mhurhangee/ep-ind-claims huggingface dataset:
Reversible attachment system for attaching a foot ascender for ascending a rope, to a device (60, 70) wearable and/or constrainable to a user, comprising a first element and a second element separated one from another and reversibly constrainable in at least one operative position of mutual attachment, said first element being configured to be at least partially inserted in at least one seat of said second element, and wherein said first element and said second element are relatively movable to reach said at least one operative position of mutual attachment, and wherein said first element is constrainable to said foot ascender and said second element is constrainable to said device (60, 70) wearable and/or constrainable to a user, or vice versa, wherein the configuration of said first element substantially corresponds to the configuration of said second element such that said first element and said second element slide substantially along a direction and/or rotate relatively, to reach said at least one operative position of mutual attachment, wherein said first element and said second element relatively move by sliding and/or rotating substantially within a plane.
A method of handling emissions, comprising: inletting the emissions into a duct, the emissions including heated particulate; slowing a speed of the emissions traveling through the duct; disengaging the heated particulate from the emissions without the use of a physical barrier, characterized in that the method further comprises inletting cooling gas into the duct, wherein inletting cooling gas into the duct comprises automatically adjusting a modulating damper in response to an emissions temperature. inletting the emissions into a duct, the emissions including heated particulate; slowing a speed of the emissions traveling through the duct; disengaging the heated particulate from the emissions without the use of a physical barrier,
A method performed in a communication network comprising user equipment, UE, and a network node, the communication network comprising at least two radio access networks and the method comprising the steps of: prior to initiating establishment on, or handover to, a radio link involving the network node of a backup path for a multipath connection, providing an explicit indication of the backup path to the network node, wherein the explicit indication comprises an indication that the UE has only backup paths in a particular radio access network; transmitting the explicit indication to the network node; and at the network node, interpreting the explicit indication to handle and prioritize use of radio network resources and/or manage connection characteristics for the radio link. prior to initiating establishment on, or handover to, a radio link involving the network node of a backup path for a multipath connection, providing an explicit indication of the backup path to the network node, wherein the explicit indication comprises an indication that the UE has only backup paths in a particular radio access network; transmitting the explicit indication to the network node; and at the network node, interpreting the explicit indication to handle and prioritize use of radio network resources and/or manage connection characteristics for the radio link.
Waste disposal vehicle designed as a side-loader, with at least one vehicle-mounted receiving container for residual materials, recyclable materials, or similar, and with at least one feeding device to be filled from above, with a one-part or multi-part in-feed opening, for the reception of material to be disposed of, and with at least one piston (9; 10), which can pivot about an axis, for the forwarding of the received material in the direction of the receiving container, wherein the axis for the piston or pistons (9; 10) is held horizontally, and outside the in-feed opening, characterised in that the axis is held outside a channel-like contour that continues the in-feed opening vertically downwards, wherein the piston or pistons (9; 10) in each case run on a circular segment-shaped track, such that no material collects under the pistons (9, 10), and wherein the receiving container either forms an exchangeable container, which can be removed from the vehicle chassis, or which can remain on the vehicle chassis and be emptied, for example by pivoting it high up on one side, or in that the axle is held outside a channel-like contour that continues the in-feed opening vertically downwards, and in that the disposal vehicle comprises a receiving device for the selective emptying of one or a plurality of containers at the same time, with which four-wheeled refuse containers can be raised and emptied, wherein the piston or pistons (9; 10) in each case run on a circular segment-shaped track, such that no material collects under the pistons (9, 10).
An ultrasound transducer assembly comprising: - a flexible foil having openings extending from the top to the bottom surface of said flexible foil; - one or more piezoelectric elements contained into said openings; - an isolation layer fastening said one or more piezoelectric elements to the internal rim of said openings; - one or more conductive layers (5a,5b) deposited on said flexible foil and on said one or more piezoelectric elements. - a flexible foil having openings extending from the top to the bottom surface of said flexible foil; - one or more piezoelectric elements contained into said openings; - an isolation layer fastening said one or more piezoelectric elements to the internal rim of said openings; - one or more conductive layers (5a,5b) deposited on said flexible foil and on said one or more piezoelectric elements.
