mhurhangee/patent-ind-claim-en huggingface dataset:
A method for delaminating a multilayer device comprising several layers, at least one of these layers being an organic layer, said method comprising at least the following successive steps: a) placing the multilayer device in contact with a fluid; b) performing a sudden and instantaneous compression of the fluid by suddenly and instantaneously increasing the pressure of the fluid to a pressure P1, at which the fluid is in a first physical state; c) performing a sudden and instantaneous decompression of the fluid by suddenly and instantaneously reducing the pressure of the fluid from the pressure P1 to a pressure P2 at which the fluid is in a second physical state, the pressure P2 being less than the pressure P1; d) repeating the sequence of step b) and step c), the sequence of steps b) and c) forming a pulse or cycle; e) recovering the delaminated multilayer device, the sudden and instantaneous compression of the fluid and the sudden and instantaneous decompression of the fluid each having a duration of 1 second to 30 seconds. a) placing the multilayer device in contact with a fluid; b) performing a sudden and instantaneous compression of the fluid by suddenly and instantaneously increasing the pressure of the fluid to a pressure P1, at which the fluid is in a first physical state; c) performing a sudden and instantaneous decompression of the fluid by suddenly and instantaneously reducing the pressure of the fluid from the pressure P1 to a pressure P2 at which the fluid is in a second physical state, the pressure P2 being less than the pressure P1; d) repeating the sequence of step b) and step c), the sequence of steps b) and c) forming a pulse or cycle; e) recovering the delaminated multilayer device,
Decorative foil , in particular laminating foil, cold stamping foil, or thermographic foil, comprising a carrier film and a total paint layer , characterised in that the carrier film has a thickness in the range from 3.0 μm to 10.0 μm and the total paint layer has a thickness in the range from 1.0 μm to 2.5 μm and the total paint layer has at least one decorative layer and at least one decorative layer of the at least one decorative layer has a thickness in the range from 8 nm to 500 nm. the carrier film has a thickness in the range from 3.0 μm to 10.0 μm and the total paint layer has a thickness in the range from 1.0 μm to 2.5 μm and the total paint layer has at least one decorative layer and at least one decorative layer of the at least one decorative layer has a thickness in the range from 8 nm to 500 nm.
Data acquisition unit for an automation system , with at least one communications interface which is designed for connection to an operating bus and is set up to receive control commands from a field unit and data from operating bus participants , with a processing device which is designed for the processing of the received control commands and/or data to processing results, and with a memory device designed for the storage of processing results, characterised in that the processing device and the memory device are designed for an access to program data of operating bus participants by means of the operating bus in order to effect a change in program data by this access and/or in that the processing device and the memory device are designed to store user settings for one or more operating bus participants and to provide these user settings by means of the operating bus to the respective operating bus participant .
A frequency-modulated radar signal generator , comprising at least: - a device for generating a periodic frequency-modulated signal over at least part T ramp of a period T, corresponding, on said at least part T ramp of the period T, to a square signal the frequency of which varies linearly in a first frequency band B in of central frequency f in and the amplitude of which alternates between a first value and a second value different from the first value; - an oscillator comprising an electrical power supply input coupled to means capable of being controlled by the periodic frequency-modulated signal and of generating a non-zero supply voltage of the oscillator only when the amplitude of the periodic frequency-modulated signal is equal to the first value or only when the amplitude of the periodic frequency-modulated signal is equal to the second value, allowing the oscillator to generate a sinusoidal signal of frequency f c > f in and comprised in a second frequency band B amp > B in , the second frequency band B amp corresponding to the linear variation of the frequency of the frequency-modulated radar signal intended to be generated. - a device for generating a periodic frequency-modulated signal over at least part T ramp of a period T, corresponding, on said at least part T ramp of the period T, to a square signal the frequency of which varies linearly in a first frequency band B in of central frequency f in and the amplitude of which alternates between a first value and a second value different from the first value; - an oscillator comprising an electrical power supply input coupled to means capable of being controlled by the periodic frequency-modulated signal and of generating a non-zero supply voltage of the oscillator only when the amplitude of the periodic frequency-modulated signal is equal to the first value or only when the amplitude of the periodic frequency-modulated signal is equal to the second value, allowing the oscillator to generate a sinusoidal signal of frequency f c > f in and comprised in a second frequency band B amp > B in , the second frequency band B amp corresponding to the linear variation of the frequency of the frequency-modulated radar signal intended to be generated.
