mhurhangee/ep-ind-claims huggingface dataset:
A covering for an architectural opening, comprising: a rotatable outer tube; a rotatable inner tube received within said outer tube; and a shade attached to the outer tube, said rotatable outer tube defining an elongated slot extending along a length of the outer tube and opening to an interior of the outer tube; said shade retractable to and extendable from said outer tube, said shade including a support sheet and at least one strip of material, said at least one strip of material including a first edge portion and a second edge portion, said first edge portion attached to said support sheet, and said second edge portion movable relative to said first edge portion and said support sheet; and at least one operating element attached to the inner tube, characterized in that said at least one operating element extends through the elongated slot and is operably attached to said second edge portion of said at least one strip of material; wherein: rotation of said inner tube relative to said outer tube causes said second edge portion of said at least one strip of material to move relative to said first edge portion of said at least one strip of material. a rotatable outer tube; a rotatable inner tube received within said outer tube; and a shade attached to the outer tube, said rotatable outer tube defining an elongated slot extending along a length of the outer tube and opening to an interior of the outer tube; said shade retractable to and extendable from said outer tube, said shade including a support sheet and at least one strip of material, said at least one strip of material including a first edge portion and a second edge portion, said first edge portion attached to said support sheet, and said second edge portion movable relative to said first edge portion and said support sheet; and at least one operating element attached to the inner tube, characterized in that said at least one operating element extends through the elongated slot and is operably attached to said second edge portion of said at least one strip of material; wherein: rotation of said inner tube relative to said outer tube causes said second edge portion of said at least one strip of material to move relative to said first edge portion of said at least one strip of material.
Device for supporting and connecting an electronic card for controlling a lighting or signalling module, comprising a frame incorporating, on the one hand, a first housing formed by two parallel grooves forming slides intended to receive the edges of the said card and, on the other hand, a second housing extending perpendicularly to the first housing and intended to receive and hold a removable electrical connector engaging with the said card, on the other hand, a second housing extending perpendicularly to the first housing and intended to receive and retain a removable electrical connector engaging with the said card in the interface between the two housings.
Connector including a ferrule and comprising a translucid or transparent cap membrane (200, 400), fixed in a sealed manner to said ferrule by an adhesion zone, and totally blocking the opening of the connector, which cap membrane is detachable from the ferrule by peeling and includes means (230, 430), in particular a strip, for the gripping of the membrane during the peeling, characterised in that the cap membrane includes a favoured cutting line (250, 550) preventing the reinstallation thereof on the ferrule after peeling.
A fluid system comprising: a linear actuator; a fluid pump assembly connected with the linear actuator, the fluid pump assembly to provide a fluid to operate the linear actuator, the fluid pump assembly including, a fluid pump that is a gear pump and has a casing defining an interior volume, the casing having an inlet port in fluid communication with the interior volume, and an outlet port in fluid communication with the interior volume, the fluid pump having least one fluid driver (40,60), each fluid driver (40,60) having an electric motor (41,61), a control valve assembly (122,123) comprising a control valve in fluid communication with the linear actuator, the control valve disposed on an upstream or a downstream side of the fluid pump; and a controller, wherein the controller concurrently establishes at least one of a speed and a torque of the electric motor (41, 61) and an opening of the control valve to adjust at least one of a flow and a pressure in the fluid system to an operational set point. a linear actuator; a fluid pump assembly connected with the linear actuator, the fluid pump assembly to provide a fluid to operate the linear actuator, the fluid pump assembly including, a fluid pump that is a gear pump and has a casing defining an interior volume, the casing having an inlet port in fluid communication with the interior volume, and an outlet port in fluid communication with the interior volume, the fluid pump having least one fluid driver (40,60), each fluid driver (40,60) having an electric motor (41,61), a control valve assembly (122,123) comprising a control valve in fluid communication with the linear actuator, the control valve disposed on an upstream or a downstream side of the fluid pump; and a fluid pump that is a gear pump and has a casing defining an interior volume, the casing having an inlet port in fluid communication with the interior volume, and an outlet port in fluid communication with the interior volume, the fluid pump having least one fluid driver (40,60), each fluid driver (40,60) having an electric motor (41,61), a control valve assembly (122,123) comprising a control valve in fluid communication with the linear actuator, the control valve disposed on an upstream or a downstream side of the fluid pump; and a controller, wherein the controller concurrently establishes at least one of a speed and a torque of the electric motor (41, 61) and an opening of the control valve to adjust at least one of a flow and a pressure in the fluid system to an operational set point.
