mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for a power transmit unit, PTU, capable of inductively, magnetically or wirelessly transferring power to one or more power receive units, PRUs, the apparatus comprising: circuitry; a detect component for execution by the circuitry configured to detect a first PRU based on use of a transmitted short beacon, wherein the short beacon is used to detect an impedance or charging load associated with the first PRU; a beacon component for execution by the circuitry configured to transmit a long beacon to cause the first PRU to energize a low energy wireless communication interface; a receive component for execution by the circuitry configured to receive a first advertisement, ADV, packet from the first PRU including fields indicating support for forward signaling and no signature field, the beacon component configured to modulate a remaining portion of the same long beacon during which the first ADV packet is received responsive to the receive component receiving the first ADV packet, the remaining portion of the long beacon modulated to include a modulated signature, the receive component configured to receive a second ADV packet from the first PRU; a connection component for execution by the circuitry configured to send a connection request to establish a first communication link with the first PRU through the low energy wireless communication interface when the second ADV packet includes a signature that matches the modulated signature included in the remaining portion of the long beacon; and a transfer component for execution by the circuitry configured to cause transfer of power to the first PRU while maintaining the first communication link. circuitry; a detect component for execution by the circuitry configured to detect a first PRU based on use of a transmitted short beacon, wherein the short beacon is used to detect an impedance or charging load associated with the first PRU; a beacon component for execution by the circuitry configured to transmit a long beacon to cause the first PRU to energize a low energy wireless communication interface; a receive component for execution by the circuitry configured to receive a first advertisement, ADV, packet from the first PRU including fields indicating support for forward signaling and no signature field, the beacon component configured to modulate a remaining portion of the same long beacon during which the first ADV packet is received responsive to the receive component receiving the first ADV packet, the remaining portion of the long beacon modulated to include a modulated signature, the receive component configured to receive a second ADV packet from the first PRU; a connection component for execution by the circuitry configured to send a connection request to establish a first communication link with the first PRU through the low energy wireless communication interface when the second ADV packet includes a signature that matches the modulated signature included in the remaining portion of the long beacon; and a transfer component for execution by the circuitry configured to cause transfer of power to the first PRU while maintaining the first communication link.
A compound comprising a modified crRNA consisting of 29 linked nucleosides, wherein the modified crRNA has the following modification motif: f 7 r 6 kr 3 kr 3 kr 3 krk 2; wherein: f = a 2'-F modified nucleoside, r = an unmodified 2'-hydroxy sugar containing nucleoside, k = a cEt bicyclic sugar containing nucleoside; and the number subscripts indicate the number of contiguous nucleosides that comprise the identified modification; and wherein each internucleoside linkage of the modified crRNA is a phosphorothioate internucleoside linkage. f = a 2'-F modified nucleoside, r = an unmodified 2'-hydroxy sugar containing nucleoside, k = a cEt bicyclic sugar containing nucleoside; and the number subscripts indicate the number of contiguous nucleosides that comprise the identified modification;
Method for controlling a lowering pressure of an electrohydraulic power lift which has at least one working cylinder having a piston, a lifting side which the piston delimits by a lifting-side effective area, said lifting-side effective area being supplied with pressurizing media for lifting a load, and in which lifting-side effective area a lifting pressure is prevalent, and having a lowering side which the piston delimits by a lowering-side effective area, said lowering-side effective area being supplied with pressurizing media for lowering a load, and in which lowering-side effective area the lowering pressure is prevalent; and a first pressure sensor for detecting the lifting pressure, and a second pressure sensor for detecting the lowering pressure; and an adjustable pressure valve for adjusting a lowering pressure; and an electronic control unit which is supplied the pressures detected by the pressure sensors (19, 20) and by way of which the pressure valve is actuatable, characterized by the following steps: continuously determining an equivalent lowering pressure by forming in the electronic control unit the difference between the lifting pressure multiplied by k as the minuend, and the lowering pressure as the subtrahend, where k is the ratio between the size of the lifting-side effective area and the size of the lowering-side effective area of the piston; forming a pressure value as the difference between a setpoint pressure adjusted at the electronic control apparatus on the lowering side as the minuend, and the equivalent lowering pressure as the subtrahend; actuating the pressure valve with an actuating signal corresponding to the pressure value. continuously determining an equivalent lowering pressure by forming in the electronic control unit the difference between the lifting pressure multiplied by k as the minuend, and the lowering pressure as the subtrahend, where k is the ratio between the size of the lifting-side effective area and the size of the lowering-side effective area of the piston; forming a pressure value as the difference between a setpoint pressure adjusted at the electronic control apparatus on the lowering side as the minuend, and the equivalent lowering pressure as the subtrahend; actuating the pressure valve with an actuating signal corresponding to the pressure value.
