drivetrain component connected to an end of the rotor shaft , wherein an annular face of the further drivetrain component is arranged opposite an annular face of the bearing unit with a distance (D) between the annular faces ; characterized by - an annular arrangement of tapped holes formed in a first of the two opposing annular faces ; - a plurality of bolts , wherein each bolt comprises a bolt shaft threaded into a tapped hole , a lock nut threaded onto the bolt shaft and tightened against the first annular face , and a bolt head arranged to make contact with the second of the two opposing annular faces .
An image projector, comprising: a light source unit configured to emit light; a holder having a first surface and a second surface , wherein the second surface extends toward a side of the light source unit ; a first power source board attached to the first surface , the first power source board facing in a direction of the light source unit ; a second power source board , the second power source board facing in a direction of the second surface ; an air inlet ; an exhaust outlet ; a fan configured to cause air flow between the air inlet and the exhaust outlet , wherein the first surface and the second surface are arranged in an L-shape, the surface of the second power source board is perpendicular to the surface of the first power source board ; wherein the first power source board , the second surface and the second power source board are mutually arranged to form three surfaces of a flow path between the air inlet and the exhaust outlet . a light source unit configured to emit light; a holder having a first surface and a second surface , wherein the second surface extends toward a side of the light source unit ; a first power source board attached to the first surface , the first power source board facing in a direction of the light source unit ; a second power source board , the second power source board facing in a direction of the second surface ; an air inlet ; an exhaust outlet ; a fan configured to cause air flow between the air inlet and the exhaust outlet , wherein the first surface and the second surface are arranged in an L-shape, the surface of the second power source board is perpendicular to the surface of the first power source board ; wherein the first power source board , the second surface and the second power source board are mutually arranged to form three surfaces of a flow path between the air inlet and the exhaust outlet .
A light source, comprising: a light emitting diode (LED) array , each LED unit including an LED chip , wherein the LED array includes at least two types of LED units emitting different color lights; wherein a light emitting surface of each LED chip is covered by a high-refractive index transparent medium having a refractive index greater than 1.3; a collimator array , including at least one collimator unit , wherein each collimator unit corresponds to at least one LED unit , for collimating a light emitted from the at least one LED unit while maintaining an etendue of the light from the at least one LED unit substantially unchanged; and a light homogenizing device for smoothing a light from the collimator array ; characterized in that the high-refractive index medium covering the light emitting surface of each LED chip has a thickness less than 50% of a diameter of a bounding circle of the light emitting surface of the LED chip , and, wherein in the LED array , the LED units are arranged in a square pattern; and wherein in the collimator array , the collimator units are arranged in a square pattern; or, wherein in the LED array , the LED units are arranged in a honeycomb pattern; and wherein in the collimator array , the collimator units are arranged in a honeycomb pattern. a light emitting diode (LED) array , each LED unit including an LED chip , wherein the LED array includes at least two types of LED units emitting different color lights; wherein a light emitting surface of each LED chip is covered by a high-refractive index transparent medium having a refractive index greater than 1.3; a collimator array , including at least one collimator unit , wherein each collimator unit corresponds to at least one LED unit , for collimating a light emitted from the at least one LED unit while maintaining an etendue of the light from the at least one LED unit substantially unchanged; and a light homogenizing device for smoothing a light from the collimator array ; characterized in that the high-refractive index medium covering the light emitting surface of each LED chip has a thickness less than 50% of a diameter of a bounding circle of the light emitting surface of the LED chip , and, wherein in the LED array , the LED units are arranged in a square pattern; and wherein in the collimator array , the collimator units are arranged in a square pattern; or, wherein in the LED array , the LED units are arranged in a honeycomb pattern; and wherein in the collimator array , the collimator units are arranged in a honeycomb pattern.
A seal ring element for providing a fluid seal and a permanent joint between a polymer layer and an end fitting of a flexible pipe, comprising: an annular body that has a cross section comprising a first arm portion and a further arm portion extending in a spaced apart relationship away from a body end portion ; wherein first arm portion comprises a first abutment surface that faces a corresponding further abutment surface of the further arm portion, said first and further abutment surfaces being progressively spaced apart in a direction away from the body end portion, to provide a flat bottomed V-shaped groove in the annular body facing away from the body end portion; wherein an outer pipe body facing surface of the first arm portion is substantially flat and extends into a pipe body facing surface of the end portion via a cut out region , and wherein the first and further arm portions are substantially wedge shaped, wherein the first arm portion tapers to a narrow first arm end region distal to the body end portion, and the further arm portion tapers to a narrow further arm end region distal to the body end portion, characterised in that the cut out region is full of gap filler material. an annular body that has a cross section comprising a first arm portion and a further arm portion extending in a spaced apart relationship away from a body end portion ; wherein first arm portion comprises a first abutment surface that faces a corresponding further abutment surface of the further arm portion, said first and further abutment surfaces being progressively spaced apart in a direction away from the body end portion, to provide a flat bottomed V-shaped groove in the annular body facing away from the body end portion; wherein an outer pipe body facing surface of the first arm portion is substantially flat and extends into a pipe body facing surface of the end portion via a cut out region , and wherein the first and further arm portions are substantially wedge shaped, wherein the first arm portion tapers to a narrow first arm end region distal to the body end portion, and the further arm portion tapers to a narrow further arm end region distal to the body end portion, characterised in that the cut out region is full of gap filler material.
