mhurhangee/ep-ind-claims huggingface dataset:
A method at a first device (110; 120; 130; 140) for associating with a second device (110; 120; 130; 140), the method comprising the steps at the first device of: - receiving (302; 502; 602) instructions to broadcast its identity; - broadcasting (304; 504; 604) its identity; - receiving an identity of at least the second device; - receiving instructions to associate with the second device; and - counting a number of received new identities; characterised in that the format of the received message carrying the identity of the second device is identical with the format of the message carrying the identity of the first device, and by the steps of: - if the number of received new identities equals one, sending a request for association to the second device; and - receiving a confirmation of the association. - receiving (302; 502; 602) instructions to broadcast its identity; - broadcasting (304; 504; 604) its identity; - receiving an identity of at least the second device; - receiving instructions to associate with the second device; and - counting a number of received new identities; - if the number of received new identities equals one, sending a request for association to the second device; and - receiving a confirmation of the association.
A battery fixing device comprising: a receiving member on which a plurality of batteries are placed parallel to each other; two retainers each configured to retain an outer side shoulder portion of one of the plurality of batteries; characterized by two rotating plates that are fixed on a plane perpendicular to the direction in which the plurality of batteries is disposed to be rotatable about an axis parallel to a plane in which the plurality of batteries is placed; four rods each having a proximal end and a distal end, the proximal ends being fixed to be relatively rotate at positions on opposite sides of a rotation center of each rotating plate, and the distal ends penetrating through both ends of the retainers; and four nuts each threadably engaged with the distal end of the rod passed through the retainer. a receiving member on which a plurality of batteries are placed parallel to each other; two retainers each configured to retain an outer side shoulder portion of one of the plurality of batteries; characterized by two rotating plates that are fixed on a plane perpendicular to the direction in which the plurality of batteries is disposed to be rotatable about an axis parallel to a plane in which the plurality of batteries is placed; four rods each having a proximal end and a distal end, the proximal ends being fixed to be relatively rotate at positions on opposite sides of a rotation center of each rotating plate, and the distal ends penetrating through both ends of the retainers; and four nuts each threadably engaged with the distal end of the rod passed through the retainer.
An insulation material composition for a direct current power cable, the composition comprising: 0.5 to 5 parts by weight of surface-modified nano-sized cubic magnesium oxide, per 100 parts by weight of a crosslinked low-density polyethylene base resin, wherein an average particle size of the magnesium oxide is 500 nm or less.
Sampling device adapted to sample a differential measuring voltage (V inp, V inn), comprising: - at least a first holding device and a second holding device, - a demultiplexing circuit, adapted to provide a sample of a by a sampling circuit during first values of a first clock signal (clkp, clkn)of a first clock rate sampled differential signal derived from a differential measuring current, the differential measuring current itself derived from said differential measuring voltage, to the first holding device, at the occurrence of each first value of a second clock signal (clkby2p, clkby2n) of a second clock rate being half of the first clock rate, and - a reset device, adapted to reset the second holding device at or after the occurrence of each first value of the second clock signal (clkby2p, clkby2n), wherein the demultiplexing circuit is adapted to provide during the first values of the first clock signal a sample of the sampled differential signal to the second holding device, at the occurrence of each second value of the second clock signal (clkby2p, clkby2n), wherein the reset device is adapted to reset the first holding device at or after the occurrence of each second value of the second clock signal (clkby2p, clkby2n), wherein the sampling device further comprises a dump circuit, and wherein the sampling circuit is adapted to dump the differential measuring current to the dump circuit during second values of the first clock signal (clkp, clkn). - at least a first holding device and a second holding device, - a demultiplexing circuit, adapted to provide a sample of a by a sampling circuit during first values of a first clock signal (clkp, clkn)of a first clock rate sampled differential signal derived from a differential measuring current, the differential measuring current itself derived from said differential measuring voltage, to the first holding device, at the occurrence of each first value of a second clock signal (clkby2p, clkby2n) of a second clock rate being half of the first clock rate, and - a reset device, adapted to reset the second holding device at or after the occurrence of each first value of the second clock signal (clkby2p, clkby2n),
