mhurhangee/ep-ind-claims huggingface dataset:
A node for a communications network, the node having: a converter for digitizing at a receiver clock rate a received optical signal received over an optical link from an optical transmitter at another node, a framer for detecting frames in the digital data, the frames each having a payload part, and a forward error correction part, the node also having: an error corrector for correcting errors in the payload part using the forward error correction part of the frame, a monitor for monitoring an error rate in the received payload part, and a processor arranged to send, when the monitored error rate is determined to be less than a threshold, a request to the optical transmitter to reduce a length of the transmitted forward error correction part and to decrease a clock rate of the transmission of the frames by an amount to maintain a same transmission rate of the payload parts. a converter for digitizing at a receiver clock rate a received optical signal received over an optical link from an optical transmitter at another node, a framer for detecting frames in the digital data, the frames each having a payload part, and a forward error correction part, the node also having: an error corrector for correcting errors in the payload part using the forward error correction part of the frame, a monitor for monitoring an error rate in the received payload part, and a processor arranged to send, when the monitored error rate is determined to be less than a threshold, a request to the optical transmitter to reduce a length of the transmitted forward error correction part and to decrease a clock rate of the transmission of the frames by an amount to maintain a same transmission rate of the payload parts. an error corrector for correcting errors in the payload part using the forward error correction part of the frame, a monitor for monitoring an error rate in the received payload part, and a processor arranged to send, when the monitored error rate is determined to be less than a threshold, a request to the optical transmitter to reduce a length of the transmitted forward error correction part and to decrease a clock rate of the transmission of the frames by an amount to maintain a same transmission rate of the payload parts.
An optical component comprising: a base; a moth-eye structure comprising predetermined concavities and convexities; and at least one buffer layer provided between the base and the moth-eye structure, the buffer layer being formed of a material that has a refractive index lower than a refractive index of the base, but higher than a refractive index of the moth-eye structure, characterized in that when a position of an interface between the base and the buffer layer is 0, a shortest distance from the interface toward the moth-eye structure is t, a refractive index of the base is n s, a refractive index of the buffer layer or an average refractive index of the moth-eye structure at a location with the distance t from the interface is n t, a shortest distance from the interface to a vertex of the convexity of the moth-eye structure is h, and and a refractive index of a medium in contact with a surface of the moth-eye structure is n M, the refractive index of the buffer layer and the average refractive index of the moth-eye structure are adjusted in such a way that the refractive index n t satisfies a following formula: − 0.15 × n S − n M + n M + n S − n M t − h 2 h 2 ≤ n t ≤ 0.15 × n S − n M + n M + n S − n M t − h 2 h 2 a base; a moth-eye structure comprising predetermined concavities and convexities; and at least one buffer layer provided between the base and the moth-eye structure, the buffer layer being formed of a material that has a refractive index lower than a refractive index of the base, but higher than a refractive index of the moth-eye structure, characterized in that when a position of an interface between the base and the buffer layer is 0, a shortest distance from the interface toward the moth-eye structure is t, a refractive index of the base is n s, a refractive index of the buffer layer or an average refractive index of the moth-eye structure at a location with the distance t from the interface is n t, a shortest distance from the interface to a vertex of the convexity of the moth-eye structure is h, and and a refractive index of a medium in contact with a surface of the moth-eye structure is n M, the refractive index of the buffer layer and the average refractive index of the moth-eye structure are adjusted in such a way that the refractive index n t satisfies a following formula: − 0.15 × n S − n M + n M + n S − n M t − h 2 h 2 ≤ n t ≤ 0.15 × n S − n M + n M + n S − n M t − h 2 h 2
A luminescent material comprising particles comprising: a core of a first semiconductor material, the core showing quantum confinement and having a size in the nanometer range in at least one dimension; a first shell of a second semiconductor material surrounding the core; a second shell of an insulating material disposed on a surface of the first shell; and a coating disposed on a surface of the second shell, characterised in that the coating is a semi-permeable coating having a water vapor transport rate (WVTR) between 10 -1 g/m 2 /day and 10 -4 g/m 2 /day. a core of a first semiconductor material, the core showing quantum confinement and having a size in the nanometer range in at least one dimension; a first shell of a second semiconductor material surrounding the core; a second shell of an insulating material disposed on a surface of the first shell; and a coating disposed on a surface of the second shell, characterised in that the coating is a semi-permeable coating having a water vapor transport rate (WVTR) between 10 -1 g/m 2 /day and 10 -4 g/m 2 /day.