A vessel for a nuclear reactor, the vessel comprising: - a shell delimiting an inner volume, the shell having a wall traversed by at least one passage having a central axis; - a piping outside the shell and connected to the wall, the piping fluidly communicating with the inner volume through the passage; - a valve mounted in the passage and provided to selectively block a circulation of fluid between the inner volume and the piping through the passage, the valve having a given outer cross-section perpendicularly to the central axis; the passage having an inner end segment that opens into the inner volume and an outer end segment that opens into the piping, the valve being housed in the inner end segment; the inner end segment having, over its entire axial length, an inner cross-section perpendicular to the central axis that is larger than the outer cross-section of the valve, such that the valve is capable of being extracted from the passage through the inside of the vessel; the outer end segment having at least one portion having an inner cross-section, perpendicular to the central axis, that is smaller than the outer cross-section of the valve, such that the valve cannot be ejected out of the vessel; the vessel comprising a removable fastener for the valve, blocking the valve in position relative to the wall axially toward the inside of the vessel; the removable fastener fastening the valve to the wall; characterized in that the removable fastener is of the bayonet type. - a shell delimiting an inner volume, the shell having a wall traversed by at least one passage having a central axis; - a piping outside the shell and connected to the wall, the piping fluidly communicating with the inner volume through the passage; - a valve mounted in the passage and provided to selectively block a circulation of fluid between the inner volume and the piping through the passage, the valve having a given outer cross-section perpendicularly to the central axis; the passage having an inner end segment that opens into the inner volume and an outer end segment that opens into the piping, the valve being housed in the inner end segment; the inner end segment having, over its entire axial length, an inner cross-section perpendicular to the central axis that is larger than the outer cross-section of the valve, such that the valve is capable of being extracted from the passage through the inside of the vessel; the outer end segment having at least one portion having an inner cross-section, perpendicular to the central axis, that is smaller than the outer cross-section of the valve, such that the valve cannot be ejected out of the vessel; the vessel comprising a removable fastener for the valve, blocking the valve in position relative to the wall axially toward the inside of the vessel; the removable fastener fastening the valve to the wall; characterized in that the removable fastener is of the bayonet type.
A photoactive material comprising a donor substance and an acceptor substance, wherein a. the donor substance comprises or consists of one or more compounds of formula, or b. the acceptor substance comprises or consists of one or more compounds of formula, wherein the compound of formula is selected from the group consisting of: wherein Alk in each case is independently of each other either linear alkyl having 1 to 20 carbon atoms or branched alkyl having 1 to 20 carbon atoms. a. the donor substance comprises or consists of one or more compounds of formula, or b. the acceptor substance comprises or consists of one or more compounds of formula,
A formulation of an astaxanthin derivative comprising a continuous oil phase of at least one oil suitable for foods and an aqueous phase emulsified in the oil phase, in which aqueous phase the astaxanthin derivative is present in the form of dispersed particles stabilized by at least one protective colloid, wherein the astaxanthin derivative comprises at least 70% by weight of at least one compound of the general formula I wherein R is a radical of the formula wherein # means the linkage to the carbonyl group, A is -CH 2 CH 2 - or -CH=CH- and R x is C 1 -C 4 alkyl.
