mhurhangee/ep-ind-claims huggingface dataset:
An agricultural seed-drill having automatic distribution comprising: • a pneumatic transport device comprising a mixing chamber for mixing granular materials with an air flow, • a distributor for granular materials comprising a through-conduit for the granular materials, • a diffusor which receives the air flow which is mixed with the granular materials in order to dispense it to sowing elements, and • a device for calibrating the granular materials dispensed by the distributor comprising: ∘ a calibration aperture which is formed in the through-conduit between the distributor of the seed and the device for transporting the material, ∘ a through-hole between the through-conduit and the mixing chamber and ∘ a gate which is selectively associated with the calibration aperture or the through-hole, characterized in that the through-hole is constructed in the region of a partition wall between the mixing chamber and the distributor and delimiting the mixing chamber, and in that the device for calibrating the granular materials dispensed by the distributor further comprises a motorized actuator which is capable of rotating the gate between a calibration position in which the gate is resting on the wall so as to close the through-hole and a distribution position in which the calibration aperture is closed and the material may travel through the through-hole towards the transport device. • a pneumatic transport device comprising a mixing chamber for mixing granular materials with an air flow, • a distributor for granular materials comprising a through-conduit for the granular materials, • a diffusor which receives the air flow which is mixed with the granular materials in order to dispense it to sowing elements, and • a device for calibrating the granular materials dispensed by the distributor comprising: ∘ a calibration aperture which is formed in the through-conduit between the distributor of the seed and the device for transporting the material, ∘ a through-hole between the through-conduit and the mixing chamber and ∘ a gate which is selectively associated with the calibration aperture or the through-hole, ∘ a calibration aperture which is formed in the through-conduit between the distributor of the seed and the device for transporting the material, ∘ a through-hole between the through-conduit and the mixing chamber and ∘ a gate which is selectively associated with the calibration aperture or the through-hole,
A system for cooling quantum computing devices, comprising: a quantum computing device; a cryogenic device; an enclosure having the quantum computing device disposed within the enclosure; and a thermalizing material disposed within the enclosure, wherein the thermalizing material is adapted to thermally link the dilution cryogenic device to the quantum computing device by immersing the quantum computing device in the thermalizing material, wherein the enclosure comprises an enclosure opening to facilitate providing the thermalizing material therein; a one-piece hollow body defining a fluid path; and a valve coupled to the one-piece hollow body, wherein the enclosure opening comprises the valve, and wherein the fluid path traverses multiple temperature stages (150A-E) of the cryogenic device. a quantum computing device; a cryogenic device; an enclosure having the quantum computing device disposed within the enclosure; and a thermalizing material disposed within the enclosure, wherein the thermalizing material is adapted to thermally link the dilution cryogenic device to the quantum computing device by immersing the quantum computing device in the thermalizing material, wherein the enclosure comprises an enclosure opening to facilitate providing the thermalizing material therein; a one-piece hollow body defining a fluid path; and a valve coupled to the one-piece hollow body, wherein the enclosure opening comprises the valve, and wherein the fluid path traverses multiple temperature stages (150A-E) of the cryogenic device.
A method for manufacturing an optical article, comprising: - providing a base-lens substrate having opposite first and second lens surfaces (10a, 10b), and at least one optical element disposed on the second lens surface, each optical element having a maximum height that is less than or equal to 0.5 mm, and a maximum width that is less than or equal to 2.0 mm, and - performing a differentiate coating deposition on the second lens surface, characterized in that the second lens surface comprises at least three areas (Z1, Z2,Z3) defined according to their relative position with respect to at least one optical element, and the differentiate coating deposition comprises changing at least one parameter of the coating deposition according to the considered area, the at least three areas (Z1, Z2, Z3) of the second lens surface comprising: - a first set of areas located at the position of at least one optical element, - a second set of areas located at a position of the second lens surface devoid of any optical element, and - a third set of areas corresponding to transition areas between an optical element and a zone of the second lens surface devoid of optical element. - providing a base-lens substrate having opposite first and second lens surfaces (10a, 10b), and at least one optical element disposed on the second lens surface, each optical element having a maximum height that is less than or equal to 0.5 mm, and a maximum width that is less than or equal to 2.0 mm, and - performing a differentiate coating deposition on the second lens surface, characterized in that the second lens surface comprises at least three areas (Z1, Z2,Z3) defined according to their relative position with respect to at least one optical element, and the differentiate coating deposition comprises changing at least one parameter of the coating deposition according to the considered area, the at least three areas (Z1, Z2, Z3) of the second lens surface comprising: - a first set of areas located at the position of at least one optical element, - a second set of areas located at a position of the second lens surface devoid of any optical element, and - a third set of areas corresponding to transition areas between an optical element and a zone of the second lens surface devoid of optical element. - a first set of areas located at the position of at least one optical element, - a second set of areas located at a position of the second lens surface devoid of any optical element, and - a third set of areas corresponding to transition areas between an optical element and a zone of the second lens surface devoid of optical element.