An apparatus comprising: a satellite; an antenna system associated with the satellite, wherein the antenna system includes a forward antenna, wherein the forward antenna is configured to transmit electromagnetic radiation which forms a signal in a direction toward the surface of the Earth, and wherein the antenna system further includes an aft antenna configured to transmit in a direction away from the surface of the Earth; and a transmitter in the satellite, wherein the transmitter is configured to transmit location information in the signal using the antenna system, wherein the electromagnetic radiation for the signal has an antenna radiation pattern having a main lobe and side lobes, characterized in that the forward antenna in the antenna system is configured to increase a strength in a number of side lobes in the antenna radiation pattern, wherein the side lobes are transmitting in directions away from the surface of the Earth. a satellite; an antenna system associated with the satellite, wherein the antenna system includes a forward antenna, wherein the forward antenna is configured to transmit electromagnetic radiation which forms a signal in a direction toward the surface of the Earth, and wherein the antenna system further includes an aft antenna configured to transmit in a direction away from the surface of the Earth; and a transmitter in the satellite, wherein the transmitter is configured to transmit location information in the signal using the antenna system, wherein the electromagnetic radiation for the signal has an antenna radiation pattern having a main lobe and side lobes, characterized in that the forward antenna in the antenna system is configured to increase a strength in a number of side lobes in the antenna radiation pattern, wherein the side lobes are transmitting in directions away from the surface of the Earth.
Packaging unit (2, 48) made of moulded pulp for products like eggs, comprising: - a bottom part provided with compartments for individual products; - a cover part comprising top, front and rear surfaces with the front surface comprising one or more openings; - a first locking element extending upwardly from the bottom part defining a cam with an at least partly downwardly facing locking plane with a length and a width that extends outwardly downwards, such that the length of the cam partly extends through the opening in the front surface of the cover part in a closed position of the packaging unit; and - a label (36, 44, 50) provided on the cover part, characterized in that the label is provided with a curved cut (38, 46, 52) that is configured to enable the cam to partly extend through the opening in the cover part and remain substantially behind the label seen in a front view of the packaging unit in a closed position. - a bottom part provided with compartments for individual products; - a cover part comprising top, front and rear surfaces with the front surface comprising one or more openings; - a first locking element extending upwardly from the bottom part defining a cam with an at least partly downwardly facing locking plane with a length and a width that extends outwardly downwards, such that the length of the cam partly extends through the opening in the front surface of the cover part in a closed position of the packaging unit; and - a label (36, 44, 50) provided on the cover part, characterized in that the label is provided with a curved cut (38, 46, 52) that is configured to enable the cam to partly extend through the opening in the cover part and remain substantially behind the label seen in a front view of the packaging unit in a closed position.
Method for connecting a user terminal (5n, 50, 51, 53) to a subset of a network dedicated to a service, termed network slice (TR1, TR2, TR3, TR4, TR5, TR6), implemented by the terminal and comprising: - at least one step of receiving (E1, E2, E'1, E4, E5, E9, E10, E'4, E'9) a message comprising at least one service or network slice identifier (IdS1, IdS2, IdS3, IdS4, IdS5, IdS6), originating from an access equipment associated with the at least one identified slice; - a step of selecting (E3, E6, E11, E'3, E'6, E'11) a network slice as a function of parameters comprised in the terminal, and of the at least one service or slice identifier received; - a step of attaching (E7, E12, E'7, E'12) to an access equipment associated with the network slice selected, information comprising an IP address or a Fully Qualified Domain Name (FQDN) of said access equipment enabling the terminal to attach to said access equipment and being received in the message comprising the at least one service or network slice identifier. - at least one step of receiving (E1, E2, E'1, E4, E5, E9, E10, E'4, E'9) a message comprising at least one service or network slice identifier (IdS1, IdS2, IdS3, IdS4, IdS5, IdS6), originating from an access equipment associated with the at least one identified slice; - a step of selecting (E3, E6, E11, E'3, E'6, E'11) a network slice as a function of parameters comprised in the terminal, and of the at least one service or slice identifier received; - a step of attaching (E7, E12, E'7, E'12) to an access equipment associated with the network slice selected, information comprising an IP address or a Fully Qualified Domain Name (FQDN) of said access equipment enabling the terminal to attach to said access equipment and being received in the message comprising the at least one service or network slice identifier.
