mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging system , comprising: a main enclosure having at least one access door , said main enclosure defining a substantially light-tight imaging compartment when the access door is in a closed position; an object platform provided within said main enclosure for holding an object to be imaged; a camera positioned on a first side of said object platform , said camera being operable to capture a visible light image of the object ; a radiation detector positioned on the first side of said object platform , said radiation detector being moveable across a field of view of said camera from a first position to a second position, characterized in that said radiation detector being operable to capture a radiographic image of the object by moving said radiation detector from the first position to the second position while operating said detector to detect radiation from said object ; and said imaging system further comprising an image data processing system configured to process or stitch together image portions produced by the radiation detector to form a two-dimensional radiographic image of the object . a main enclosure having at least one access door , said main enclosure defining a substantially light-tight imaging compartment when the access door is in a closed position; an object platform provided within said main enclosure for holding an object to be imaged; a camera positioned on a first side of said object platform , said camera being operable to capture a visible light image of the object ; a radiation detector positioned on the first side of said object platform , said radiation detector being moveable across a field of view of said camera from a first position to a second position, characterized in that said radiation detector being operable to capture a radiographic image of the object by moving said radiation detector from the first position to the second position while operating said detector to detect radiation from said object ; and said imaging system further comprising an image data processing system configured to process or stitch together image portions produced by the radiation detector to form a two-dimensional radiographic image of the object .
A refrigerant system comprising: - a condenser configured to condense a working fluid; - an evaporator configured to evaporate the working fluid; - piping configured to circulate the working fluid between the condenser and the evaporator ; - a low point configured to collect condensed working fluid, said low point being a designated liquid pocket within the refrigerant system designed to collect condensed working fluid by gravity flow; - a pressure sensor configured to measure the working fluid pressure of the low point; - a heat source configured to heat the condensed working fluid collected within the low point ; and - a controller configured to selectively activate the heat source based on the working fluid pressure of the low point and a threshold pressure, wherein the controller is configured to maintain the working fluid pressure of the low point above the threshold pressure, characterized in that the system includes an ambient pressure sensor configured to detect an ambient pressure around the refrigerant system and in that the threshold pressure is based at least in part on an ambient pressure. - a condenser configured to condense a working fluid; - an evaporator configured to evaporate the working fluid; - piping configured to circulate the working fluid between the condenser and the evaporator ; - a low point configured to collect condensed working fluid, said low point being a designated liquid pocket within the refrigerant system designed to collect condensed working fluid by gravity flow; - a pressure sensor configured to measure the working fluid pressure of the low point; - a heat source configured to heat the condensed working fluid collected within the low point ; and - a controller configured to selectively activate the heat source based on the working fluid pressure of the low point and a threshold pressure, wherein the controller is configured to maintain the working fluid pressure of the low point above the threshold pressure, characterized in that the system includes an ambient pressure sensor configured to detect an ambient pressure around the refrigerant system and in that the threshold pressure is based at least in part on an ambient pressure.
A method for detecting faults in a plurality of measuring instruments and process equipment in a process plant, wherein the plurality of measuring instruments is configured to monitor one or more parameters associated with a process, wherein a plurality of measured signals is generated based on the monitoring, the method is performed by a process control system, the method comprising: receiving the plurality of measured signals from the plurality of measuring instruments ; extracting noise present in the plurality of measured signals; correlating the extracted noise from the plurality of measured signals with noise extracted from a plurality of reference signals, wherein the plurality of reference signals is obtained in absence of faults in the plurality of measuring instruments ; identifying deviations in the one or more parameters; and detecting faults in at least one of the plurality of measuring instruments and the process equipment using the correlated noises and the identified deviations of the one or more parameters, wherein the detected faults are rectified for controlling the process in the process plant, wherein identifying deviations includes correlating the one or more parameters with a predefined threshold range to determine deviations in the one or more parameters, wherein the one or more parameters comprises at least one of a mass of a material, energy of the material and a rate of flow of the material. receiving the plurality of measured signals from the plurality of measuring instruments ; extracting noise present in the plurality of measured signals; correlating the extracted noise from the plurality of measured signals with noise extracted from a plurality of reference signals, wherein the plurality of reference signals is obtained in absence of faults in the plurality of measuring instruments ; identifying deviations in the one or more parameters; and detecting faults in at least one of the plurality of measuring instruments and the process equipment using the correlated noises and the identified deviations of the one or more parameters, wherein the detected faults are rectified for controlling the process in the process plant, wherein identifying deviations includes correlating the one or more parameters with a predefined threshold range to determine deviations in the one or more parameters, wherein the one or more parameters comprises at least one of a mass of a material, energy of the material and a rate of flow of the material.