A method of hot laminating multilayer products comprising at least one barrier layer (6") formed of a film made of a liquid impermeable thermoplastic polymeric material and at least one breathable layer (6', 6"') made of a non-woven fabric made of thermoplastic polymeric fibers, wherein said layers (6', 6", 6"') are hot laminated by way of a calender comprising a pair of counter-rotating cylinders (1, 2) with parallel axes, the mantle surfaces of which define a lamination gap therebetween, said method comprising the steps of: - forming embossing patterns on the mantle surfaces of both cylinders (1, 2), each embossing pattern comprising grooves (7, 8) defining therebetween continuous reliefs on the mantles of the two cylinders (1, 2), linearly extending at different or complementary angles of inclination with respect to the axes of the respective cylinders, as observable on an elevation view of the cylinders; - heating said cylinders (1, 2) at a temperature sufficient to soften the polymeric material of the layers (6', 6", 6"') pinched at crossovers of said continuous reliefs of the mantles of the two cylinders (1, 2) when the layers pass through said lamination gap; and - forming bond zones between adjacent layers (6', 6", 6"') at said crossovers of the continuous reliefs of the cylinder mantles. - forming embossing patterns on the mantle surfaces of both cylinders (1, 2), each embossing pattern comprising grooves (7, 8) defining therebetween continuous reliefs on the mantles of the two cylinders (1, 2), linearly extending at different or complementary angles of inclination with respect to the axes of the respective cylinders, as observable on an elevation view of the cylinders; - heating said cylinders (1, 2) at a temperature sufficient to soften the polymeric material of the layers (6', 6", 6"') pinched at crossovers of said continuous reliefs of the mantles of the two cylinders (1, 2) when the layers pass through said lamination gap; and - forming bond zones between adjacent layers (6', 6", 6"') at said crossovers of the continuous reliefs of the cylinder mantles.
A method of multi-hop wireless communication, comprising: sending, at a first wireless node, a request to receive information relating to whether a second wireless node has data to be transmitted to the first wireless node, receiving, at the first wireless node, the requested information relating to whether the second wireless node has data to be transmitted to the first wireless node, wherein the information indicates an amount of data in a transmit buffer of the second wireless node, and determining, at the first wireless node, based on the information, whether to transmit a resource utilization message, wherein the resource utilization message indicates that quality of service associated with a flow of data from the second wireless node to the first wireless node is inadequate, and wherein the determination comprises comparing the amount of data with a threshold and determining not to transmit the resource utilization message if the amount of data is less than or equal to the threshold. sending, at a first wireless node, a request to receive information relating to whether a second wireless node has data to be transmitted to the first wireless node, receiving, at the first wireless node, the requested information relating to whether the second wireless node has data to be transmitted to the first wireless node, wherein the information indicates an amount of data in a transmit buffer of the second wireless node, and determining, at the first wireless node, based on the information, whether to transmit a resource utilization message, wherein the resource utilization message indicates that quality of service associated with a flow of data from the second wireless node to the first wireless node is inadequate, and wherein the determination comprises comparing the amount of data with a threshold and determining not to transmit the resource utilization message if the amount of data is less than or equal to the threshold.
