mhurhangee/ep-ind-claims huggingface dataset:
Connector device for the connection of a first control cable to a second control cable in the region of a bogie of a rail vehicle, characterised in that a connection box with an openable cover is arranged on the bogie side, and that a first cable of the first control cable is permanently connected in the interior of the connection box to a first connection element, and a second cable of the second control cable is permanently connected in the interior of the connection box to a second connection element, and the first connecting element and the second connecting element are removably connected by means of a form-fit locking device, and the cover, in the closed position, comprises in a form-fit manner a connector piece connected to a casing of the first control cable.
An implantable magnet arrangement for a hearing implant in a recipient patient, the arrangement comprising: a pair of implant magnets (201, 202) fixable in a common plane beneath the skin of the patient to an underlying skull bone at least one of the magnets being adapted to transform a magnetic drive signal from an external signal drive coil (215, 302) into a corresponding mechanical stimulation signal for delivery by bone conduction of the skull bone as an audio signal to the cochlea; wherein each implant magnet comprises a pair of internal magnets (203, 204, 303, 304, 403, 404) lying in parallel planes which meet along a common junction with repelling like magnetic polarities facing towards each other; and wherein the magnetic polarities of each implant magnet (201, 202) are reversed from each other. a pair of implant magnets (201, 202) fixable in a common plane beneath the skin of the patient to an underlying skull bone at least one of the magnets being adapted to transform a magnetic drive signal from an external signal drive coil (215, 302) into a corresponding mechanical stimulation signal for delivery by bone conduction of the skull bone as an audio signal to the cochlea; wherein each implant magnet comprises a pair of internal magnets (203, 204, 303, 304, 403, 404) lying in parallel planes which meet along a common junction with repelling like magnetic polarities facing towards each other; and wherein the magnetic polarities of each implant magnet (201, 202) are reversed from each other.
A holder carrying thereon a sensor to measure a physiological signal of an analyte in a biological fluid, wherein the sensor has a signal detection end and a signal output end, comprising: an implantation hole being a channel for implanting the sensor, and containing a part of the sensor; a fixing indentation containing the sensor; a filler disposed in the fixing indentation to retain the sensor in the holder; and a blocking element disposed between the implantation hole and the fixing indentation to hold the sensor in the holder and restrict the filler in the fixing indentation, wherein the blocking element is an elastic element. an implantation hole being a channel for implanting the sensor, and containing a part of the sensor; a fixing indentation containing the sensor; a filler disposed in the fixing indentation to retain the sensor in the holder; and a blocking element disposed between the implantation hole and the fixing indentation to hold the sensor in the holder and restrict the filler in the fixing indentation, wherein the blocking element is an elastic element.
A powered system to deliver medical fluid to a patient, the system comprising: a console to receive input from a user; a first syringe that includes an inlet port and an outlet port; a second syringe that includes an inlet port and an outlet port; a first tubing component to carry fluid from a first fluid reservoir to the inlet port of the first syringe; a second tubing component to carry fluid from the outlet port of the first syringe to a patient line; a third tubing component to carry fluid from a second fluid reservoir to the inlet port of the second syringe, the second fluid reservoir being different from the first fluid reservoir; a fourth tubing component to carry fluid from the outlet port of the second syringe to the patient line; a first air detector to detect air in the first tubing component; a second air detector to detect air the in the second tubing component; a third air detector to detect air in the third tubing component; and a fourth air detector to detect air in the fourth tubing component, the fourth air detector being different from the second air detector. a console to receive input from a user; a first syringe that includes an inlet port and an outlet port; a second syringe that includes an inlet port and an outlet port; a first tubing component to carry fluid from a first fluid reservoir to the inlet port of the first syringe; a second tubing component to carry fluid from the outlet port of the first syringe to a patient line; a third tubing component to carry fluid from a second fluid reservoir to the inlet port of the second syringe, the second fluid reservoir being different from the first fluid reservoir; a fourth tubing component to carry fluid from the outlet port of the second syringe to the patient line; a first air detector to detect air in the first tubing component; a second air detector to detect air the in the second tubing component; a third air detector to detect air in the third tubing component; and a fourth air detector to detect air in the fourth tubing component, the fourth air detector being different from the second air detector.
