mhurhangee/ep-ind-claims huggingface dataset:
A control apparatus to control operations with a first base station which forms a first radio section and communicates with a mobile terminal, and a second base station which forms a second radio section that is overlaid with the first radio section and is lower than the first radio section in transmission power and communicates with the mobile terminal, the control apparatus comprising: a connection change determination unit which determines whether to perform connection in response to a change request of a connection destination from the mobile terminal; a measurement unit which measures an average user data amount to be transmitted from the first and second base stations to all mobile terminals which are located in the first radio section; a change value determination unit which determines a change value of transmission power of the second base station; a prediction unit which predicts an average user data amount to be transmitted from the first and second base station to all mobile terminals which are located in the first radio section after the transmission power of the second base station is changed based on the change value; and a power change unit which changes the transmission power of the second base station based on the change value, wherein when the mobile terminal changes a connection destination between the first and second base stations, the power change unit changes the transmission power of the second base station according to a measurement result and prediction result of the communication conditions. a connection change determination unit which determines whether to perform connection in response to a change request of a connection destination from the mobile terminal; a measurement unit which measures an average user data amount to be transmitted from the first and second base stations to all mobile terminals which are located in the first radio section; a change value determination unit which determines a change value of transmission power of the second base station; a prediction unit which predicts an average user data amount to be transmitted from the first and second base station to all mobile terminals which are located in the first radio section after the transmission power of the second base station is changed based on the change value; and a power change unit which changes the transmission power of the second base station based on the change value, wherein when the mobile terminal changes a connection destination between the first and second base stations, the power change unit changes the transmission power of the second base station according to a measurement result and prediction result of the communication conditions.
Cooling system intended to be used in an aircraft which comprises at least one fuel cell, an evaporator and at least one power electronic equipment item, the cooling system comprising a cooling circuit in which a coolant circulates, the cooling circuit comprising: - a first loop intended to cool said at least one fuel cell and on which there is a ram air heat exchanger, called primary, and a first temperature sensor; - a second loop intended to cool said at least one power electronic equipment item and to supply heat to the evaporator to gasify dihydrogen in order to supply said at least one fuel cell, a second temperature sensor being present on the second loop; - a controller configured to adjust the opening of a first valve at the input of the primary ram air heat exchanger and a second valve on a recirculation branch of the first loop, so as to regulate the temperature of a coolant at the input of said at least one fuel cell; the cooling circuit being such that the first loop and the second loop are interconnected by a flow line and by a return line, the flow line starting at the output of the primary ram air heat exchanger and being controlled in opening by the controller, so as to regulate the temperature of the coolant at the input of said at least one power electronic equipment item, the controller being configured to regulate said temperatures of the coolant according to temperature measurements performed by the first temperature sensor and by the second temperature sensor. - a first loop intended to cool said at least one fuel cell and on which there is a ram air heat exchanger, called primary, and a first temperature sensor; - a second loop intended to cool said at least one power electronic equipment item and to supply heat to the evaporator to gasify dihydrogen in order to supply said at least one fuel cell, a second temperature sensor being present on the second loop; - a controller configured to adjust the opening of a first valve at the input of the primary ram air heat exchanger and a second valve on a recirculation branch of the first loop, so as to regulate the temperature of a coolant at the input of said at least one fuel cell; the cooling circuit being such that the first loop and the second loop are interconnected by a flow line and by a return line, the flow line starting at the output of the primary ram air heat exchanger and being controlled in opening by the controller, so as to regulate the temperature of the coolant at the input of said at least one power electronic equipment item, the controller being configured to regulate said temperatures of the coolant according to temperature measurements performed by the first temperature sensor and by the second temperature sensor.