A method for molding an ophthalmic lens, in particular a soft or a hard contact lens, using a mold comprising male and female mold halves,each of said male and female mold halves being provided with a lens forming surface, with a mold cavity being formed between said lens forming surfaces of said male and female mold halves when the mold is closed, the method including the steps of: - applying a temporary coating to at least a portion of at least one of said lens forming surfaces of said male and female mold halves, said temporary coating being capable of reducing adhesive forces between a lens forming material and said lens forming surface; - drying said temporary coating applied to said at least one portion of said at least one of said lens forming surfaces; - introducing a lens forming material into said female mold half; - assembling the male and female mold halves to close the mold; - curing said lens forming material in said mold cavity formed between said lens forming surfaces of said male and female mold halves to form said ophthalmic lens; - opening said mold; and - removing said ophthalmic lens from said male mold half or from said female mold half, wherein said temporary coating is applied in liquid form, - characterised in that said temporary coating is applied to said lens forming surface with the aid of a coating head capable of maintaining a continuous flow of said liquid to and from a coating face of said coating head during the application step. - applying a temporary coating to at least a portion of at least one of said lens forming surfaces of said male and female mold halves, said temporary coating being capable of reducing adhesive forces between a lens forming material and said lens forming surface; - drying said temporary coating applied to said at least one portion of said at least one of said lens forming surfaces; - introducing a lens forming material into said female mold half; - assembling the male and female mold halves to close the mold; - curing said lens forming material in said mold cavity formed between said lens forming surfaces of said male and female mold halves to form said ophthalmic lens; - opening said mold; and - removing said ophthalmic lens from said male mold half or from said female mold half, - characterised in that said temporary coating is applied to said lens forming surface with the aid of a coating head capable of maintaining a continuous flow of said liquid to and from a coating face of said coating head during the application step.
An apparatus for remotely operating a handle of a circuit breaker which includes a handle, a first plate, to which the handle is rotatably connected, allowing the handle to be attached to a distributing board, a second plate allowing the first plate to be attached to the distributing board, a first link arranged to transfer a rotary motion of the handle, as a linear motion, and a second link arranged to be rotated according to the linear motion of the first link to provide a rotational force enabling the circuit breaker to be switched on or off, wherein the apparatus comprises a handle operating member being operatively connected to the second link, having an elastic member to provide elastic force to the second link, while being rotated cooperatively according to rotation of the second link, to fixedly support an ON or OFF position of the handle, wherein the apparatus is characterized in that the handle operating member includes a body part into which the elastic member is inserted; a rotary member connected to one side of the body part such that the body part is movable according to rotation of the second link, and rotatably connected to the second plate; and a fixing member having one side connected to the body part and the other side to which the second link is rotatably connected, to thus receive elastic force through the elastic member, and a stoppage plate is formed above the second link, a hole is formed in the stoppage plate, and the fixing member includes a through plate having a through hole into which the body part is inserted, side support plates bent to extend from both ends of the through plate and having a fastening hole allowing a fastening member to penetrate therethrough, and a space part formed between the side support plates and allowing the stoppage plate to be inserted therein, and in a state in which the stoppage plate is inserted into the space part, the fastening member penetrates through the hole and the space part, whereby the second link is rotatably connected to the fixing member.
Upper covering part forming a lid for battery housing for an electric vehicle comprising at least a thermoplastic carrier shaped to form the covering lid characterized in that the outer surface of the covering lid not facing the battery pack is coated with a conductive paint comprising conductive metal or conductive metal-coated particles, and whereby the assembly of the thermoplastic carrier and of the coating has an electromagnetic shielding effectiveness of at least 50dB, preferably at least 60dB, at RF frequencies between 1kHz and 1.5GHz according to ASTM D4935-10 and whereby the conductive coating layer has a thickness of between 20 and 150μm.
A vane assembly of a gas turbine, wherein the vane assembly comprises an inner platform in the form of a first ring or sector of ring, an outer platform in the form of a second ring or sector of ring, and a plurality of vanes (110, 120) each consisting of a leading edge portion (111, 121), a trailing edge portion (112, 122) and a body portion (113, 123), said vane assembly comprising a repair member being arranged for repairing a damaged vane of said plurality of vanes (110, 120) and comprising: - an inner platform portion designed to replace part of the inner platform of said damaged vane, - an outer platform portion designed to replace part of the outer platform of said damaged vane, and - an airfoil portion connecting said inner and outer platform portions (201, 202), designed to replace a leading edge portion or a trailing edge portion of said damaged vane; characterized in that said inner platform portion is configured so to reach an edge of said first ring or sector of ring, wherein said outer platform portion is configured so to reach an edge of said second ring or sector of ring, and wherein said inner platform portion, said outer platform portion, and said airfoil portion are configured so to allow insertion of the repair member into the vane assembly by a pure translation movement being along an insertion direction and having a movement component parallel to an axes of said first and second rings or sectors of ring (150, 160). said vane assembly comprising a repair member being arranged for repairing a damaged vane of said plurality of vanes (110, 120) and comprising: - an inner platform portion designed to replace part of the inner platform of said damaged vane, - an outer platform portion designed to replace part of the outer platform of said damaged vane, and - an airfoil portion connecting said inner and outer platform portions (201, 202), designed to replace a leading edge portion or a trailing edge portion of said damaged vane; - an inner platform portion designed to replace part of the inner platform of said damaged vane, - an outer platform portion designed to replace part of the outer platform of said damaged vane, and - an airfoil portion connecting said inner and outer platform portions (201, 202), designed to replace a leading edge portion or a trailing edge portion of said damaged vane; characterized in that said inner platform portion is configured so to reach an edge of said first ring or sector of ring, wherein said outer platform portion is configured so to reach an edge of said second ring or sector of ring, and wherein said inner platform portion, said outer platform portion, and said airfoil portion are configured so to allow insertion of the repair member into the vane assembly by a pure translation movement being along an insertion direction and having a movement component parallel to an axes of said first and second rings or sectors of ring (150, 160).
