mhurhangee/ep-ind-claims huggingface dataset:
An electroanalytical method for predicting the oxidability of a wine or a grape must, comprising the steps of (a) recording an electrochemical signal of a sample of the wine or grape must; (b) comparing an electrochemical signature of the electrochemical signal obtained in step a) with reference electrochemical signatures obtained from wines or grape musts with known oxidability; and (c) predicting the oxidability of the sample tested based on the comparison performed in step b), wherein the electrochemical signal is a processed electrochemical signal in which the primary signal is modulated by applying thereto a mathematical treatment based on a virtual electrochemical titration; wherein the comparison of the electrochemical signatures in step b) is performed by comparing the area beneath the curve of the processed electrochemical signal. (a) recording an electrochemical signal of a sample of the wine or grape must; (b) comparing an electrochemical signature of the electrochemical signal obtained in step a) with reference electrochemical signatures obtained from wines or grape musts with known oxidability; and (c) predicting the oxidability of the sample tested based on the comparison performed in step b), wherein
An optical coupling device for coupling a waveguide with an optical fibre, the optical coupling device comprising in sequence, along a direction XX', a focusing lens and an optical grating coupler, the optical coupling device being symmetrical with respect to a plane H, and wherein: - the focusing lens is formed in a core layer having a refractive index nc and a thickness Ec, and comprising two faces, respectively called a front face and a rear face, which are essentially parallel, and in contact with media with refractive indices lower than the refractive index nc, the plane H is perpendicular to the core layer, and its intersection with the core layer comprises the direction XX', the focusing lens is for focusing a light radiation, propagating along the direction XX', at a focusing point F, - the optical grating coupler comprises a plurality of trenches, formed on the front face, parallel to each other, the device being characterized in that, the trenches are with a convex shape along the direction XX', the optical grating coupler comprises, in sequence, along the direction XX', a first sub-grating and a second sub-grating, which are contiguous, delimited, respectively, by a first contour and a second contour, said first and second contours extend, along the direction XX', respectively, in a divergent way and in a convergent way, the focusing point F is included in the optical grating coupler. - the focusing lens is formed in a core layer having a refractive index nc and a thickness Ec, and comprising two faces, respectively called a front face and a rear face, which are essentially parallel, and in contact with media with refractive indices lower than the refractive index nc, the plane H is perpendicular to the core layer, and its intersection with the core layer comprises the direction XX', the focusing lens is for focusing a light radiation, propagating along the direction XX', at a focusing point F, - the optical grating coupler comprises a plurality of trenches, formed on the front face, parallel to each other,
A device comprising at least one compartment and a lockable lid arranged above the compartment, wherein the compartment includes partitioning elements which form separate storage areas within the compartment that are open upwards towards the lid; the device comprising: a transport system with at least one cover plate, which is designed as a slider and is movably mounted in a clearance between the at least one compartment and the at least one lid in a transport direction, wherein the slider extends across the full width of the compartment transversely to the transport direction and covers a part of the storage areas of the compartment, wherein the transport system includes at least one controllable drive and at least one controllable holding element, wherein the slider can be moved in the transport direction by means of the drive, characterized in that at least two sliding plates are arranged on the slider and can overlap with the slider and are movably mounted relative to it in the transport direction of the slider, at least one of the sliding plates can be fixed in place by the holding element, thereby enabling a relative movement between the slider and the sliding plate, a control unit controls the combined positioning of the slider and the sliding plates and that the control unit releases the lid of the device for opening. a transport system with at least one cover plate, which is designed as a slider and is movably mounted in a clearance between the at least one compartment and the at least one lid in a transport direction, wherein the slider extends across the full width of the compartment transversely to the transport direction and covers a part of the storage areas of the compartment, wherein the transport system includes at least one controllable drive and at least one controllable holding element, wherein the slider can be moved in the transport direction by means of the drive, characterized in that at least two sliding plates are arranged on the slider and can overlap with the slider and are movably mounted relative to it in the transport direction of the slider, at least one of the sliding plates can be fixed in place by the holding element, thereby enabling a relative movement between the slider and the sliding plate, a control unit controls the combined positioning of the slider and the sliding plates and that the control unit releases the lid of the device for opening.