A mobile medical imaging system, comprising: a base having a top surface; a pedestal mounted to the base; a gimbal support mounted to the base; a gantry ring having a bore and an image collection apparatus, the gantry ring attached to the gimbal support and suspended above the top surface of base, the gantry ring configured to translate in a first direction relative to the base and to rotate at least about 90 degrees with respect to an axis extending generally normal to the top surface of the base, characterized in that the mobile medical imaging system comprises a drive mechanism for propelling the system, wherein (a) the gantry ring has an inner bore diameter that is greater than 96 cm (38 inches), and wherein (b) the outer diameter of the gantry ring is less than 178 cm (70 inches). a base having a top surface; a pedestal mounted to the base; a gimbal support mounted to the base; a gantry ring having a bore and an image collection apparatus, the gantry ring attached to the gimbal support and suspended above the top surface of base, the gantry ring configured to translate in a first direction relative to the base and to rotate at least about 90 degrees with respect to an axis extending generally normal to the top surface of the base,
A method for treatment of a produced water stream recovered from an oil well to remove a surfactant from the water stream, characterized by: contacting the water stream with a particulate support comprising a hydrous iron oxide coating, to provide a treated water stream comprising less surfactant than the water stream; and adding a hydrous iron oxide precursor to the water stream to form the hydrous iron oxide coating; wherein the particulate support comprises a bed of moving sand; characterized in that: the method comprises removing an anionic surfactant comprising a C 4-25 alkyl sulfonate, a C 6-25 alkylaryl sulfonate, a C 4-25 alkyl sulfate, or a salt thereof, or a combination comprising at least one of the foregoing from the water stream; the method further comprising: adsorbing the anionic surfactant to the hydrous iron oxide coating to provide a surfactant-iron-sand complex; and separating the treated water stream from the particulate support. contacting the water stream with a particulate support comprising a hydrous iron oxide coating, to provide a treated water stream comprising less surfactant than the water stream; and adding a hydrous iron oxide precursor to the water stream to form the hydrous iron oxide coating; wherein the particulate support comprises a bed of moving sand; characterized in that: the method comprises removing an anionic surfactant comprising a C 4-25 alkyl sulfonate, a C 6-25 alkylaryl sulfonate, a C 4-25 alkyl sulfate, or a salt thereof, or a combination comprising at least one of the foregoing from the water stream; the method further comprising: adsorbing the anionic surfactant to the hydrous iron oxide coating to provide a surfactant-iron-sand complex; and separating the treated water stream from the particulate support. the method comprises removing an anionic surfactant comprising a C 4-25 alkyl sulfonate, a C 6-25 alkylaryl sulfonate, a C 4-25 alkyl sulfate, or a salt thereof, or a combination comprising at least one of the foregoing from the water stream; the method further comprising: adsorbing the anionic surfactant to the hydrous iron oxide coating to provide a surfactant-iron-sand complex; and separating the treated water stream from the particulate support. adsorbing the anionic surfactant to the hydrous iron oxide coating to provide a surfactant-iron-sand complex; and separating the treated water stream from the particulate support.
Cover for a battery module, said cover comprising an inner face whereon at least one electrical connection clip is mounted, said clip being designed to cooperate electrically with a corresponding measurement terminal of the battery module when the cover is coupled to the battery module, characterized in that it comprises, at said at least one electrical connection clip, at least one opening, designed for passing a tool allowing said electrical connection clip to be varied between a closed configuration of the electrical connection clip and an open configuration of the electrical connection clip.
Anti-skid device with mounting from the outside for wheels, particularly with alloy rims provided with central hole, comprising: - a central body intended to be placed at the hub of a wheel on which the anti-skid device is to be mounted, - a plurality of arms protruding radially from said central body and ending in terminal elements intended to be placed on the tyre tread, - chain segments connected to said terminal elements so as to form a ring on the tyre tread, - a device (50, 50', 50") suitable for being fixed to said rim of the wheel; - a connection element between said device (50, 50', 50") and said central body of the anti- skid device, and - a tensioning mechanism arranged in said central body that can be actuated to pull said connecting element and bring the central body closer to the wheel hub, characterised in that said device (50, 50', 50") is an expansion device and intended to be fixed in said central hole of the rim of the wheel. - a central body intended to be placed at the hub of a wheel on which the anti-skid device is to be mounted, - a plurality of arms protruding radially from said central body and ending in terminal elements intended to be placed on the tyre tread, - chain segments connected to said terminal elements so as to form a ring on the tyre tread, - a device (50, 50', 50") suitable for being fixed to said rim of the wheel; - a connection element between said device (50, 50', 50") and said central body of the anti- skid device, and - a tensioning mechanism arranged in said central body that can be actuated to pull said connecting element and bring the central body closer to the wheel hub,
A radiotherapy thermoplastic sheet, comprising a thermoplastic composition layer comprising a mixture of polycaprolactone and polyurethane, said layer is provided with an upper surface and a lower surface; and a support layer provided on at least one surface of the thermoplastic composition layer, said support layer comprises silicone which is at least partially polymerized, characterized in that, the thickness of the thermoplastic composition layer is at most 1.8 mm, the thickness of the support layer is of from 80 μm to 180 μm, and the radiation transmission factor of the sheet, as measured by an Elektra accelerator according to the method described in example 1, is at least 80%. the thickness of the thermoplastic composition layer is at most 1.8 mm, the thickness of the support layer is of from 80 μm to 180 μm, and the radiation transmission factor of the sheet, as measured by an Elektra accelerator according to the method described in example 1, is at least 80%.