An iterative multiple-input multiple-output receiver for receiving and decoding at least two receive signals representing a block of symbols comprising - a cyclic prefix remover for removing a cyclic prefix from a block of received symbols, and - a frequency-domain equalizer comprising an adaptive filter for iteratively filtering the block of symbols thus producing a filtered block of symbols and a vector calculator for calculating a vector of weighted estimated symbols, and an adder for iteratively adding the vector of weighted estimated symbols to the filtered block of symbols, and - a MIMO detector coupled to the output of the frequency-domain equalizer for iteratively estimating transmit symbols, and - a decoder for iteratively determining likelihood values of transmit bits, said decoder being coupled to the output of the MIMO detector, and the multiple-input multiple-output receiver further comprising - a first feedback path from the decoder to the frequency-domain equalizer for providing the covariance of the estimated received symbols to the adaptive filter for adapting said adaptive filter based on the covariance in each iteration and for providing the covariance and the expectation values of the estimated symbols to the vector calculator (233 1...233 R) for calculating the vector of weighted estimated symbols by weighting the expectation values by the covariance in each iteration. - a cyclic prefix remover for removing a cyclic prefix from a block of received symbols, and - a frequency-domain equalizer comprising an adaptive filter for iteratively filtering the block of symbols thus producing a filtered block of symbols and a vector calculator for calculating a vector of weighted estimated symbols, and an adder for iteratively adding the vector of weighted estimated symbols to the filtered block of symbols, and - a MIMO detector coupled to the output of the frequency-domain equalizer for iteratively estimating transmit symbols, and - a decoder for iteratively determining likelihood values of transmit bits, said decoder being coupled to the output of the MIMO detector, and the multiple-input multiple-output receiver further comprising - a first feedback path from the decoder to the frequency-domain equalizer for providing the covariance of the estimated received symbols to the adaptive filter for adapting said adaptive filter based on the covariance in each iteration and for providing the covariance and the expectation values of the estimated symbols to the vector calculator (233 1...233 R) for calculating the vector of weighted estimated symbols by weighting the expectation values by the covariance in each iteration.
Device comprising a spindle unit provided with a bevel gear inside a telescopically extendable leg of the device wherein the said bevel gear is arranged at a top end of the spindle unit given its position of use, and the telescopically extendable leg is useful at a height-adjustable disc, and which leg comprises at least two tube parts, which given a position of use of the leg is termed upper tube part and lower tube part, and the device comprises at least one locking device (8, 24), which is arranged to lock the complete spindle unit inside the telescopically extendable leg by a self-locking function, preferably a so called snap-function or click-function, when said complete spindle unit during assembly arrives at an end position in the telescopically extendable leg, wherein the locking device (8, 24) is in the form of a second adapter fixedly anchored at a lower end of the spindle unit given its position of use, and which second adapter comprises at least two resilient second tongues respectively arranged with a wedge-shaped second locking lug, which by their wedge-shape are, at the insertion of the spindle unit into the telescopically extendable leg, arranged to guide the lower end of the spindle unit into a therefore designated second locking arrangement, which is fixed at a lower end of the lower tube part, and the second locking lugs are arranged to press the resilient second tongues out of their resting position while said locking lugs passes through the second locking arrangement, whereafter the second adapter snaps into the second locking arrangement by that the wedge-shaped second locking lugs ends with a sharp locking edge, and thereby is the lower end of the complete spindle unit fixedly secured to the telescopically extendable leg when said complete spindle unit during assembly arrives at an end position in the telescopically extendable leg, wherein the device further comprises a first adapter, which comprises a receiving space, holding and securing the bevel gear, and a housing of the first adapter is substantially dimensionally coordinated to the cross sectional dimensions of the upper tube part of the leg, wherein the first adapter is mounted at said upper tube part and guided by the same through the coordinated dimensions between them, and the housing of the first adapter comprises at least one resilient first tongue provided with a wedge-shaped first locking lug, which wedge-shaped first locking lug protruding from a level of a wall of the housing and away to a level apart from the wall of the housing, wherein the locking lug, at the insertion of the spindle unit into the leg and thereby the assembly of the first adapter at the upper tube part, is arranged to press the resilient first tongue out of its resting position, and when the first adapter arrives to an end position in the upper tube part, the locking lug is arranged to snap the adapter at the upper tube part by that the upper tube part comprises a first locking arrangement, preferably a recess, in which the locking lug is arranged to snap into.
