mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a containment structure containing an interior volume; a nuclear reactor disposed in the interior volume; an ultimate heat sink pool disposed outside of the containment structure; and a condenser including a plurality of closed-path heat pipes or closed-path thermosiphons having first ends and opposite second ends; wherein the closed-path heat pipes or closed-path thermosiphons are embedded in the containment structure with the first ends protruding into the interior volume and the second ends protruding outside of the containment structure, characterized in that the ultimate heat sink pool is spaced apart from the containment structure and the condenser further comprises: a plenum chamber surrounding the second ends of the closed-path heat pipes or closed-path thermosiphons; wherein piping (280,282) connects the ultimate heat sink pool and the plenum chamber surrounding the second ends of the closed-path heat pipes or closed-path thermosiphons. a containment structure containing an interior volume; a nuclear reactor disposed in the interior volume; an ultimate heat sink pool disposed outside of the containment structure; and a condenser including a plurality of closed-path heat pipes or closed-path thermosiphons having first ends and opposite second ends; wherein the closed-path heat pipes or closed-path thermosiphons are embedded in the containment structure with the first ends protruding into the interior volume and the second ends protruding outside of the containment structure, characterized in that the ultimate heat sink pool is spaced apart from the containment structure and the condenser further comprises: a plenum chamber surrounding the second ends of the closed-path heat pipes or closed-path thermosiphons; wherein piping (280,282) connects the ultimate heat sink pool and the plenum chamber surrounding the second ends of the closed-path heat pipes or closed-path thermosiphons. a plenum chamber surrounding the second ends of the closed-path heat pipes or closed-path thermosiphons; wherein piping (280,282) connects the ultimate heat sink pool and the plenum chamber surrounding the second ends of the closed-path heat pipes or closed-path thermosiphons.
A loudspeaker comprising: a horn comprising a first end panel, a second end panel, a first side panel, and a second side panel, edges of at least the first and second side panels defining a diffraction slot opening; a keel attached to the horn, a plurality of manifold components attached to the keel, each having an output opening coupled to the diffraction slot opening, the output openings of the plurality of manifold components together constituting a diffraction slot source at the diffraction slot opening; and a plurality of electro-acoustic transducers, each coupled to an input opening of one of the manifold components. a horn comprising a first end panel, a second end panel, a first side panel, and a second side panel, edges of at least the first and second side panels defining a diffraction slot opening; a keel attached to the horn, a plurality of manifold components attached to the keel, each having an output opening coupled to the diffraction slot opening, the output openings of the plurality of manifold components together constituting a diffraction slot source at the diffraction slot opening; and a plurality of electro-acoustic transducers, each coupled to an input opening of one of the manifold components.
A virtual channel setting method for a data flow, comprising: receiving, by a receiving device, a first data packet of a first data flow from a sending device, wherein the first data packet comprises an identifier of a first virtual channel corresponding to the first data flow; selecting, by the receiving device, a second virtual channel for the first data flow from a first virtual channel group corresponding to the first data flow, wherein the second virtual channel is different from the first virtual channel; and sending, by the receiving device, an acknowledgement packet to the sending device, wherein the acknowledgement packet comprises an identifier of the second virtual channel, and the second virtual channel is used by the sending device to update a virtual channel corresponding to the first data flow. receiving, by a receiving device, a first data packet of a first data flow from a sending device, wherein the first data packet comprises an identifier of a first virtual channel corresponding to the first data flow; selecting, by the receiving device, a second virtual channel for the first data flow from a first virtual channel group corresponding to the first data flow, wherein the second virtual channel is different from the first virtual channel; and sending, by the receiving device, an acknowledgement packet to the sending device, wherein the acknowledgement packet comprises an identifier of the second virtual channel, and the second virtual channel is used by the sending device to update a virtual channel corresponding to the first data flow.
A sensor array for locating tire sensors (111, 121, 131, 141, 151, 161) on a vehicle, the sensor array being arranged to: detect tire sensors (111, 121, 131, 141, 151, 161) on the vehicle as the tires (110, 120, 130, 140, 150, 160) of the vehicle traverses the sensor array, and identify each of the detected tire sensors (111, 121, 131, 141, 151, 161) on the vehicle, characterized in that the sensor array is arranged in cylindrical rollers (710, 720) arranged to support the tires (110, 120, 130, 140, 150, 160) of the vehicle. detect tire sensors (111, 121, 131, 141, 151, 161) on the vehicle as the tires (110, 120, 130, 140, 150, 160) of the vehicle traverses the sensor array, and identify each of the detected tire sensors (111, 121, 131, 141, 151, 161) on the vehicle, characterized in that the sensor array is arranged in cylindrical rollers (710, 720) arranged to support the tires (110, 120, 130, 140, 150, 160) of the vehicle.
