mhurhangee/ep-ind-claims huggingface dataset:
A control moment gyroscope for rotating two shafts disposed perpendicular to each other and generating torque in a direction orthogonal to both of the shafts, comprising: a gimbal motor having a hollow cylindrical shape and supplying momentum; a spin motor provided in an inside of the gimbal motor and supplying momentum in a direction perpendicular to the momentum of the gimbal motor; and a flywheel provided in the inside of the gimbal motor and supplied with a rotating force of the gimbal motor and a rotating force of the spin motor, wherein the gimbal motor comprises: a first stator having a hollow cylindrical shape with a coil wound thereon; a first rotor in a hollow cylindrical shape, being provided at a gap with respect to the first stator, and having a permanent magnet; a first stator support in a hollow cylindrical shape and supporting the first stator; and a first rotor support supporting the first rotor, being rotatably provided on the first stator support, and comprising an insertion inserted into the first stator support, wherein the first stator support and the first rotor support form a portion of an outer circumference of the control moment gyroscope. a gimbal motor having a hollow cylindrical shape and supplying momentum; a spin motor provided in an inside of the gimbal motor and supplying momentum in a direction perpendicular to the momentum of the gimbal motor; and a flywheel provided in the inside of the gimbal motor and supplied with a rotating force of the gimbal motor and a rotating force of the spin motor, wherein the gimbal motor comprises: a first stator having a hollow cylindrical shape with a coil wound thereon; a first rotor in a hollow cylindrical shape, being provided at a gap with respect to the first stator, and having a permanent magnet; a first stator support in a hollow cylindrical shape and supporting the first stator; and a first rotor support supporting the first rotor, being rotatably provided on the first stator support, and comprising an insertion inserted into the first stator support, a first stator having a hollow cylindrical shape with a coil wound thereon; a first rotor in a hollow cylindrical shape, being provided at a gap with respect to the first stator, and having a permanent magnet; a first stator support in a hollow cylindrical shape and supporting the first stator; and a first rotor support supporting the first rotor, being rotatably provided on the first stator support, and comprising an insertion inserted into the first stator support,
A protective housing for a utility line, the housing comprising: at least two longitudinally arranged body members (3,5) pivotably connected to one another and each being adapted to receive a portion of the utility line; and a resilient damping member located between the two body members (3,5); wherein each body member (3,5) has a first end having a longitudinally projecting portion, a second end having a recess, and wherein the projecting portion of a first body member is received in the recess of an adjacent second body member, characterised in that each body member (3,5) has an outer surface which includes a damping surface, and the damping member is located in the recess between the first and second body members (5,3) and between the damping surface of the first body member and the second end of the second body member. at least two longitudinally arranged body members (3,5) pivotably connected to one another and each being adapted to receive a portion of the utility line; and a resilient damping member located between the two body members (3,5); wherein each body member (3,5) has a first end having a longitudinally projecting portion, a second end having a recess, and wherein the projecting portion of a first body member is received in the recess of an adjacent second body member, characterised in that each body member (3,5) has an outer surface which includes a damping surface, and the damping member is located in the recess between the first and second body members (5,3) and between the damping surface of the first body member and the second end of the second body member.
A method for determining a signal reception quality in a mobile communication system, the method comprising: obtaining, in connection with a signal transmitted by a transmitter and measured, measurement information including at least one of a measuring position of the signal, a reception quality of the signal, and a reception direction of the signal; determining information related to a first path extended from the measuring position and through which the signal will travel, based on the measurement information; determining whether there is a candidate object located on the first path among at least one signal reception candidate; determining a predicted signal reception region, based on the candidate object and the information related to the first path; and determining the signal reception quality in the predicted signal reception region, based on the measurement information. obtaining, in connection with a signal transmitted by a transmitter and measured, measurement information including at least one of a measuring position of the signal, a reception quality of the signal, and a reception direction of the signal; determining information related to a first path extended from the measuring position and through which the signal will travel, based on the measurement information; determining whether there is a candidate object located on the first path among at least one signal reception candidate; determining a predicted signal reception region, based on the candidate object and the information related to the first path; and determining the signal reception quality in the predicted signal reception region, based on the measurement information.