A method of deploying a selected UAV , the method comprising: receiving a command to deploy a UAV having a particular capability; selecting a UAV from a plurality of UAVs having the particular capability; and deploying the selected UAV , wherein the step of selecting a UAV comprises: positioning a carousel containing the plurality of UAVs to a position for the selected UAV ; extending the UAV on a cradle; and, deploying the UAV with a grappling device. receiving a command to deploy a UAV having a particular capability; selecting a UAV from a plurality of UAVs having the particular capability; and deploying the selected UAV , wherein the step of selecting a UAV comprises: positioning a carousel containing the plurality of UAVs to a position for the selected UAV ; extending the UAV on a cradle; and, deploying the UAV with a grappling device. positioning a carousel containing the plurality of UAVs to a position for the selected UAV ; extending the UAV on a cradle; and, deploying the UAV with a grappling device.
Sensor device, of nanowire type, comprising: - a plurality of nanowires, arranged parallel to each other, the nanowires being of increasing length in a direction perpendicular to the nanowires, each nanowire comprising a first conductive region , and a second region in insulator material, this second region not occupying the entire thickness of the nanowire, a current being able to circulate in the nanowire from one of its ends to the other; - and two fixed anchor region , to which the ends of each nanowire are fixed. - a plurality of nanowires, arranged parallel to each other, the nanowires being of increasing length in a direction perpendicular to the nanowires, each nanowire comprising a first conductive region , and a second region in insulator material, this second region not occupying the entire thickness of the nanowire, a current being able to circulate in the nanowire from one of its ends to the other; - and two fixed anchor region , to which the ends of each nanowire are fixed.
A method for cooling an LNG boil-off gas (BOG) stream in a reliquefaction plant, the BOG flowing from a reservoir , the method comprising: - compressing (C11, C12, C13) the BOG; - heat exchanging the compressed BOG against a coolant in a cold box (H20); - flowing substantially re-liquefied BOG from the cold box (H20) to the reservoir ; - prior to the compression step, pre-heating the BOG to substantially ambient temperatures, by heat exchanging the BOG with said coolant in a first heat exchanger (H10), said coolant prior to the heat exchange having a higher temperature than the BOG, and - wherein the necessary duty to heat the BOG prior to compression is transferred from the coolant stream, downstream of a coolant compander aftercooler (H23) but upstream of the cold box (H20), characterized in that a portion of the coolant stream to the first heat exchanger (H10), at a point between the coolant compander aftercooler (H23) and the first heat exchanger (H10), is routed into a dedicated flow path in the cold-box before it is mixed with the coolant stream flowing from the first heat exchanger (H10). - compressing (C11, C12, C13) the BOG; - heat exchanging the compressed BOG against a coolant in a cold box (H20); - flowing substantially re-liquefied BOG from the cold box (H20) to the reservoir ; - prior to the compression step, pre-heating the BOG to substantially ambient temperatures, by heat exchanging the BOG with said coolant in a first heat exchanger (H10), said coolant prior to the heat exchange having a higher temperature than the BOG, and - wherein the necessary duty to heat the BOG prior to compression is transferred from the coolant stream, downstream of a coolant compander aftercooler (H23) but upstream of the cold box (H20),
A mixture of lithium salts comprising: - from 85 mol% to 99.9 mol% of lithium bis(fluorosulfonyl)imide; and - from 0.1 mol% to 15 mol% of lithium 2-trifluoromethyl-4,5-dicyanoimidazolate. - from 85 mol% to 99.9 mol% of lithium bis(fluorosulfonyl)imide; and - from 0.1 mol% to 15 mol% of lithium 2-trifluoromethyl-4,5-dicyanoimidazolate.
Support intended to store a machine rolling in the trunk of a motor vehicle, said support having an upper face having dimensions adapted to receive the rolling machine in the storage position, a wheel of the machine then being placed in a recess of the support , characterized in that the support comprises means for quick couplings to the trunk not requiring the use of a tool for securing or detaching said support from an anchoring point , and said quick coupler means consist of a self-gripping material present on the underside of the support and able to be anchored to the anchor point consisting of the surface material of the floor of the box .
