mhurhangee/ep-ind-claims huggingface dataset:
An illuminable card, comprising: a card body, including: an electrically non-conductive carrier layer; and, a first core layer overlying and interconnected to a first side of the carrier layer, wherein the first core layer is at least partially light transmissive; electrically-conductive first and second contact pads (40, 42), supportably interconnected to the carrier layer in opposing, spaced relation to one another, for receiving a power signal from at least one of an external power supply and/or an on-board power supply; an antenna electrically interconnected at offset positions thereof to different ones of the first and second contact pads (40, 42), for receiving a contactless power signal from an external source of radio-frequency electromagnetic radiation; an illuminable patch, supportably interconnected to the carrier layer between the first and second contact pads (40, 42) to illuminate upon receipt of a power signal at the first and second contact pads (40, 42); and, a mask overlying at least a portion of the illuminable patch and defining a predetermined image visible on a first side of the illuminable card upon illumination of the illuminable patch; and wherein the illuminable patch, and the antenna are disposed on and supportably interconnected to a common side of the carrier layer. a card body, including: an electrically non-conductive carrier layer; and, a first core layer overlying and interconnected to a first side of the carrier layer, wherein the first core layer is at least partially light transmissive; an electrically non-conductive carrier layer; and, a first core layer overlying and interconnected to a first side of the carrier layer, wherein the first core layer is at least partially light transmissive; electrically-conductive first and second contact pads (40, 42), supportably interconnected to the carrier layer in opposing, spaced relation to one another, for receiving a power signal from at least one of an external power supply and/or an on-board power supply; an antenna electrically interconnected at offset positions thereof to different ones of the first and second contact pads (40, 42), for receiving a contactless power signal from an external source of radio-frequency electromagnetic radiation; an illuminable patch, supportably interconnected to the carrier layer between the first and second contact pads (40, 42) to illuminate upon receipt of a power signal at the first and second contact pads (40, 42); and, a mask overlying at least a portion of the illuminable patch and defining a predetermined image visible on a first side of the illuminable card upon illumination of the illuminable patch; and wherein the illuminable patch, and the antenna are disposed on and supportably interconnected to a common side of the carrier layer.
A method for sensing physical, chemical, and biological characteristics of an environment using a radio frequency identification, RFID, sensor component, which is employed by an electronic sensor, said RFID sensor component having a predetermined range of power initiation levels and having predetermined resonant circuit parameters comprising the steps of: ▪ activating the RFID sensor component and determining whether a range of power levels needed for activating the sensor component is more narrow than the predetermined range of power initiation levels; ▪ sensing at least one of the physical, chemical, and biological characteristics of the environment; ▪ quantifying the sensed characteristics of the environment using one or more selected (76/78) resonant parameters of the electronic sensor, wherein the selection of parameters is based in part on the range of power levels needed to activate the sensor component and on the determination whether said range of power levels is more narrow than the predetermined range of power initiation levels. ▪ activating the RFID sensor component and determining whether a range of power levels needed for activating the sensor component is more narrow than the predetermined range of power initiation levels; ▪ sensing at least one of the physical, chemical, and biological characteristics of the environment; ▪ quantifying the sensed characteristics of the environment using one or more selected (76/78) resonant parameters of the electronic sensor, wherein the selection of parameters is based in part on the range of power levels needed to activate the sensor component and on the determination whether said range of power levels is more narrow than the predetermined range of power initiation levels.