A communication system comprising: a relay device adapted to relay communication between a base station and a communication terminal; and a management server adapted to connect to the base station via a backbone network, the management server including a receiving unit adapted to received from each base station information about a communication terminal belonging to the base station and about the relay device, and a determination unit adapted to determine on the basis of the information received from each base station by the receiving unit, a relay device that is performing communication interfering with communication in an adjacent cell, wherein the relay device is adapted to determine an interference avoidance control and executes the determined interference avoidance control based on information supplied from the management server, when the relay device is determined as a relay device that is performing communication interfering with the communication in the adjacent cell, wherein the information supplied from the management server comprises at least one of information about a location of a relay device, information about a location of a communication terminal, an ID, Qos information, or scheduling information of a relay device or communication terminal belonging to an adjacent base station that controls the communication interfering with the relay device. a relay device adapted to relay communication between a base station and a communication terminal; and a management server adapted to connect to the base station via a backbone network, the management server including a receiving unit adapted to received from each base station information about a communication terminal belonging to the base station and about the relay device, and a determination unit adapted to determine on the basis of the information received from each base station by the receiving unit, a relay device that is performing communication interfering with communication in an adjacent cell, wherein a receiving unit adapted to received from each base station information about a communication terminal belonging to the base station and about the relay device, and a determination unit adapted to determine on the basis of the information received from each base station by the receiving unit, a relay device that is performing communication interfering with communication in an adjacent cell, wherein the relay device is adapted to determine an interference avoidance control and executes the determined interference avoidance control based on information supplied from the management server, when the relay device is determined as a relay device that is performing communication interfering with the communication in the adjacent cell, wherein the information supplied from the management server comprises at least one of information about a location of a relay device, information about a location of a communication terminal, an ID, Qos information, or scheduling information of a relay device or communication terminal belonging to an adjacent base station that controls the communication interfering with the relay device.
A method for fabricating a silica gel vibrating diaphragm, comprising: forming a composite material belt by using two layers of a base material and liquid silica gel in a calendering manner, wherein the liquid silica gel is between the two layers of the base material; wholly hot-press molding the composite material belt by a vibrating diaphragm die holder, a temperature of the hot-press molding being higher than a vulcanization temperature of the liquid silica gel; removing the two layers of the base material to obtain a whole sheet of silica gel vibrating diaphragm; and blanking the whole sheet of silica gel vibrating diaphragm that has been removed of the two layers of the base material to fabricate a required silica gel vibrating diaphragm. forming a composite material belt by using two layers of a base material and liquid silica gel in a calendering manner, wherein the liquid silica gel is between the two layers of the base material; wholly hot-press molding the composite material belt by a vibrating diaphragm die holder, a temperature of the hot-press molding being higher than a vulcanization temperature of the liquid silica gel; removing the two layers of the base material to obtain a whole sheet of silica gel vibrating diaphragm; and blanking the whole sheet of silica gel vibrating diaphragm that has been removed of the two layers of the base material to fabricate a required silica gel vibrating diaphragm.
Method of producing a ceramic article comprising the steps of: (a) providing a powder or a powder mixture comprising ceramic material, (b) depositing a layer of said powder or powder mixture on a surface, (d) heating at least one region of said layer by means of an energy beam or a plurality of energy beams to a maximum temperature such that at least a part of said ceramic material in said at least one region is melted, (e) cooling said at least one region of said layer so that at least part of the material melted in step (d) is solidified, such that the layer is joined with said surface in said at least one region, wherein the method includes a preheating step (c) wherein in step (c) one, two, a plurality or all regions are preheated, wherein the method comprises the successive repetition of steps (a), (b), (d), and (e), wherein the surface of the layer produced by a preceding series of steps (a) to (e) is used in a respective subsequent step (b) as surface for the following layer, wherein said powder or powder mixture comprises components that form an eutectic system with each other, and wherein at least 50 percent by weight, preferably at least 70 percent by weight of said powder or powder mixture consist of one or more compounds selected from the group consisting of Al 2 O 3, ZrO 2, Y 2 O 3, Na 2 O, Nb 2 O 5, La 2 O 3, CaO, SrO, CeO 2, MgO, TiO 2, Cr 2 O 3, CuO, the mixed oxides thereof, SiC, TiC, Si 3 N 4 and AIN. (a) providing a powder or a powder mixture comprising ceramic material, (b) depositing a layer of said powder or powder mixture on a surface, (d) heating at least one region of said layer by means of an energy beam or a plurality of energy beams to a maximum temperature such that at least a part of said ceramic material in said at least one region is melted, (e) cooling said at least one region of said layer so that at least part of the material melted in step (d) is solidified, such that the layer is joined with said surface in said at least one region,