Method of producing a polyurethane foam comprising the steps of: - providing a mixture in a mixing head, said mixture comprising: A) an isocyanate-reactive component; B) a surfactant component; C) a blowing agent component selected from the group comprising linear, branched or cyclic C 1 to C 6 hydrocarbons, linear, branched or cyclic C 1 to C 6 (hydro)fluorocarbons, N 2, O 2, argon and/or CO 2, wherein said blowing agent C) is in the supercritical state; and D) a polyisocyanate component; - discharging the mixture comprising A), B), C) and D) from the mixing head through a discharge line, characterized in that said isocyanate-reactive component A) has a hydroxyl number of ≥ 100 mg KOH/g to ≤ 1000 mg KOH/g, said blowing agent component C) is at least partly present in the form of an emulsion, and means having one or more apertures are disposed in the discharge line to elevate the flow resistance during the step of discharging the mixture comprising A), B), C) and D), wherein the cross-sectional area of the aperture or the sum total of the cross-sectional areas of all apertures amounts to ≥ 0.5% to ≤ 10% of the inner cross-sectional area of the discharge line. - providing a mixture in a mixing head, said mixture comprising: A) an isocyanate-reactive component; B) a surfactant component; C) a blowing agent component selected from the group comprising linear, branched or cyclic C 1 to C 6 hydrocarbons, linear, branched or cyclic C 1 to C 6 (hydro)fluorocarbons, N 2, O 2, argon and/or CO 2, wherein said blowing agent C) is in the supercritical state; and D) a polyisocyanate component; A) an isocyanate-reactive component; B) a surfactant component; C) a blowing agent component selected from the group comprising linear, branched or cyclic C 1 to C 6 hydrocarbons, linear, branched or cyclic C 1 to C 6 (hydro)fluorocarbons, N 2, O 2, argon and/or CO 2, wherein said blowing agent C) is in the supercritical state; and D) a polyisocyanate component; - discharging the mixture comprising A), B), C) and D) from the mixing head through a discharge line,
an agricultural vehicle comprising: - a vehicle body comprising a front portion, according to a normal advancing direction of the agricultural vehicle, and defining an interior and an exterior of the agricultural vehicle; - a hitch relatively movable to the front portion between at least a first and a second configuration different to each other; - an axle relatively movable to the front portion, such that the axle and the front portion themselves (5, 3a) can be relatively arranged according to at least a third and a fourth configuration, in which the front portion is respectively closer to and farther from the axle; - a first actuator controllable to bring the hitch in the first and the second configuration; - a second actuator controllable to bring the axle and the front portion in the third and the fourth configuration; and - a control system comprising a single command adapted to be operable by a user and a control unit coupled to the command; characterized in that the control unit is configured to control the first and the second actuator (20, 15) contemporary or at different times in reply to one or more actions performed on the command. - a vehicle body comprising a front portion, according to a normal advancing direction of the agricultural vehicle, and defining an interior and an exterior of the agricultural vehicle; - a hitch relatively movable to the front portion between at least a first and a second configuration different to each other; - an axle relatively movable to the front portion, such that the axle and the front portion themselves (5, 3a) can be relatively arranged according to at least a third and a fourth configuration, in which the front portion is respectively closer to and farther from the axle; - a first actuator controllable to bring the hitch in the first and the second configuration; - a second actuator controllable to bring the axle and the front portion in the third and the fourth configuration; and - a control system comprising a single command adapted to be operable by a user and a control unit coupled to the command;
A method of receiving an image forming operation request through peer to peer, P2P, connection in an image forming apparatus (110, 210, 410), the method comprising: P2P connecting the image forming apparatus (110, 210, 410) to an external wireless device (120, 130, 140, 220, 420) receiving a discovery packet from the wireless device via a P2P interface; transmitting to the wireless device a response packet comprising an Internet protocol, IP, address of the P2P interface; receiving from the wireless device an image forming operation performing request having the IP address of the P2P interface as a destination; and performing the requested image forming operation; characterised by: wherein the image forming apparatus (110, 210, 410) is wirelessly connected to an access point, AP, of an infrastructured network while the image forming apparatus (110, 210, 410) is P2P connected to the external wireless device which is not connected to the AP, wherein the image forming apparatus (110, 210, 410) operates as an access point by using a software allowing the image forming apparatus to perform as access point when the image forming apparatus (110, 210, 410) is P2P connected to the external wireless device. P2P connecting the image forming apparatus (110, 210, 410) to an external wireless device (120, 130, 140, 220, 420) receiving a discovery packet from the wireless device via a P2P interface; transmitting to the wireless device a response packet comprising an Internet protocol, IP, address of the P2P interface; receiving from the wireless device an image forming operation performing request having the IP address of the P2P interface as a destination; and performing the requested image forming operation; characterised by: wherein the image forming apparatus (110, 210, 410) is wirelessly connected to an access point, AP, of an infrastructured network while the image forming apparatus (110, 210, 410) is P2P connected to the external wireless device which is not connected to the AP, wherein the image forming apparatus (110, 210, 410) operates as an access point by using a software allowing the image forming apparatus to perform as access point when the image forming apparatus (110, 210, 410) is P2P connected to the external wireless device. wherein the image forming apparatus (110, 210, 410) is wirelessly connected to an access point, AP, of an infrastructured network while the image forming apparatus (110, 210, 410) is P2P connected to the external wireless device which is not connected to the AP, wherein the image forming apparatus (110, 210, 410) operates as an access point by using a software allowing the image forming apparatus to perform as access point when the image forming apparatus (110, 210, 410) is P2P connected to the external wireless device.