A socket device for a fiber optic network, configured to be positioned at a wall box having a fiber optic network terminal to allow the optical connection of a user cable to the network, said device comprising: - a casing which defines a housing compartment for housing an end portion of the network cable, said casing having a substantially planar base , external containment side walls and internal containment side walls ; - a closing element shaped to be coupled to said casing so as to close said housing compartment; wherein said internal containment side walls delimit an opening (A) of said base , said opening (A) being shaped to allow the passage of a network cable, wherein said external containment side walls provide at least one removable portion shaped to allow connection between a pre-connected end of the network terminal cable and an user cable external to the device, wherein said socket device for a fiber optic network comprises at least one protuberance positioned on said internal side walls , at mechanical coupling elements for a frame of the wall box, said protuberance projecting into said opening (A) and being configured to house fixing means , wherein said protuberance comprises a main slot for inserting a threaded fixing means, optionally a screw, and at least two secondary slots for the insertion of an adjustable fastening element, optionally a clamp element. - a casing which defines a housing compartment for housing an end portion of the network cable, said casing having a substantially planar base , external containment side walls and internal containment side walls ; - a closing element shaped to be coupled to said casing so as to close said housing compartment; wherein said internal containment side walls delimit an opening (A) of said base , said opening (A) being shaped to allow the passage of a network cable, wherein said external containment side walls provide at least one removable portion shaped to allow connection between a pre-connected end of the network terminal cable and an user cable external to the device, wherein said socket device for a fiber optic network comprises at least one protuberance positioned on said internal side walls , at mechanical coupling elements for a frame of the wall box, said protuberance projecting into said opening (A) and being configured to house fixing means , wherein said protuberance comprises a main slot for inserting a threaded fixing means, optionally a screw, and at least two secondary slots for the insertion of an adjustable fastening element, optionally a clamp element.
Use of an aldehyde mixture comprising - 70% to 92% by weight of aldehydes of the Formula (I), in which R is an alkyl radical having 6 to 20 carbon atoms, and - 8% to 30% by weight of alkylbenzene compounds not corresponding to the Formula (I), as blocking agent for amines, characterized in that the alkylbenzene compounds not corresponding to the Formula (I) have a higher boiling point than the aldehydes of the Formula (I). - 70% to 92% by weight of aldehydes of the Formula (I), in which R is an alkyl radical having 6 to 20 carbon atoms, and - 8% to 30% by weight of alkylbenzene compounds not corresponding to the Formula (I),
Interdental brush comprising a brush part and a shaft for detachably attaching the interdental brush to a handle part, wherein the brush part comprises a bristle holder and bristles attached to the bristle holder and wherein the bristle holder has a first end at which the bristle holder is anchored in the shaft , characterized in that the shaft is made of two parts to that effect that each part is manufactured individually and is connected to the other part .
A system comprising: a gantry ; a first shielding container on the gantry ; a first component of a linear accelerator at least partially within the first shielding container ; a second shielding container on the gantry at a separate location around the gantry from the first shielding container ; a second component of the linear accelerator at least partially within the second shielding container ; and a radiofrequency waveguide connecting the first component of the linear accelerator and the second component of the linear accelerator. a gantry ; a first shielding container on the gantry ; a first component of a linear accelerator at least partially within the first shielding container ; a second shielding container on the gantry at a separate location around the gantry from the first shielding container ; a second component of the linear accelerator at least partially within the second shielding container ; and a radiofrequency waveguide connecting the first component of the linear accelerator and the second component of the linear accelerator.