A web meandering control device comprising; web end detection means for detecting a web end at a first position, said web end occurring as a widthwise end perpendicular to said web traveling direction; pattern end detection means for detecting at said first position pattern ends of patterns repeatedly printed on said web, said pattern ends occurring as widthwise ends perpendicular to said web travelling direction; control signal generating means for generating a control signal to bring said pattern end into conformity with a preset pattern end reference position by fetching a web end detection signal detected by said web end detection means and a pattern end detection signal detected by said pattern end detection means; and an actuator to shift said web in said widthwise direction by means of said control signal outputted from said control signal generating means; characterized in that: said web end detection means and said pattern end detection means composing a single imaging means to capture said web end and said pattern ends in a field of view of said single imaging means and detect said web end and said pattern end. pattern end detection means for detecting at said first position pattern ends of patterns repeatedly printed on said web, said pattern ends occurring as widthwise ends perpendicular to said web travelling direction; control signal generating means for generating a control signal to bring said pattern end into conformity with a preset pattern end reference position by fetching a web end detection signal detected by said web end detection means and a pattern end detection signal detected by said pattern end detection means; and an actuator to shift said web in said widthwise direction by means of said control signal outputted from said control signal generating means; characterized in that:
A device for conveying rod-shaped articles for the tobacco processing industry, in particular filter rods, having a longitudinal transporting device for transporting the rod-shaped articles one behind the other in a row in the longitudinal axial direction, having a transverse axial transporting device, in particular a fluted drum, for transporting the rod-shaped articles in the transverse axial direction, wherein the rod-shaped articles can be or are transferred from the longitudinal transporting device to the transverse axial transporting device on the output side of the longitudinal transporting device in a transfer region, wherein, in the transfer region of the rod-shaped articles between the longitudinal transporting device and the transverse axial transporting device, a bushing chamber configured with a, preferably closed, housing is provided for the rod-shaped articles, which bushing chamber is adapted such that longitudinal axially transported rod-shaped articles can be or are transported between an inlet opening of the housing and an outlet opening of the housing through the bushing chamber, wherein an air curtain production device which can be or is supplied with an air jet is provided in the housing of the bushing chamber, wherein the flow direction of the air curtain which can be or is produced by the air curtain production device is directed in the opposite direction to the longitudinal axial conveying direction of the rod-shaped articles in the bushing chamber, characterized in that the air curtain production device is arranged on the output side, preferably in the region of the outlet opening of the housing, in the housing of the bushing chamber.
Die representing a tread pattern model for a tread of a tyre to be moulded, said die being made up of a plurality of blocks separated by grooves, characterized in that the grooves are formed by substantially flat surfaces, at least some of these substantially flat surfaces being provided with textures, and in that the textures of the dies are realized by 3D printing or laser machining, with the aid of punches, or by selective fusion of metal powder, or by electrical discharge machining, and in that the substantially flat surfaces provided with textures are on the walls of blocks, and in that said die is formed by clustering of a plurality of blocks.
Detaching apparatus of a stack of sheets, comprising at least a gripping head of a sheet handling device and a nozzle assembly apt to eject a substantially horizonal air flow toward a lateral edge of a stack of sheets, a pressurised-air storage assembly provided at least with a tank of compressed air, an inlet port of said storage assembly being connected to an air supply line, a high-pressure pipe between said nozzle assembly and said storage assembly intercepted by an electrovalve, characterized in that said tank of compressed air is provided with at least a pressure multiplier and a relative first pressure adjuster said air supply line is connected to said storage assembly upstream of said pressure multiplier, said electrovalve is a quick-opening electrovalve, and said nozzle assembly is provided with a nozzle, supplied through said electrovalve, the nozzle comprising a connecting conduit which extends, beyond a support flange, into a divergent-convergent spout, i.e. divergent in a first direction and convergent in the orthogonal direction with respect to a plane perpendicular to a flow of the nozzle, so as to change a circular cross-section of said connecting conduit to an exit slit with a rectilinear-slit section. a pressurised-air storage assembly provided at least with a tank of compressed air, an inlet port of said storage assembly being connected to an air supply line, a high-pressure pipe between said nozzle assembly and said storage assembly intercepted by an electrovalve, characterized in that said tank of compressed air is provided with at least a pressure multiplier and a relative first pressure adjuster said air supply line is connected to said storage assembly upstream of said pressure multiplier, said electrovalve is a quick-opening electrovalve, and said nozzle assembly is provided with a nozzle, supplied through said electrovalve, the nozzle comprising a connecting conduit which extends, beyond a support flange, into a divergent-convergent spout, i.e. divergent in a first direction and convergent in the orthogonal direction with respect to a plane perpendicular to a flow of the nozzle, so as to change a circular cross-section of said connecting conduit to an exit slit with a rectilinear-slit section.