A tissue closure device, comprising: a needle extending longitudinally from a first end to a second end; a suture extending from a distal end attached to the needle to a proximal end extending to a proximal end of the device; a proximal head including a proximal slot extending longitudinally therethrough and a proximal locking mechanism for releasably engaging the first end of the needle in the proximal slot in a first configuration; and a distal head movably coupled to the proximal head so that the proximal and distal heads are movable relative to one another between an open configuration, in which a target tissue is received therebetween, and a closed configuration, in which the target tissue is gripped therebetween, the distal head including a distal slot extending longitudinally therethrough and a distal locking mechanism for releasably engaging the second end of the needle in the distal slot in a second configuration, the needle movable between the first and second configurations when the proximal and distal heads are in the closed configuration by rotating the needle relative to the proximal and distal heads, the needle alternatingly passed between the proximal and distal heads to thread the suture through the target tissue; and wherein the distal head and the proximal head are movably coupled to one another via a connecting element extending proximally therefrom to be slidably received within an opening extending longitudinally through the proximal head. a needle extending longitudinally from a first end to a second end; a suture extending from a distal end attached to the needle to a proximal end extending to a proximal end of the device; a proximal head including a proximal slot extending longitudinally therethrough and a proximal locking mechanism for releasably engaging the first end of the needle in the proximal slot in a first configuration; and a distal head movably coupled to the proximal head so that the proximal and distal heads are movable relative to one another between an open configuration, in which a target tissue is received therebetween, and a closed configuration, in which the target tissue is gripped therebetween, the distal head including a distal slot extending longitudinally therethrough and a distal locking mechanism for releasably engaging the second end of the needle in the distal slot in a second configuration, the needle movable between the first and second configurations when the proximal and distal heads are in the closed configuration by rotating the needle relative to the proximal and distal heads, the needle alternatingly passed between the proximal and distal heads to thread the suture through the target tissue; and wherein the distal head and the proximal head are movably coupled to one another via a connecting element extending proximally therefrom to be slidably received within an opening extending longitudinally through the proximal head.
A Method for the manufacture of microwave-reduced graphene oxide (MW-rGO) comprising: A. The provision of graphene oxide comprising one or a few layer(s) of graphene comprising at least 25% by weight of oxygen functional groups, B. The reduction of GO into reduced graphene oxide (rGO), comprising one or a few layer(s) of graphene having between 10 and 25% by weight of oxygen functional groups, using a reducing agent chosen from: acid ascorbic; urea; hydrazine hydrate; alkaline solution such as NaOH or KOH; phenols such as gallic acid, tannin acid, dopamine or tea polyphenol; alcohols such as methyl alcohol, ethyl alcohol or isopropyl alcohol; glycine; sodium citrate or sodium borohydride, the reduction being performed at a temperature between 50 and 120°C during less than 24 hours and C. the reduction of rGO into MW-rGO, comprising one or a few layer(s) of graphene having less than 10% by weight of oxygen functional groups, by microwaving rGO under air atmosphere during at least 2 seconds in presence of a catalyst chosen from: pristine graphene, graphene nanoplatelet(s), graphite or graphite nanoplatelets, the microwave frequency being between 300MHz and 100GHz, the microwave having a power between 100W and 100kW, the ratio in weight of rGO with respect to the catalyst being as follows: 50 ≤ amount of rGO amount of catalyst ≤ 150. A. The provision of graphene oxide comprising one or a few layer(s) of graphene comprising at least 25% by weight of oxygen functional groups, B. The reduction of GO into reduced graphene oxide (rGO), comprising one or a few layer(s) of graphene having between 10 and 25% by weight of oxygen functional groups, using a reducing agent chosen from: acid ascorbic; urea; hydrazine hydrate; alkaline solution such as NaOH or KOH; phenols such as gallic acid, tannin acid, dopamine or tea polyphenol; alcohols such as methyl alcohol, ethyl alcohol or isopropyl alcohol; glycine; sodium citrate or sodium borohydride, the reduction being performed at a temperature between 50 and 120°C during less than 24 hours and C. the reduction of rGO into MW-rGO, comprising one or a few layer(s) of graphene having less than 10% by weight of oxygen functional groups, by microwaving rGO under air atmosphere during at least 2 seconds in presence of a catalyst chosen from: pristine graphene, graphene nanoplatelet(s), graphite or graphite nanoplatelets, the microwave frequency being between 300MHz and 100GHz, the microwave having a power between 100W and 100kW, the ratio in weight of rGO with respect to the catalyst being as follows: 50 ≤ amount of rGO amount of catalyst ≤ 150.
