mhurhangee/ep-ind-claims huggingface dataset:
A tufting machine, comprising: at least one needle bar having a series of needles mounted therealong; backing feed rolls feeding a backing material through a tufting zone of the tufting machine; a needle plate mounted along the tufting zone; a yarn feed mechanism for feeding a series of yarns to said needles; a series of gauge parts mounted below said needles and movable into engagement with said needles as said needles are reciprocated into the backing material to pick-up loops of yarns therefrom; and characterized by further comprising a backing support mounted along the tufting zone in a position wherein the backing material passes thereover as the backing material moves through the tufting zone, said backing support having a resilience biasing the backing material toward an elevated position spaced above the needle plate by a selected or prescribed pile height differential or elevation; and a control system including programming for controlling said yarn feed mechanism to selectively control feeding of the yarns to said needles in a manner whereby selected loops of yarns picked-up by said gauge parts are drawn thereagainst so as to create tension in the yarns forming said selected loops of yarns, sufficient to overcome the resilience of said backing support and move the backing material toward a lowered position for forming tufts (38, 38', 39, 39') of yarns in the backing material at varying pile heights according to a pattern being formed. at least one needle bar having a series of needles mounted therealong; backing feed rolls feeding a backing material through a tufting zone of the tufting machine; a needle plate mounted along the tufting zone; a yarn feed mechanism for feeding a series of yarns to said needles; a series of gauge parts mounted below said needles and movable into engagement with said needles as said needles are reciprocated into the backing material to pick-up loops of yarns therefrom; and characterized by further comprising a backing support mounted along the tufting zone in a position wherein the backing material passes thereover as the backing material moves through the tufting zone, said backing support having a resilience biasing the backing material toward an elevated position spaced above the needle plate by a selected or prescribed pile height differential or elevation; and a control system including programming for controlling said yarn feed mechanism to selectively control feeding of the yarns to said needles in a manner whereby selected loops of yarns picked-up by said gauge parts are drawn thereagainst so as to create tension in the yarns forming said selected loops of yarns, sufficient to overcome the resilience of said backing support and move the backing material toward a lowered position for forming tufts (38, 38', 39, 39') of yarns in the backing material at varying pile heights according to a pattern being formed.
Method for testing a lightning protection system comprising a down path with a tree structure, characterised in that it comprises the following steps: - transmitting a radiofrequency signal at one end of the down path, - measuring a reflection coefficient, - determining resonant frequencies of the down path, - comparing the determined resonant frequencies with predetermined resonant frequencies. - transmitting a radiofrequency signal at one end of the down path, - measuring a reflection coefficient, - determining resonant frequencies of the down path, - comparing the determined resonant frequencies with predetermined resonant frequencies.
A method for disconnecting a generator from a power system when the generator and the thereto connected power system are non-synchronized, wherein the method comprises the steps of: determining that there is a loss of synchronization between the generator and the power system, said loss of synchronization provides an amplitude variation of an electrical parameter associated with the generator, wherein a frequency of the amplitude variation is proportional to a rotor angle variation of the generator, said variation of the rotor angle arises due to the loss of synchronization between the generator and the power system, predicting when a minimum amplitude of the electrical parameter will occur, providing a command signal to at least one circuit breaker for disconnecting the generator from the power system, wherein the command signal is sent prior to the predicted minimum so as to allow for the time needed for the at least one circuit breaker to mechanically disconnect the generator from the power system, and disconnecting the generator from the power system approximately when the predicted minimum amplitude of the electrical parameter occurs. determining that there is a loss of synchronization between the generator and the power system, said loss of synchronization provides an amplitude variation of an electrical parameter associated with the generator, wherein a frequency of the amplitude variation is proportional to a rotor angle variation of the generator, said variation of the rotor angle arises due to the loss of synchronization between the generator and the power system, predicting when a minimum amplitude of the electrical parameter will occur, providing a command signal to at least one circuit breaker for disconnecting the generator from the power system, wherein the command signal is sent prior to the predicted minimum so as to allow for the time needed for the at least one circuit breaker to mechanically disconnect the generator from the power system, and disconnecting the generator from the power system approximately when the predicted minimum amplitude of the electrical parameter occurs.
Use of a composition as a stabilising agent for the cell-free nucleic acids contained in a biological sample, characterized in that the composition in aqueous solution comprises at least one buffering compound that buffers to a pH value of 7 or below, at least one anticoagulant that preferably is a chelating agent, and urotropin, optionally PEG.
