mhurhangee/ep-ind-claims huggingface dataset:
A system for dispersing a catalyst in a fuel, the system comprising: a first reservoir containing the fuel; a second reservoir including an agitator and containing a quantity of the catalyst suspended in the fuel; a first conduit extending from the first reservoir; a second conduit extending from the second reservoir; and a mixing nozzle connected to the first conduit and the second conduit, the mixing nozzle comprising: a first meter positioned within the first conduit; a second meter positioned within the second conduit; a valve positioned upstream from the second meter within the second conduit; a junction in flow communication with the first conduit and the second conduit; a mixer downstream from the junction; a sensor positioned between the mixer and an outlet; and a controller connected to the valve and the first and second meters, the controller receiving feedback from the sensor. a first reservoir containing the fuel; a second reservoir including an agitator and containing a quantity of the catalyst suspended in the fuel; a first conduit extending from the first reservoir; a second conduit extending from the second reservoir; and a mixing nozzle connected to the first conduit and the second conduit, the mixing nozzle comprising: a first meter positioned within the first conduit; a second meter positioned within the second conduit; a valve positioned upstream from the second meter within the second conduit; a junction in flow communication with the first conduit and the second conduit; a mixer downstream from the junction; a sensor positioned between the mixer and an outlet; and a controller connected to the valve and the first and second meters, the controller receiving feedback from the sensor. a first meter positioned within the first conduit; a second meter positioned within the second conduit; a valve positioned upstream from the second meter within the second conduit; a junction in flow communication with the first conduit and the second conduit; a mixer downstream from the junction; a sensor positioned between the mixer and an outlet; and a controller connected to the valve and the first and second meters, the controller receiving feedback from the sensor.
Valve, in particular check valve adapted to regulate the flow of a fluid, said valve comprising: a main body which defines an internal flow cavity adapted to allow said fluid to flow through its inside; a closing element of said cavity, which can be moved between a first closing position and a second opening position of said cavity; a cover adapted to be alternatively fixed to and removed from said main body so as to alternatively close and open an aperture of said main body through which said cavity is in communication with the outside of said valve; wherein said closing element is rotatably fixed to a portion of said cover by means of a fixing portion, so that by removing said cover from said main body said closing element is simultaneously removed too, said cover further including a receiving seat wherein there is at least partially received an activation device of said closing element, said activation device comprising a rotating shaft and a transmission element disposed between said rotating shaft and said fixing portion, characterized in that said transmission element includes a substantially cylindrical empty body wherein there is received a first end portion of said rotating shaft, said transmission element further including a helicoidal abutting seat wherein there is received an abutting pin which extends from said rotating shaft. a main body which defines an internal flow cavity adapted to allow said fluid to flow through its inside; a closing element of said cavity, which can be moved between a first closing position and a second opening position of said cavity; a cover adapted to be alternatively fixed to and removed from said main body so as to alternatively close and open an aperture of said main body through which said cavity is in communication with the outside of said valve; wherein said closing element is rotatably fixed to a portion of said cover by means of a fixing portion, so that by removing said cover from said main body said closing element is simultaneously removed too, said cover further including a receiving seat wherein there is at least partially received an activation device of said closing element, said activation device comprising a rotating shaft and a transmission element disposed between said rotating shaft and said fixing portion, characterized in that said transmission element includes a substantially cylindrical empty body wherein there is received a first end portion of said rotating shaft, said transmission element further including a helicoidal abutting seat wherein there is received an abutting pin which extends from said rotating shaft.