A camera comprising: a charge generation unit for generating signal charge in response to incident electromagnetic waves, a charge accumulation unit for accumulating the signal charge generated by the charge generation unit, a transfer gate transistor for transferring the signal charge generated by the charge generation unit to the charge accumulation unit, a signal generation unit for generating a voltage on an output signal line in accordance with the signal charge accumulated in the charge accumulation unit, a capacitance between an output node of the signal generation unit and the charge accumulation unit, a reset unit for resetting the charge accumulation unit to go to a reset level so as to increase an amount of charge to be accumulated in the charge accumulation unit; a driving control unit for using control pulses comprising a reset pulse for driving the reset unit, an optical system for guiding electromagnetic waves to the charge generation unit, characterized in that a response time of a signal appearing on the output signal line of the signal generation unit is more than 100 ns, and a width of the reset pulse is less than or equal to 1/2 of the response time, the response time referring to a time taken for the signal appearing on the output signal line to reach 90 % of its maximum level starting from pulse application. a charge generation unit for generating signal charge in response to incident electromagnetic waves, a charge accumulation unit for accumulating the signal charge generated by the charge generation unit, a transfer gate transistor for transferring the signal charge generated by the charge generation unit to the charge accumulation unit, a signal generation unit for generating a voltage on an output signal line in accordance with the signal charge accumulated in the charge accumulation unit, a capacitance between an output node of the signal generation unit and the charge accumulation unit, a reset unit for resetting the charge accumulation unit to go to a reset level so as to increase an amount of charge to be accumulated in the charge accumulation unit; a driving control unit for using control pulses comprising a reset pulse for driving the reset unit, an optical system for guiding electromagnetic waves to the charge generation unit, characterized in that a response time of a signal appearing on the output signal line of the signal generation unit is more than 100 ns, and a width of the reset pulse is less than or equal to 1/2 of the response time, the response time referring to a time taken for the signal appearing on the output signal line to reach 90 % of its maximum level starting from pulse application.
A modular floatation collar for aquaculture applications, the modular floatation collar comprising: a first segment of the modular floatation collar comprising a frame having a recessed compartment (24, 26) and further comprising a removable decking (28, 30) covering the recessed compartment; a second segment of the modular floatation collar comprising a frame and further comprising a removable decking covering the recessed compartment; a floatation unit; and a pivotal connection (46, 48, 50, 52) between said segments around a horizontal pivoting axis, each end of each said segment is provided with a respective one of universal connectors forming said pivotal connection and each side of each said segment is provided with a respective one of the universal connectors to allow the segment to be connected to an adjacent segment either linearly along a common axis or orthogonally at a right angle; characterized in that the first segment of the modular floatation collar and the second segment of the modular floatation collar are both mounted on the floatation unit, and the floatation unit extends between the first segment of the modular floatation collar and the second segment of the modular floatation collar. a first segment of the modular floatation collar comprising a frame having a recessed compartment (24, 26) and further comprising a removable decking (28, 30) covering the recessed compartment; a second segment of the modular floatation collar comprising a frame and further comprising a removable decking covering the recessed compartment; a floatation unit; and a pivotal connection (46, 48, 50, 52) between said segments around a horizontal pivoting axis, each end of each said segment is provided with a respective one of universal connectors forming said pivotal connection and each side of each said segment is provided with a respective one of the universal connectors to allow the segment to be connected to an adjacent segment either linearly along a common axis or orthogonally at a right angle; characterized in that the first segment of the modular floatation collar and the second segment of the modular floatation collar are both mounted on the floatation unit, and the floatation unit extends between the first segment of the modular floatation collar and the second segment of the modular floatation collar.
A method for controlling a spectrometer for analyzing a product, comprising steps of sending a light beam from a light source of the spectrometer, of transmitting the light beam to a product to be analyzed with which it interacts, and of acquiring light intensity measurements (MSxy) enabling a spectrum to be formed, by means of a sensor of the spectrometer, disposed on a route of the light beam after it has interacted with the product to be analyzed, the acquisition of light intensity measurements comprising steps of: acquiring in the presence of the product to be analyzed measurements (LFL, TPL, Ix, Vx) representative of the operation of the light source and independent of the product to be analyzed, determining depending on the operation measurements comprising a measurement of the temperature of the light source, a value of supply current (LCx) of the light source, and if the supply current value is within an operating range delimited by minimum and maximum threshold values (LCmx-LCMx), supplying the light source with a supply current corresponding to the determined supply current value, and determining, depending on the operation measurements, a value of integration time (ITy) of light-sensitive cells (y) of the sensor, and if the integration time value is between threshold values (ITmy, ITMy), adjusting the integration time of the light-sensitive cells to the determined integration time value. acquiring in the presence of the product to be analyzed measurements (LFL, TPL, Ix, Vx) representative of the operation of the light source and independent of the product to be analyzed, determining depending on the operation measurements comprising a measurement of the temperature of the light source, a value of supply current (LCx) of the light source, and if the supply current value is within an operating range delimited by minimum and maximum threshold values (LCmx-LCMx), supplying the light source with a supply current corresponding to the determined supply current value, and determining, depending on the operation measurements, a value of integration time (ITy) of light-sensitive cells (y) of the sensor, and if the integration time value is between threshold values (ITmy, ITMy), adjusting the integration time of the light-sensitive cells to the determined integration time value.