A catheter assembly comprising: a catheter tube; a balloon coupled to the catheter tube and comprising at least one pleat when in a collapsed configuration; and an outer cover coaxially surrounding the balloon and comprising at least one pleat when in the collapsed configuration, characterized in that the outer cover comprises an inner surface configured to substantially conform to an outer surface of the balloon such that both the balloon and cover comprise substantially the same shape, including when the balloon is deflated. a catheter tube; a balloon coupled to the catheter tube and comprising at least one pleat when in a collapsed configuration; and an outer cover coaxially surrounding the balloon and comprising at least one pleat when in the collapsed configuration, characterized in that the outer cover comprises an inner surface configured to substantially conform to an outer surface of the balloon such that both the balloon and cover comprise substantially the same shape, including when the balloon is deflated.
A coupling device (9, 10) with a first coupler (73, 83) and a second coupler (74, 84), the coupling device (9, 10) configured to connect the first coupler (73, 83) and the second coupler (74, 84) by moving one coupler (74, 84) of the first coupler (73, 83) and the second coupler (74, 84) to the other coupler (73, 83) of the first coupler (73, 83) and the second coupler (74, 84), the first coupler (73, 83) including a first cylinder body, the second coupler (74, 84) including a second cylinder body facing the first cylinder body, a cylindrical ring member movable in an axial direction of the second cylinder body, a seal ring arranged between the second cylinder body and the ring member, and a bias mechanism biasing the ring member toward the first cylinder body, a sealing member being disposed on at least one of an end face of the first cylinder body and an end face of the ring member, and when the one coupler (74, 84) is moved toward the other coupler (73, 83), the end face of the first cylinder body contacting the end face of the ring member via the sealing member, whereby an inner passage of the first cylinder body is in communication with an inner passage of the second cylinder body, wherein the coupling device (9, 10) further comprises a retainer provided on the second coupler (74, 84) and configured to prevent removal of the ring member from the second cylinder body; wherein the cylindrical ring member is engaged on an outer side of the second cylinder body with a gap; characterized in that the seal ring has a V-shaped cross section orthogonal to the circumferential direction. the first coupler (73, 83) including a first cylinder body, the second coupler (74, 84) including a second cylinder body facing the first cylinder body, a cylindrical ring member movable in an axial direction of the second cylinder body, a seal ring arranged between the second cylinder body and the ring member, and a bias mechanism biasing the ring member toward the first cylinder body, a sealing member being disposed on at least one of an end face of the first cylinder body and an end face of the ring member, and when the one coupler (74, 84) is moved toward the other coupler (73, 83), the end face of the first cylinder body contacting the end face of the ring member via the sealing member, whereby an inner passage of the first cylinder body is in communication with an inner passage of the second cylinder body, wherein the coupling device (9, 10) further comprises a retainer provided on the second coupler (74, 84) and configured to prevent removal of the ring member from the second cylinder body; wherein the cylindrical ring member is engaged on an outer side of the second cylinder body with a gap; characterized in that the seal ring has a V-shaped cross section orthogonal to the circumferential direction.