A tile comprising the following components: A) a first film formed from a first composition comprising the following: i) a functionalized olefin-based polymer comprising one or more chemical groups selected from the following: a) a carboxylic acid, and/or b) an anhydride, and, optionally, c) an amino or an amine; and ii) a functionalized styrenic block copolymer, comprising, in polymerized form, styrene, and ethylene and/or at least one alpha-olefin, and comprising one or more chemical groups selected from the following: a) a carboxylic acid, and/or b) an anhydride; and B) a substrate comprising at least one layer formed from a second composition comprising a propylene-based polymer; and wherein the first film covers at least one surface of the substrate. A) a first film formed from a first composition comprising the following: i) a functionalized olefin-based polymer comprising one or more chemical groups selected from the following: a) a carboxylic acid, and/or b) an anhydride, and, optionally, c) an amino or an amine; and ii) a functionalized styrenic block copolymer, comprising, in polymerized form, styrene, and ethylene and/or at least one alpha-olefin, and comprising one or more chemical groups selected from the following: a) a carboxylic acid, and/or b) an anhydride; and i) a functionalized olefin-based polymer comprising one or more chemical groups selected from the following: a) a carboxylic acid, and/or b) an anhydride, and, optionally, c) an amino or an amine; and ii) a functionalized styrenic block copolymer, comprising, in polymerized form, styrene, and ethylene and/or at least one alpha-olefin, and comprising one or more chemical groups selected from the following: a) a carboxylic acid, and/or b) an anhydride; and B) a substrate comprising at least one layer formed from a second composition comprising a propylene-based polymer; and
A method for analysing the structure of an electrically conductive object, the method comprising the steps of: (i) obtaining electrical impedance data for the object over a range of frequencies; (ii) analysing the obtained electrical impedance data using a transfer function of an assumed electrical model to determine a plurality of electrical impedance properties for the object; (iii) imaging one or more values dependent upon one or more of the plurality of determined electrical impedance properties for the object. (i) obtaining electrical impedance data for the object over a range of frequencies; (ii) analysing the obtained electrical impedance data using a transfer function of an assumed electrical model to determine a plurality of electrical impedance properties for the object; (iii) imaging one or more values dependent upon one or more of the plurality of determined electrical impedance properties for the object.
A method for monitoring downhole, comprising: routing a hydraulic control line to a downhole tool to enable hydraulic actuation of the downhole tool; connecting a downhole pressure gauge to the hydraulic control line at a downhole location such that the downhole pressure gauge is less than 30.5 meters (100 feet) from the downhole tool; determining a baseline pressure profile with respect to operation of the downhole tool by measuring pressure in the hydraulic control line during testing or initial operation of the downhole tool, wherein the baseline pressure profile is provided by normal operation of the downhole tool at a given position; and using data from the downhole pressure gauge in comparison with the baseline pressure profile to identify deviations from the baseline pressure profile and determine operational characteristics of the downhole tool and an indication of the health of the tool. routing a hydraulic control line to a downhole tool to enable hydraulic actuation of the downhole tool; connecting a downhole pressure gauge to the hydraulic control line at a downhole location such that the downhole pressure gauge is less than 30.5 meters (100 feet) from the downhole tool; determining a baseline pressure profile with respect to operation of the downhole tool by measuring pressure in the hydraulic control line during testing or initial operation of the downhole tool, wherein the baseline pressure profile is provided by normal operation of the downhole tool at a given position; and using data from the downhole pressure gauge in comparison with the baseline pressure profile to identify deviations from the baseline pressure profile and determine operational characteristics of the downhole tool and an indication of the health of the tool.
A cover for a waste container, having an opening formed in the cover through which waste can be transferred into the waste container via at least one sliding surface, associated with the opening, of a chute, wherein the chute of the cover is arranged in such a way that the sliding surface has an upper section and a lower section, wherein the upper section protrudes above a surface of the cover and the lower section protrudes into the waste container and has a front rim; characterized in that the cover is integrally formed by means of an injection moulding process from a polymer and has formed a peripheral edge, with which the cover rests on the waste container; a plurality of receptacles for permanent magnets are formed integrally with the cover beneath the lower section of the sliding surface of the chute by means of the injection molding process; a receptacle is formed integrally with the cover in the area of the front rim of the sliding surface by means of the injection moulding process, wherein a single metal detector is seated in the receptacle in order to detect metal constituents in the waste before the waste is transferred into the waste container, and a compartment is formed beneath the surface of the cover, in which an electronics and control system for the single metal detector is seated.