Extractor hood for exhausting and discharging exhaust air, comprising: a lower device for extracting exhaust air generated by an exhaust air source, wherein the lower device comprises at least one exhaust air inlet, a first blower and a blow-off orifice, an upper device and a second blower for discharging the exhaust air supplied by the lower device, wherein the upper device comprises at least one suction opening and at least one exhaust outlet, characterized in that the upper device is fixedly mounted and the lower device is mounted so as to be height-adjustable, such that the lower device can be moved into a working position and into a rest position, wherein, in the working position, the at least one exhaust air inlet of the lower device is arranged in proximity of the exhaust air source and the exhaust air exiting from the blow-off orifice is guided by room air to the at least one suction opening of the upper device, and wherein the lower device, when it is in its rest position, it is been moved into the upper device configured for receiving the lower device.
A method for cutting teeth into working gears using a tool, the main part of which has a multiplicity of cutting teeth which are arranged about an axis of rotation, and which protrude radially from the main part of the tool, which cutting teeth form an end face, two tooth flanks (6, 6') facing away from each other, and cutting edges (18, 19), wherein the cutting edges (18, 19) are formed from the tooth flank (6, 6') edges adjoining the end face, wherein in a first method step, tooth gaps which form tooth flanks (14, 14') are produced in the working gear by means of the cutting edges (18, 19) using a machining process in a first position of the tool relative to the working gear, and in a second method step, the working gear tooth flanks (14, 14') produced by the cutting edges (18, 19) are fine-machined by an abrasive tool surface, characterised in that, the abrasive tool surfaces are formed by the tooth flanks (6, 6') of the tool, which in the second method step operates in a second position, which differs from the first position relative to the working gear.
A connecting device for coupling a rinsing system to a channel of a surgical instrument, which channel is to be cleaned, in particular an endoscope channel of an endoscope, wherein the connecting device comprises a supply-side coupling device having an accommodating channel, which accommodating channel is designed to accommodate a connecting element which extends within the accommodating channel in a longitudinal axial direction of the accommodating channel in the connected state and which is provided at the end of a connecting channel which communicates with the channel of the surgical instrument, which channel is to be cleaned, wherein the accommodating channel is connected to the rinsing system in order to feed rinsing liquid to the channel to be cleaned, wherein the coupling device comprises a sealing element, wherein the sealing element is elastic and means for hydraulically and/or pneumatically actuating the sealing element are provided, wherein the hydraulically and/or pneumatically actuated sealing element reduces a cross-section of the accommodating channel in the region of the sealing element by means of an expansion transverse to the longitudinal axial direction such that a liquid-tight connection of the connecting element to the coupling device can be or is provided, characterized in that an overpressure chamber and a compressed air supply are provided, wherein the compressed air supply is connected to the overpressure chamber, and the sealing element forms at least one section of a wall of the overpressure chamber, the coupling device comprises the overpressure chamber, wherein the overpressure chamber extends along an outer perimeter of the accommodating channel, and wherein the sealing element is a sealing membrane which delimits the overpressure chamber at an inner wall of the overpressure chamber, the inner wall facing the accommodating channel, and an outer component of the coupling device comprises an overpressure chamber connected to a compressed air supply, wherein the inner wall of the overpressure chamber is interrupted in a ring-shaped manner along the perimeter of the accommodating channel such that the inner wall has an annular gap, wherein the annular gap is sealed with the elastic sealing membrane as the sealing element.