A data loading method for a virtual machine, wherein the method comprises: after the virtual machine is started, obtaining a data loading request of the virtual machine, wherein the data loading request is used to request to load target data in an image file; determining whether the target data is stored in a snapshot corresponding to the virtual machine, wherein the snapshot is a volume obtained by copying a blank volume corresponding to the virtual machine when the virtual machine is created, the volume is associated with a corresponding snapshot, the snapshot is used to lazily load the image file, and the snapshot is associated with the image file; when the target data is not stored in the snapshot, writing the target data from a mirror server into the snapshot, and then reading the target data from the snapshot and sending the target data to the virtual machine; and obtaining virtual machine data generated by the virtual machine, and writing the virtual machine data into the volume. after the virtual machine is started, obtaining a data loading request of the virtual machine, wherein the data loading request is used to request to load target data in an image file; determining whether the target data is stored in a snapshot corresponding to the virtual machine, wherein the snapshot is a volume obtained by copying a blank volume corresponding to the virtual machine when the virtual machine is created, the volume is associated with a corresponding snapshot, the snapshot is used to lazily load the image file, and the snapshot is associated with the image file; when the target data is not stored in the snapshot, writing the target data from a mirror server into the snapshot, and then reading the target data from the snapshot and sending the target data to the virtual machine; and obtaining virtual machine data generated by the virtual machine, and writing the virtual machine data into the volume.
A pump system (100, 200, 300, 300') for lacteal extraction comprising: a mechanical safety valve (140A, 140B, 210a, 310, 310', 310'", 310"", 310"'", 310""") within a milk flow path of the system, wherein the safety valve (140A, 140B, 210a, 310', 310'", 310"", 310'"", 310""") is configured to automatically actuate in response to specific vacuum ranges that can cause an over-vacuum condition, the pump system (100, 200, 300, 300') further comprising an adapter connected by tubing to a vacuum pump, the adapter further connected to a collection container (130, 250, 350, 350'), wherein the mechanical safety valve (140A, 140B, 210a, 310', 310'", 310"", 310'"", 310""") is in the adapter, wherein the adapter comprises an opening on a bottom wall of the adapter, and the mechanical safety valve (140A, 140B, 210a, 310', 310'", 310"", 310'"", 310""") is at the opening, and wherein the mechanical safety valve (140A, 140B, 210a, 310', 310'", 310"", 310'"", 310""") allows fluid flow by folding. a mechanical safety valve (140A, 140B, 210a, 310, 310', 310'", 310"", 310"'", 310""") within a milk flow path of the system, wherein the safety valve (140A, 140B, 210a, 310', 310'", 310"", 310'"", 310""") is configured to automatically actuate in response to specific vacuum ranges that can cause an over-vacuum condition, the pump system (100, 200, 300, 300') further comprising an adapter connected by tubing to a vacuum pump, the adapter further connected to a collection container (130, 250, 350, 350'), wherein the mechanical safety valve (140A, 140B, 210a, 310', 310'", 310"", 310'"", 310""") is in the adapter, wherein the adapter comprises an opening on a bottom wall of the adapter, and the mechanical safety valve (140A, 140B, 210a, 310', 310'", 310"", 310'"", 310""") is at the opening, and wherein the mechanical safety valve (140A, 140B, 210a, 310', 310'", 310"", 310'"", 310""") allows fluid flow by folding.
A method of filming a subject to produce film suitable for projecting in a manner that creates a Pepper's Ghost of the subject, the method comprising filming a subject under a lighting arrangement having one of more front lights (3, 4, 5, 6, 7, 8, 9) for illuminating a front of the subject and one or more back lights (10, 11, 12, 13, 14), the one or more front lights and one or more back lights comprising LEDs to provide significant illumination of the subject wherein the lights are controlled such that the total brightness of the one or more front lights, as measured at the position of the subject, is less than or approximately the same as the total brightness of the one or more back lights, as measured at the position of the subject so as to create a rim of light around the subject to sharpen an outline of the subject, characterized in that the studio further comprises a back screen, and wherein the front lights are angled such that the majority of light emitted by the front lights is not reflected by the back screen back to the subject.
Online cleaner for the elimination, avoidance, or at least reduction of deposits in water-bearing and/or water-contacting paper-producing plants, which is free from aliphatic hydrocarbon solvents and consists of at least one hydrophobic organic solvent from the group of acetals as well as of at least one surfactant and/or at least one chelating agent and > 40% water.
