mhurhangee/ep-ind-claims huggingface dataset:
A memory cell (117, 200A, 200B), comprising: a storage component (209A, 209B) that includes a chalcogenide stack that includes a plurality of concentric layers of material surrounding a bit line conductor (211A, 211B); a selector component (205A, 205B) that includes a Schottky diode; characterized by a first electrode (203A, 203B) concentrically surrounding the selector component (205A, 205B); and by a second electrode (207A, 207B) concentrically surrounding the storage component (209A, 209B) and being concentrically surrounded by the selector component (205A, 205B). a storage component (209A, 209B) that includes a chalcogenide stack that includes a plurality of concentric layers of material surrounding a bit line conductor (211A, 211B); a selector component (205A, 205B) that includes a Schottky diode; characterized by a first electrode (203A, 203B) concentrically surrounding the selector component (205A, 205B); and by a second electrode (207A, 207B) concentrically surrounding the storage component (209A, 209B) and being concentrically surrounded by the selector component (205A, 205B).
A faceplate bezel (400, 500) for mounting about an optically transparent faceplate in a code symbol reading system with EAS tag deactivation capabilities and in communication with a host computer system, said faceplate bezel (400, 500) comprising: a front surface, a rear surface, and a rectangular shaped aperture (6, 60) having dimensions closely matched to the outer dimensions of said optically transparent faceplate; and a first coil (28A, 28D) of electrically conductive wire embedded along said rear surface about said rectangular shaped aperture, and having terminals connected to an electrical interface circuit; wherein said first coil (28A, 28D) generates a first electromagnetic field in the vicinity of said optically transparent faceplate, for deactivating an EAS tag on a purchased product during EAS tag deactivation operations, wherein said faceplate bezel further comprises a groove formed in the rear surface of said faceplate bezel, extending all around said rectangular shaped aperture, at a depth sufficient to recess at least said first coil (28A, 28D) of electrically conductive wire embedded in said groove, and having said terminals that terminate at a recessed cavity formed in a base portion extending from a bottom portion of said faceplate bezel, and said electrical interface circuit being mounted in said recessed cavity. a front surface, a rear surface, and a rectangular shaped aperture (6, 60) having dimensions closely matched to the outer dimensions of said optically transparent faceplate; and a first coil (28A, 28D) of electrically conductive wire embedded along said rear surface about said rectangular shaped aperture, and having terminals connected to an electrical interface circuit;
Paper, suitable for use as removable or repositionable labels, comprising: a paper substrate, having a weight of less than about 70 gsm, a width extending between lateral edges (7, 8), a longitudinal axis extending along the center of the width, a first side and a second side, the first side supporting at least one release layer; the second side supporting at least one layer of adhesive; characterised in that the second side supports at least one layer of a cleaning material between the adhesive layer or layers and the paper substrate, which cleaning material has an affinity for the adhesive of the layer or layers, so that, in use, the material tends to clean printer components when the labels are being printed; the adhesive layer or layers comprising substantially discrete adhesive areas: a. having a dry weight per unit area of the paper, the adhesive areas being separated by adhesive having a lower dry weight per unit area of the paper and by exposed cleaning material; b. having a dry weight per unit area of the paper, the adhesive areas being separated by exposed cleaning material; or c. being formed by at least one additional layer of cleaning material over adhesive, said at least one additional layer having openings therethrough to expose adhesive so as to form said adhesive areas. a paper substrate, having a weight of less than about 70 gsm, a width extending between lateral edges (7, 8), a longitudinal axis extending along the center of the width, a first side and a second side, the first side supporting at least one release layer; the second side supporting at least one layer of adhesive; characterised in that the second side supports at least one layer of a cleaning material between the adhesive layer or layers and the paper substrate, which cleaning material has an affinity for the adhesive of the layer or layers, so that, in use, the material tends to clean printer components when the labels are being printed; the adhesive layer or layers comprising substantially discrete adhesive areas: a. having a dry weight per unit area of the paper, the adhesive areas being separated by adhesive having a lower dry weight per unit area of the paper and by exposed cleaning material; b. having a dry weight per unit area of the paper, the adhesive areas being separated by exposed cleaning material; or c. being formed by at least one additional layer of cleaning material over adhesive, said at least one additional layer having openings therethrough to expose adhesive so as to form said adhesive areas. a. having a dry weight per unit area of the paper, the adhesive areas being separated by adhesive having a lower dry weight per unit area of the paper and by exposed cleaning material; b. having a dry weight per unit area of the paper, the adhesive areas being separated by exposed cleaning material; or c. being formed by at least one additional layer of cleaning material over adhesive, said at least one additional layer having openings therethrough to expose adhesive so as to form said adhesive areas.