Circuit device for overvoltage protection of electronic assemblies, comprising a voltage input and a voltage output which are connected together so as to be switchable via at least one switching device, further comprising measuring circuitry for detecting a voltage at the voltage input and a control device, wherein the control device is configured to actuate the switching device in dependence upon the voltage detected by the measuring circuitry such that the voltage output is separated from the voltage input by means of the switching device in the event of an overvoltage at the voltage input, wherein the control device is connected to the voltage input via a voltage converter such that a voltage supply for the control device is ensured even in the case of overvoltage, characterised in that the measuring circuitry can be tested as to its functionality by a transistor (424; 433; 445; 4542; 4652, 4662) which can be actuated by the control device.
An implantable vestibular prosthesis system for mechanically stimulating sensory epithelium in a vestibular system using an opto-acoustic effect arising from optical stimulation comprising: an implantable optical array (201, 301, 401) including a plurality of optical sources configured for engagement with a disordered vestibular system to deliver optical stimulation signals to target optical stimulation locations within the bony or membranous labyrinth of the disordered vestibular system; and an implantable stimulation processor connected to the optical array and configured for carrying out an optical signal generating process controlling the optical sources to produce the optical stimulation signals as sequences of optical pulses to produce the optical stimulation signals with the optical sources so as to generate directional pressure waves within the endolymphatic fluid directed to target stimulation locations for vestibular perception by residual vestibular functioning. an implantable optical array (201, 301, 401) including a plurality of optical sources configured for engagement with a disordered vestibular system to deliver optical stimulation signals to target optical stimulation locations within the bony or membranous labyrinth of the disordered vestibular system; and an implantable stimulation processor connected to the optical array and configured for carrying out an optical signal generating process controlling the optical sources to produce the optical stimulation signals as sequences of optical pulses to produce the optical stimulation signals with the optical sources so as to generate directional pressure waves within the endolymphatic fluid directed to target stimulation locations for vestibular perception by residual vestibular functioning.
Operating device for a motor vehicle having: - a touch-sensitive display device and - a control device which is configured in an operating mode to display on the display device a screen keyboard for receiving a character sequence from a user, wherein a sensor device is configured to detect an approach of an object to the display device, and wherein a distinction is made between a driver-side approach from a predefined driver side and a passenger-side approach from a passenger side opposite the driver side, characterised in that the control device is configured on detecting a driver-side approach of the object to deactivate the operating mode with its screen keyboard so that the screen keyboard is not available to a driver and instead to activate an alternative operating mode which is different from the operating mode, in which alternative operating mode an alternative input is provided for receiving the character sequence without the screen keyboard. - a touch-sensitive display device and - a control device which is configured in an operating mode to display on the display device a screen keyboard for receiving a character sequence from a user, wherein a sensor device is configured to detect an approach of an object to the display device, and wherein a distinction is made between a driver-side approach from a predefined driver side and a passenger-side approach from a passenger side opposite the driver side,
A remote detector for voltage detection in an electrical grid, by means of which remote detector it can be detected whether a voltage is present in an electrical conductor of an electrical grid (1, 2, 3, 4), which remote detector for voltage detection in an electrical grid (1, 2, 3, 4) comprises a sensor with which sensor the voltage of an electrical conductor can be detected at a distance from the electrical conductor without having to touch the electrical conductor, characterized in - that the sensor of the remote detector for voltage detection in an electrical grid (1, 2, 3, 4) comprises two parallel and essentially equally-sized metal surfaces (52, 53) which are arranged on the opposite sides of the same circuit board, and between which metal surfaces a signal is generated by the voltage produced in the vicinity of a live high-voltage conductor, by which signal a voltage present in the high-voltage conductor can be detected, and - that the remote detector for voltage detection is provided with - a measuring range for measuring the line voltage of the high-voltage grid, - a measuring range for measuring the presence of voltage in an individual conductor or for measuring the phase voltage in a high-voltage grid having several power lines side by side in order to distinguish between live and dead conductors, and - a measuring range for testing the apparatus by measuring the phase voltage of an ordinary mains wall socket. - that the sensor of the remote detector for voltage detection in an electrical grid (1, 2, 3, 4) comprises two parallel and essentially equally-sized metal surfaces (52, 53) which are arranged on the opposite sides of the same circuit board, and between which metal surfaces a signal is generated by the voltage produced in the vicinity of a live high-voltage conductor, by which signal a voltage present in the high-voltage conductor can be detected, and - that the remote detector for voltage detection is provided with - a measuring range for measuring the line voltage of the high-voltage grid, - a measuring range for measuring the presence of voltage in an individual conductor or for measuring the phase voltage in a high-voltage grid having several power lines side by side in order to distinguish between live and dead conductors, and - a measuring range for testing the apparatus by measuring the phase voltage of an ordinary mains wall socket. - a measuring range for measuring the line voltage of the high-voltage grid, - a measuring range for measuring the presence of voltage in an individual conductor or for measuring the phase voltage in a high-voltage grid having several power lines side by side in order to distinguish between live and dead conductors, and - a measuring range for testing the apparatus by measuring the phase voltage of an ordinary mains wall socket.