Method for generating a non-fungible token, hereafter NFT, associated with a digital asset, wherein an electronic device (100d1) executes: - obtaining an initial NFT comprising information identifying the digital asset; - obtaining information, named transformation information, representative of at least one transformation method delivering a transformed digital asset when applied to the digital asset, the transformation method reducing the amount of information present in the digital asset for having the transformed digital asset representative of at least one technical characteristic of the digital asset; and - updating the information of the initial NFT delivering said NFT associated with the digital asset, the updated information comprising the transformation information. - obtaining an initial NFT comprising information identifying the digital asset; - obtaining information, named transformation information, representative of at least one transformation method delivering a transformed digital asset when applied to the digital asset, the transformation method reducing the amount of information present in the digital asset for having the transformed digital asset representative of at least one technical characteristic of the digital asset; and - updating the information of the initial NFT delivering said NFT associated with the digital asset, the updated information comprising the transformation information.
A fastener driving tool, comprising: a power source including a reciprocating driver blade; a tool nose associated with said power source for receiving said driver blade for driving fasteners fed into said nose; a magazine constructed and arranged to house a supply of the fasteners; a magazine feeder mechanism associated with said magazine for sequentially feeding fasteners into said nose, said feeder mechanism including a reciprocating feed piston; a gas conduit in fluid communication with power source gases and a feed cylinder housing said feed piston such that power source gases cyclically retract said feed piston in said feed cylinder; characterized in that it further comprises an electromechanical retention device operationally associated with said feeder mechanism and configured for retaining said feed piston in a retracted position until said driver blade is positioned to allow fastener advancement into said nose; and a control module which operates said electromechanical retention device. a power source including a reciprocating driver blade; a tool nose associated with said power source for receiving said driver blade for driving fasteners fed into said nose; a magazine constructed and arranged to house a supply of the fasteners; a magazine feeder mechanism associated with said magazine for sequentially feeding fasteners into said nose, said feeder mechanism including a reciprocating feed piston; a gas conduit in fluid communication with power source gases and a feed cylinder housing said feed piston such that power source gases cyclically retract said feed piston in said feed cylinder; characterized in that it further comprises an electromechanical retention device operationally associated with said feeder mechanism and configured for retaining said feed piston in a retracted position until said driver blade is positioned to allow fastener advancement into said nose; and a control module which operates said electromechanical retention device.
A process for producing a copolymer, comprising: contacting at least one isoolefin monomer with at least one multiolefin and/or β-pinene monomer in the presence of at least one Lewis acid and at least one initiator in a diluent comprising a tetrafluorinated propene selected from 2,3,3,3-tetrafluoro-1-propene (HFO-1234yf), 1,1,3,3-tetrafluoro-1-propene, 1,1,2,3-tetrafluoro-1-propene, 1,2,3,3-tetrafluoro-1-propene or mixtures thereof.
A method for manufacturing a free-form wood profile from wood veneers, comprising the steps of: - Layering a plurality of wood veneers (2.1-2.8) on top of each other, - pressing the wood veneers (2.1-2.8) over a first bending mold, the molding surface of which has an axis of curvature, to form a veneer blank, - separating veneer slices (4.1-4.20) from the veneer blank, - layering a plurality of veneer slices on top of each other on their cut sides, - pressing the veneer slices over a second bending mold, the molding surface of which has one or two axes of curvature (11, 13), characterized in that when the veneer slices are layered, a separating layer is sandwiched between two veneer slices (4.10, 4.11). - Layering a plurality of wood veneers (2.1-2.8) on top of each other, - pressing the wood veneers (2.1-2.8) over a first bending mold, the molding surface of which has an axis of curvature, to form a veneer blank, - separating veneer slices (4.1-4.20) from the veneer blank, - layering a plurality of veneer slices on top of each other on their cut sides, - pressing the veneer slices over a second bending mold, the molding surface of which has one or two axes of curvature (11, 13), characterized in that when the veneer slices are layered, a separating layer is sandwiched between two veneer slices (4.10, 4.11).
A sweeper-type road maintenance vehicle provided with a device (7, 8) for storing natural gas for a vehicle, said vehicle comprising at least one bin for receiving waste collected during road maintenance by the vehicle, an engine and a driver's cab of the vehicle, the top wall or roof of the bin being at a lower height than that of the top wall or roof of the cab, characterised in that the device for storing NGV (7, 8) comprises a metal frame configured as a right-angled quadrilateral, at least three cylindrical tanks with a circular base removably attached to the frame, at least one member for locking the frame in position on a part of the top wall or roof of the bin of the road maintenance vehicle and a member for removable connection of said tanks to the engine of the vehicle, and in that the height of the frame with the tanks is less than 1.5 times the difference in height between the top wall or roof of the cab and that of the top wall or roof of the bin, the difference in height being a so-called useful height defined according to the relation H1 < H6 + (1.5 * H) with H1 the maximum height of the vehicle and H6 the height of the cab.