A system for routing data between ground-based networks and satellites, the system comprising: a plurality of low earth orbit communication satellites, wherein each low earth orbit communication satellite has a plurality of adjacent low earth orbit communication satellites; a plurality of terrestrial client stations selected from ground-based client stations, mobile client stations, and combinations thereof; a plurality of terrestrial gateways; a plurality of communication links between said plurality of low earth orbit communication satellites and said plurality of terrestrial gateways; a plurality of communication links between said plurality of low earth orbit communication satellites and said plurality of terrestrial clients; and a plurality of inter-satellite communication links between said adjacent low earth orbit communication satellites; the system being characterised in that each of said plurality of low earth orbit communication satellites comprise twelve client facing beams and four inter-satellite link beams, and wherein each of said twelve client facing beams can be dynamically switched via software control between a client mode and a gateway mode. a plurality of low earth orbit communication satellites, wherein each low earth orbit communication satellite has a plurality of adjacent low earth orbit communication satellites; a plurality of terrestrial client stations selected from ground-based client stations, mobile client stations, and combinations thereof; a plurality of terrestrial gateways; a plurality of communication links between said plurality of low earth orbit communication satellites and said plurality of terrestrial gateways; a plurality of communication links between said plurality of low earth orbit communication satellites and said plurality of terrestrial clients; and a plurality of inter-satellite communication links between said adjacent low earth orbit communication satellites; the system being characterised in that each of said plurality of low earth orbit communication satellites comprise twelve client facing beams and four inter-satellite link beams, and wherein each of said twelve client facing beams can be dynamically switched via software control between a client mode and a gateway mode.
A receptacle comprising a container and a cap , the cap being repeatedly attachable to the container for closure of the receptacle , the cap having a passage having an opening formed therein, the container having a neck for insertion into the passage via the opening of the cap along a longitudinal axis (A) of the receptacle , wherein the opening of the cap has a non-circular shaped inner contour formed complementary to a non-circular shaped outer contour of the neck , and wherein an outer circumferential surface of the neck is formed as an outer circumferential surface of a twisted non-circular element; characterized in that an inner circumferential surface of the passage is correspondingly formed as an inner circumferential surface of a twisted non-circular pipe so that the cap can be attached onto the neck of the container by rotating the cap relative to the container . wherein an outer circumferential surface of the neck is formed as an outer circumferential surface of a twisted non-circular element; characterized in that an inner circumferential surface of the passage is correspondingly formed as an inner circumferential surface of a twisted non-circular pipe so that the cap can be attached onto the neck of the container by rotating the cap relative to the container .
A method in an electronic device , comprising a touch screen, for manipulating a first user interface object, wherein the electronic device is capable of detecting a first type of touch on the touch screen and a second type of touch on the touch screen, wherein the forces exerted by the first type of touch on the touch screen are greater than the forces exerted by the second type of touch, wherein the forces of the first and second types of touches are applied to the touch screen along a direction that is perpendicular to a plane of the touch screen, wherein the method comprises: detecting a first touch of the second type corresponding to a slide on the touch screen; displaying, in response to the slide, a hint that the first user interface object may be picked up; detecting a first touch of the first type at the first user interface object; setting the first user interface object to a first internal state in response to the detection of the first touch of the first type, wherein the first user interface object is picked up; detecting a second touch of the second type corresponding to a tap on the touch screen; displaying, in response to the tap, a hint indicating or showing the first user interface object that was picked up; detecting a second touch of the first type at a second user interface object, wherein the first user interface object is dropped at the second user interface object; and manipulating the first or second user interface object based on properties of the first and second user interface objects in response to the detection of the second touch of the first type. detecting a first touch of the second type corresponding to a slide on the touch screen; displaying, in response to the slide, a hint that the first user interface object may be picked up; detecting a first touch of the first type at the first user interface object; setting the first user interface object to a first internal state in response to the detection of the first touch of the first type, wherein the first user interface object is picked up; detecting a second touch of the second type corresponding to a tap on the touch screen; displaying, in response to the tap, a hint indicating or showing the first user interface object that was picked up; detecting a second touch of the first type at a second user interface object, wherein the first user interface object is dropped at the second user interface object; and manipulating the first or second user interface object based on properties of the first and second user interface objects in response to the detection of the second touch of the first type.
