mhurhangee/ep-ind-claims huggingface dataset:
A directional core drill assembly comprising; • a rotatable shaft running thought a non-rotating outer body, the shaft being connected to a drill string at the rear end, and a drill bit at the other end thereof, • the non-rotating outer body that houses a packer assembly and a shaft deflection mechanism comprising an eccentric bearing or stabiliser, a front bearing and a rear bearing, • the non-rotating outer body further comprise an axial trust bearing engaging at one side of the non-rotating body, and at the other side the drill string or a coupling thereof to enable drill string to push the non-rotating outer body downwards while drilling, • an arrangement to engage- and disengage the rotating shaft to/from the outer body to enable adjustment of the rotational position of the outer body and thus also the eccentric bearing, • a core assembly arranged inside the shaft, comprising a core tube and a releasable locking mechanism, said core tube assembly thus can be retrieved to surface by a wire line operated retrieving tool, • an electronic orientation unit attached to the core tube assembly to measure the rotational position of the eccentric bearing in order to monitor the toolface angle of the drill bit, wherein, the core tube assembly includes an adjustable control valve that pressurizes the drill fluid when said drill fluid is being pumped thru the valve, wherein the pressurized drill fluid communicates with the packer assembly. • a rotatable shaft running thought a non-rotating outer body, the shaft being connected to a drill string at the rear end, and a drill bit at the other end thereof, • the non-rotating outer body that houses a packer assembly and a shaft deflection mechanism comprising an eccentric bearing or stabiliser, a front bearing and a rear bearing, • the non-rotating outer body further comprise an axial trust bearing engaging at one side of the non-rotating body, and at the other side the drill string or a coupling thereof to enable drill string to push the non-rotating outer body downwards while drilling, • an arrangement to engage- and disengage the rotating shaft to/from the outer body to enable adjustment of the rotational position of the outer body and thus also the eccentric bearing, • a core assembly arranged inside the shaft, comprising a core tube and a releasable locking mechanism, said core tube assembly thus can be retrieved to surface by a wire line operated retrieving tool, • an electronic orientation unit attached to the core tube assembly to measure the rotational position of the eccentric bearing in order to monitor the toolface angle of the drill bit,
High-pressure cleaning device comprising: - a connector for a liquid source, - a high-pressure pump, - a main line, through which liquid can be delivered from the connector to a discharge opening of the main line by means of the high-pressure pump, - a main line valve which is arranged in the main line, - a hand-held discharge unit, on which the discharge opening is arranged, and - an operating element arranged on the hand-held discharge unit, wherein, in a closed state, the main line valve prevents a throughflow of liquid through the main line, and wherein, in an open state, the main line valve allows a throughflow of liquid through the main line, wherein the main line valve can be switched between the open state and the closed state by means of the operating element, wherein the main line has a suction chamber between the connector and the high-pressure pump, wherein the main line has a pressure chamber between the high-pressure pump and the discharge opening, wherein the pressure chamber is fluidically connected to the suction chamber via a bypass line, wherein a bypass valve is arranged in the bypass line, wherein a free cross-sectional area of the bypass line is adjustable by means of the bypass valve for regulating the pressure in the pressure chamber, characterized in that the bypass valve is adjustable by means of the operating element for adjusting the free cross-sectional area of the bypass line. - a connector for a liquid source, - a high-pressure pump, - a main line, through which liquid can be delivered from the connector to a discharge opening of the main line by means of the high-pressure pump, - a main line valve which is arranged in the main line, - a hand-held discharge unit, on which the discharge opening is arranged, and - an operating element arranged on the hand-held discharge unit, wherein, in a closed state, the main line valve prevents a throughflow of liquid through the main line, and wherein, in an open state, the main line valve allows a throughflow of liquid through the main line, wherein the main line valve can be switched between the open state and the closed state by means of the operating element, wherein the main line has a suction chamber between the connector and the high-pressure pump, wherein the main line has a pressure chamber between the high-pressure pump and the discharge opening, wherein the pressure chamber is fluidically connected to the suction chamber via a bypass line, wherein a bypass valve is arranged in the bypass line, wherein a free cross-sectional area of the bypass line is adjustable by means of the bypass valve for regulating the pressure in the pressure chamber, characterized in that the bypass valve is adjustable by means of the operating element for adjusting the free cross-sectional area of the bypass line.