An ion beam device for machining a substrate by means of an ion beam, including an ion beam source (1.1) for generating the ion beam and at least one orifice (1.3), disposed between the ion beam source (1.1) and the substrate, for adjusting a cross section of the ion beam, wherein the ion beam is guidable through the orifice (1.3), characterized in that a delivery unit (1.4) for delivering an educt that is reactive with carbon is provided, and the delivery unit (1.4) is disposed such that the educt can be guided in a directional flow between the orifice (1.3) which is formed of carbon-containing material and the substrate, so that carbon released from the orifice (1.3) by means of the ion beam oxidizes, wherein the region of the orifice (1.3) oriented toward the substrate is frustoconical.
System for handling a first component, comprising: - a main-device and - a module-device, wherein the module-device is configured to be releasably connected to a second component, wherein the main-device comprises a connector adapted for being connected to a handling-unit, in particular a robot, wherein the module-device comprises a pressing section being arranged to form an outer surface of the module-device, wherein the module-device is adapted for releasably receiving the first component, such that a connection section of the first component is releasably, in particular planar, attachable to the pressing section of the module-device, wherein the main-device comprises a grabbing unit, which is adapted for releasably connecting the module-device, such that the pressing section is arranged to form a first outer surface section of the main-device, and wherein the connector is adapted for being connected to a handling-unit for arranging the main-device at the second component, such that the connection section of the first component, if attached to the pressing section of the module-device, is at least indirectly attachable to a front surface of the second component. - a main-device and - a module-device,
A device for medical training, comprising: • a skin-simulating outer layer; • a subcutaneous fat-simulating layer located under the skin-simulating outer layer; • a fascia-simulating layer located under the subcutaneous fat-simulating layer; and • a first muscle-simulating layer located under the fascia-simulating layer; said device characterised in that the fascia-simulating layer has an impermeable character; and in that said fascia-simulating layer is made of a super-soft addition cure silicone rubber compound. • a skin-simulating outer layer; • a subcutaneous fat-simulating layer located under the skin-simulating outer layer; • a fascia-simulating layer located under the subcutaneous fat-simulating layer; and • a first muscle-simulating layer located under the fascia-simulating layer;
Procedure for producing a varnish for wooden instruments, characterized in that the varnish is produced by mixing two separately prepared emulsions, namely a first emulsion containing • Casein, made of low fat curd cheese and chalk of a pit, • Saffron which is dissolved in water, • Madder which is dissolved in water, as well as a second emulsion containing • Terpentine, • Terpentine of Strassburg or Venice, • Potassium carbonate which is dissolved in water. • Casein, made of low fat curd cheese and chalk of a pit, • Saffron which is dissolved in water, • Madder which is dissolved in water, • Terpentine, • Terpentine of Strassburg or Venice, • Potassium carbonate which is dissolved in water.
An anti-static vacuum cleaner comprising: a machine body; and components on the machine body including a dust collecting component, a main body and a dust collector, wherein: the suction portion is communicated with the dust collector arranged on the main body, and a handle is arranged on the main body, the components on the machine body at least form a static electricity generating portion, characterized in that the handle is at least partially formed by a non-metal conductive material, and wherein the non-metal conductive material is a thermoplastic polyurethane elastomer rubber added with conductive impurities, and the handle is electrically connected with the at least one static electricity generating portion through an electrically conductive assembly. a machine body; and components on the machine body including a dust collecting component, a main body and a dust collector, wherein: the suction portion is communicated with the dust collector arranged on the main body, and a handle is arranged on the main body, the components on the machine body at least form a static electricity generating portion, characterized in that the handle is at least partially formed by a non-metal conductive material, and wherein the non-metal conductive material is a thermoplastic polyurethane elastomer rubber added with conductive impurities, and the handle is electrically connected with the at least one static electricity generating portion through an electrically conductive assembly. the suction portion is communicated with the dust collector arranged on the main body, and a handle is arranged on the main body, the components on the machine body at least form a static electricity generating portion, characterized in that the handle is at least partially formed by a non-metal conductive material, and wherein the non-metal conductive material is a thermoplastic polyurethane elastomer rubber added with conductive impurities, and the handle is electrically connected with the at least one static electricity generating portion through an electrically conductive assembly.
