mhurhangee/ep-ind-claims huggingface dataset:
An oil plug for being held and locked in an oil plug receiver for radial sealing between the oil plug and the oil plug receiver, which oil plug comprises a first engagement means adapted for engaging with complementary second engagement means on the oil plug receiver when the oil plug is arranged in said oil plug receiver, wherein the first engagement means is arranged on an engagement surface of the oil plug and comprises a first guiding part and a second guiding part, which first guiding part transits to the second guiding part via a transition part, and which second guiding part extends from the transition part to an end part of the second guiding part, which end part, seen along a centre axis of the oil plug, is arranged between the transition part and a guiding inlet to the first guiding part, and wherein the oil plug is arranged with a spring element (13a, 13b), characterized in that the first guiding part is arranged from the guiding inlet at a bottom part of the oil plug forming a thread having an inclination in a direction away from the bottom part, and said second guiding part has an extension being substantially parallel to the centre axis, such that to release said oil plug from a locked position in said oil plug receiver, said oil plug is initially pushed in an ingoing axial direction into said oil plug receiver until the second engagement means reaches the transition part.
An imine-linked polymer prepared from a dicarbonyl monomer comprising at least one aromatic aldehyde or ketone group, a diamine monomer, and a crosslinking agent, wherein said polymer is a network polymer with dynamic covalent bonds capable of repeating at least one cycle of transitioning between a non-malleable state and a malleable state, and between a malleable state and a non-malleable state, upon exposure to a temperature range comprising: a low temperature range that is below a transitional temperature wherein said polymer exhibits rates of covalent bond exchange reactions that impart a non-malleable state to said polymer; and a high temperature range above said transitional temperature wherein said polymer exhibits rates of covalent bond exchange reactions that impart a malleable state to said polymer, wherein said transitional temperature is from 10 °C to 250 °C. a low temperature range that is below a transitional temperature wherein said polymer exhibits rates of covalent bond exchange reactions that impart a non-malleable state to said polymer; and a high temperature range above said transitional temperature wherein said polymer exhibits rates of covalent bond exchange reactions that impart a malleable state to said polymer, wherein said transitional temperature is from 10 °C to 250 °C.
An information transmission method, comprising: determining, by a transmitting node, a reference signal for positioning and transmitting configuration information of the reference signal for positioning to a positioning server, wherein the reference signal for positioning at least comprises a Positioning Reference Signal, called PRS; and transmitting, by the transmitting node, the reference signal according to the configuration information, wherein the reference signal for positioning further comprises a supplementary reference signal, and wherein the configuration information comprises configuration information of a supplementary reference signal resource collection, and the step of determining, by the transmitting node, the reference signal for positioning and transmitting the configuration information of the reference signal for positioning to the positioning server comprises: using, by the transmitting node, in a muting configuration period, a reference signal set, which satisfies a positioning requirement and a time difference between the reference signal set and a muted PRS period is smaller than a preset threshold, as the supplementary reference signal; and transmitting, by the transmitting node, in the corresponding time-domain, configuration information of a supplementary reference signal resource collection to the positioning server. determining, by a transmitting node, a reference signal for positioning and transmitting configuration information of the reference signal for positioning to a positioning server, wherein the reference signal for positioning at least comprises a Positioning Reference Signal, called PRS; and transmitting, by the transmitting node, the reference signal according to the configuration information, wherein the reference signal for positioning further comprises a supplementary reference signal, and wherein the configuration information comprises configuration information of a supplementary reference signal resource collection, and the step of determining, by the transmitting node, the reference signal for positioning and transmitting the configuration information of the reference signal for positioning to the positioning server comprises: using, by the transmitting node, in a muting configuration period, a reference signal set, which satisfies a positioning requirement and a time difference between the reference signal set and a muted PRS period is smaller than a preset threshold, as the supplementary reference signal; and transmitting, by the transmitting node, in the corresponding time-domain, configuration information of a supplementary reference signal resource collection to the positioning server. using, by the transmitting node, in a muting configuration period, a reference signal set, which satisfies a positioning requirement and a time difference between the reference signal set and a muted PRS period is smaller than a preset threshold, as the supplementary reference signal; and transmitting, by the transmitting node, in the corresponding time-domain, configuration information of a supplementary reference signal resource collection to the positioning server.
An air-impermeable fabric with a degree of permeability sufficiently low to meet the functional requirements needed for an inflatable application, comprising a fabric substrate; a barrier layer comprising a first resin binder and graphene nanoplatelets, said barrier coating comprising at least 20 wt.% of the graphene nanoplatelets, based on the total weight of the barrier layer; and a barrier overlayer disposed on one side of the barrier layer, comprising a second resin binder.