A battery tray, comprising: a frame structure, comprising a plurality of frames sequentially connected end to end, and arranged to be connected to a vehicle; and a base plate structure, comprising an inner base plate and a reinforcing beam, the inner base plate being located on an inner side of the reinforcing beam and arranged for mounting a battery module, and the inner base plate and the reinforcing beam being fixed inside the frame structure; characterized in that the battery tray further comprising: a reinforcing block, a first end of the reinforcing block being connected to a corresponding frame in a matching mode, and a second end of the reinforcing block being connected to the reinforcing beam in a matching mode, so as to fixedly connect the reinforcing beam to the frame structure through the reinforcing block. a frame structure, comprising a plurality of frames sequentially connected end to end, and arranged to be connected to a vehicle; and a base plate structure, comprising an inner base plate and a reinforcing beam, the inner base plate being located on an inner side of the reinforcing beam and arranged for mounting a battery module, and the inner base plate and the reinforcing beam being fixed inside the frame structure; characterized in that the battery tray further comprising: a reinforcing block, a first end of the reinforcing block being connected to a corresponding frame in a matching mode, and a second end of the reinforcing block being connected to the reinforcing beam in a matching mode, so as to fixedly connect the reinforcing beam to the frame structure through the reinforcing block.
A lead-free piezoelectric ceramic composition, comprising: a main phase comprising a first crystal phase comprising an alkali niobate/tantalate type perovskite oxide having piezoelectric properties; and a subphase comprising a second crystal phase comprising an M-Ti-O spinel compound (where the element M is a monovalent to quadrivalent element). a main phase comprising a first crystal phase comprising an alkali niobate/tantalate type perovskite oxide having piezoelectric properties; and a subphase comprising a second crystal phase comprising an M-Ti-O spinel compound (where the element M is a monovalent to quadrivalent element).
Fastening system comprising a gas turbine engine shaft, a sleeve, the end of the shaft being engaged inside the sleeve, a bearing, the sleeve being supported by the bearing, and a nut, said nut being screwed at one end inside said sleeve, characterized in that the nut is connected by a circular split ring with the shaft at the other end.
A method for promoting the growth of a plant, comprising treating the plant with an effective amount of a compound represented by the following formula: wherein X 1 represents a methyl group, difluoromethyl group or ethyl group; X 2 represents a methoxy group or methylamino group; and X 3 represents a phenyl group, 2-methylphenyl group or 2,5-dimethylphenyl group.
A cosmetic method for treating or preventing a skin condition comprising topically applying a topical skin care composition comprising kakadu plum extract and/or acai berry extract on the skin.
Device for immobilising a mobile structure with leg stands receiving a load such as a swap body, a platform body or a container during the handling of goods, said device comprising a carriage (1.2) sliding on a guide means (1.1) anchored in the ground placed in the longitudinal axis of the loading bay and the structure, the carriage (1.2) being equipped with a retractable prop on its front part, said retractable prop comprising at least a lift arm (1.5) pivoting upwards on an axis or hinge placed at the front of the carriage, the arm (1.5) being extended at the end by a blocking head (1.6), characterised in that the blocking head (1.6) is fitted at the top with a retractable blocking device (1.7) which pivots in the head (1.6).
A method of rapid methylation of an aromatic compound or an alkenyl compound or a method for producing a PET tracer, the method comprising; cross-coupling methyl iodide or X-CH 2 F, wherein X is a functional group that can be easily released as an anion, which in case of the method for producing a PET tracer is labeled with a carbon isotope other than 12 C and/or a hydrogen isotope other than 1 H and/or - in case of the fluoromethyl group - a 18 F isotope, and an organic boron compound in which an aromatic ring or an alkenyl group is bonded to boron in an aprotic polar solvent in the presence of a palladium complex, a phosphine ligand, and a base, wherein the phosphine ligand is tri-o-tolylphosphine or (di-t-butyl)methylphosphine.
A method for transmitting data by a terminal, comprising: sending a first data transmission request to a server, the first data transmission request including information indicating a first data compression method, comprising indication of a specific data format, for the server to decode content of a message body of the first data transmission request according to the first data compression method, when the server supports the first data compression method, and receiving a first data transmission response from the server; when the server does not support the first data compression method, receiving a second data transmission response from the server, the second data transmission response including information indicating a second data compression method, comprising indication of a specific data format, that the server supports: encoding the content of the message body of the first data transmission request according to the second data compression method to generate a second data transmission request; and sending the second data transmission request to the server, the second data transmission request including the second data compression method. sending a first data transmission request to a server, the first data transmission request including information indicating a first data compression method, comprising indication of a specific data format, for the server to decode content of a message body of the first data transmission request according to the first data compression method, when the server supports the first data compression method, and receiving a first data transmission response from the server; when the server does not support the first data compression method, receiving a second data transmission response from the server, the second data transmission response including information indicating a second data compression method, comprising indication of a specific data format, that the server supports: encoding the content of the message body of the first data transmission request according to the second data compression method to generate a second data transmission request; and sending the second data transmission request to the server, the second data transmission request including the second data compression method.