A vehicle control system, comprising: an operation unit (a to e) disposed in a vehicle and operable by a driver; an operation detection unit (1 to 5) configured to detect an operation on the operation unit (a to e), and including a displacement unit (1a to 5a) that is configured to be displaced according to an operation amount (α, β, γ) of the operation unit (a to e), and a detection unit (1b to 5b) that is configured to detect a displacement amount of the displacement unit (1a to 5a) and that is configured to output a continuous signal according to the displacement amount; and a control unit that is configured to input the continuous signal detected by the detection unit (1b to 5b) and to perform a predetermined control corresponding to the continuous signal, characterized in that the displacement unit (1a to 5a) is configured such that a magnet (M1 to M4) is attached to a predetermined position and the magnet (M1 to M4) is displaced together with the displacement unit (1a to 5a), and the detection unit (1b to 5b) is formed of a magnetic sensor which obtains an output voltage corresponding to a magnetic change from the magnet (M1 to M4), the obtained output voltage being the continuous signal corresponding to the displacement amount, and the control unit is electrically connected to a communication unit, and the communication unit includes a transmission unit attached to the vehicle, and is configured to input the continuous signal output from the detection unit (1b to 5b) and to transmit the continuous signal to other vehicles. an operation unit (a to e) disposed in a vehicle and operable by a driver; an operation detection unit (1 to 5) configured to detect an operation on the operation unit (a to e), and including a displacement unit (1a to 5a) that is configured to be displaced according to an operation amount (α, β, γ) of the operation unit (a to e), and a detection unit (1b to 5b) that is configured to detect a displacement amount of the displacement unit (1a to 5a) and that is configured to output a continuous signal according to the displacement amount; and a control unit that is configured to input the continuous signal detected by the detection unit (1b to 5b) and to perform a predetermined control corresponding to the continuous signal, characterized in that the displacement unit (1a to 5a) is configured such that a magnet (M1 to M4) is attached to a predetermined position and the magnet (M1 to M4) is displaced together with the displacement unit (1a to 5a), and the detection unit (1b to 5b) is formed of a magnetic sensor which obtains an output voltage corresponding to a magnetic change from the magnet (M1 to M4), the obtained output voltage being the continuous signal corresponding to the displacement amount, and the control unit is electrically connected to a communication unit, and the communication unit includes a transmission unit attached to the vehicle, and is configured to input the continuous signal output from the detection unit (1b to 5b) and to transmit the continuous signal to other vehicles.
A substance fragmenting device capable at an output thereof to provide said at least one substance in a fragmented state, comprising: a feed-in means, a screw conveyor, and a shredder at a downstream end of the conveyor ( 102; 103) for fragmentation of the at least one substance before delivering it at an output of the device, wherein shredder comprises: a set of angularly mutually spaced, stationary first knives and a set of angularly mutually spaced, rotary second knives downstream of the set of first knives and in interaction therewith, wherein a downstream end of a conveying screw of the screw conveyor is spaced from an upstream face of said set of first knives, wherein the conveying screw has a rotary drive shaft characterized in that said rotary drive shaft at a downstream end thereof is attached to the smaller face of a truncated cone, in that the larger face of the truncated cone is attached to an upstream face of a hub of the set of rotary second knives, and in that the truncated cone along its outer face has a plurality of mutually spaced straight scraper rails. a feed-in means, a screw conveyor, and a shredder at a downstream end of the conveyor ( 102; 103) for fragmentation of the at least one substance before delivering it at an output of the device, wherein shredder comprises: a set of angularly mutually spaced, stationary first knives and a set of angularly mutually spaced, rotary second knives downstream of the set of first knives and in interaction therewith, a set of angularly mutually spaced, stationary first knives and a set of angularly mutually spaced, rotary second knives downstream of the set of first knives and in interaction therewith, wherein a downstream end of a conveying screw of the screw conveyor is spaced from an upstream face of said set of first knives, wherein the conveying screw has a rotary drive shaft characterized in that said rotary drive shaft at a downstream end thereof is attached to the smaller face of a truncated cone, in that the larger face of the truncated cone is attached to an upstream face of a hub of the set of rotary second knives, and in that the truncated cone along its outer face has a plurality of mutually spaced straight scraper rails.
An apparatus for quantitative texture attribute measurement of a liquid in a container, the apparatus comprising: a container; a housing; a laser generator attached to the housing; an acoustic capturing device proximally located to the housing; a data processing unit in communication with at least the acoustic capturing device; wherein a laser from the laser generator is directed to strike the liquid, which is contained in the container, to create a plasma arc impacting a surface of the container, and thereby producing an acoustic signal from vibration of the impacted surface of the container to be detected by the acoustic capturing device; wherein the data processing unit is configured to quantitatively measure the texture attribute of the liquid based on input from the acoustic capturing device generated based on said detected acoustic signal, wherein the texture attribute is selected from viscosity, density, mouthfeel properties, astringency, mouth coating properties, sweetness, sensory properties or rheological properties. a container; a housing; a laser generator attached to the housing; an acoustic capturing device proximally located to the housing; a data processing unit in communication with at least the acoustic capturing device; wherein a laser from the laser generator is directed to strike the liquid, which is contained in the container, to create a plasma arc impacting a surface of the container, and thereby producing an acoustic signal from vibration of the impacted surface of the container to be detected by the acoustic capturing device; wherein the data processing unit is configured to quantitatively measure the texture attribute of the liquid based on input from the acoustic capturing device generated based on said detected acoustic signal, wherein the texture attribute is selected from viscosity, density, mouthfeel properties, astringency, mouth coating properties, sweetness, sensory properties or rheological properties.