A vascular intervention device delivery system comprising: a handle; a thumbwheel rotatably mounted in the handle and having a radially outward thumb surface and a radially inward ratchet surface of a ratchet; a catheter with a proximal end attached to the handle, and a distal carrier segment for mounting a vascular intervention device thereon; a retractable sheath movable from a first position covering the distal carriersegment, and a second position retracted proximally uncovering the distal carriersegment; and a pull extending between the thumbwheel and the retractable sheath; a ratchet pawl of the ratchet being mounted in the handle and having a catch in contact with the ratchet surface; and the ratchet locking the thumbwheel against rotation in a forward direction, and the retractable sheath moving responsive to rotation of the thumbwheel in a reverse direction; wherein the ratchet pawl includes three catches that simultaneously contact the ratchet surface at three different locations. a handle; a thumbwheel rotatably mounted in the handle and having a radially outward thumb surface and a radially inward ratchet surface of a ratchet; a catheter with a proximal end attached to the handle, and a distal carrier segment for mounting a vascular intervention device thereon; a retractable sheath movable from a first position covering the distal carriersegment, and a second position retracted proximally uncovering the distal carriersegment; and a pull extending between the thumbwheel and the retractable sheath; a ratchet pawl of the ratchet being mounted in the handle and having a catch in contact with the ratchet surface; and the ratchet locking the thumbwheel against rotation in a forward direction, and the retractable sheath moving responsive to rotation of the thumbwheel in a reverse direction; wherein the ratchet pawl includes three catches that simultaneously contact the ratchet surface at three different locations.
A fluid bearing configured to reduce, during use, friction between a first and a second bearing surface, the bearing comprising at least two deformable pressure chambers (4, 4'), each pressure chamber being independently fluidly connected to the first bearing surface for receiving an operating fluid, wherein the chambers (4, 4') are configured, during use, to be filled with the operating fluid and to be pressurized by the operating fluid and wherein each pressure chamber (4, 4) comprise a wall with a fluid connection connecting the chamber (4, 4) with the bearing surfaces (2, 3), and is configured such that by pressurizing the pressure chamber the said wall with the first bearing surface is forced towards the second bearing surface.
A fabrication method of a GaAs semiconductor substrate having a surface a step of polishing a surface of a GaAs semiconductor wafer with a polishing agent, an alkali cleaning step of cleaning said polished surface with an alkali cleaning solution which is an aqueous solution including 0.1 to 10 mass% of an organic alkali compound not including a metal element, and an acid cleaning step of cleaning said surface subjected to alkali cleaning with an acid cleaning solution selected from the group consisting of inorganic acid being hydrofluoric acid, hydrochloric acid, nitric acid and nitrous acid and organic acid being acetic acid, citric acid and malic acid wherein said acid has a concentration of 0.3 ppm to 0.5 mass % a pure water cleaning step of cleaning said surface subjected to acid cleaning with pure water having a dissolved oxygen concentration of not more than 100 ppb, and a drying step of drying said surface subject to pure water cleaning, wherein said drying step is carried out by rotating the GaAs semiconductor wafer in the atmosphere to spin off said pure water remaining at said surface.
Method for producing curved moulded hoses, comprising the steps of: a. connecting a flexible hose blank to a deformable mould tool, wherein the mould tool is configured as a solid and single-piece body, and wherein the mould tool is configured as an inner mandrel which bears against the inner circumference of the hose blank; b. transferring the hose blank and the mould tool into a curved state by deformation; c. fixing the shape of the hose blank, which is connected to the mould tool, in the curved state for the purpose of forming the curved moulded hose; d. transferring the moulded hose, by elastically deforming the moulded hose, and the mould tool, by plastically deforming the mould tool, into a linear state in which the moulded hose and the mould tool are able to be separated from one another; and e. separating the moulded hose and the mould tool. a. connecting a flexible hose blank to a deformable mould tool, wherein the mould tool is configured as a solid and single-piece body, and wherein the mould tool is configured as an inner mandrel which bears against the inner circumference of the hose blank; b. transferring the hose blank and the mould tool into a curved state by deformation; c. fixing the shape of the hose blank, which is connected to the mould tool, in the curved state for the purpose of forming the curved moulded hose; d. transferring the moulded hose, by elastically deforming the moulded hose, and the mould tool, by plastically deforming the mould tool, into a linear state in which the moulded hose and the mould tool are able to be separated from one another; and e. separating the moulded hose and the mould tool.