A method for regulating a communication parameter, performed at first equipment, comprising: establishing (S110), by the first equipment, a communication with second equipment according to a preset configuration of a Cyclic Prefix, CP, length communication parameter, wherein the second equipment is terminal equipment; the method further comprises: regulating (S 120), by the first equipment, a configuration of a CP length according to a network state and/or service state in a communication process; and sending (S130), by the first equipment, communication parameter regulation indication information to the second equipment through a physical layer control channel, the communication parameter regulation indication information indicating a result of regulation performed by the first equipment on the configuration of the CP length, wherein the result of regulation is represented in form of a relative value, and the relative value is a difference value between regulated CP length and unregulated, before regulation, CP length. establishing (S110), by the first equipment, a communication with second equipment according to a preset configuration of a Cyclic Prefix, CP, length communication parameter, wherein the second equipment is terminal equipment; the method further comprises: regulating (S 120), by the first equipment, a configuration of a CP length according to a network state and/or service state in a communication process; and sending (S130), by the first equipment, communication parameter regulation indication information to the second equipment through a physical layer control channel, the communication parameter regulation indication information indicating a result of regulation performed by the first equipment on the configuration of the CP length, wherein the result of regulation is represented in form of a relative value, and the relative value is a difference value between regulated CP length and unregulated, before regulation, CP length. regulating (S 120), by the first equipment, a configuration of a CP length according to a network state and/or service state in a communication process; and sending (S130), by the first equipment, communication parameter regulation indication information to the second equipment through a physical layer control channel, the communication parameter regulation indication information indicating a result of regulation performed by the first equipment on the configuration of the CP length, wherein the result of regulation is represented in form of a relative value, and the relative value is a difference value between regulated CP length and unregulated, before regulation, CP length.
Method for production of slabs from a mixture of agglomerate, comprising the steps of preparing a mold , intended to form a slab from the mixture of agglomerate, depositing over surfaces of the mold at least one sheet of PVA-based plastic material so as to form with it a surface for subsequent contact with the mixture that will be introduced into the mold, interposing a layer of a fluid agent containing PVA in a solution between the sheet and at least some areas of the mold surfaces .
A compressed air energy storage power generation device, comprising: a plurality of motors (3a-3c) driven by power generated using natural energy, the motors (3a-3c) being connected electrically in parallel to each other; a plurality of compressors (4a-4c) for compressing air, mechanically connected to the motors (3a-3c); at least two tanks (5a-5c) of different capacities for storing the air compressed by the compressors (4a-4c); a plurality of expanders (7a-7c) driven by the compressed air supplied from the tanks (5a-5c); a plurality of generators (9a-9c) mechanically connected to the expanders (7a-7c), the generators (9a-9c) being connected electrically in parallel to each other; and a control means performing control for leveling out both a long-period and short-period power variations caused in power generated by the natural energy by supplying the compressed air from the tank having a relatively large capacity to the expanders (7a-7c) to drive the generators (9a-9c) to cope with the long-period power variation and supplying the compressed air from the tank having a relatively small capacity to the expanders (7a-7c) to drive the generators (9a-9c) to cope with the short-period power variation, thereby outputting power according to power demand. a plurality of motors (3a-3c) driven by power generated using natural energy, the motors (3a-3c) being connected electrically in parallel to each other; a plurality of compressors (4a-4c) for compressing air, mechanically connected to the motors (3a-3c); at least two tanks (5a-5c) of different capacities for storing the air compressed by the compressors (4a-4c); a plurality of expanders (7a-7c) driven by the compressed air supplied from the tanks (5a-5c); a plurality of generators (9a-9c) mechanically connected to the expanders (7a-7c), the generators (9a-9c) being connected electrically in parallel to each other; and a control means performing control for leveling out both a long-period and short-period power variations caused in power generated by the natural energy by supplying the compressed air from the tank having a relatively large capacity to the expanders (7a-7c) to drive the generators (9a-9c) to cope with the long-period power variation and supplying the compressed air from the tank having a relatively small capacity to the expanders (7a-7c) to drive the generators (9a-9c) to cope with the short-period power variation, thereby outputting power according to power demand.