An apparatus comprising: a memory module connector comprising a housing defining a stepped slot configured to accept a memory module; a memory module comprising a printed circuit board (42, 60) and a plurality of components (24, 26) mounted on the printed circuit board; wherein the stepped slot in the memory module connector is configured so that at least one component of the plurality of components mounted on the printed circuit board is positioned in the stepped slot;; characterized in that the stepped slot includes an upper end defined by an upper surface of the housing, wherein each component of the at least one component positioned in the stepped slot includes a first portion positioned below the upper end of the stepped slot and a second portion positioned above the upper end of the stepped slot. a memory module connector comprising a housing defining a stepped slot configured to accept a memory module; a memory module comprising a printed circuit board (42, 60) and a plurality of components (24, 26) mounted on the printed circuit board; wherein the stepped slot in the memory module connector is configured so that at least one component of the plurality of components mounted on the printed circuit board is positioned in the stepped slot;; characterized in that the stepped slot includes an upper end defined by an upper surface of the housing, wherein each component of the at least one component positioned in the stepped slot includes a first portion positioned below the upper end of the stepped slot and a second portion positioned above the upper end of the stepped slot.
A battery pack, comprising: a plurality of battery cells; a pack case configured to have accommodation spaces capable of partitioning and accommodating the plurality of battery cells at least partially; a cooling mat disposed to contact upper surfaces of the plurality of battery cells inside the pack case; and an air cushion filled with a predetermined air therein disposed perpendicular to the cooling mat and mounted to an inner wall of the front plate and an inner wall of the rear plate, wherein the cooling mat includes: a mat body configured to contact the upper surfaces of the plurality of battery cells; and a cooling channel formed in the mat body so that a cooling water for cooling the plurality of battery cells flows therein, wherein the mat body is filled with a predetermined air therein. a plurality of battery cells; a pack case configured to have accommodation spaces capable of partitioning and accommodating the plurality of battery cells at least partially; a cooling mat disposed to contact upper surfaces of the plurality of battery cells inside the pack case; and an air cushion filled with a predetermined air therein disposed perpendicular to the cooling mat and mounted to an inner wall of the front plate and an inner wall of the rear plate, a mat body configured to contact the upper surfaces of the plurality of battery cells; and a cooling channel formed in the mat body so that a cooling water for cooling the plurality of battery cells flows therein, wherein the mat body is filled with a predetermined air therein.
An unmanned aerial vehicle, including a body, and a first foot stand and a second foot stand disposed below the body, the first foot stand and the second foot stand being disposed oppositely to each other; the first foot stand including a first connection rack, a second connection rack, and a third connection rack, the first connection rack, the second connection rack, and the third connection rack being sequentially connected;; the second foot stand including a fourth connection rack, a fifth connection rack, and a sixth connection rack, and the fourth connection rack, the fifth connection rack and the sixth connection rack being sequentially connected; characterized in that the unmanned aerial vehicle comprises at least a first coaxial antenna and a second coaxial antenna, the first coaxial antenna being horizontally provided in the second connection rack and the second coaxial antenna being vertically provided in the fourth connection rack.