Coating system for coating components with a coating agent, in particular for painting motor vehicle body components with a paint, having a) a print head for applying the coating agent to the component, wherein the print head comprises a plurality of coating agent nozzles for dispensing the coating agent, wherein a control valve is assigned to each of the coating agent nozzles for controlling the flow of coating agent through the respective coating agent nozzle, and b) a coating agent supply for supplying the print head with the coating agent to be applied, wherein the coating agent flows from the coating agent supply to the print head at a specific coating agent pressure (p) and a specific flow rate, characterized by c) a buffer tank receiving the coating agent and buffering pressure fluctuations of the coating agent, wherein the buffer tank is arranged in the printhead. a) a print head for applying the coating agent to the component, wherein the print head comprises a plurality of coating agent nozzles for dispensing the coating agent, wherein a control valve is assigned to each of the coating agent nozzles for controlling the flow of coating agent through the respective coating agent nozzle, and b) a coating agent supply for supplying the print head with the coating agent to be applied, wherein the coating agent flows from the coating agent supply to the print head at a specific coating agent pressure (p) and a specific flow rate, characterized by c) a buffer tank receiving the coating agent and buffering pressure fluctuations of the coating agent, wherein the buffer tank is arranged in the printhead.
Device for applying a fluid or suspension, in particular a food fluid or suspension onto a substrate, comprising: - A reservoir for the fluid or suspension; - Means for bringing the fluid or suspension under pressure above atmosphere pressure; - A plurality of outlet channels, extending from the reservoir to a delivery-position for the fluid above the substrate; - A plurality of controllable valves, each incorporated in one of the outlet channels; - A controller for controlling the valves; wherein: - The valves are pinch valves; and - The controller is configured for controlling the valves individually; and - the pinch valves each comprise an elastic hollow throughput channel, surrounded by a pressure chamber for a medium, wherein the channel can be opened and closed by increasing respectively decreasing the medium pressure. and wherein - The reservoir for the fluid or suspension; and - the elastic hollow throughput channels, are comprised by a separate, exchangeable part, thus forming a cartridge. - A reservoir for the fluid or suspension; - Means for bringing the fluid or suspension under pressure above atmosphere pressure; - A plurality of outlet channels, extending from the reservoir to a delivery-position for the fluid above the substrate; - A plurality of controllable valves, each incorporated in one of the outlet channels; - A controller for controlling the valves; - The valves are pinch valves; and - The controller is configured for controlling the valves individually; and - the pinch valves each comprise an elastic hollow throughput channel, surrounded by a pressure chamber for a medium, wherein the channel can be opened and closed by increasing respectively decreasing the medium pressure. and wherein - The reservoir for the fluid or suspension; and - the elastic hollow throughput channels, are comprised by a separate, exchangeable part, thus forming a cartridge.
A force-controlled clamping mechanism for an oral care device, comprising: a first projection having a first set of cleaning elements attached to a sidewall of the first projection; a second projection having a second set of cleaning elements attached to a sidewall of the second projection, wherein the sidewall of the first projection opposes the sidewall of the second projection such that the first set of cleaning elements extend from the sidewall of the first projection towards the sidewall of the second projection and the second set of cleaning elements extend from the sidewall of the second projection towards the sidewall of the first projection; and a spring system connected to the first projection and the second projection, the spring system being configured to enable the sidewall of the first projection and the sidewall of the second projection to move towards and/or away from one another; characterised in that the spring system comprises one or more elastic constant-force mechanisms (1202, 1204, 1502) or one or more constant-force coil springs. a first projection having a first set of cleaning elements attached to a sidewall of the first projection; a second projection having a second set of cleaning elements attached to a sidewall of the second projection, wherein the sidewall of the first projection opposes the sidewall of the second projection such that the first set of cleaning elements extend from the sidewall of the first projection towards the sidewall of the second projection and the second set of cleaning elements extend from the sidewall of the second projection towards the sidewall of the first projection; and a spring system connected to the first projection and the second projection, the spring system being configured to enable the sidewall of the first projection and the sidewall of the second projection to move towards and/or away from one another; characterised in that the spring system comprises one or more elastic constant-force mechanisms (1202, 1204, 1502) or one or more constant-force coil springs.