A transcutaneous nerve tissue stimulation system, comprising: (a) a signal generator for generating a stimulation signal; (b) at least a first stimulator coupled to said signal generator, said first stimulator adapted to be positioned adjacent to a patient to provide a signal to modulate a target tissue in the patient; and, (c) at least a first passive implanted member adapted to modify the signal from the first stimulator. wherein the first implanted member: has a portion thereof that is electrically conductive; and is physically disconnected from the first stimulator; wherein the transcutaneous nerve tissue stimulation system is devoid of any other elements coupling the first stimulator to the first passive implanted member, whereby, in use the signal from the first stimulator propagates from a patient's skin surface to the first passive implanted member solely through body tissue of the patient; and modulation of the target tissue is enhanced relative to the modulation that would occur in the absence of the first passive member, characterised in that said implanted member is configured to be positioned along approximately its entire length adjacent to or contiguous with the target tissue. (a) a signal generator for generating a stimulation signal; (b) at least a first stimulator coupled to said signal generator, said first stimulator adapted to be positioned adjacent to a patient to provide a signal to modulate a target tissue in the patient; and, (c) at least a first passive implanted member adapted to modify the signal from the first stimulator. wherein the first implanted member: has a portion thereof that is electrically conductive; and is physically disconnected from the first stimulator; wherein the transcutaneous nerve tissue stimulation system is devoid of any other elements coupling the first stimulator to the first passive implanted member, whereby, in use the signal from the first stimulator propagates from a patient's skin surface to the first passive implanted member solely through body tissue of the patient; and modulation of the target tissue is enhanced relative to the modulation that would occur in the absence of the first passive member, characterised in that said implanted member is configured to be positioned along approximately its entire length adjacent to or contiguous with the target tissue. has a portion thereof that is electrically conductive; and is physically disconnected from the first stimulator; wherein
A communication system for a wireless message transfer between an implantable medical device, IMD , and an external device , the communication system comprising the IMD and the external device , wherein the IMD is configured to monitor the health status of a patient and/or configured to deliver a therapy signal to the patient, wherein the IMD comprises a processor and a transceiver module configured to bi-directionally exchange the messages with the external device , wherein the processor adopts at least a predefined active state and a predefined processing state, wherein the external device is configured to produce request messages in order to send these messages to the transceiver module of the IMD , wherein each request message comprises a sequence field at a predefined location within the request message which is toggled between at least a first value and a second value associated to the sequence field, wherein a second request message contains the toggled second value if the external device received a valid response from the IMD to the immediately previously sent first request message or vice versa.
A trolley for sliding doors , comprising: - a first body adapted to be permanently fixed to a sliding door , - a second body , - at least one first wheel rotatably coupled to the second body according to a predetermined rotation axis (B), - connecting means adapted to allow relative displacements of the second body with respect to the first body , and - locking means adapted to lock the second body with respect to the first body in a plurality of different relative positions between those allowed by the connecting means, wherein the connecting means are adapted to allow rotational displacements of the second body with respect to the first body about an oscillation axis (E) parallel and eccentric with respect to the rotation axis (B) of the first wheel , wherein the connecting means are further adapted to allow rotational displacements of the second body with respect to the first body about an axis of revolution (F) parallel and eccentric with respect to the oscillation axis (E), characterised by comprising a further wheel , which is rotatably coupled to the second body according to a rotation axis (D) orthogonal to the rotation axis (B) of the first wheel . - a first body adapted to be permanently fixed to a sliding door , - a second body , - at least one first wheel rotatably coupled to the second body according to a predetermined rotation axis (B), - connecting means adapted to allow relative displacements of the second body with respect to the first body , and - locking means adapted to lock the second body with respect to the first body in a plurality of different relative positions between those allowed by the connecting means, wherein the connecting means are adapted to allow rotational displacements of the second body with respect to the first body about an oscillation axis (E) parallel and eccentric with respect to the rotation axis (B) of the first wheel , wherein the connecting means are further adapted to allow rotational displacements of the second body with respect to the first body about an axis of revolution (F) parallel and eccentric with respect to the oscillation axis (E), characterised by comprising a further wheel , which is rotatably coupled to the second body according to a rotation axis (D) orthogonal to the rotation axis (B) of the first wheel .
Electrical current transducer including a primary conductor bar for carrying the current to be measured, a magnetic core comprising a magnetic circuit gap , a magnetic field sensor comprising a magnetic field detector positioned in the magnetic circuit gap, and an insulating housing surrounding the magnetic core and magnetic field sensor, the primary conductor bar comprising connection terminal ends extending outside of the housing configured for connection to an external primary conductor, wherein the primary conductor bar comprises a core passage section the core passage section having a reduced width (W1) in comparison to the connection terminal ends extending outside of the housing thereby providing indents within which at least a portion of the magnetic core is positioned such that a central passage of the magnetic core has a width (W3) less than the width ( W2 ) of the primary conductor connection ends , characterised in that the core passage section comprises a fuse portion configured for interruption of the primary conductor if a predefined electrical current is exceeded.