System for blocking a load element in a shaft in case of intervention in the shaft, with this load element comprising one among an elevator car and a counterweight, comprising: a speed limiter assembly intended to be installed inside the shaft, said limiter assembly comprising an overspeed detection device of the load element and a linear element driven in motion during displacements of the load element, said assembly being arranged so that in case of detection of overspeed of the load element, the linear element is blocked, a means for stopping the load element able to block the load element, said means for stopping being triggered by the blocking of the linear element of the speed limiter assembly, a blocking device of the linear element, said device comprising two surface elements (34, 35) facing each other and on either side of the linear element, with at least one of these surface elements being drivable in motion, from a position separate from the other surface element, authorising the movement of the linear element, to a retracted position, sufficiently close to the other surface element to block the linear element, and an actuating device of the blocking device for driving in motion this at least surface element, characterised in that the system for blocking comprises a plurality of blocking devices (12', 12", 12"') installed at a plurality of respective heights of the linear element. a speed limiter assembly intended to be installed inside the shaft, said limiter assembly comprising an overspeed detection device of the load element and a linear element driven in motion during displacements of the load element, said assembly being arranged so that in case of detection of overspeed of the load element, the linear element is blocked, a means for stopping the load element able to block the load element, said means for stopping being triggered by the blocking of the linear element of the speed limiter assembly, a blocking device of the linear element, said device comprising two surface elements (34, 35) facing each other and on either side of the linear element, with at least one of these surface elements being drivable in motion, from a position separate from the other surface element, authorising the movement of the linear element, to a retracted position, sufficiently close to the other surface element to block the linear element, and an actuating device of the blocking device for driving in motion this at least surface element, characterised in that the system for blocking comprises a plurality of blocking devices (12', 12", 12"') installed at a plurality of respective heights of the linear element.
A signal processing device, adapted to filter signals coming from a sensor and transfer the signals to a control device, and the signal processing device comprising: a data acquiring element, periodically acquiring the signals coming from the sensor, so as to obtain the signals of a time series, i.e. time series signals; a filter element, filtering the time series signals acquired by the data acquiring element according to frequencies; a transfer element, transferring the time series signals filtered by the filter element to the control device; and a filter parameter determination element, performing frequency analysis to the time series signals within a pre-specified interval, i.e. a specified interval to determine a filter parameter of the filter element, wherein the filter element executes the filtering operation by using the filter parameter determined by the filter parameter determination element, a sensor data sending element, sending sensor data representing the signals of the time series coming from the sensor to an external device, characterized in that the external device has a specification accepting element accepting specification of the specified interval from a user; and a specified interval acquiring element, acquiring the specified interval specified based on the sensor data from the external device, wherein the filter parameter determination element uses the time series signals within the specified interval acquired by the specified interval acquiring element to determine the filter parameter. a data acquiring element, periodically acquiring the signals coming from the sensor, so as to obtain the signals of a time series, i.e. time series signals; a filter element, filtering the time series signals acquired by the data acquiring element according to frequencies; a transfer element, transferring the time series signals filtered by the filter element to the control device; and a filter parameter determination element, performing frequency analysis to the time series signals within a pre-specified interval, i.e. a specified interval to determine a filter parameter of the filter element, wherein the filter element executes the filtering operation by using the filter parameter determined by the filter parameter determination element, a sensor data sending element, sending sensor data representing the signals of the time series coming from the sensor to an external device, characterized in that the external device has a specification accepting element accepting specification of the specified interval from a user; and a specified interval acquiring element, acquiring the specified interval specified based on the sensor data from the external device, wherein the filter parameter determination element uses the time series signals within the specified interval acquired by the specified interval acquiring element to determine the filter parameter.