Bundle of gas cylinders comprising a frame in which at least one first gas cylinder is mounted, said frame comprising at least one housing configured to receive the second end of the first gas cylinder in order to maintain said first gas cylinder in the frame, the first gas cylinder for gas under pressure comprising a cylindrical body which comprises: - a first end which is opened and configured to be equipped with a valve and a manifold and, - a second end, positioned at the opposite of the first end, the second end being closed or open, the second end being a blocking and indexing member of the first gas cylinder, the said second end being configured to index angularly the first gas cylinder in the frame, when the said first gas cylinder is in a storing position in the frame, wherein said bundle of gas cylinders comprises at least a second gas cylinder, for gas under pressure comprising a cylindrical body which comprises: - a first end which is opened and configured to be equipped with a valve and a manifold and, - a second end, positioned at the opposite of the first end, the second end being closed or open the second end being a blocking and indexing member of the second gas cylinder, the said second end being configured to index angularly the second gas cylinder in the frame, when the said second gas cylinder is in a storing position in the frame, the second gas cylinder being mounted in the frame via its second end which is received in a second housing of the frame, the first gas cylinder and the second gas cylinder being maintained in the frame without contact with each other, wherein each housing is spaced from each other, wherein each housing is configured to cooperate by form complementarity with a second end of each gas cylinder. - a first end which is opened and configured to be equipped with a valve and a manifold and, - a second end, positioned at the opposite of the first end, the second end being closed or open, - a first end which is opened and configured to be equipped with a valve and a manifold and, - a second end, positioned at the opposite of the first end, the second end being closed or open
Apparatus for position tracking, comprising: an investigation-tool having a conductive-electrode (30, 32, 34) which is coupled to generate currents in a body of a patient in response to a driving voltage applied to the conductive-electrode (30, 32, 34); an ablator body electrode, positioned in galvanic contact with the body, and configured to transfer ablation current to the body; body surface electrodes, positioned in galvanic contact with the body, which receive respective body surface currents from the conductive-electrode (30, 32, 34); and a processor which is configured to determine a location of the investigation-tool in response to the respective body surface currents, characterised in that the processor is configured to compensate for diversion of the respective body surface currents by the ablator body electrode. an investigation-tool having a conductive-electrode (30, 32, 34) which is coupled to generate currents in a body of a patient in response to a driving voltage applied to the conductive-electrode (30, 32, 34); an ablator body electrode, positioned in galvanic contact with the body, and configured to transfer ablation current to the body; body surface electrodes, positioned in galvanic contact with the body, which receive respective body surface currents from the conductive-electrode (30, 32, 34); and a processor which is configured to determine a location of the investigation-tool in response to the respective body surface currents, characterised in that the processor is configured to compensate for diversion of the respective body surface currents by the ablator body electrode.
Impingement baffle for a gas turbine engine, whereby the impingement baffle is a one piece impingement ring, characterized in that the impingement ring is a one piece split ring split at a single location, the impingement ring having at least one fastening element (4, 5) at both free ends (6a, 6b) to enable the closing of the impingement ring.
Fluid expansion device, the device including an expansion chamber having an inlet port and an outlet port, a mobile element movable in the expansion chamber between a fluid supply position and a fluid isolation position for supplying and isolating an expansion counter-chamber having a mobile wall connected to the mobile element, the mobile element including a channel connecting the expansion chamber and the expansion counter-chamber, characterized in that: - the mobile wall of the expansion counter-chamber includes an outer portion and an inner portion mounted coaxially with the outer portion to slide from the supply position in which the inner portion supplies the fluid expansion counter-chamber with fluid to the fluid isolation position in which the inner portion fluidically isolates the expansion counter-chamber from the inlet port; - means for moving the inner portion to the closed position are adapted to act on the inner portion independently of the outer portion; - a first elastic element is adapted to push the outer portion against the pressure in the expansion counter-chamber; - stop means (35, 37) are disposed between the inner portion and the outer portion so as to interact when the outer portion is moved by the pressure in the expansion counter-chamber. - the mobile wall of the expansion counter-chamber includes an outer portion and an inner portion mounted coaxially with the outer portion to slide from the supply position in which the inner portion supplies the fluid expansion counter-chamber with fluid to the fluid isolation position in which the inner portion fluidically isolates the expansion counter-chamber from the inlet port; - means for moving the inner portion to the closed position are adapted to act on the inner portion independently of the outer portion; - a first elastic element is adapted to push the outer portion against the pressure in the expansion counter-chamber; - stop means (35, 37) are disposed between the inner portion and the outer portion so as to interact when the outer portion is moved by the pressure in the expansion counter-chamber.