A method for operating a local bus , in particular a ring bus, with data bus participants (7a, 7b, ..., 7n), the method comprising: transmitting a first identifier of a cycle frame , wherein the first identifier defines the beginning of the cycle frame ; transmitting process data and management data over the local bus , wherein the process data and management data are transmitted within the cycle frame , wherein in a first time interval, τ 1 , from the first identifier at least one isochronous data packet containing the process data is transmitted, wherein the isochronous data packet comprises a second identifier which is different from the first identifier , and wherein when management data is transmitted within the cycle frame , said management data is transmitted separately from the process data in at least one asynchronous data packet , wherein said at least one asynchronous data packet comprises a third identifier that is different from the first and second identifier ; and wherein the first, second and third identifiers are each a unique identifier. transmitting a first identifier of a cycle frame , wherein the first identifier defines the beginning of the cycle frame ; transmitting process data and management data over the local bus , wherein the process data and management data are transmitted within the cycle frame , wherein in a first time interval, τ 1 , from the first identifier at least one isochronous data packet containing the process data is transmitted, wherein the isochronous data packet comprises a second identifier which is different from the first identifier , and wherein when management data is transmitted within the cycle frame , said management data is transmitted separately from the process data in at least one asynchronous data packet , wherein said at least one asynchronous data packet comprises a third identifier that is different from the first and second identifier ; and wherein the first, second and third identifiers are each a unique identifier.
A tunable dielectric metamaterial lens device for radar sensing, comprising - at least one metamaterial layer including a plurality of dielectric resonators arranged in parallel, each dielectric resonator comprising tunable material, wherein at least one electromagnetic property of the tunable material varies with an externally controllable electric field applied to it, - a plurality of electrically conductive electrodes , wherein two distinct electrically conductive electrodes of the plurality of electrically conductive electrodes each are arranged at any dielectric resonator of the plurality of dielectric resonators in a spaced manner in a direction perpendicular to the metamaterial layer in at least two different layers to at least partially cover the dielectric resonator in this direction, - a plurality of electrically conductive control lines that is configured for controlling the electric field to be applied to the tunable material, wherein each electrically conductive line is electrically connected to an electrically conductive electrode of the plurality of electrically conductive electrodes for controlling the externally controllable electric field, wherein for at least two dielectric resonators of the plurality of dielectric resonators the electrically conductive electrodes that are arranged in the same layer to cover the at least two dielectric resonators are distinct from each other. - at least one metamaterial layer including a plurality of dielectric resonators arranged in parallel, each dielectric resonator comprising tunable material, wherein at least one electromagnetic property of the tunable material varies with an externally controllable electric field applied to it, - a plurality of electrically conductive electrodes , wherein two distinct electrically conductive electrodes of the plurality of electrically conductive electrodes each are arranged at any dielectric resonator of the plurality of dielectric resonators in a spaced manner in a direction perpendicular to the metamaterial layer in at least two different layers to at least partially cover the dielectric resonator in this direction, - a plurality of electrically conductive control lines that is configured for controlling the electric field to be applied to the tunable material, wherein each electrically conductive line is electrically connected to an electrically conductive electrode of the plurality of electrically conductive electrodes for controlling the externally controllable electric field,
Electrically conductive multi-layer material for applying it under a non-conductive water insolation layer, comprising a woven glass fibre web which comprises a binding agent which is a vinyl polymer, preferably a polyvinyl acetate (PVA), and a fire retardant compound which is an organozinc compound, and is impregnated with electrically conductive carbon particles , wherein one side of the glass fibre web is coated with a metallic electrically conductive layer by the means of vacuum deposition, wherein metallic conductive layer is a metal layer selected from the group of metals containing aluminium, copper, aluminium-copper alloy, silver, gold, tin, chromium, iron, molybdenum, niobium, nickel, nickel-chromium alloy, palladium, platinum, silicon, tantalum, titanium and stainless steel.
Regeneration device for regenerating a coolant dispersion with a phase change material comprising: a redispersion unit for redispersing the coolant dispersion, which has a restrictor; and a recooling unit which enables the freezing of the phase change material by dissipating the heat stored in the coolant dispersion, wherein the recooling unit is configured so that the dissipated heat is at least partially recuperated in order to heat up the coolant dispersion to an inlet temperature. a redispersion unit for redispersing the coolant dispersion, which has a restrictor; and a recooling unit which enables the freezing of the phase change material by dissipating the heat stored in the coolant dispersion, wherein the recooling unit is configured so that the dissipated heat is at least partially recuperated in order to heat up the coolant dispersion to an inlet temperature.