Light source or sensor comprising: - a stack of dielectric or semi-conductive layers comprising an alternating sequence, in a direction (z) referred to as the vertical direction, of layers with a high refractive index (n 1) and low refractive index (n 2) forming an interferential mirror, and having an upper layer with a high refractive index; - at least a first metal pellet which is deposited on or transferred to the upper layer of the stack of layers in order to form a structure which supports a first Tamm plasmon mode which is spatially localised in at least one lateral direction (x, y) perpendicular to the vertical direction; and - at least one light emitter or detector (BQ, QW) which is arranged inside the stack of layers, below the metal pellet and at a depth corresponding to a local maximum of the electrical field of the first Tamm plasmon mode, in order to emit or detect a radiation which has a wavelength λ, resonating therewith; characterised in that the or each metal pellet has lateral dimensions which are less than or equal to 10 λ, and preferably less than or equal to 5 λ, so as to support a Tamm plasmon mode localised in three dimensions. - a stack of dielectric or semi-conductive layers comprising an alternating sequence, in a direction (z) referred to as the vertical direction, of layers with a high refractive index (n 1) and low refractive index (n 2) forming an interferential mirror, and having an upper layer with a high refractive index; - at least a first metal pellet which is deposited on or transferred to the upper layer of the stack of layers in order to form a structure which supports a first Tamm plasmon mode which is spatially localised in at least one lateral direction (x, y) perpendicular to the vertical direction; and - at least one light emitter or detector (BQ, QW) which is arranged inside the stack of layers, below the metal pellet and at a depth corresponding to a local maximum of the electrical field of the first Tamm plasmon mode, in order to emit or detect a radiation which has a wavelength λ, resonating therewith;
A switching device for fast disconnection of short-circuit currents, comprising: - a switching bridge with a movable contacting element and a fixed contacting element, the switching bridge being operable in a closed state, in which the movable contacting element is in contact with the fixed contacting element, and an open state, in which the movable contacting element is spaced apart from the fixed contacting element, - an electromagnetic switching drive with a coil for generating a magnetic field and a magnet anchor, wherein a movement of the magnet anchor is coupled to a movement of the switching bridge, - a guide sleeve to guide the movement of the magnet anchor in the magnetic field of the coil, the magnet anchor being arranged within the guide sleeve such that a cavity is formed below the magnet anchor, - a pyrotechnic propellant charge located in the cavity, - a supporting device for supporting the guide sleeve, - wherein the guide sleeve and the magnet anchor and the pyrotechnic propellant charge interact such that, as a result of ignition of the pyrotechnic propellant charge within the cavity, the magnet anchor is moved from a first position within the guide sleeve at which the switching bridge is operated in the closed state to a second position within the guide sleeve at which the switching bridge is operated in the open state, - wherein the supporting device and the guide sleeve are arranged such that a gap is formed between the guide sleeve and the supporting device, characterized in that the gap is configured to guide a gas flow of gases produced during ignition of the pyrotechnic propellant charge and emerging from the cavity into the gap. - a switching bridge with a movable contacting element and a fixed contacting element, the switching bridge being operable in a closed state, in which the movable contacting element is in contact with the fixed contacting element, and an open state, in which the movable contacting element is spaced apart from the fixed contacting element, - an electromagnetic switching drive with a coil for generating a magnetic field and a magnet anchor, wherein a movement of the magnet anchor is coupled to a movement of the switching bridge, - a guide sleeve to guide the movement of the magnet anchor in the magnetic field of the coil, the magnet anchor being arranged within the guide sleeve such that a cavity is formed below the magnet anchor, - a pyrotechnic propellant charge located in the cavity, - a supporting device for supporting the guide sleeve, - wherein the guide sleeve and the magnet anchor and the pyrotechnic propellant charge interact such that, as a result of ignition of the pyrotechnic propellant charge within the cavity, the magnet anchor is moved from a first position within the guide sleeve at which the switching bridge is operated in the closed state to a second position within the guide sleeve at which the switching bridge is operated in the open state, - wherein the supporting device and the guide sleeve are arranged such that a gap is formed between the guide sleeve and the supporting device,