A medical retractor comprising: a grip portion; and a resin functional portion made of a transparent resin and extending from the grip portion, wherein the resin functional portion has: a trunk portion which has a proximal end thereof connected to the grip portion; and a hook-shaped portion extending in a hook shape from a distal end of the trunk portion, and the resin functional portion is configured to allow the viewing of an affected part which opposedly faces a back surface of the resin functional portion from a front surface side in a see-through manner, wherein the resin functional portion has a projection extending to the hook-shaped portion along the front surface of the resin functional portion, and the projection formed on the hook-shaped portion is formed with a smaller projecting height compared to the projection formed in the trunk portion, characterized in that the projection formed on the hook-shaped portion is formed with a larger width compared to the projection formed in the trunk portion. a grip portion; and a resin functional portion made of a transparent resin and extending from the grip portion, wherein the resin functional portion has: a trunk portion which has a proximal end thereof connected to the grip portion; and a hook-shaped portion extending in a hook shape from a distal end of the trunk portion, and the resin functional portion is configured to allow the viewing of an affected part which opposedly faces a back surface of the resin functional portion from a front surface side in a see-through manner, wherein the resin functional portion has a projection extending to the hook-shaped portion along the front surface of the resin functional portion, and the projection formed on the hook-shaped portion is formed with a smaller projecting height compared to the projection formed in the trunk portion, characterized in that the projection formed on the hook-shaped portion is formed with a larger width compared to the projection formed in the trunk portion.
A brush construction for motor vehicle washing systems, comprising a base plate supporting a plurality of bristles each of which has a base end, fixed to the plate and a free end; said base plate is suitable for being removably fixed to a rotary structure that is suitable for rotating said base plate around a central axis thereof; said bristles are fixed to said base plate with different tilts, that is the angle formed by the bristle with the base plate; said bristles being arranged with mutually converging and/or diverging tilt directions; characterised in that the bristles comprise at least a set in which the bristles are tilted in an anticlockwise direction with respect to the plate and/or at least a set in which the bristles are tilted in a clockwise direction with respect to the plate.
An alignment system for positioning and/or keeping a first object at a controlled distance with respect to a second object, the system comprising - an object stage configured to hold the first object or the second object, wherein a surface of the first object is at a distance over a surface of the second object; - an object stage actuator configured to actuate the object stage to vary the distance between the surfaces (1a,2a) of the first and second objects (1,2); - a sensor device comprising a probe tip connected at a predetermined probe level distance (Dp) relative to the surface of the first object, wherein the probe tip is configured to perform an atomic force measurement of a force exerted via the probe tip on a surface of the second object; - a controller configured to control the object stage actuator as a function of the probe level distance (Dp) and the measured force to position and/or keep the first object at the controlled distanced with respect to a second object. characterized in that the sensor device comprising the probe tip is carried by the object stage via a sensor stage, wherein the sensor stage comprises an actuator configured to translate the sensor device in order to variably set the probe level distance (Dp) between a level of the probe tip and a level of the surface of the first object. - an object stage configured to hold the first object or the second object, wherein a surface of the first object is at a distance over a surface of the second object; - an object stage actuator configured to actuate the object stage to vary the distance between the surfaces (1a,2a) of the first and second objects (1,2); - a sensor device comprising a probe tip connected at a predetermined probe level distance (Dp) relative to the surface of the first object, wherein the probe tip is configured to perform an atomic force measurement of a force exerted via the probe tip on a surface of the second object; - a controller configured to control the object stage actuator as a function of the probe level distance (Dp) and the measured force to position and/or keep the first object at the controlled distanced with respect to a second object.
An article, comprising: a container containing an aqueous solution comprising (a) dissolved H 2 at a concentration of at least 1 ppm by mass and/or a dissolved noble gas at a concentration of at least 1 ppm by mass, and (b) one or more cannabinoids.
A zirconia sintered body comprising an oxide of cerium in an amount of 0.5% by mole or more and less than 4% by mole in terms of CeO 2; yttria in an amount of 2% by mole or more and less than 6% by mole; an oxide of aluminum in an amount of 0.1% by weight or more and less than 2% by weight in terms of weight ratio of aluminum oxide (Al 2 O 3) relative to the weight of the sintered body; and the balance being zirconia, wherein the oxide of cerium contains trivalent cerium, and the zirconia has a crystal structure including a tetragonal crystal, and wherein the oxide of aluminum comprises at least one selected from the group consisting of spinel (MgAl 2 O 4), lanthanum aluminate (LaAl 11 O 19), and aluminum oxide.