Docking station of a mobile electronic payment terminal comprising an electrical connector comprising a plurality of power and data contacts, of identical structure, and an electrical contact support, said electrical contact support being characterized in that it comprises: - fastening means of a plurality of power and data contacts to said electrical contact support, and - sixteen apertures formed in at least one face of said support and intended for the projection of external portions (212, 222) of said power and data contacts respectively, said electrical contact support comprising retaining means (16, 17) of internal portions (213, 223) of said power and data contacts respectively, said retaining means (16, 17) comprising first retaining means having a first thickness and second retaining means having a second thickness greater than said first thickness so as to define at least a first height of projection of said external portions of said power contacts through said apertures and at least a second height of projection of said external portions of said data contacts through said apertures, said first projection height being greater than said second projection height, said retaining means (16, 17) being located, on said face of said support, at an end of said apertures opposite said fastening means. - fastening means of a plurality of power and data contacts to said electrical contact support, and - sixteen apertures formed in at least one face of said support and intended for the projection of external portions (212, 222) of said power and data contacts respectively,
An antenna pattern for being used in a UHF frequency band RFID inlay, comprising: a substrate; a dipole antenna formed on a front surface of the substrate with a metal foil; and a sub-element formed on a back surface of the substrate with the metal foil, wherein the dipole antenna is provided with: a loop portion having an IC chip connecting portion to which an IC chip is connected; a pair of meanders (126, 127) configured to respectively extend from the loop portion so as to be line symmetrical by being connected to the loop portion at end portions (111, 112) on one side; and capacitance hats (128, 129) respectively connected to the pair of meanders (126, 127), wherein, the sub-element being formed such that a part thereof overlaps with the dipole antenna through the substrate, characterized in that the sub-element has a pair of U-shapes, the sub-element being arranged such that opening sides of the U-shapes face with each other so as to be line symmetrical. a substrate; a dipole antenna formed on a front surface of the substrate with a metal foil; and a sub-element formed on a back surface of the substrate with the metal foil, wherein the dipole antenna is provided with: a loop portion having an IC chip connecting portion to which an IC chip is connected; a pair of meanders (126, 127) configured to respectively extend from the loop portion so as to be line symmetrical by being connected to the loop portion at end portions (111, 112) on one side; and capacitance hats (128, 129) respectively connected to the pair of meanders (126, 127), wherein, the sub-element being formed such that a part thereof overlaps with the dipole antenna through the substrate, characterized in that the sub-element has a pair of U-shapes, the sub-element being arranged such that opening sides of the U-shapes face with each other so as to be line symmetrical. a loop portion having an IC chip connecting portion to which an IC chip is connected; a pair of meanders (126, 127) configured to respectively extend from the loop portion so as to be line symmetrical by being connected to the loop portion at end portions (111, 112) on one side; and capacitance hats (128, 129) respectively connected to the pair of meanders (126, 127), wherein, the sub-element being formed such that a part thereof overlaps with the dipole antenna through the substrate, characterized in that the sub-element has a pair of U-shapes, the sub-element being arranged such that opening sides of the U-shapes face with each other so as to be line symmetrical.
Homo- and heteropoly(amino acid) derivatives of fullerene of general formula C 60 x {NH(CH 2) n COO-} x {NH3 + COOH} x, wherein n = 2-5, x = 3, L = -(CH 2) m, wherein m = 1-5, or -CO(CH 2) k CH(NH 2)-, wherein k = 1-2, characterized in that the compounds comprise covalently bonded amino acid groups and polar ionic forms of amino acids.
Plug element (2A, 2B) in the manner of a flat plug for data cables in networks, having a locking mechanism for the formation of a lockable plug connection having a counter piece, having a plug housing which extends in the longitudinal direction having two housing parts, in particular an upper part and a lower part, having a rearside forward wall having a cable opening for a cable to be connected and having a front plug region formed by formation of a housing step, said plug region having an opening for a plug contact element on a front forward side, wherein the locking mechanism comprises a pull tab which is arranged outside of the plug housing and is moveable in the longitudinal direction and which is connected non-rotatably to a locking element (22A, 22B) which is arranged at least partially inside the plug housing, wherein the locking element (22A, 22B) has a bolt element (26A, B) for the positive unlocking and locking of the plug element (2A, 2B) with the counter piece, which is able to be transferred from a locking position into an open position during a pull on the pull tab, said locking element (22A, 22B) comprising a rocker which is able to be tilted around a horizontal rotational axis, which has the bolt element on its front end, characterised in that furthermore the tiltable rocker has an actuating element which protrudes over a housing upper side and which is accessible for a tool for an emergency actuation of the rocker in the case of a plugged-in plug element.
Motorised chain saw, hedge trimmer, string mower or suchlike hand-guided portable working implement, comprising an internal combustion engine and an electric starting device for starting the internal combustion engine in order to drive a tool, wherein the starting device comprises an electric motor with an activation device, which activates the electric motor and starts the internal combustion engine, and further comprising a braking device for shutting down the tool, wherein the braking device is operated by way of an actuating lever and the actuating lever can be moved from a first position into at least one further position, wherein the actuating lever actuates, as a result of the movement from the first position into the further position, a signal generator, and wherein the signal generator emits a signal to the activation device, characterised in that the activation device generates a start signal for activating the electric motor and starting the internal combustion engine if the preset further position is detected.