A secure portable computer device comprising: a higher-security computer module, for performing higher-security operations; a lower-security computer module, for performing low security operations; a secure KVM (Keyboard Video Mouse) switch, interfacing said higher-security computer module and said lower-security computer module to a keyboard, a pointing device and a display, while preventing data flow from said higher-security computer module to said lower-security computer module; and an enclosure, for enclosing at least said higher-security computer module, said lower-security computer module, and said secure KV M switch, wherein said enclosure is sized to be used as a portable computer to be carried by a user, characterized in that said secure KVM (Keyboard Video Mouse) switch, having a host emulator and controller function interfacing with said keyboard and pointing device, for each of said computer modules (2a, 2b), a human interface device emulator (74a, 74b) and a data diode (71a, 71b), respectively, and a human interface multiplexer, wherein said host emulator and controller function is configured to emulate the host computer in front of a connected keyboard and pointing device and to translate keyboard and pointing device commands into serial unidirectional data stream that is switchable by the human interface multiplexer to the human interface emulators (74a, 74b), respectively, via the corresponding data diode (71a, 71b). a higher-security computer module, for performing higher-security operations; a lower-security computer module, for performing low security operations; a secure KVM (Keyboard Video Mouse) switch, interfacing said higher-security computer module and said lower-security computer module to a keyboard, a pointing device and a display, while preventing data flow from said higher-security computer module to said lower-security computer module; and an enclosure, for enclosing at least said higher-security computer module, said lower-security computer module, and said secure KV M switch, wherein said enclosure is sized to be used as a portable computer to be carried by a user, characterized in that said secure KVM (Keyboard Video Mouse) switch, having a host emulator and controller function interfacing with said keyboard and pointing device, for each of said computer modules (2a, 2b), a human interface device emulator (74a, 74b) and a data diode (71a, 71b), respectively, and a human interface multiplexer, wherein said host emulator and controller function is configured to emulate the host computer in front of a connected keyboard and pointing device and to translate keyboard and pointing device commands into serial unidirectional data stream that is switchable by the human interface multiplexer to the human interface emulators (74a, 74b), respectively, via the corresponding data diode (71a, 71b).
Method for ascertaining a usable width of a section of a road, having the steps: - travelling along the road in a first direction of travel and ascertaining parking bays on the basis of echo profiles of an ascertaining device arranged in an ascertaining vehicle; - ascertaining lateral distances (13, 14) between the ascertaining device and parked vehicles at both road margins, wherein at least one ascertainment of parking bays and lateral distances to the right of the ascertaining vehicle and at least one ascertainment of the parking bays and lateral distances to the left of the ascertaining vehicle are performed; - wherein the travelling operations along the section of the road are performed in different directions of travel (A, B), wherein the ascertainment data from the travelling operations in the different directions (A, B) are correlated; and - ascertaining the usable width from the ascertained lateral distances (13, 14), wherein the usable width is ascertained from a defined number of travelling operations along the section of the road. - travelling along the road in a first direction of travel and ascertaining parking bays on the basis of echo profiles of an ascertaining device arranged in an ascertaining vehicle; - ascertaining lateral distances (13, 14) between the ascertaining device and parked vehicles at both road margins, wherein at least one ascertainment of parking bays and lateral distances to the right of the ascertaining vehicle and at least one ascertainment of the parking bays and lateral distances to the left of the ascertaining vehicle are performed; - wherein the travelling operations along the section of the road are performed in different directions of travel (A, B), wherein the ascertainment data from the travelling operations in the different directions (A, B) are correlated; and - ascertaining the usable width from the ascertained lateral distances (13, 14), wherein the usable width is ascertained from a defined number of travelling operations along the section of the road.
A charging control method, comprising the steps of: collecting a charging voltage; and controlling the charging voltage to be not less than a preset charging voltage threshold when determining that the collected charging voltage is not greater than a preset voltage value, characterized by further comprising the steps of: before determining that the charging voltage is not greater than a preset voltage value, the method further comprises: presetting a charging identification of the charging voltage threshold; and setting an initial state of the charging identification of the charging voltage threshold as an invalid state; and when determining that the charging voltage collected is not greater than the preset voltage value, the method further comprises: setting a state of the charging identification of the charging voltage threshold as a valid state; and presenting to a user with a prompt for suggesting closing a background application according to the set valid state of the charging identification of the charging voltage threshold. collecting a charging voltage; and controlling the charging voltage to be not less than a preset charging voltage threshold when determining that the collected charging voltage is not greater than a preset voltage value, characterized by further comprising the steps of: before determining that the charging voltage is not greater than a preset voltage value, the method further comprises: presetting a charging identification of the charging voltage threshold; and setting an initial state of the charging identification of the charging voltage threshold as an invalid state; and when determining that the charging voltage collected is not greater than the preset voltage value, the method further comprises: setting a state of the charging identification of the charging voltage threshold as a valid state; and presenting to a user with a prompt for suggesting closing a background application according to the set valid state of the charging identification of the charging voltage threshold. before determining that the charging voltage is not greater than a preset voltage value, the method further comprises: presetting a charging identification of the charging voltage threshold; and setting an initial state of the charging identification of the charging voltage threshold as an invalid state; and when determining that the charging voltage collected is not greater than the preset voltage value, the method further comprises: setting a state of the charging identification of the charging voltage threshold as a valid state; and presenting to a user with a prompt for suggesting closing a background application according to the set valid state of the charging identification of the charging voltage threshold.