An automobile part, comprising: a metal plate; and a reinforcing member including a thermoplastic resin disposed on one surface of the metal plate, wherein the reinforcing member has a liner layer which coats the metal plate and a reinforcement structure portion which is provided upright on the liner layer and which reinforces the metal plate, the metal plate has, at its end portion, a bent portion that is bent towards the liner layer side, the bent portion comprises at its end portion a flange portion that is bent, an entirety of one surface of the liner layer is directly adhered to the metal plate, the flange portion is an exposed portion, which is exposed from the liner layer at an end portion of one surface of the metal plate, and is bent towards a planar direction end portion side of the metal plate, and the bent portion has a coated portion coated by the liner layer continuing from the one surface side to another surface of the metal plate, characterized in that the coated portion coated by the liner layer continues from the one surface side to the other surface at an end portion of the other surface of the metal plate. a metal plate; and a reinforcing member including a thermoplastic resin disposed on one surface of the metal plate, wherein the reinforcing member has a liner layer which coats the metal plate and a reinforcement structure portion which is provided upright on the liner layer and which reinforces the metal plate, the metal plate has, at its end portion, a bent portion that is bent towards the liner layer side, the bent portion comprises at its end portion a flange portion that is bent, an entirety of one surface of the liner layer is directly adhered to the metal plate, the flange portion is an exposed portion, which is exposed from the liner layer at an end portion of one surface of the metal plate, and is bent towards a planar direction end portion side of the metal plate, and the bent portion has a coated portion coated by the liner layer continuing from the one surface side to another surface of the metal plate, characterized in that the coated portion coated by the liner layer continues from the one surface side to the other surface at an end portion of the other surface of the metal plate.
Component with internal toothing and with external toothing, the component comprising a basic body having the internal toothing and a sheet metal part having the external toothing, the sheet metal part being connected to the basic body positively in the tangential and the radial direction, and the sheet metal part having a take-up profile and the basic body having a take-up toothing (4, 4a) engaging at least partially into the take-up profile, characterized in that the take-up toothing of the basic body is formed by teeth and in that the teeth have backcut or undercut regions (8, 9).
An infrared reflective film comprising an infrared ray reflective layer and a transparent protective layer on a transparent film backing in this order, wherein the infrared ray reflective layer comprises: a first metal oxide layer; a metal layer comprising a primary component consisting of silver; and a second metal oxide layer comprised of a composite metal oxide containing zinc oxide and tin oxide, which are arranged in this order from the side of the transparent film backing, and wherein the transparent protective layer lies in direct contact with the second metal oxide layer, and has a thickness of 30 nm to 150 nm, the transparent protective layer being an organic layer having a cross-linked structure derived from an ester compound having an acidic group and a polymerizable functional group in the same molecule, an amount of the ester compound-derived structure contained in the transparent protective layer being 1 to 40 weight%.
Cholinesterase inhibitors of general formula, wherein A represents straight or branched C 2 -C 14 -alkyl group, R 1, R 2 are the same or different and they are independently selected from hydrogen, halogen atom, C 1 -C 3 -alkyl, C 1 -C 3 -alkyl substituted by halogen atom and C 1 -C 3 -alkoxy, X represents a radical of formula or: and the pharmaceutically acceptable salts thereof. A represents straight or branched C 2 -C 14 -alkyl group, R 1, R 2 are the same or different and they are independently selected from hydrogen, halogen atom, C 1 -C 3 -alkyl, C 1 -C 3 -alkyl substituted by halogen atom and C 1 -C 3 -alkoxy, X represents a radical of formula or:
A gas turbine engine comprising: a first component that defines a first passage; a second component, said second component being a bearing support; and a jumper tube that extends through said first passage, wherein said jumper tube includes a lateral opening and extends from the second component; characterised in that: the jumper tube is resiliently mounted within the first passage; and the gas turbine engine further comprises a flange that mounts said jumper tube to said second component. a first component that defines a first passage; a second component, said second component being a bearing support; and a jumper tube that extends through said first passage, wherein said jumper tube includes a lateral opening and extends from the second component; the jumper tube is resiliently mounted within the first passage; and the gas turbine engine further comprises a flange that mounts said jumper tube to said second component.