An audio communication system (100A,100B) for communication between vehicle occupants in a vehicle, comprising: an image capturing device configured to monitor a first vehicle occupant, a processor configured to receive an image of the first vehicle occupant from the image capturing device and determine whether the first vehicle occupant is attracting attention from a second vehicle occupant, wherein the processor is configured for eye-tracking of the first vehicle occupant, a first microphone associated to the first vehicle occupant configured to receive an audio input from the first vehicle occupant in response to the determination of the first vehicle occupant attracting the second vehicle occupant's attention, and a first speaker associated to the second vehicle occupant configured to activate an audio augmentation of the received audio input in the first speaker and output the augmented audio input. an image capturing device configured to monitor a first vehicle occupant, a processor configured to receive an image of the first vehicle occupant from the image capturing device and determine whether the first vehicle occupant is attracting attention from a second vehicle occupant, wherein the processor is configured for eye-tracking of the first vehicle occupant, a first microphone associated to the first vehicle occupant configured to receive an audio input from the first vehicle occupant in response to the determination of the first vehicle occupant attracting the second vehicle occupant's attention, and a first speaker associated to the second vehicle occupant configured to activate an audio augmentation of the received audio input in the first speaker and output the augmented audio input.
A method implemented in a first base station included in a network having multiple neighbor base stations (10, 12, 14), where the first base station is configured to serve a first user equipment, UE, according to a first quality of service and the neighbor base stations (10, 12, 14) each serve a corresponding neighbor UE with a corresponding quality of service, wherein each quality of service includes a minimum signal to interference-plus-noise ratio, SINR, the method comprising: acquiring local radio performance parameter information from the neighbor base stations (10, 12, 14), wherein the local radio performance parameter information generated by a base station indicates a degree of challenge to fulfill the quality of service for the UE served by the base station while taking into account degrees of challenge presented to the neighbor base stations (10, 12, 14) to serve their corresponding neighbor UEs with the corresponding quality of service, and wherein the local radio performance parameter information indicates how transmission power changes in the neighbor base stations (10, 12, 14) affect the degree of challenge of a base station to fulfill the minimum SINR of the UE served; selecting antenna beamforming parameters for the first base station to use to transmit to the first UE based on the local radio performance parameter information; and transmitting a radio signal to the first UE using the selected antenna beamforming parameters. acquiring local radio performance parameter information from the neighbor base stations (10, 12, 14), wherein the local radio performance parameter information generated by a base station indicates a degree of challenge to fulfill the quality of service for the UE served by the base station while taking into account degrees of challenge presented to the neighbor base stations (10, 12, 14) to serve their corresponding neighbor UEs with the corresponding quality of service, and wherein the local radio performance parameter information indicates how transmission power changes in the neighbor base stations (10, 12, 14) affect the degree of challenge of a base station to fulfill the minimum SINR of the UE served; selecting antenna beamforming parameters for the first base station to use to transmit to the first UE based on the local radio performance parameter information; and transmitting a radio signal to the first UE using the selected antenna beamforming parameters.
An intelligent tire monitoring system, comprising a tire body, a sheet-shaped conductive polymer sensor, a micro control unit, an RF unit, an upper computer, and an RF circuit, wherein the tire body is successively provided with a tire tread layer, a neutral layer and an inner liner layer from outside to inside; the sheet-shaped conductive polymer sensor is affixed to the inner liner layer at a middle portion of a tire crown; one end of the sheet-shaped conductive polymer sensor is connected to the micro control unit through the RF unit to perform a frequency scanning on the sheet-shaped conductive polymer sensor, and the other end of the sheet-shaped conductive polymer sensor is connected to the upper computer through the RF circuit; the upper computer comprises a power supply module, a communication port, a display screen, an audible alarm, a press-key input module, and a processor, wherein the processor is electrically connected to the power supply module, and the processor is connected to and controls the display screen and the audible alarm, the communication port is interconnected to the processor, and the press-key input module is connected to the processor.