Motor comprising: - an outer part comprising a range of magnetic field sources and having a central recess, said magnetic field sources of the outer part comprising a range of electromagnets and a range of permanent magnets (44, 45), - an inner part comprising at least one magnetic dipole and arranged in said central recess of the outer part, in other words an inner rotor and an outer stator, or an inner stator and an outer rotor, or an outer rotor that rotates in the counterclockwise direction and an inner rotor that rotates in the clockwise direction, said outer part and said inner part being configured such that it is possible to have a relative rotational movement between them, - a range of transient magnetic rotors positioned in said central recess of the outer part, between said inner part and said outer part, each of said transient magnetic rotors comprising at least one magnetic dipole, said transient magnetic rotors being in contact with the outer part and the inner part, - said motor being configured such that a magnetic destabilization force can be exerted on each of the transient magnetic rotors making it possible to induce a relative movement between each of said transient magnetic rotors and said outer part. - an outer part comprising a range of magnetic field sources and having a central recess, said magnetic field sources of the outer part comprising a range of electromagnets and a range of permanent magnets (44, 45), - an inner part comprising at least one magnetic dipole and arranged in said central recess of the outer part, in other words an inner rotor and an outer stator, or an inner stator and an outer rotor, or an outer rotor that rotates in the counterclockwise direction and an inner rotor that rotates in the clockwise direction, said outer part and said inner part being configured such that it is possible to have a relative rotational movement between them, - a range of transient magnetic rotors positioned in said central recess of the outer part, between said inner part and said outer part, each of said transient magnetic rotors comprising at least one magnetic dipole, said transient magnetic rotors being in contact with the outer part and the inner part, - said motor being configured such that a magnetic destabilization force can be exerted on each of the transient magnetic rotors making it possible to induce a relative movement between each of said transient magnetic rotors and said outer part.
A method comprising: receiving, by a receiver, from a transmitter, a communications signal, wherein the receiver and a verified transmitter are keyed to each other based on at least one frequency characteristic of the transmitter; determining, by processing circuitry associated with the receiver, at least one frequency characteristic of the received communications signal as, at least in part, an amplitude in a phase modulation sideband frequency spectrum different from a nominal carrier frequency spectrum the transmitter is associated with and used to communicate the communications signal; and determining, by the processing circuitry associated with the receiver, J whether the transmitter is a verified transmitter based on the at least one frequency characteristic and at least one verified frequency characteristic stored by a memory associated with the processing circuitry. receiving, by a receiver, from a transmitter, a communications signal, wherein the receiver and a verified transmitter are keyed to each other based on at least one frequency characteristic of the transmitter; determining, by processing circuitry associated with the receiver, at least one frequency characteristic of the received communications signal as, at least in part, an amplitude in a phase modulation sideband frequency spectrum different from a nominal carrier frequency spectrum the transmitter is associated with and used to communicate the communications signal; and determining, by the processing circuitry associated with the receiver, J whether the transmitter is a verified transmitter based on the at least one frequency characteristic and at least one verified frequency characteristic stored by a memory associated with the processing circuitry.
A communication system for isochronous data transmission, comprising: - a real-time controlled Ethernet data network with at least one first communication device (50, 60) which includes a synchronized timer (57, 67) and which is adapted to transmit real-time critical data telegrams using a scheduled real-time control; - at least one bridge device; - at least one second communication device connected to the bridge device and including means for providing real-time critical data telegrams each of which contains a predetermined transmission time, and a communication interface via which the real-time critical data telegrams are transmitted to the bridge device, wherein the communication interface does not support real-time controlled data transmission; wherein the bridge device comprises: - a timer which is synchronized with the timer (57, 67) of the first communication device (50, 55, 60, 65); - means adapted to evaluate the transmission time of a real-time critical data telegram transmitted by the second communication device; and - control means adapted to control, in response to the transmission time contained in a real-time critical data telegram, the forwarding of the associated real-time critical data telegram to the at least one first communication device (50, 60) of the Ethernet data network. - a real-time controlled Ethernet data network with at least one first communication device (50, 60) which includes a synchronized timer (57, 67) and which is adapted to transmit real-time critical data telegrams using a scheduled real-time control; - at least one bridge device; - at least one second communication device connected to the bridge device and including means for providing real-time critical data telegrams each of which contains a predetermined transmission time, and a communication interface via which the real-time critical data telegrams are transmitted to the bridge device, wherein the communication interface does not support real-time controlled data transmission; - a timer which is synchronized with the timer (57, 67) of the first communication device (50, 55, 60, 65); - means adapted to evaluate the transmission time of a real-time critical data telegram transmitted by the second communication device; and - control means adapted to control, in response to the transmission time contained in a real-time critical data telegram, the forwarding of the associated real-time critical data telegram to the at least one first communication device (50, 60) of the Ethernet data network.