A button structure, comprising: a connecting element; a press element; and at least one elastic element connected to the connecting element and the press element, wherein the at least one elastic element is operable to provide a restoring force after the press element is pressed towards the connecting element; wherein the connecting element is provided with an instruction transmission port and at least one of a current transmission port and a data transmission port; characterised in that the press element is provided with an instruction triggering port and at least one of a current transmission pin and a data transmission pin; the current transmission pin is electrically connected to the current transmission port to output or input current; the data transmission pin is electrically connected to the data transmission port to output or input data; when the press element is pressed towards the connecting element, the instruction triggering port comes into contact with the instruction transmission port to trigger instruction transmission. a connecting element; a press element; and at least one elastic element connected to the connecting element and the press element, wherein the at least one elastic element is operable to provide a restoring force after the press element is pressed towards the connecting element; wherein the connecting element is provided with an instruction transmission port and at least one of a current transmission port and a data transmission port; characterised in that the press element is provided with an instruction triggering port and at least one of a current transmission pin and a data transmission pin; the current transmission pin is electrically connected to the current transmission port to output or input current; the data transmission pin is electrically connected to the data transmission port to output or input data; when the press element is pressed towards the connecting element, the instruction triggering port comes into contact with the instruction transmission port to trigger instruction transmission.
Ablation system, in particular for the large-scale mucosa ablation, with a plasma ablation probe (12, 12a) having at least two identical spark plasma electrodes (31, 32) which are arranged next to one another, with a single electrical source for HF voltage and two electrical lines (33, 34) which lead parallel with one another to the spark plasma electrodes (31, 32), and a switch arrangement arranged between the source and the two electrical lines (33, 34), with a gas source and at least one fluid line which leads from the gas source to the identical spark plasma electrodes (31, 32), and the ablation probe emits at least two plasma beams which meet the tissue to be treated directly next to one another, characterised in that the switch arrangement is arranged so as to connect the lines alternately to the source, wherein the plasma beams are energised alternately and ignite the two spark plasma electrodes alternately.
A luminescent substance of the general formula XZO 4 wherein X stands for Y b La c Pr e Nd f Er n Yb p Fe v and b + c + e + f + n + p + v = 1 and b, c, e, f, n, p and v each range from 0 to 1, wherein at least two rare earth elements are present in the combinations Er and Yb with n ≠ 0 and p ≠ 0 or Nd and Yb with f ≠ 0 and p ≠ 0 or Er and Nd with n ≠ 0 and f ≠ 0, Z stands for Nb za Ta zb and za + zb = 1 and za and zb each range from 0 to 1. wherein X stands for Y b La c Pr e Nd f Er n Yb p Fe v and b + c + e + f + n + p + v = 1 and b, c, e, f, n, p and v each range from 0 to 1, wherein at least two rare earth elements are present in the combinations Er and Yb with n ≠ 0 and p ≠ 0 or Nd and Yb with f ≠ 0 and p ≠ 0 or Er and Nd with n ≠ 0 and f ≠ 0, Z stands for Nb za Ta zb and za + zb = 1 and za and zb each range from 0 to 1.
An antimicrobial cleansing composition, comprising: 5 to 25% by weight of a sulfate surfactant; 0 to 5% by weight of a fatty acid soap; 0.03 to 3 parts per million of a silver compound; 0.05 to 1% by weight of a thickening agent; and 1 to 10% by weight of a nitrate; wherein a pH of the cleansing composition is 5 to 10. 5 to 25% by weight of a sulfate surfactant; 0 to 5% by weight of a fatty acid soap; 0.03 to 3 parts per million of a silver compound; 0.05 to 1% by weight of a thickening agent; and 1 to 10% by weight of a nitrate; wherein a pH of the cleansing composition is 5 to 10.