A method of operating a service discovery and selection function in a telecommunications system, said method comprising the steps of: - registering, with said service discovery and selection function, a service profile of a service provided by at least one service producer , said service profile among others comprising consistency group information and proximity information, wherein said consistency group information identifies instances of said service sharing a same state and said proximity information identifying deployment of said service instances ; - selecting, by said service discovery and selection function, from said service profile, a single service instance of said service for a service consumer requesting said service, based on service selection criteria accessible to said service discovery and selection function, and - identifying, by said service discovery and selection function, said selected service instance to said service consumer . - registering, with said service discovery and selection function, a service profile of a service provided by at least one service producer , said service profile among others comprising consistency group information and proximity information, wherein said consistency group information identifies instances of said service sharing a same state and said proximity information identifying deployment of said service instances ; - selecting, by said service discovery and selection function, from said service profile, a single service instance of said service for a service consumer requesting said service, based on service selection criteria accessible to said service discovery and selection function, and - identifying, by said service discovery and selection function, said selected service instance to said service consumer .
Tracheal cannula for laryngectomized and/or tracheotomized persons comprising a cannula tube part , a connector part and at least two supporting wings for fastening a strap, wherein the supporting wings are disposed on the connector part , wherein the connector part comprises a first conical part and a second conical part , wherein the first conical part is disposed on the cannula tube part and widens away from the cannula tube part , and wherein the second conical part is disposed on the first conical part and widens towards the first conical part , characterized in that the connector part and the cannula tube part are formed in one piece.
An apparatus for sensing a resistivity parameter of an earth formation penetrated by a borehole , the apparatus comprising: (a) at least one measure electrode (41a, ... 41n) configured to convey a measure current into the formation, the at least one measure electrode having a potential; and (b) a processor configured to estimate the resistivity parameter based at least in part on: (A) an impedance determined from (I) the measure current, and (II) the potential, and (B) a correction factor α that depends on a conductivity of a fluid in the borehole and a dielectric constant of the fluid in the borehole; characterised in that the processor is configured to estimate the resistivity parameter by using a relation of the form: R f = A − α B where A is a real part of the impedance, B is the imaginary part of the impedance, and α is given by the relation: α = σ m ωε m ε 0 where σ m is the conductivity of the borehole fluid, ω is an angular frequency of the measure current, ε m is a relative dielectric constant of the borehole fluid, and ε 0 is the permittivity of free space. (a) at least one measure electrode (41a, ... 41n) configured to convey a measure current into the formation, the at least one measure electrode having a potential; and (b) a processor configured to estimate the resistivity parameter based at least in part on: (A) an impedance determined from (I) the measure current, and (II) the potential, and (B) a correction factor α that depends on a conductivity of a fluid in the borehole and a dielectric constant of the fluid in the borehole; characterised in that the processor is configured to estimate the resistivity parameter by using a relation of the form: R f = A − α B where A is a real part of the impedance, B is the imaginary part of the impedance, and α is given by the relation: α = σ m ωε m ε 0 where σ m is the conductivity of the borehole fluid, ω is an angular frequency of the measure current, ε m is a relative dielectric constant of the borehole fluid, and ε 0 is the permittivity of free space. (A) an impedance determined from (I) the measure current, and (II) the potential, and (B) a correction factor α that depends on a conductivity of a fluid in the borehole and a dielectric constant of the fluid in the borehole;
A method for transforming a plant cell, comprising: (a) contacting at least a first plant cell with a Rhizobia cell other than an Agrobacterium cell comprising: (i) a first nucleic acid comprising a vir gene region of a Ti plasmid wherein the vir gene region acts to introduce a nucleic acid of interest into the plant cell in a VirD2-dependent manner; and (ii) a second nucleic acid comprising one or more T-DNA border sequence(s) operably linked to a nucleic acid of interest; and (b) selecting at least a first plant cell transformed with the nucleic acid of interest, wherein the plant cell is a soybean, or canola plant cell. (a) contacting at least a first plant cell with a Rhizobia cell other than an Agrobacterium cell comprising: (i) a first nucleic acid comprising a vir gene region of a Ti plasmid wherein the vir gene region acts to introduce a nucleic acid of interest into the plant cell in a VirD2-dependent manner; and (ii) a second nucleic acid comprising one or more T-DNA border sequence(s) operably linked to a nucleic acid of interest; and (b) selecting at least a first plant cell transformed with the nucleic acid of interest, wherein the plant cell is a soybean, or canola plant cell.