A system for changing the hammers of a shredder comprising: (a) a shredder which in turn comprises a housing which defines a shredding chamber and which is equipped with one or more covers (26a, 26b), and optionally drive rotors to drive the material to be shredded, said one or more covers (26a, 26b) being configured to be lifted and lowered by means of relative lifting devices, in particular hydraulic lifting devices; inside said housing a rotating drum equipped with a plurality of hammers; a first control system to control said lifting devices; (b) a lifting system, preferably hydraulically operated, suitable to move said hammers by means of a second control system in order to control the movements of said lifting system; characterized in that the system for changing the hammers of a shredder further comprises (c) a control unit which controls both the first and the second control system. (a) a shredder which in turn comprises a housing which defines a shredding chamber and which is equipped with one or more covers (26a, 26b), and optionally drive rotors to drive the material to be shredded, said one or more covers (26a, 26b) being configured to be lifted and lowered by means of relative lifting devices, in particular hydraulic lifting devices; inside said housing a rotating drum equipped with a plurality of hammers; a first control system to control said lifting devices; a housing which defines a shredding chamber and which is equipped with one or more covers (26a, 26b), and optionally drive rotors to drive the material to be shredded, said one or more covers (26a, 26b) being configured to be lifted and lowered by means of relative lifting devices, in particular hydraulic lifting devices; inside said housing a rotating drum equipped with a plurality of hammers; a first control system to control said lifting devices; (b) a lifting system, preferably hydraulically operated, suitable to move said hammers by means of a second control system in order to control the movements of said lifting system;
A humidifying device comprising: a first thermometer configured to measure a temperature inside the humidifying device; a first hygrometer configured to measure a humidity inside the humidifying device; an air inlet; an internal air passage through which air taken in from the air inlet passes; an air outlet from which the air that has passed through the internal air passage is discharged; a cooler installed in a path of the internal air passage; an electrostatic atomizing device configured to generate charged fine particle water and installed between the cooler and the air outlet in the path of the internal air passage; and a cooling control unit configured to control the cooler, wherein the cooling control unit is configured to change a cooling intensity of the cooler in a case where values measured by the first thermometer and the first hygrometer are out of a predetermined range, wherein the first thermometer and the first hygrometer are provided between the cooler and the air inlet. a first thermometer configured to measure a temperature inside the humidifying device; a first hygrometer configured to measure a humidity inside the humidifying device; an air inlet; an internal air passage through which air taken in from the air inlet passes; an air outlet from which the air that has passed through the internal air passage is discharged; a cooler installed in a path of the internal air passage; an electrostatic atomizing device configured to generate charged fine particle water and installed between the cooler and the air outlet in the path of the internal air passage; and a cooling control unit configured to control the cooler, wherein the cooling control unit is configured to change a cooling intensity of the cooler in a case where values measured by the first thermometer and the first hygrometer are out of a predetermined range, wherein the first thermometer and the first hygrometer are provided between the cooler and the air inlet.
A device for the movement of sheet-like pieces in a machine tool equipped with a vertical or substantially vertical machining surface against which said pieces are held during processing, said device comprising: - a frame movable in at least one direction, for moving the device towards or away from the machining surface of the machine; - a gripping device, mounted on the movable frame, comprising a sheet-like element defining a gripping surface on which there are a plurality of openings, said sheet-like element being mounted on the frame rotatingly around at least one axis (x) substantially orthogonal to the direction of movement of the frame; - means for the creation of a vacuum communicating with said openings on the gripping surface; in which said sheet-like element can be moved from a gripping position in which it is substantially parallel to and in contact with the machining surface of the machine, to an unloading position in which it is at a distance from said machining surface, and in which said vacuum creation means are adapted to generate a vacuum pressure at the openings, which, when the gripping surface is substantially next to the machining surface, makes it possible to detach the pieces from said machining surface and keep them on said gripping surface. - a frame movable in at least one direction, for moving the device towards or away from the machining surface of the machine; - a gripping device, mounted on the movable frame, comprising a sheet-like element defining a gripping surface on which there are a plurality of openings, said sheet-like element being mounted on the frame rotatingly around at least one axis (x) substantially orthogonal to the direction of movement of the frame; - means for the creation of a vacuum communicating with said openings on the gripping surface;