A toner comprising toner particles which comprise toner base particles containing at least a binder resin and a magnetic material, and inorganic fine particles, wherein; said toner base particles have been obtained through a pulverization step; and said toner base particles having a circle-equivalent diameter of from 3 μm or more to 400 μm or less as measured with a flow type particle image analyzer have an average circularity of from 0.935 or more to less than 0.970; and said toner base particles have an average surface roughness of from 5.0 nm or more to less than 35.0 nm as measured with a scanning probe microscope.
An aircraft propulsion system comprising: an aircraft fuselage; a turbine engine supported within the aircraft fuselage; a main drive driven by the turbine engine; an open propeller system supported outside of the aircraft fuselage separately from the turbine engine; and a secondary drive (56A, 56B) driven by the main drive for driving the open propeller system, wherein the main drive comprises a main gearbox and the secondary drive comprises a propeller gearbox (56A, 56B) and the main gearbox is mechanically coupled to drive the propeller gearbox (56A, 56B); characterised in that the turbine engine comprises a first turbine engine and a second turbine engine supported within the aircraft fuselage and each of the first and second turbine engines are coupled to drive the main gearbox. an aircraft fuselage; a turbine engine supported within the aircraft fuselage; a main drive driven by the turbine engine; an open propeller system supported outside of the aircraft fuselage separately from the turbine engine; and a secondary drive (56A, 56B) driven by the main drive for driving the open propeller system,
A vehicle (12, 22, 32, 42, 44, 52, 54) comprising: a motor (121, 221, 331, 421, 521) used to produce motive power for movement; a storage battery (124, 224, 333, 424, 524) used to supply electric power to drive the motor (121, 221, 331, 421, 521); a secondary coil (125, 225, 334, 425, 525) capable of performing wireless transmission of electric power between the secondary coil (125, 225, 334,425, 525) and a primary coil (114, 214, 316, 414, 514) at an outside of the vehicle (12, 22, 32, 42, 44, 52, 54); and a command generation part (132b, 233b) used to generate a command including a rotation angle command value, generated based on a power transmission efficiency ε calculated by an efficiency calculator (132a, 233a, 343a), to move the vehicle (12, 22, 32, 42, 44, 52, 54) by the motor so as to adjust a relative position of the secondary coil (125, 225, 334,425, 525) with respect to the primary coil (114, 214, 316, 414, 514), using a first received power value indicating an amount of electric power received by the secondary coil (125, 225, 334, 425, 525) from the primary coil (114, 214, 316, 414, 514) or using a second received power value indicating an amount of electric power received by the primary coil (114, 214, 316, 414, 514) from the secondary coil (125, 225, 334, 425, 525). a motor (121, 221, 331, 421, 521) used to produce motive power for movement; a storage battery (124, 224, 333, 424, 524) used to supply electric power to drive the motor (121, 221, 331, 421, 521); a secondary coil (125, 225, 334, 425, 525) capable of performing wireless transmission of electric power between the secondary coil (125, 225, 334,425, 525) and a primary coil (114, 214, 316, 414, 514) at an outside of the vehicle (12, 22, 32, 42, 44, 52, 54); and a command generation part (132b, 233b) used to generate a command including a rotation angle command value, generated based on a power transmission efficiency ε calculated by an efficiency calculator (132a, 233a, 343a), to move the vehicle (12, 22, 32, 42, 44, 52, 54) by the motor so as to adjust a relative position of the secondary coil (125, 225, 334,425, 525) with respect to the primary coil (114, 214, 316, 414, 514), using a first received power value indicating an amount of electric power received by the secondary coil (125, 225, 334, 425, 525) from the primary coil (114, 214, 316, 414, 514) or using a second received power value indicating an amount of electric power received by the primary coil (114, 214, 316, 414, 514) from the secondary coil (125, 225, 334, 425, 525).
A device for studying the topographical memory of at least one mouse, said device comprising: - a central space, called the agora, open on at least one side, - a plurality of closed spaces, called houses, located at the periphery of the agora, said houses being open on one side and connected to at least one traffic space, called a street (161-165, 171-175, 181-185), allowing the at least one mouse to reach the agora, and - a plurality of means of stimulation of the at least one mouse located in the plurality of houses, characterized in that said at least one traffic space (161-165, 171-175, 181-185) form a maze that is arranged in such a way that the distances between the agora and each house are identical, each house being accessible from the agora via at least two direct paths of the same length, all of the direct paths connecting each house to the agora being of equal length. - a central space, called the agora, open on at least one side, - a plurality of closed spaces, called houses, located at the periphery of the agora, said houses being open on one side and connected to at least one traffic space, called a street (161-165, 171-175, 181-185), allowing the at least one mouse to reach the agora, and - a plurality of means of stimulation of the at least one mouse located in the plurality of houses,