Method for supporting a machine operator in operating an agricultural machine, comprising the steps of: - retrieving current configuration and/or operating parameters from the agricultural machine by means of a display and operating terminal via a bus system to which the display and operating terminal and the agricultural machine are connected in a signal-transmitting manner; and - displaying the retrieved configuration and/or operating parameters by means of the display and operating terminal; - connecting a mobile terminal to the bus system; - transmitting a display command relating to displaying additional machine-specific information regarding the agricultural machine to the mobile terminal via the bus system; characterized in that - context-related help is provided by displaying the additional machine-specific information regarding the agricultural machine by means of the mobile terminal, - the additional machine-specific information is machine-specific setting and/or configuration instructions and is reproduced in the form of audio sequences, video sequences, images and/or texts, - different display masks can be set on the display and operating terminal, the additional machine-specific information being displayed by means of the mobile terminal depending on the currently set display mask on the display and operating terminal, - and transmitting the display command to the mobile terminal and/or displaying the additional machine-specific information regarding the agricultural machine by means of the mobile terminal can be initiated by means of a user input on the display and operating terminal. - retrieving current configuration and/or operating parameters from the agricultural machine by means of a display and operating terminal via a bus system to which the display and operating terminal and the agricultural machine are connected in a signal-transmitting manner; and - displaying the retrieved configuration and/or operating parameters by means of the display and operating terminal; - connecting a mobile terminal to the bus system; - transmitting a display command relating to displaying additional machine-specific information regarding the agricultural machine to the mobile terminal via the bus system; characterized in that - context-related help is provided by displaying the additional machine-specific information regarding the agricultural machine by means of the mobile terminal, - the additional machine-specific information is machine-specific setting and/or configuration instructions and is reproduced in the form of audio sequences, video sequences, images and/or texts, - different display masks can be set on the display and operating terminal, the additional machine-specific information being displayed by means of the mobile terminal depending on the currently set display mask on the display and operating terminal, - and transmitting the display command to the mobile terminal and/or displaying the additional machine-specific information regarding the agricultural machine by means of the mobile terminal can be initiated by means of a user input on the display and operating terminal.
An item transfer device having a first end and a second end and including a first frame defining said first end and a second frame defining said second end, said second frame being extractable or extendable from said first frame to increase the distance between said first end and said second end, said device further including an elongated conveying structure having a width and being configured to be foldable on itself, said conveying structure having an item supporting side configured for supporting items transferred between said two ends (A, B), said conveying structure having a first end and a second end and being slidable in relation to said first frame, said first end of said conveying structure being connected to said second frame and said first frame being configured to receive said second end of said conveying structure and to store a back-folded portion of said conveying structure below said item supporting side at said first end and to pay out said back-folded portion of said conveying structure stored by said first frame on said second frame being extracted or extended from said first frame, said conveying structure including rollers on said item supporting side, for facilitating a relative movement of said items with respect to said frames (12, 20), characterized in that said conveying structure comprises individual rigid lamellae pivotally linked to each other to allow for said folding on itself, with the roller(s) mounted to each individual lamella, and driven by a sprocket engaging corresponding structures on an inwardly oriented side of the conveying structure.
A gas turbine channel housing, in particular for an aircraft engine, having a first wall segment, a second wall segment and a clip assembly, wherein the second wall segment is connected to the first wall segment by the clip assembly and the clip assembly has at least one clip and one pin (4; 4') that extends through a hole in the clip and is screwed to a side of the clip that faces away from the wall segment with a nut, which braces at least a first foot (7, 8) of the clip against the first wall segment and at least a second foot of the clip against the second wall segment, in particular by means of an intermediate member, characterized in that the pin has a head (10; 10') that is positively guided within a groove (11; 11') on an outer side of the first wall segment that faces away from the channel, and the groove is arranged within a projecting radial protrusion of the outer side of the first wall segment.
A system for determining a current amount of force applied to a disc brake system of an aircraft, the system comprising: an aircraft brake having a plurality of discs including an outer disc (110, 111); an actuator configured to apply a force to the outer disc a current sensor coupled to the actuator and configured to detect a detected amount of current applied to the actuator; and characterised in that it comprises a controller coupled to the current sensor and configured to receive input parameters including a maximum force that can be applied by the actuator, a maximum current of the actuator that causes the actuator to apply the maximum force, and an efficiency fraction of the actuator that corresponds to an efficiency of the actuator and to determine an estimate of the current amount of force applied to the outer disc based on the detected amount of current and the input parameters. an aircraft brake having a plurality of discs including an outer disc (110, 111); an actuator configured to apply a force to the outer disc a current sensor coupled to the actuator and configured to detect a detected amount of current applied to the actuator; and characterised in that it comprises a controller coupled to the current sensor and configured to receive input parameters including a maximum force that can be applied by the actuator, a maximum current of the actuator that causes the actuator to apply the maximum force, and an efficiency fraction of the actuator that corresponds to an efficiency of the actuator and to determine an estimate of the current amount of force applied to the outer disc based on the detected amount of current and the input parameters.
Expansion anchor, comprising - a stud and - an expansion sleeve surrounding the stud, - wherein an expansion cone is arranged on the stud, which expansion cone radially expands the expansion sleeve when it is pulled into the expansion sleeve, characterised in that the expansion sleeve has in the region of its forward end oriented towards the expansion cone a hardness greater than 350 HV, the hardness of the expansion sleeve decreasing towards the rearward end of the expansion sleeve. - a stud and - an expansion sleeve surrounding the stud, - wherein an expansion cone is arranged on the stud, which expansion cone radially expands the expansion sleeve when it is pulled into the expansion sleeve,