A silicone elastomer-silicone hydrogel hybrid contact lens comprising: a) a silicone elastomer layer comprising an anterior side and a posterior side; and b) a silicone hydrogel layer adhered to the posterior side of the silicone elastomer layer; wherein a delamination-resistant bond is present between the silicone elastomer layer and the silicone hydrogel layer, and wherein the silicone hydrogel of the silicone hydrogel layer has a percent swell of about -5% up to about 20%, the percent swell of the silicone hydrogel being determined by the formula ((D w - D d)/D w)) x 100, where D d is the chord diameter of a dry (unwashed) +1.0 diopter contact lens consisting of the cured polymerizable silicone hydrogel composition, and Dw is the chord diameter of the +1.0 diopter contact lens after it has been washed and hydrated using an extraction and hydration process, in which process the cured lens is removed from its mold and placed in two exchanges of ethanol, then one exchange of 50:50 ethanol: deionized water, and finally two exchanges of deionized water, where in each exchange the lens is soaked in 2 ml liquid at 25° C for 30 minutes, for a total process of 150 minutes; and wherein the delamination-resistant bond is effective to provide that the silicone elastomer layer and the hydrated silicone hydrogel layer remain adhered to each other after autoclaving at 121-124° C for 30 minutes a) a silicone elastomer layer comprising an anterior side and a posterior side; and b) a silicone hydrogel layer adhered to the posterior side of the silicone elastomer layer;
A system for surgical treatment comprising a laser device and an application module, wherein the laser device comprises a laser light source having a plurality of laser diode elements with different wavelengths and the application module is optically connectable or connected to the laser light source, wherein the first laser diode element comprises at least one semiconductor layer from an antimonide compound and is configured such that laser light can be generated at a first wavelength between 1800 nm and 2000 nm, wherein the application module is designed as a flexurally flexible catheter having an optical waveguide comprising an RFID chip with a parameter and/or release coding, wherein the laser device comprises a controlling means with an RFID transmitter and receiver unit for reading from and writing to the RFID chip and the controlling means is configured such that - an activation of the laser light source ensues in response to the RFID receiver unit detecting a predetermined parameter and/or release coding, and - a timestamp is stored on the RFID chip for the invalidating of the catheter. - an activation of the laser light source ensues in response to the RFID receiver unit detecting a predetermined parameter and/or release coding, and - a timestamp is stored on the RFID chip for the invalidating of the catheter.
A voltage protection circuit, comprising: a positive and a negative input (372, 374); a first metal oxide semiconductor field effect transistor MOSFET having a gate terminal coupled to a first node, a source terminal coupled to a second node, and a drain terminal coupled to a third node; a second MOSFET having a gate terminal coupled to the first node, a source terminal coupled to the second node, and a drain terminal coupled to a fourth node; the source terminals of the first and second MOSFET (308, 310) able to receive a common-mode voltage from the positive and negative input nodes (372, 374) and the gate terminals of the first and second MOSFET (308, 310) able to receive a reference voltage characterised by; a first current mirror coupled to the third node and configured to couple to a fifth node, a sixth node, and a regulator supply; and a second current mirror coupled to the fourth node, and configured to couple to the fifth node, the sixth node, and a ground node; wherein the first MOSFET is configured to turn on the first current mirror or the second MOSFET is configured to turn on the second current mirror if the common-mode voltage varies significantly from the reference voltage. a positive and a negative input (372, 374); a first metal oxide semiconductor field effect transistor MOSFET having a gate terminal coupled to a first node, a source terminal coupled to a second node, and a drain terminal coupled to a third node; a second MOSFET having a gate terminal coupled to the first node, a source terminal coupled to the second node, and a drain terminal coupled to a fourth node; the source terminals of the first and second MOSFET (308, 310) able to receive a common-mode voltage from the positive and negative input nodes (372, 374) and the gate terminals of the first and second MOSFET (308, 310) able to receive a reference voltage characterised by; a first current mirror coupled to the third node and configured to couple to a fifth node, a sixth node, and a regulator supply; and a second current mirror coupled to the fourth node, and configured to couple to the fifth node, the sixth node, and a ground node; wherein the first MOSFET is configured to turn on the first current mirror or the second MOSFET is configured to turn on the second current mirror if the common-mode voltage varies significantly from the reference voltage.
Lower shell obtained by moulding a plastics material for a ski boot, said lower shell being intended to envelop a foot or part of a foot and comprising a first part made from a first material and a second part made from a second material, said first material being based on polyurethane and having a first level of flexural stiffness, or flexural modulus, of between 150 and 1000 MPa, which is lower than the level of flexural stiffness, or flexural modulus, of the second material, which is based on polyamide and is between 200 and 2000 MPa.
