mhurhangee/ep-ind-claims huggingface dataset:
An aerosol generator comprising:- a vibratable member having apertures therein; a vibration generating element, whereby excitation of the vibration generating element causes movement of the vibratable member; a support member, the vibration generating element and the vibratable member being mounted to the support member; a first electrical power conducting pin which engages with a first surface of the vibration generating element; a second electrical power conducting pin for conducting electrical power to a second surface of the vibration generating element; wherein each of the conducting pins (10, 11) comprises a spring pin; wherein the vibration generating element and the support member are annular, wherein the second surface of the vibration generating element is mounted to the support member, and the second conducting pin engages with the support member, and the vibration generating element is mounted to the support member by means of an electrically conductive adhesive. characterized in that, the support member includes a substrate and a film and the second conducting pin contacts said film, and the substrate of the support member comprises a steel washer. a vibratable member having apertures therein; a vibration generating element, whereby excitation of the vibration generating element causes movement of the vibratable member; a support member, the vibration generating element and the vibratable member being mounted to the support member; a first electrical power conducting pin which engages with a first surface of the vibration generating element; a second electrical power conducting pin for conducting electrical power to a second surface of the vibration generating element; wherein each of the conducting pins (10, 11) comprises a spring pin; wherein the vibration generating element and the support member are annular, wherein the second surface of the vibration generating element is mounted to the support member, and the second conducting pin engages with the support member, and the vibration generating element is mounted to the support member by means of an electrically conductive adhesive. characterized in that, the support member includes a substrate and a film and the second conducting pin contacts said film, and the substrate of the support member comprises a steel washer.
Device for receiving a plant pot and for supplying the plant pot with water, wherein the device has a housing, wherein the housing comprises a base and a side wall (4, 20), for the purpose of receiving water, wherein the housing has a main chamber and a side chamber, wherein the main chamber and the side chamber are connected to one another and are open in the upward direction, wherein the main chamber has a receiving opening for receiving a plant pot, wherein the side wall, which delimits the side chamber, is designed to be lower than the side wall, which delimits the main chamber, wherein the side chamber is covered by a lid, wherein an introduction opening and a filling-level indicator project out of the lid.
An antimicrobial composition comprising a silver saccharinate compound, wherein the molar ratio of the silver to saccharinate is less than 1:1 and wherein the composition is resistant to discoloration by heat and light.
An electric hydraulic floor jack, comprising a frame, an oil pump assembly provided on the frame, a wallboard assembly, a lifting arm assembly provided on the frame and connected to the oil pump assembly, and a vehicle wheel provided on the frame, wherein the oil pump assembly comprises an oil pump base, a housing provided on the oil pump base, a cylinder, a piston rod slidably provided in the cylinder and comprising one end connected to the lifting arm assembly, a motor base provided on the oil pump base, a speed reducer provided on the motor base, a motor connected to the speed reducer, and a power supply configured to provide a power for the motor; an oil chamber is formed between the housing and the cylinder; an oil inlet passage and an oil return passage that communicate with the cylinder are provided on the oil pump base; an oil drain valve is provided on the oil return passage; a handle is further provided on the frame; a switch for starting and stopping the motor and an oil drain valve handle are provided on the handle; an oil drain valve pulling wire is connected between the oil drain valve handle and the oil drain valve; characterized in that the electric hydraulic floor jack further comprises a variable plunger structure provided on the motor base and the oil pump base, wherein the variable plunger structure comprises a piston hole formed in the oil pump base and communicating with the oil chamber and the oil inlet passage, a plunger sleeve provided at a port of the piston hole, a plunger slidably provided in the plunger sleeve, a U-shaped piston slidably provided in the piston hole, a valve trim slidably provided on the piston, a spring provided in the piston hole and sleeved on the valve trim, and an eccentric wheel provided on an output shaft of the speed reducer.