Method for checking the electrical conductivity of tyres for vehicle wheels, comprising: associating a tyre with a plurality of angularly spaced pairs of electrodes, each pair of electrodes comprising a radially internal electrode and a radially external electrode; wherein the radially external electrode rests against a tread of the tyre and the radially internal electrode rests against at least one bead of the tyre; wherein the radially external electrode and the radially internal electrode are substantially aligned along a radial direction of the tyre; generating a voltage between the radially external electrode and the radially internal electrode of each pair of electrodes and obtaining an electrical resistance value between the radially external electrode and the radially internal electrode of each pair of electrodes; wherein associating the tyre with the plurality of pairs of electrodes comprises: approaching one another and to the tread of the tyre the radially external electrodes of all the pairs of electrodes and/or moving away from each other, and approaching to the beads of the tyre, the radially internal electrodes of all the pairs of electrodes. associating a tyre with a plurality of angularly spaced pairs of electrodes, each pair of electrodes comprising a radially internal electrode and a radially external electrode; wherein the radially external electrode rests against a tread of the tyre and the radially internal electrode rests against at least one bead of the tyre; wherein the radially external electrode and the radially internal electrode are substantially aligned along a radial direction of the tyre; generating a voltage between the radially external electrode and the radially internal electrode of each pair of electrodes and obtaining an electrical resistance value between the radially external electrode and the radially internal electrode of each pair of electrodes; wherein associating the tyre with the plurality of pairs of electrodes comprises: approaching one another and to the tread of the tyre the radially external electrodes of all the pairs of electrodes and/or moving away from each other, and approaching to the beads of the tyre, the radially internal electrodes of all the pairs of electrodes.
A computer-implemented method for training an image processing model for digital zooming, comprising: for each of N training scenes, acquiring M frames of long-distance shot images respectively, wherein both N and M are positive integers greater than 1; for each of the N training scenes, acquiring a short-distance standard image of each of the N training scenes; for each of the N training scenes, clipping the M frames of long-distance shot images to obtain a field of view the same as a field of view of the short-distance standard image, and aligning the M frames of long-distance shot images after being clipped with the short-distance standard image; for each of the N training scenes, forming a training sample couple by the M frames of long-distance shot images and the short-distance standard image after alignment; forming a training sample set by N training sample couples respectively corresponding to the N training scenes; and training an image processing model based on the training sample set; characterized in that, training the image processing model based on the training sample set comprises: setting a calculation weight of a long-distance reference image to be greater than calculation weights of other images in the M frames of long-distance shot images when input into the image processing model, wherein the long-distance reference image is a clearest image selected from the M frames of long-distance shot images. for each of N training scenes, acquiring M frames of long-distance shot images respectively, wherein both N and M are positive integers greater than 1; for each of the N training scenes, acquiring a short-distance standard image of each of the N training scenes; for each of the N training scenes, clipping the M frames of long-distance shot images to obtain a field of view the same as a field of view of the short-distance standard image, and aligning the M frames of long-distance shot images after being clipped with the short-distance standard image; for each of the N training scenes, forming a training sample couple by the M frames of long-distance shot images and the short-distance standard image after alignment; forming a training sample set by N training sample couples respectively corresponding to the N training scenes; and training an image processing model based on the training sample set; characterized in that, training the image processing model based on the training sample set comprises: setting a calculation weight of a long-distance reference image to be greater than calculation weights of other images in the M frames of long-distance shot images when input into the image processing model, wherein the long-distance reference image is a clearest image selected from the M frames of long-distance shot images. setting a calculation weight of a long-distance reference image to be greater than calculation weights of other images in the M frames of long-distance shot images when input into the image processing model, wherein the long-distance reference image is a clearest image selected from the M frames of long-distance shot images.