A method for wireless communication performed by a first wireless node in a wireless backhaul communications network, comprising: receiving (520; 1405), from an access and mobility function, AMF, or another wireless node of the wireless backhaul communications network, an indication of a set of wireless resources that are available for autonomous transmission of one or more paging messages to one or more other wireless nodes, the set of wireless resources controlled by a second wireless node; determining (555; 1410) that a paging message is to be transmitted to a third wireless node; and autonomously transmitting (560; 1415), based at least in part on the indication, the paging message to the third wireless node via the set of wireless resources controlled by the second wireless node; wherein the receiving comprises receiving signaling that indicates that the paging message is to be transmitted to the third wireless node, the signaling indicating that the set of wireless resources are available for autonomous transmission of the paging message. receiving (520; 1405), from an access and mobility function, AMF, or another wireless node of the wireless backhaul communications network, an indication of a set of wireless resources that are available for autonomous transmission of one or more paging messages to one or more other wireless nodes, the set of wireless resources controlled by a second wireless node; determining (555; 1410) that a paging message is to be transmitted to a third wireless node; and autonomously transmitting (560; 1415), based at least in part on the indication, the paging message to the third wireless node via the set of wireless resources controlled by the second wireless node; wherein the receiving comprises receiving signaling that indicates that the paging message is to be transmitted to the third wireless node, the signaling indicating that the set of wireless resources are available for autonomous transmission of the paging message.
A multilayer coating film-forming method comprising the following steps to: step: coating an article to be coated with an aqueous first pigmented coating composition to form an uncured first pigmented coating film on the article to be coated, step: coating the article to be coated having the uncured first pigmented coating film, with an aqueous second pigmented coating composition to form an uncured second pigmented coating film thereover, step: coating the article to be coated having the uncured first pigmented coating film and uncured second pigmented coating film, with a clear coating composition to form an uncured clear coating film thereover, and step: heating the uncured first pigmented coating film, the uncured second pigmented coating film and the uncured clear coating film to cure them, wherein the aqueous first pigmented coating composition comprises a hydroxyl-containing resin and a blocked polyisocyanate compound with at least one blocked isocyanate group selected from the group consisting of a blocked isocyanate group represented by the following formula: wherein R 1, R 2, R 4 and R 5 each independently represent a C1-12 hydrocarbon group and R 3 represents a C1-12 straight or branched alkylene group, a blocked isocyanate group represented by the following formula: wherein R 2, R 3, R 4 and R 5 are as defined above, and a blocked isocyanate group represented by the following formula: wherein R 2, R 3, R 4 and R 5 are as defined above, and R 6 represents a C1-12 hydrocarbon group. step: coating an article to be coated with an aqueous first pigmented coating composition to form an uncured first pigmented coating film on the article to be coated, step: coating the article to be coated having the uncured first pigmented coating film, with an aqueous second pigmented coating composition to form an uncured second pigmented coating film thereover, step: coating the article to be coated having the uncured first pigmented coating film and uncured second pigmented coating film, with a clear coating composition to form an uncured clear coating film thereover, and step: heating the uncured first pigmented coating film, the uncured second pigmented coating film and the uncured clear coating film to cure them,
Burner for producing a flame in a combustion chamber of an annular vertical shaft kiln comprising: a. a first innermost sleeve having a bore and a distal extremity directed through the inside of the said combustion chamber, and b. a second sleeve surrounding said first innermost sleeve and forming a first annular channel with the said first innermost sleeve, characterized in that said first innermost sleeve provides a bluff body to create a bluff body effect on the flame, said first annular channel being provided for an annular injection of a combustible, preferably a solid powdered combustible carried by a carrier fluid. a. a first innermost sleeve having a bore and a distal extremity directed through the inside of the said combustion chamber, and b. a second sleeve surrounding said first innermost sleeve and forming a first annular channel with the said first innermost sleeve,
A paper protection element for a plate body, in particular a door leaf, the paper element delimiting an outwardly open cavity for inserting a peripheral corner portion of the plate body, the paper element comprising two flat side walls facing and parallel to one another, a bottom wall integrally connected to the side walls and a base wall; the base wall being a reinforced tubular wall; characterised in that said reinforced tubular wall comprises a monolithic tubular portion having a quadrangular cross section with a constant thickness, and in that said reinforced tubular wall further comprises an upright (20, 21) extending along a diagonal of said tubular portion and having a free terminal end arranged so as to strike against an inner corner of the tubular portion.