Method of operating a mobile construction robot which has been adapted for machining or finishing an architectural construction site, based on: placing an optical tracker on the architectural construction site; parking a driving platform of the mobile construction robot in an area of the architectural construction site; moving an end effector of the mobile construction robot in at least a first position and a second position by controlling a robotic arm mounted on the driving platform; measuring the at least first position and second position relative to the driving platform using sensors mounted on the robotic arm; tracking an optical marker mounted to end effector in the at least first position and second position of the end effector with the optical tracker; measuring the at least first position and second position of the optical marker relative to the optical tracker with the optical tracker; and determining position and orientation of the driving platform based on the at least first position and second position of the end effector measured relative to the driving platform and the at least first position and second position of the optical marker measured relative to the optical tracker. placing an optical tracker on the architectural construction site; parking a driving platform of the mobile construction robot in an area of the architectural construction site; moving an end effector of the mobile construction robot in at least a first position and a second position by controlling a robotic arm mounted on the driving platform; measuring the at least first position and second position relative to the driving platform using sensors mounted on the robotic arm; tracking an optical marker mounted to end effector in the at least first position and second position of the end effector with the optical tracker; measuring the at least first position and second position of the optical marker relative to the optical tracker with the optical tracker; and determining position and orientation of the driving platform based on the at least first position and second position of the end effector measured relative to the driving platform and the at least first position and second position of the optical marker measured relative to the optical tracker.
An aqueous composition comprising tin ions, alloy metal ions selected from silver, indium, and bismuth ions and at least one additive comprising a linear or branched polyimidazolium compound comprising the structural unit of formula L1 wherein R 1, R 2, R 3 are each independently selected from an H atom and an organic radical having from 1 to 20 carbon atoms, X 1 is selected from (a) a linear, branched or cyclic C 4 to C 20 alkanediyl, which may be unsubstituted or substituted, which may optionally be interrupted by O, S and NR 10 and substituted by aryl groups, and may comprise one or more continuations of the polyimidazolium compound by branching, and (b) a group -Y 2 -Y 1 -Y 2 -, with the proviso that X 1 does not comprise a hydroxyl group in the α or β positions relative to the nitrogen atoms of the imidazole rings, Y 1 is a C 5 to C 12 carbocyclic or heterocyclic aromatic moiety, which may comprise one or more continuations of the polyimidazolium compound by branching, Y 2 is independently selected from a linear or branched C 1 to C 6 alkanediyl, which may optionally be interrupted by O, S and NR 10 and substituted by aryl groups, and which may comprise one or more continuations of the polyimidazolium compound by branching, R 10 is H or a C 1 to C 6 alkyl, and n is an integer from 5 to 5000. R 1, R 2, R 3 are each independently selected from an H atom and an organic radical having from 1 to 20 carbon atoms, X 1 is selected from (a) a linear, branched or cyclic C 4 to C 20 alkanediyl, which may be unsubstituted or substituted, which may optionally be interrupted by O, S and NR 10 and substituted by aryl groups, and may comprise one or more continuations of the polyimidazolium compound by branching, and (b) a group -Y 2 -Y 1 -Y 2 -, with the proviso that X 1 does not comprise a hydroxyl group in the α or β positions relative to the nitrogen atoms of the imidazole rings, (a) a linear, branched or cyclic C 4 to C 20 alkanediyl, which may be unsubstituted or substituted, which may optionally be interrupted by O, S and NR 10 and substituted by aryl groups, and may comprise one or more continuations of the polyimidazolium compound by branching, and (b) a group -Y 2 -Y 1 -Y 2 -, Y 1 is a C 5 to C 12 carbocyclic or heterocyclic aromatic moiety, which may comprise one or more continuations of the polyimidazolium compound by branching, Y 2 is independently selected from a linear or branched C 1 to C 6 alkanediyl, which may optionally be interrupted by O, S and NR 10 and substituted by aryl groups, and which may comprise one or more continuations of the polyimidazolium compound by branching, R 10 is H or a C 1 to C 6 alkyl, and n is an integer from 5 to 5000.
A refillable applicator for a cosmetic product, configured to include a cartridge movable between an initial position and an ejected position, the applicator including: - a housing case for the cartridge, and - a push button (14, 14') configured to eject the cartridge, the push button (14, 14') being movable between a rest position in which it is configured to allow the cartridge to be in the initial position in the case, and an ejection position in which it is configured to eject the cartridge out of the case, characterized in that the applicator includes - sealing means between the push button (14, 14') and the case, when the push button (14, 14') is in the rest position and/or when the push button is in the ejection position. - a housing case for the cartridge, and - a push button (14, 14') configured to eject the cartridge, the push button (14, 14') being movable between a rest position in which it is configured to allow the cartridge to be in the initial position in the case, and an ejection position in which it is configured to eject the cartridge out of the case, characterized in that the applicator includes - sealing means between the push button (14, 14') and the case, when the push button (14, 14') is in the rest position and/or when the push button is in the ejection position.