Cable connector for high current carrying cables, with - a first and a second connecting piece (32a, 32b) each having a contact socket for connection to one end of the cable, and - fastening means (34, 36) for detachably connecting the connecting pieces (32a, 32b) to one another, wherein - each of the connecting pieces (32a, 32b) has an electrical contact surface (40a, 40b), the contact surfaces (40a, 40b) being inclined such that, when the connecting pieces (32a, 32b) are pulled apart in a longitudinal direction, the contact surfaces (40a, 40b) are pressed flat against one another, characterized in that - the fastening means (34, 36) extend transversely through the cable connector. - a first and a second connecting piece (32a, 32b) each having a contact socket for connection to one end of the cable, and - fastening means (34, 36) for detachably connecting the connecting pieces (32a, 32b) to one another, wherein - each of the connecting pieces (32a, 32b) has an electrical contact surface (40a, 40b), the contact surfaces (40a, 40b) being inclined such that, when the connecting pieces (32a, 32b) are pulled apart in a longitudinal direction, the contact surfaces (40a, 40b) are pressed flat against one another, characterized in that - the fastening means (34, 36) extend transversely through the cable connector.
Storage device for storing and dispensing products, with a structure, which is formed substantially from a container for storing product and a discharge apparatus, and with an operating mechanism, which has an operating lever for activating and/or dosing the withdrawal of product from the container by way of the discharge apparatus, with a rotary cap, wherein the operating lever can be pivoted between a first pivot position and at least one second pivot position by a pivoting apparatus, characterized in that the pivoting apparatus is formed substantially by an actuator, which is connected rotationally conjointly to the rotary cap, and a coupling, which is connected in an articulated manner to the operating lever, and wherein the actuator has the shape of a helix and is configured such that a control curve with a geometrical ramp is formed, in that the operating lever of the operating mechanism is, at an end side, operatively connected to the pivoting apparatus by way of an articulated connection to the coupling, wherein the operating lever serves for operating the discharge apparatus for the product, and the operating lever, in a home position, is integrated geometrically into an outer contour of the container, wherein the operating lever, in an active position, is pivoted out regionally from the outer contour of the container, and wherein, in the home position, product is not dispensed even upon manual application of force to the operating lever, and wherein, in the pivoted-out position, product is dispensed upon application of force to the operating lever.
A conventional kayak having one or two cockpits comprising: - a plurality of separable body sections configured for assembling into a single assembled structure having a first length, and for packing into a packed structure having a second length smaller than the first length, - in order to secure two adjacent body sections together a locking assembly is provided between the two adjacent body sections, and in order to prevent water from leaking into the interior of the conventional kayak a sealing part is provided between the two adjacent body sections, - the conventional kayak comprises four separable body sections: a first body section, a second body section, a third body section and a fourth body section, when the locking assembly between two adjacent body sections is released, all body sections are taken apart, - for packing into a packed structure, the third body section is turned around before it is placed at least partly into the second body section, the first body section is placed inside the third body section and the fourth body section is placed inside the first body section to become a packed structure. - a plurality of separable body sections configured for assembling into a single assembled structure having a first length, and for packing into a packed structure having a second length smaller than the first length, - in order to secure two adjacent body sections together a locking assembly is provided between the two adjacent body sections, and in order to prevent water from leaking into the interior of the conventional kayak a sealing part is provided between the two adjacent body sections, - the conventional kayak comprises four separable body sections: a first body section, a second body section, a third body section and a fourth body section, when the locking assembly between two adjacent body sections is released, all body sections are taken apart, - for packing into a packed structure, the third body section is turned around before it is placed at least partly into the second body section, the first body section is placed inside the third body section and the fourth body section is placed inside the first body section to become a packed structure.
A shelf module unit, wherein the shelf module unit comprises: two mutually opposite perforated plates as side walls; at least one connecting structure extending perpendicularly to the side walls and having end regions for connecting the perforated plates; and coupling structures (118, 120) for coupling the shelf module unit to a similar shelf module unit; wherein an, in particular vertical, intermediate wall, in particular an additional perforated plate, is fastened between the end regions of the at least one connecting structure; wherein at least two side edges are formed as a hollow profile along each of six rectangular side surfaces of the shelf module unit. two mutually opposite perforated plates as side walls; at least one connecting structure extending perpendicularly to the side walls and having end regions for connecting the perforated plates; and coupling structures (118, 120) for coupling the shelf module unit to a similar shelf module unit; wherein an, in particular vertical, intermediate wall, in particular an additional perforated plate, is fastened between the end regions of the at least one connecting structure; wherein at least two side edges are formed as a hollow profile along each of six rectangular side surfaces of the shelf module unit.