An injection molding information management device which manages information of a part of an injection molding machine, characterized in that the injection molding information management device is configured to calculate a total value after a start of use of the part with respect to the product of a value of a physical quantity indicating a load applied to the part at one-time shot and the number of times of shots at the value, and to detect a deterioration degree of the part from the calculated total value.
A method for discontinuous reception, DRX, comprising: receiving, by a terminal device, a physical downlink control channel, PDCCH, monitoring occasion from a network device; characterized by when determining a DRX timer of a DRX active time expires in the PDCCH monitoring occasion, stopping, by the terminal device, monitoring the PDCCH on a symbol preceding the PDCCH monitoring occasion. receiving, by a terminal device, a physical downlink control channel, PDCCH, monitoring occasion from a network device; characterized by
A laser marking system comprising: first and second laser marking heads configured to mark a product ; and, a first controller associated with the first laser marking head and a second controller associated with the second laser marking head , wherein the first and second controllers are configurable to: receive data indicating information to be marked on the product ; generate laser marking vectors (A1-D2) based upon the received data ; and, control their associated laser marking head based on the laser marking vectors (A1-D2). first and second laser marking heads configured to mark a product ; and, a first controller associated with the first laser marking head and a second controller associated with the second laser marking head , wherein the first and second controllers are configurable to: receive data indicating information to be marked on the product ; generate laser marking vectors (A1-D2) based upon the received data ; and, control their associated laser marking head based on the laser marking vectors (A1-D2). receive data indicating information to be marked on the product ; generate laser marking vectors (A1-D2) based upon the received data ; and, control their associated laser marking head based on the laser marking vectors (A1-D2).
A valve having a leaflet moveable between an open position that permits antegrade flow through the valve and a closed position that prevents regurgitant flow through the valve, the leaflet comprising an aperture or gap, or a separation of portions of the leaflet to allow a flow or exchange of fluid between a front and back of the leaflet, when the leaflet is not in the closed position; and wherein the aperture, gap or separation is operable to close to prevent flow of exchange of fluid between the back and the front of the leaflet, when the leaflet is in the closed position.
A method for packing a coil or roll , the method comprising: providing the coil or roll comprising an inner edge (IE1, IE2) defined by an inner surface (IS) of the coil or roll , wherein the inner edge (IE1, IE2) defines an inner diameter (D1) of the coil or roll and the inner surface (IS) defines an inner space (ISP) of the coil or roll ; providing an inner edge protecting element comprising a first end and a second end , wherein said ends are opposite ends with respect to each other in a longitudinal direction of the inner edge protecting element ; adapting the inner edge protecting element to overlap at two portions of the inner edge protecting element , thereby forming substantially a closed shape having a first diameter (D); arranging , by a coil or roll packing machine , a portion of the adapted inner edge protecting element into the inner space (ISP) at the end of the inner surface (IS); increasing , by the coil or roll packing machine , the first diameter (D) so that at least part of the portion of the adapted inner edge protecting element becomes in contact with the inner surface (IS); characterized in that the method further comprises mechanically securing , by the coil or roll packing machine , the inner edge protecting element at the two portions to provide an inner edge protector secured into the inner space (ISP) and arranged along and in contact with the inner edge (IE1, IE2), wherein the mechanically securing comprises attaching the two portions to each other by the coil or roll packing machine , thereby fixing the increased first diameter (D). providing the coil or roll comprising an inner edge (IE1, IE2) defined by an inner surface (IS) of the coil or roll , wherein the inner edge (IE1, IE2) defines an inner diameter (D1) of the coil or roll and the inner surface (IS) defines an inner space (ISP) of the coil or roll ; providing an inner edge protecting element comprising a first end and a second end , wherein said ends are opposite ends with respect to each other in a longitudinal direction of the inner edge protecting element ; adapting the inner edge protecting element to overlap at two portions of the inner edge protecting element , thereby forming substantially a closed shape having a first diameter (D); arranging , by a coil or roll packing machine , a portion of the adapted inner edge protecting element into the inner space (ISP) at the end of the inner surface (IS); increasing , by the coil or roll packing machine , the first diameter (D) so that at least part of the portion of the adapted inner edge protecting element becomes in contact with the inner surface (IS);