A tool assembly, comprising: a support frame, support beams, and support mounts, the support mounts supporting the support beams, the support frame being rigid and used to transport the tool assembly; and a support tool, supported by the support frame, the support tool having a faceplate and a supporting grid structure, monolithic with the faceplate, the faceplate and the supporting grid structure being defined by a series of additively manufactured layers, built on each other with the supporting grid structure being positioned below and supporting the faceplate, the faceplate having a supporting surface at a top of the support tool for supporting a working component, the supporting surface being contoured and defined by a well, formed into top-most ones of the additively manufactured layers; and wherein: the supporting grid structure engages the support beams such that loads are transferred between the support tool and the support frame through the support beams, the support frame maintains dimensional stability of the support tool during transport and when resting within an allowable tolerance of the support tool, and the support tool has a depth of at least 20.0 cm, a width of at least 60.0 cm, and a length of at least 150.0 cm. a support frame, support beams, and support mounts, the support mounts supporting the support beams, the support frame being rigid and used to transport the tool assembly; and a support tool, supported by the support frame, the support tool having a faceplate and a supporting grid structure, monolithic with the faceplate, the faceplate and the supporting grid structure being defined by a series of additively manufactured layers, built on each other with the supporting grid structure being positioned below and supporting the faceplate, the faceplate having a supporting surface at a top of the support tool for supporting a working component, the supporting surface being contoured and defined by a well, formed into top-most ones of the additively manufactured layers; and wherein: the supporting grid structure engages the support beams such that loads are transferred between the support tool and the support frame through the support beams, the support frame maintains dimensional stability of the support tool during transport and when resting within an allowable tolerance of the support tool, and the support tool has a depth of at least 20.0 cm, a width of at least 60.0 cm, and a length of at least 150.0 cm. the supporting grid structure engages the support beams such that loads are transferred between the support tool and the support frame through the support beams, the support frame maintains dimensional stability of the support tool during transport and when resting within an allowable tolerance of the support tool, and the support tool has a depth of at least 20.0 cm, a width of at least 60.0 cm, and a length of at least 150.0 cm.
A compound of a general formula: wherein R 1 is CF 3; n represents 0, 1 or 2, and the unit of contains at least one carbon-carbon single or double bond; X is =O; Y is N or NH; R 2 is H, C 1 -C 10 straight chain hydrocarbyl, C 3 ~C 10 branched chain hydrocarbyl, C 3 ~C 10 cyclic hydrocarbyl or C 6 ~C 10 aromatic hydrocarbyl or R 2 is a group which forms a piperidyl group with the neighboring Y; or wherein the compound is one of N-isobutyl-5'-nitro-3',4'-methylenedioxy cinnamamide (I-2); N-isobutyl-5'-iodo-3',4'-methylenedioxy cinnamamide (I-3); N-isobutyl-5'-chloro-3',4'-methylenedioxy cinnamamide (I-4); N-isobutyl-5'-trifluoromethyl-3',4'-methylenedioxy cinnamamide (I-5); N-isobutyl-5-(5'-methoxy-3',4'-methylenedioxy phenyl) pentadienamide (I-6); N,N-dimethyl-5'-trifluoromethyl-3',4'-methylenedioxy cinnamamide (I-8); N,N-diethyl-5'-trifluoromethyl-3',4'-methylenedioxy cinnamamide (I-9); 1-(5'-trifluoromethyl-3',4'-methylenedioxy cinnamyl)-piperidine (I-10); N-isobutyl-3-(5'-trifluoromethyl-3',4'-methylenedioxy phenyl)-propionamide (I-11); N-isobutyl-5-trifluoromethyl-3,4-methylenedioxy benzamide (I-12); and 1-(5-trifluoromethyl-3,4-methylenedioxy benzoyl)-piperidine (I-13). wherein R 1 is CF 3; n represents 0, 1 or 2, and the unit of contains at least one carbon-carbon single or double bond; X is =O; Y is N or NH; R 2 is H, C 1 -C 10 straight chain hydrocarbyl, C 3 ~C 10 branched chain hydrocarbyl, C 3 ~C 10 cyclic hydrocarbyl or C 6 ~C 10 aromatic hydrocarbyl or R 2 is a group which forms a piperidyl group with the neighboring Y;
A method comprising: receiving, by a fusion function, redundant sensor measurements from a plurality of sensors that comprise at least an inertial measurement unit, wherein redundancy of the redundant sensor measurements is achieved based on an independence between measurements from different physical sensor units; calculating, by the fusion function, fused navigation parameters based on a fusion of the redundant sensor measurements; and providing, by the fusion function, fused navigation parameters to an abstraction layer; calculating, by the abstraction layer, an estimated state, wherein the estimated state comprises the fused navigation parameters and safety assessment information for the fused navigation parameters, wherein the safety assessment information describes the accuracy of the fused navigation parameters of the estimated state; providing, by the abstraction layer, the estimated state directly to a plurality of user systems; determining, by a user system in the plurality of user systems, whether operations typically performed by the user system are possible based on comparing the estimated state against operational navigation error limits for the operations. receiving, by a fusion function, redundant sensor measurements from a plurality of sensors that comprise at least an inertial measurement unit, wherein redundancy of the redundant sensor measurements is achieved based on an independence between measurements from different physical sensor units; calculating, by the fusion function, fused navigation parameters based on a fusion of the redundant sensor measurements; and providing, by the fusion function, fused navigation parameters to an abstraction layer; calculating, by the abstraction layer, an estimated state, wherein the estimated state comprises the fused navigation parameters and safety assessment information for the fused navigation parameters, wherein the safety assessment information describes the accuracy of the fused navigation parameters of the estimated state; providing, by the abstraction layer, the estimated state directly to a plurality of user systems; determining, by a user system in the plurality of user systems, whether operations typically performed by the user system are possible based on comparing the estimated state against operational navigation error limits for the operations.