Fuel injection device, in particular for an internal combustion engine with direct fuel injection, having a housing and having a piezo actuator for actuating a valve element, wherein the piezo actuator is mounted on the housing, wherein the mounting comprises a flexure joint, which forms a flexural mount, for compensation of angular errors, characterized in that the flexure joint comprises a joint section which is slotted in at least two planes such that at least two joint webs which are at least approximately orthogonal to one another are formed.
A method comprising: determining whether a data unit is at least one of a first data type and a second data type wherein the first type of data is a packet comprising overhead information; and delaying the transmission of data of the first data type to prevent establishing an air-link connection until an air-link connection is established for the transmission of data of the second data type, further comprising transmitting data units of the first data type in response to the establishment of an air-link connection for data of the second data type. determining whether a data unit is at least one of a first data type and a second data type wherein the first type of data is a packet comprising overhead information; and delaying the transmission of data of the first data type to prevent establishing an air-link connection until an air-link connection is established for the transmission of data of the second data type, further comprising transmitting data units of the first data type in response to the establishment of an air-link connection for data of the second data type.
A device for obtaining content by means of at least two transport protocols having different requirements in terms of available network bandwidth, wherein: - said content is available in different versions (V1,V2,V3,V4) on at least one server (CS 1); - said different versions (V1,V2,V3,V4) of a content correspond to different transmission bit rates and are subdivided into chunks adapted to be transmitted via a communication network; and - said device is arranged to: ▪ choose a transport protocol that must be used at a given time by said at least one server to transmit at least one required next chunk of a version (V1, V2, V3, V4) of a content to said device, wherein said chosen transport protocol comprises either a first transport protocol when a current value of the available bandwidth of said communication network is strictly greater than a firstvalue, or a second transport protocol when said current value of the bandwidth is less than or equal to said first value; ▪ send to said at least one server (CS 1) a request for transmitting at least one required next chunk of a version (V1,V2,V3,V4) of a content by means of said transport protocol. - said content is available in different versions (V1,V2,V3,V4) on at least one server (CS 1); - said different versions (V1,V2,V3,V4) of a content correspond to different transmission bit rates and are subdivided into chunks adapted to be transmitted via a communication network; and - said device is arranged to: ▪ choose a transport protocol that must be used at a given time by said at least one server to transmit at least one required next chunk of a version (V1, V2, V3, V4) of a content to said device, wherein said chosen transport protocol comprises either a first transport protocol when a current value of the available bandwidth of said communication network is strictly greater than a firstvalue, or a second transport protocol when said current value of the bandwidth is less than or equal to said first value; ▪ send to said at least one server (CS 1) a request for transmitting at least one required next chunk of a version (V1,V2,V3,V4) of a content by means of said transport protocol. ▪ choose a transport protocol that must be used at a given time by said at least one server to transmit at least one required next chunk of a version (V1, V2, V3, V4) of a content to said device, wherein said chosen transport protocol comprises either a first transport protocol when a current value of the available bandwidth of said communication network is strictly greater than a firstvalue, or a second transport protocol when said current value of the bandwidth is less than or equal to said first value; ▪ send to said at least one server (CS 1) a request for transmitting at least one required next chunk of a version (V1,V2,V3,V4) of a content by means of said transport protocol.
A structural assembly comprising a first component, a second component, and a fastener assembly fastening the first component to the second component, the first component having a ramped surface formed by at least two regions (14a, 14b, 14c) inclined with respect to each other in a first direction, the ramped surface is associated with a variation in structural thickness in the first component in the first direction, the fastener assembly including a receptacle strip of resiliently deformable material, and a plurality of fasteners, characterised in that the receptacle strip extends in the first direction and is attached to the ramped surface of the first component so as to assume the contour of the ramped surface, the plurality of fasteners passing through the first and second components and into a plurality of respective fastener receptacles attached to the receptacle strip.