A method comprising: receiving sensor data from an arrangement of sensors removably attached to an eyelid, wherein the arrangement of the sensors comprises an inner sensor positioned inwards relative to a user's face and an outer sensor positioned outward relative to the user's face and the inner sensor, wherein the inner and outer sensors are piezoelectric sensors; based on the received sensor data, generating eyeball movement data by differentiating first directional data from second directional data, wherein the first directional data is defined based on an x-axis associated with the inner sensor and the outer sensor, and the second directional data is defined based on a y-axis substantially orthogonal to the x-axis and extending vertically relative to the user's face; determining whether the first directional data is indicative of a saccadic movement; and preventing the second directional data from being attributed to eyeball movement in the event that the first directional data is determined to be indicative of saccadic movement. receiving sensor data from an arrangement of sensors removably attached to an eyelid, wherein the arrangement of the sensors comprises an inner sensor positioned inwards relative to a user's face and an outer sensor positioned outward relative to the user's face and the inner sensor, wherein the inner and outer sensors are piezoelectric sensors; based on the received sensor data, generating eyeball movement data by differentiating first directional data from second directional data, wherein the first directional data is defined based on an x-axis associated with the inner sensor and the outer sensor, and the second directional data is defined based on a y-axis substantially orthogonal to the x-axis and extending vertically relative to the user's face; determining whether the first directional data is indicative of a saccadic movement; and preventing the second directional data from being attributed to eyeball movement in the event that the first directional data is determined to be indicative of saccadic movement.
A method comprising: capturing an image of a form having a barcode with a barcode reading arrangement, wherein the barcode reading arrangement comprises a solid-state imager having an array of photosensitive elements, a lens system operative to focus light reflected from the form onto the array of photosensitive elements in the solid-state imager; storing the image of the form captured by the solid-state imager to a memory; and characterized by: finding a reference box in the image of the form by traversing one of connected lines and connected edges in the image of the form; processing the image of the form to improve the image of the form to generate an improved image of the form by transforming the reference box to a rectangle in the improved image of the form when the reference box has a shape of a non-rectangular quadrilateral; and processing an improved image of the barcode in the rectangle in the improved image of the form generated from the step of processing the image of the form for decoding the barcode. capturing an image of a form having a barcode with a barcode reading arrangement, wherein the barcode reading arrangement comprises a solid-state imager having an array of photosensitive elements, a lens system operative to focus light reflected from the form onto the array of photosensitive elements in the solid-state imager; storing the image of the form captured by the solid-state imager to a memory; and characterized by: finding a reference box in the image of the form by traversing one of connected lines and connected edges in the image of the form; processing the image of the form to improve the image of the form to generate an improved image of the form by transforming the reference box to a rectangle in the improved image of the form when the reference box has a shape of a non-rectangular quadrilateral; and processing an improved image of the barcode in the rectangle in the improved image of the form generated from the step of processing the image of the form for decoding the barcode. finding a reference box in the image of the form by traversing one of connected lines and connected edges in the image of the form; processing the image of the form to improve the image of the form to generate an improved image of the form by transforming the reference box to a rectangle in the improved image of the form when the reference box has a shape of a non-rectangular quadrilateral; and processing an improved image of the barcode in the rectangle in the improved image of the form generated from the step of processing the image of the form for decoding the barcode.