Self-sealing tyre sealant comprising at least one filler in the form of particles having expandable and/or compressible properties, wherein the filler comprises at least one material selected from the group comprising a) materials with porous structures, such as cork, ethylene-vinyl acetate, polyurethane foam, polylactide, polyvinylalcohol, metal alloys such as cobalt-chromium, and b) elastic materials through flexible chemical bonds, such as rubber, in particular recycled vulcanized rubber, and materials containing LnN 6 units and/or FeC 6 units, wherein the tyre sealant contains 50% to 75% by weight of at least one polyolefin having a number average of the molecular weight distribution Mn by GPC of 400 to 2500 g/mol, wherein the particle size of the at least one filler is 10 μm (micrometres) to 10 mm (millimetres) and wherein the tyre sealant contains 0.2% to 10% by weight of the at least one expandable and/or compressible filler.
An input device comprising a contact plate which includes a contact surface and is at least partially coated with an electrical resistive layer on a surface facing away from the contact surface, the electrical resistive layer including at least two electrically conducting contacts, and a measuring circuit which is configured to measure a sensing capacitor formed by the electrical resistive layer and an electrostatically chargeable object arranged at a contact position on the contact surface, the measuring circuit comprising a reference capacitor for charge equalization with the sensing capacitor when the contact position is measured, a processing unit being provided which is configured to determine the coordinates (X, Y) of the contact position of the electrostatically chargeable object on the contact surface by determining the ohmic resistances (R 1, R 2, R 3, R n) between the contact position of the electrostatically chargeable object and the electrically conducting contacts.
A force transmission device for a variable valve drive of an internal combustion engine with at least one gas exchange valve and with a camshaft having a first cam and a second cam, wherein the force transmission device has: a first lever device, by means of which an operative connection can be produced between the first cam and the at least one gas exchange valve, wherein the first lever device has a first cam follower, which makes contact with the first cam and which is formed as a rotatable roller, and a first receptacle for the first cam follower, and the first cam follower is received, displaceable and lockable in the first receptacle; and a second lever device, by means of which an operative connection can be produced between the second cam and the at least one gas exchange valve, wherein the second lever device has a second cam follower, which makes contact with the second cam and which is formed as a rotatable roller, and a second receptacle for the second cam follower, and the second cam follower is received, displaceable and lockable in the second receptacle, wherein the first lever device has at least one displaceable blocking piston which can be loaded hydraulically and which is designed for locking the first cam follower. a first lever device, by means of which an operative connection can be produced between the first cam and the at least one gas exchange valve, wherein the first lever device has a first cam follower, which makes contact with the first cam and which is formed as a rotatable roller, and a first receptacle for the first cam follower, and the first cam follower is received, displaceable and lockable in the first receptacle; and a second lever device, by means of which an operative connection can be produced between the second cam and the at least one gas exchange valve, wherein the second lever device has a second cam follower, which makes contact with the second cam and which is formed as a rotatable roller, and a second receptacle for the second cam follower, and the second cam follower is received, displaceable and lockable in the second receptacle,
An extension device for a bone anchor, wherein the bone anchor comprises an anchoring section for anchoring in a bone and a receiving part (200, 200') connected to the anchoring section, the receiving part comprising a central axis and a channel for receiving a rod, wherein sidewalls of the channel form two free legs (205a, 205b), the extension device comprising a first sleeve (1, 1') with a first sleeve axis (c) that is coaxial with the central axis, wherein the first sleeve (1, 1') is configured to be detachably coupled to the receiving part (200, 200') and a second sleeve (2, 2', 2", 2"') with a second sleeve axis, wherein the second sleeve is positioned within the first sleeve (1, 1'), wherein the first sleeve (1, 1') is configured to contact to the receiving part (200, 200') such as to inhibit a translational movement of the first sleeve relative to the