A composition comprising: a) one or more isocyanate functional polyether based prepolymers having an average polydispersity index of equal or less than about 2.5 determined by GPC at a Mp of > 1,000, using the method described in paragraph, a free isocyanate content of 1.2 to 2.2 percent based on the weight of the prepolymer, a viscosity of 50 to 200 Pa.s measured using a Brookfield Viscometer, Model DV-E with a RV spindle #5 at 5rpm and a temperature of 23°C and prepared from isocyanate containing compounds and active hydrogen containing compounds at an isocyanate to active hydrogen equivalents ratio of 1.3 to less than 2.0; b) from 1 to less than 15 percent by weight of one or more plasticizers; c) one or more catalysts for the reaction of isocyanate moieties with isocyanate reactive groups; d) one or more fillers, in a sufficient amount such that the composition exhibits a press flow viscosity of 8 grams per minute or more, measured on a Ballan type press flow measurement device having a nozzle diameter of 4 mm at a pressure of 4 bar; wherein the composition demonstrates 30 minutes after application a peak strength of 1.6 MPa or greater and an energy uptake of about 2.5 J or greater in a high speed impact test at 4 m/s according to DIN EN 1465. a) one or more isocyanate functional polyether based prepolymers having an average polydispersity index of equal or less than about 2.5 determined by GPC at a Mp of > 1,000, using the method described in paragraph, a free isocyanate content of 1.2 to 2.2 percent based on the weight of the prepolymer, a viscosity of 50 to 200 Pa.s measured using a Brookfield Viscometer, Model DV-E with a RV spindle #5 at 5rpm and a temperature of 23°C and prepared from isocyanate containing compounds and active hydrogen containing compounds at an isocyanate to active hydrogen equivalents ratio of 1.3 to less than 2.0; b) from 1 to less than 15 percent by weight of one or more plasticizers; c) one or more catalysts for the reaction of isocyanate moieties with isocyanate reactive groups; d) one or more fillers, in a sufficient amount such that the composition exhibits a press flow viscosity of 8 grams per minute or more, measured on a Ballan type press flow measurement device having a nozzle diameter of 4 mm at a pressure of 4 bar;
Method for providing a spare computer channel (105, 106) for a faulty computer channel of a rail vehicle, - wherein the rail vehicle has two computers (101, 102), which represent a redundant 2-by-2 system in each case, - wherein each of the computers (101, 102) has two computer channels, - wherein the two computers (101, 102) are interconnected via a network, wherein a control computer is connected to the network, and thus to the two computers (101, 102), and has the spare computer channel, - in which the control computer connected to the computers via the network ascertains which of the two computer channels of one of the computers is faulty, - by the two computer channels transmitting at least some of their memory content to the control computer, - by the control computer determining which of the computer channels is faulty on the basis of the transmitted memory content, - in which the control computer provides the spare computer channel (105, 106) for the faulty computer channel via the network, - so that the computer (101, 102) with the faulty computer channel is once again redundantly equipped with two functioning computer channels. - wherein the rail vehicle has two computers (101, 102), which represent a redundant 2-by-2 system in each case, - wherein each of the computers (101, 102) has two computer channels, - wherein the two computers (101, 102) are interconnected via a network, wherein a control computer is connected to the network, and thus to the two computers (101, 102), and has the spare computer channel, - in which the control computer connected to the computers via the network ascertains which of the two computer channels of one of the computers is faulty, - by the two computer channels transmitting at least some of their memory content to the control computer, - by the control computer determining which of the computer channels is faulty on the basis of the transmitted memory content, - in which the control computer provides the spare computer channel (105, 106) for the faulty computer channel via the network, - so that the computer (101, 102) with the faulty computer channel is once again redundantly equipped with two functioning computer channels.
A laminated header comprising: a first passage plate (111, 121) having a flat-plate shape in which a first passage is formed; a second passage plate having a flat-plate shape in which a plurality of second passages are formed; a third passage plate having a flat-plate shape in which a plurality of third passages are formed; a first branch passage plate having a flat-plate shape in which an upstream side branch passage is formed, the upstream side branch passage branching the first passage into the plurality of second passages; and a second branch passage plate having a flat-plate shape in which a downstream side branch passage is formed, the downstream side branch passage branching one of the plurality of second passages into the plurality of third passages, the first passage plate (111, 121), the first branch passage plate, the second passage plate, the second branch passage plate, and the third passage plate being stacked in this order, the laminated header being characterized in that a first cross-sectional area as a maximum value of a passage cross-sectional area of the upstream side branch passage being larger than a second cross-sectional area as a maximum value of a passage cross-sectional area of the downstream side branch passage. a first passage plate (111, 121) having a flat-plate shape in which a first passage is formed; a second passage plate having a flat-plate shape in which a plurality of second passages are formed; a third passage plate having a flat-plate shape in which a plurality of third passages are formed; a first branch passage plate having a flat-plate shape in which an upstream side branch passage is formed, the upstream side branch passage branching the first passage into the plurality of second passages; and a second branch passage plate having a flat-plate shape in which a downstream side branch passage is formed, the downstream side branch passage branching one of the plurality of second passages into the plurality of third passages, the first passage plate (111, 121), the first branch passage plate, the second passage plate, the second branch passage plate, and the third passage plate being stacked in this order, the laminated header being characterized in that a first cross-sectional area as a maximum value of a passage cross-sectional area of the upstream side branch passage being larger than a second cross-sectional area as a maximum value of a passage cross-sectional area of the downstream side branch passage.