Jewellery item comprising a plurality of modular elements wherein at least one of such modular elements comprises: - at least three connection points (3a, 3b, 3c) for connecting to three further modular elements (2a, 2b, 2c), each connection point (3a, 3b, 3c) being suitable for connecting said at least one modular element to a further modular element (2a, 2b, 2c); and - at least one intermediate portion, interposed between a first connection point for connection to a first further modular element and a second connection point for connection to a second further modular element of said three connection points (3a, 3b, 3c), said at least one intermediate portion being configured so as to allow the interposition of a further fourth element between said further first modular element and said further second modular element; wherein said at least one modular element is connected to said three further modular elements (2a, 2b, 2c) and operatively associated with said further fourth modular element so as to allow the jewellery item to pass from a contracted configuration to an extended configuration varying the dimensions thereof. - at least three connection points (3a, 3b, 3c) for connecting to three further modular elements (2a, 2b, 2c), each connection point (3a, 3b, 3c) being suitable for connecting said at least one modular element to a further modular element (2a, 2b, 2c); and - at least one intermediate portion, interposed between a first connection point for connection to a first further modular element and a second connection point for connection to a second further modular element of said three connection points (3a, 3b, 3c), said at least one intermediate portion being configured so as to allow the interposition of a further fourth element between said further first modular element and said further second modular element;
A device for the harvesting of bilberries, comprising: - a frame including a handgrip portion; - a shaking unit, including a hook-shaped portion for grasping a branch of a bilberry plant, wherein the shaking unit is movable relative to the frame with reciprocating motion along an axis of vibration to shake the branch; - a motor associated with the frame; - a transmission unit, interconnected between the motor and the shaking unit, wherein the motor is associated with the transmission unit to vibrate the shaking unit along the axis of vibration at a variable vibrating frequency; - a start and stop system drivable by an operator to switch the motor on and off; - a frequency adjustment system drivable by the operator to select the vibration frequency at least between a first frequency and a second frequency, wherein the frequency adjustment system is configured to keep the vibration frequency permanently set at the setting selected by the operator unless the frequency adjustment system is acted upon by the operator, characterised in that the frequency adjustment system is configured to keep the vibration frequency permanently set at the setting selected by the operator, independently on the operator acting on the start and stop system, for switching the motor off and, subsequently, for switching the motor on. - a frame including a handgrip portion; - a shaking unit, including a hook-shaped portion for grasping a branch of a bilberry plant, wherein the shaking unit is movable relative to the frame with reciprocating motion along an axis of vibration to shake the branch; - a motor associated with the frame; - a transmission unit, interconnected between the motor and the shaking unit, wherein the motor is associated with the transmission unit to vibrate the shaking unit along the axis of vibration at a variable vibrating frequency; - a start and stop system drivable by an operator to switch the motor on and off; - a frequency adjustment system drivable by the operator to select the vibration frequency at least between a first frequency and a second frequency, wherein the frequency adjustment system is configured to keep the vibration frequency permanently set at the setting selected by the operator unless the frequency adjustment system is acted upon by the operator, characterised in that the frequency adjustment system is configured to keep the vibration frequency permanently set at the setting selected by the operator, independently on the operator acting on the start and stop system, for switching the motor off and, subsequently, for switching the motor on.
Liquid applicator device for applying a liquid from a container to a surface comprising: a closure defining a closure aperture secured to the container; a sealing member sealingly engaging with said closure; said sealing member having a tubular sleeve; an applicator slidably disposed within said tubular sleeve; said applicator comprising a hollow interior with an applicator tip defined by an outer applicator portion of said applicator; a biasing member urging said applicator for forming a seal with said sealing member; a depression of said outer applicator portion against the surface displacing said applicator from said sealing member to enable the flow of the liquid from the container to said applicator tip of said applicator, wherein said outer applicator portion of said applicator defines a generally hemispherical distal end, characterized in that the distal end of the applicator portion has a plurality of dimples. a closure defining a closure aperture secured to the container; a sealing member sealingly engaging with said closure; said sealing member having a tubular sleeve; an applicator slidably disposed within said tubular sleeve; said applicator comprising a hollow interior with an applicator tip defined by an outer applicator portion of said applicator; a biasing member urging said applicator for forming a seal with said sealing member; a depression of said outer applicator portion against the surface displacing said applicator from said sealing member to enable the flow of the liquid from the container to said applicator tip of said applicator, wherein said outer applicator portion of said applicator defines a generally hemispherical distal end, characterized in that the distal end of the applicator portion has a plurality of dimples.