receiving part along the central axis and wherein the second sleeve (2, 2', 2", 2"') is configured to be coupled to the receiving part so as to hinder or inhibit a rotational movement of the second sleeve (2, 2', 2", 2'") relative to the receiving part (200, 200'); wherein the second sleeve (2, 2', 2", 2'") is connected to the first sleeve (1, 1') through a coupling member, wherein the second sleeve (2, 2', 2", 2'") comprises an abutment for the coupling member, characterized in that the coupling member is a bushing and coupled to the first sleeve (1, 1') through an advancement structure comprising threads (33, 16) that permits to advance the coupling member in the first sleeve (1, 1') together with the second sleeve (2, 2', 2", 2'") in an axial direction. an anchoring section for anchoring in a bone and a receiving part (200, 200') connected to the anchoring section, the receiving part comprising a central axis and a channel for receiving a rod, wherein sidewalls of the channel form two free legs (205a, 205b),
A flexible circuit for attaching to a fluid cartridge, comprising a single flexible substrate, a first integrated circuit connected to the single flexible substrate, and an electrical connector pad array arranged in a constant pattern, on the single flexible substrate, for connection to a host controller, comprising first electrical connector pads connected to the first integrated circuit and second electrical connector pads for connection to a fluid dispensing die, characterized in that the first and second electrical connector pads (7, 8) include first connector pads and second electrical connector pads which are arranged along the same line, at least four first electrical connector pads are regularly arranged in the electrical connector pad array, that are connected to the first integrated circuit, including a ground connection, a power supply connection (Vcc), a data connection, and a clock circuit connection, and wherein at least one combination connector pad (A, B) is configured to function as a ground for the first integrated circuit and for a second integrated circuit at the fluid dispensing die, and/or at least one combination connector pad (A, B) is configured to function as a power supply (Vcc) for the first integrated circuit and for the second integrated circuit, when connected to a host device.
A plug (1, 50, 50a, 70, 80) for plugging wells, and in particular oil and gas wells, said plug comprising: a plug body (2, 51, 51a, 71, 81) having a cavity (4, 53, 53a, 73, 83) for receiving heating means; means for receiving a eutectic alloy (3, 52, 52a, 72, 82); means (5, 54, 54a, 74, 84) for releasably retaining heating means within the cavity (4, 53, 53a, 73, 83) of the plug body (2, 51, 51a, 71, 81), said means being located within the cavity; and characterised in that the plug (1, 50, 50a, 70, 80) is retrievable and further comprises one or more recesses in the inner walls of the plug body (2, 51, 51a, 71, 81) for retaining an extraction heater within the cavity (4, 53, 53a, 73, 83) of the plug body. a plug body (2, 51, 51a, 71, 81) having a cavity (4, 53, 53a, 73, 83) for receiving heating means; means for receiving a eutectic alloy (3, 52, 52a, 72, 82); means (5, 54, 54a, 74, 84) for releasably retaining heating means within the cavity (4, 53, 53a, 73, 83) of the plug body (2, 51, 51a, 71, 81), said means being located within the cavity; and characterised in that the plug (1, 50, 50a, 70, 80) is retrievable and further comprises one or more recesses in the inner walls of the plug body (2, 51, 51a, 71, 81) for retaining an extraction heater within the cavity (4, 53, 53a, 73, 83) of the plug body.
A water separator comprising a flow channel defined by a wall and having an inlet and an outlet through which a flow of channel gas containing water can be passed from the inlet to the outlet, wherein the water separator has a first separation channel with a first inlet opening and a second separation channel with a second inlet opening, wherein the first inlet opening and the second inlet opening are formed on the inside of the wall of the flow channel, the first inlet opening being arranged upstream of the second inlet opening, wherein the second separation channel opens into the first separation channel through a second outlet opening, wherein the first separation channel opens into a bypass channel through a bypass channel opening, wherein the bypass channel extends at least partially around the flow channel, wherein a first gas flow can be conducted through the first separation channel and wherein a second gas flow can be conducted through the second separation channel, characterized in that the second outlet opening is designed such that the second gas flow can be conducted through the second outlet opening such that the first gas flow can be deflected in the direction of the circulation channel opening by the second gas flow.