Splitter unit for use in a lighting system, characterized in that the splitter unit has an input-side terminal for connection to a DALI bus and at least two output-side terminals, wherein the splitter unit is designed to assign DALI commands received via the input-side terminal to the output-side terminals depending upon the address information assigned to the received DALI command, and to output the corresponding DALI command as a broadcast command via the corresponding output-side terminal, wherein the splitter unit is designed to respectively assign a DALI address to each output-side terminal.
A container comprising a base defining a recess for storing at least one object, and a lid moveable between a first position in which the recess is covered by the lid and a second position in which the recess is exposed for allowing the object to be removed from the recess, wherein the lid comprises a first end that is attached to the base, and a second free end opposite the first end and wherein the lid comprises at least one fold line for folding the lid into a plurality of smaller portions such that, in the second position, the lid is configured to act as a stand on which the base is supported, characterized in that the lid comprises a supporting portion which is configured, when supported on a horizontal surface when the lid is in the second position, to suspend the base above said horizontal surface.
A card processing apparatus comprising: a slot into which a card can be inserted; and a movable shutter member for opening or closing the slot; characterized in that the card processing apparatus further comprises: a shutter position detector adapted for detecting the position of the shutter member; and a contact part which contacts with an end part of the shutter member when the shutter member is in a closing state, at the end part of the shutter member, a plurality of projecting parts are formed at a predetermined interval in a width direction of the shutter member, and at the contact part, receiving parts are formed to receive the projecting parts of the shutter member when the shutter member is in the closing state.
A surgical camera assembly, comprising: two or more camera members each including a camera head, a shaft including at least one electrical contact disposed about an outer periphery of the shaft and positioned towards a free end thereof, and an illumination source the at least one electrical contact electrically coupled to the camera head wherein the free end of the shaft defines a needle-shaped configuration to facilitate penetration through tissue; and a receptacle member corresponding to each camera member configured to releasably receive the free end of the shaft in a receiving port defined by the receptacle member wherein the receiving port includes at least one electrical contact within the receiving port, configured to electrically couple to the at least one electrical contact of the shaft to establish electrical communication between the camera head and the receptacle member, characterised in that, the two or more camera members each have an illumination source configured to illuminate a surgical site with different wavelengths of light to that of the at least one other camera member. two or more camera members each including a camera head, a shaft including at least one electrical contact disposed about an outer periphery of the shaft and positioned towards a free end thereof, and an illumination source the at least one electrical contact electrically coupled to the camera head wherein the free end of the shaft defines a needle-shaped configuration to facilitate penetration through tissue; and a receptacle member corresponding to each camera member configured to releasably receive the free end of the shaft in a receiving port defined by the receptacle member wherein the receiving port includes at least one electrical contact within the receiving port, configured to electrically couple to the at least one electrical contact of the shaft to establish electrical communication between the camera head and the receptacle member, characterised in that, the two or more camera members each have an illumination source configured to illuminate a surgical site with different wavelengths of light to that of the at least one other camera member.
Material for providing unidirectional friction, in particular for a ski skin, comprising: a substrate-fabric; and plate-like structures attached to the substrate-fabric; wherein the plate-like structures are arranged on the fabric such that they lie substantially flat against an operative surface of the fabric when a frictional force is applied to the structures in a gliding direction substantially parallel to the operative surface of the fabric and lift up from the operative surface of the fabric at one side when a frictional force is applied to the structures in a gripping direction substantially opposite to the gliding direction, characterized in that the plate-like structures are attached to the substrate-fabric via stitchings. a substrate-fabric; and plate-like structures attached to the substrate-fabric; wherein the plate-like structures are arranged on the fabric such that they lie substantially flat against an operative surface of the fabric when a frictional force is applied to the structures in a gliding direction substantially parallel to the operative surface of the fabric and lift up from the operative surface of the fabric at one side when a frictional force is applied to the structures in a gripping direction substantially opposite to the gliding direction, characterized in that the plate-like structures are attached to the substrate-fabric via stitchings.