Gas measuring arrangement which comprises - a gas sensor device which contains a gas sensor element with a measuring zone, - a measuring device which contains a measuring signal processing and provision unit, characterized in that the measuring device additionally contains a test gas preparation unit for the formation of a test gas of a pre-determinable and / or changeable test gas composition, and that the gas measuring arrangement comprises a gas supply means to supply the test gas from the test gas supply unit in the measuring device to the gas sensor element. - a gas sensor device which contains a gas sensor element with a measuring zone, - a measuring device which contains a measuring signal processing and provision unit,
Method of stopping an engine in overspeed with which a rotorcraft is equipped, the rotorcraft being provided with at least one said engine for driving power members of the rotorcraft including at least one rotor (5,6) comprising at least one main rotor having a substantially vertical axis, the method comprising an operation of detecting an overspeed of said engine and an operation of detecting at least one specific phase of flight of the rotorcraft conditioning the implementation of a protection device causing a stopping of the engine in the event of detection of an overspeed of the engine, said specific phase of flight being identified by a mechanical power required by the rotorcraft which has to be delivered by said at least one engine, a stopping of the engine in overspeed by the protection device being placed under the dependence of an operation of comparison between said mechanical power required and a predefined power threshold, the stopping of the engine in overspeed being controlled by the protection device on condition that said mechanical power required is identified as being less than or equal to the predefined power threshold, characterised in that the method comprises the following operations: -) according to the current state of flight of the rotorcraft, deducing by calculation the mechanical power required by the rotorcraft by identifying at least one resisting torque generated by at least one of said power members including at least said at least one main rotor, -) comparing the previously deduced mechanical power required with said power threshold and generating a setpoint identifying the mechanical power required relative to said power threshold, -) detecting the speed of rotation of the engine and in the event of overspeed of the engine conditioning a stopping of the engine by the protection device according to the previously generated setpoint. -) according to the current state of flight of the rotorcraft, deducing by calculation the mechanical power required by the rotorcraft by identifying at least one resisting torque generated by at least one of said power members including at least said at least one main rotor, -) comparing the previously deduced mechanical power required with said power threshold and generating a setpoint identifying the mechanical power required relative to said power threshold, -) detecting the speed of rotation of the engine and in the event of overspeed of the engine conditioning a stopping of the engine by the protection device according to the previously generated setpoint.
A network handover method (200, 300, 400), comprising: before a terminal device (110, 115) is handed over from a first network to a second network, setting up, by the terminal device (110, 115), a first tunnel to a first interworking device, wherein a communication identifier, of the terminal device (110, 115), in the first tunnel is a first identifier, the first identifier is an identifier used in the first network by the terminal device (110, 115), and the first interworking device is an interface device that is in the first network and oriented toward a network other than the first network; and after the terminal device (110, 115) is handed over from the first network to the second network, obtaining, by the terminal device (110, 115), a second identifier, and sending an update request to the first interworking device, wherein the update request is used to request to update the communication identifier to the second identifier, and the second identifier is an identifier used in the second network by the terminal device (110, 115). before a terminal device (110, 115) is handed over from a first network to a second network, setting up, by the terminal device (110, 115), a first tunnel to a first interworking device, wherein a communication identifier, of the terminal device (110, 115), in the first tunnel is a first identifier, the first identifier is an identifier used in the first network by the terminal device (110, 115), and the first interworking device is an interface device that is in the first network and oriented toward a network other than the first network; and after the terminal device (110, 115) is handed over from the first network to the second network, obtaining, by the terminal device (110, 115), a second identifier, and sending an update request to the first interworking device, wherein the update request is used to request to update the communication identifier to the second identifier, and the second identifier is an identifier used in the second network by the terminal device (110, 115).
A capacitor device having an accommodating case, the accommodating case comprises an internal peripheral surface and a plurality of accommodating parts with a plurality of capacitor main bodies accommodated therein, said accommodating parts being oriented so that the longitudinal directions thereof face the same direction, and the capacitor main bodies comprise an anode terminal part, a cathode terminal part and an engaging part, the capacitor device characterized in that said terminal part, said cathode terminal part, and said engaging part are arranged at the same end side of the capacitor main bodies, wherein the capacitor device further comprises an element member engaged with a plurality of said engaging parts of a plurality of said capacitor main bodies, said element member is positioned so as to contact the internal peripheral surface of said accommodating case, and said positioned element member is engaged with a plurality of said engaging parts of the capacitor main bodies.