Method for operating a drive train of a vehicle, wherein the drive train has at least a transmission housing, and a clutch unit situated therein with a clutch that acts in a form-fit manner, as well as an actuating unit for actuating the clutch, and a sensor for determining the coupling status; wherein the clutch includes at least a first clutch component and a second clutch component that are connected to one another in a form-fit manner when the clutch is actuated; wherein the actuating unit includes an electromagnetic actuator having a piston; wherein for actuating the clutch the piston is moved from a starting position into an end position; wherein at least the piston and the clutch are acted on at least partially by a transmission fluid; wherein a torque is transmitted via the clutch components (8, 9) only after a fully engaged first state of the clutch components (8, 9) is determined in which the piston is in the end position; wherein a position of the piston may be determined with the sensor; wherein the method includes at least the following steps: a) actuating the actuator and moving the piston from the starting position; b) ascertaining a measured sensor value; c) ascertaining a temperature of the transmission fluid; d) determining an actual position of the piston based on the measured sensor value and the temperature; and e) moving the piston, starting from the determined actual position, into the end position; characterized in that the temperature of the transmission fluid is ascertained at least by i. measuring an electrical resistance of the actuator or ii. measuring a first time interval between actuation of the actuator according to step a) and the detection by the sensor of an intermediate position that is reached by the piston. a) actuating the actuator and moving the piston from the starting position; b) ascertaining a measured sensor value; c) ascertaining a temperature of the transmission fluid; d) determining an actual position of the piston based on the measured sensor value and the temperature; and e) moving the piston, starting from the determined actual position, into the end position; i. measuring an electrical resistance of the actuator or ii. measuring a first time interval between actuation of the actuator according to step a) and the detection by the sensor of an intermediate position that is reached by the piston.
A mains plug socket comprising at least one receptacle for a mains plug pin (5a, 5b) and a respective cover opening upon insertion of the mains plug pin, characterized in that a locking device is assigned to the cover and comprises at least two arms gripping behind the cover, which arms are expandable into an unlocking position upon penetration of the mains plug pin, so that the cover can be unlocked and opened upon insertion of the mains plug pin.
An oral fixation device, comprising: a U-shaped brace; and an arch board connected to an inner wall of the U-shaped brace and arched in a central part of the arch board, wherein the central part of the arch board is thicker than the connecting part, and the maximum thickness of the arch board is larger than 2 mm, wherein the U-shaped brace has a U-shaped upper bite channel and a U-shaped lower bite channel, characterised in that a front end of the U-shaped upper bite channel is separated from the inner wall by a first distance, a front end of the U-shaped lower bite channel is separated from the inner wall by a second distance, and the second distance is larger than the first distance, such that the front end of the U-shaped lower bite channel is located in front of the front end of the U-shaped upper bite channel to advance a mandible of a user forward. a U-shaped brace; and an arch board connected to an inner wall of the U-shaped brace and arched in a central part of the arch board, wherein the central part of the arch board is thicker than the connecting part, and the maximum thickness of the arch board is larger than 2 mm, wherein the U-shaped brace has a U-shaped upper bite channel and a U-shaped lower bite channel, characterised in that a front end of the U-shaped upper bite channel is separated from the inner wall by a first distance, a front end of the U-shaped lower bite channel is separated from the inner wall by a second distance, and the second distance is larger than the first distance, such that the front end of the U-shaped lower bite channel is located in front of the front end of the U-shaped upper bite channel to advance a mandible of a user forward.