A method, comprising: receiving a first set of instructions for controlling a vehicle; receiving first message data, from a component of the vehicle, indicative of a status of the component; determining, based at least in part on the first message data, a first request to control the vehicle according to a first contingent set of instructions; executing, based at least in part on the first request, the first contingent set of instructions; setting a vehicle state as a contingent state indicative of controlling the vehicle according to a contingent set of instructions; receiving a second set of instructions for controlling the vehicle; receiving second message data from the component; determining, based at least in part on the second message data, a second request to control the vehicle according the second set of instructions; based at least in part on the vehicle state, determining to control the vehicle according to a second contingent set of instructions; receiving a release signal; and based at least in part on receiving the release signal, executing the second set of instructions. receiving a first set of instructions for controlling a vehicle; receiving first message data, from a component of the vehicle, indicative of a status of the component; determining, based at least in part on the first message data, a first request to control the vehicle according to a first contingent set of instructions; executing, based at least in part on the first request, the first contingent set of instructions; setting a vehicle state as a contingent state indicative of controlling the vehicle according to a contingent set of instructions; receiving a second set of instructions for controlling the vehicle; receiving second message data from the component; determining, based at least in part on the second message data, a second request to control the vehicle according the second set of instructions; based at least in part on the vehicle state, determining to control the vehicle according to a second contingent set of instructions; receiving a release signal; and based at least in part on receiving the release signal, executing the second set of instructions.
An immunogenic composition for use in a method of raising a protective antibody response against influenza in a human, the composition comprising: (i) a non-virion influenza virus antigen comprising haemagglutinin, which is a split virus or comprises purified surface antigens, prepared from a virus grown in mammalian or avian cell culture; and (ii) an adjuvant which comprises a submicron oil-in-water emulsion which includes (a) squalene, polysorbate 80 and sorbitan trioleate, or (b) squalene, a tocopherol and polysorbate 80.
A knife for use in a wood chipping apparatus, the knife having an elongate axis, and front and back sides co-terminating in two cutting edges (30a, 30b) defining an overall width "W" of the knife, wherein said front side includes a recess extending along said elongate axis, wherein the distance "w" of said recess, divided by the width "W", results in a value that is no more than about 0.31, characterised in that said back side of said knife includes a groove having a substantially semi-circular cross-section in a plane perpendicular to said elongate axis.
A method of compressing motion estimation information in video processing, the method comprising: determining and storing a distortion value for each trial motion vector in a plurality of trial motion vectors, wherein each trial motion vector specifies a position of a search region relative to a reference frame; characterised in that it further comprises: compressing each of the distortion values as a fixed number of bits based upon a minimum distortion value amongst the stored distortion values, and re-storing each compressed distortion value in place of its uncompressed value, wherein compressing each of the distortion values comprises determining and storing binary integers p and q, both having user-defined bit lengths, the binary integer p including a series of bits, and the binary integer q determining, along with a fixed compression shift value s, the degree to which the binary integer p is binary-shifted; and wherein the compressed distortion value exceeds the minimum distortion value by the value of p binary-shifted by an amount equal to q plus s, wherein p and q are determined such that said compressed distortion value is closest to the distortion value being compressed. determining and storing a distortion value for each trial motion vector in a plurality of trial motion vectors, wherein each trial motion vector specifies a position of a search region relative to a reference frame; characterised in that it further comprises: compressing each of the distortion values as a fixed number of bits based upon a minimum distortion value amongst the stored distortion values, and re-storing each compressed distortion value in place of its uncompressed value, wherein compressing each of the distortion values comprises determining and storing binary integers p and q, both having user-defined bit lengths, the binary integer p including a series of bits, and the binary integer q determining, along with a fixed compression shift value s, the degree to which the binary integer p is binary-shifted; and wherein the compressed distortion value exceeds the minimum distortion value by the value of p binary-shifted by an amount equal to q plus s, compressing each of the distortion values as a fixed number of bits based upon a minimum distortion value amongst the stored distortion values, and re-storing each compressed distortion value in place of its uncompressed value, wherein compressing each of the distortion values comprises determining and storing binary integers p and q, both having user-defined bit lengths, the binary integer p including a series of bits, and the binary integer q determining, along with a fixed compression shift value s, the degree to which the binary integer p is binary-shifted; and wherein the compressed distortion value exceeds the minimum distortion value by the value of p binary-shifted by an amount equal to q plus s, wherein p and q are determined such that said compressed distortion value is closest to the distortion value being compressed.