A method for transmitting MSG3 of a random access procedure by a wireless device in a wireless communication system, the method comprising: determining a frequency resource for transmission of the MSG3 within an active uplink, UL, bandwidth part, BWP, other than an initial UL BWP, wherein the frequency resource for transmission of the MSG3 within the active UL BWP starts from the lowest physical resource block, PRB, of the active UL BWP, and wherein a bandwidth of the frequency resource for transmission of the MSG3 within the active UL BWP is determined based on a bandwidth of the initial UL BWP; and transmitting, to a network, the MSG3 through the frequency resource within the active UL BWP. determining a frequency resource for transmission of the MSG3 within an active uplink, UL, bandwidth part, BWP, other than an initial UL BWP, wherein the frequency resource for transmission of the MSG3 within the active UL BWP starts from the lowest physical resource block, PRB, of the active UL BWP, and wherein a bandwidth of the frequency resource for transmission of the MSG3 within the active UL BWP is determined based on a bandwidth of the initial UL BWP; and transmitting, to a network, the MSG3 through the frequency resource within the active UL BWP.
Cooling circuit for an internal combustion engine, comprising an internal combustion engine having at least one cylinder head and one crankcase, a coolant pump, a primary heat exchanger and an exhaust gas cooler, the cooling circuit downstream of the coolant pump being divided between a branch site and a connection site so that the at least one cylinder head is integrated in a cylinder head branch circuit and the crankcase is integrated in a crankcase branch circuit which extends in parallel with the cylinder head branch circuit, the exhaust gas cooler being arranged in the cylinder head branch circuit downstream of the at least one cylinder head, characterised in that a shutoff valve formed as a vacuum-actuated turning valve is arranged in the crankcase branch circuit between the crankcase and the connection site.
Value or security document, comprising a support and a security element connected to the support by means of a single-component adhesive, wherein the single-component adhesive has an adhesive composition comprising the following constituents: at least one oligomer urethane(meth)acrylate based on a polycarbonate; at least one radiation-curing compound; and at least one photoinitiator. at least one oligomer urethane(meth)acrylate based on a polycarbonate; at least one radiation-curing compound; and at least one photoinitiator.
A fixing device for a lighting unit on a body recess of a vehicle having an accommodating device which can be fixed to the body of the vehicle and having an accommodating recess, said accommodating device having guiding means for guiding the lighting unit along a translational motion path between an inner end position located inside the accommodating recess (2, 2') and an intermediate position of the same, with locking means for moving the lighting unit which is located in the inner end position from an unlocking state into a locking state and vice versa, wherein the accommodating device has a tilting unit as the guiding means in the region of an edge of the accommodating recess, so that the lighting unit is arranged at an inclination in an outer end position, exposing a rear side of the same, wherein the tilting unit is formed by a hinge element of the lighting unit and a hinge element of the accommodating device which interact such that the lighting unit is moved from the intermediate position, in which a longitudinal axis of the lighting unit coincides with a longitudinal axis of the accommodating recess, along a rotational motion path, into the outer end position, in which the longitudinal axis of the lighting unit forms an acute angle to the longitudinal axis of the accommodating recess, characterized in that • the hinge element of the lighting unit is integrally molded on the end side on an extension protruding from a housing of the lighting unit, • the hinge element of the accommodating device is arranged integrated in an insert component which can be fixed to the accommodating device, • the insert component has a level support plate so that one end of the extension is supported in the intermediate position. • the hinge element of the lighting unit is integrally molded on the end side on an extension protruding from a housing of the lighting unit, • the hinge element of the accommodating device is arranged integrated in an insert component which can be fixed to the accommodating device, • the insert component has a level support plate so that one end of the extension is supported in the intermediate position.
A method of establishing communication between devices through an identity module, said method comprising: registering a receiving device by said identity module; assigning a unique identifier to said receiving device by said identity module; providing said unique identifier to said receiving device; receiving, from a sending device by said identity module, a request for authentication of said receiving device having said unique identifier to be connected with said sending device; providing said authentication of said receiving device to said sending device; establishing connection requirements between said receiving device and said sending device by said identity module, if said receiving device is authenticated; and providing said connection requirements to said sending device to establish communication between said sending device and said receiving device. registering a receiving device by said identity module; assigning a unique identifier to said receiving device by said identity module; providing said unique identifier to said receiving device; receiving, from a sending device by said identity module, a request for authentication of said receiving device having said unique identifier to be connected with said sending device; providing said authentication of said receiving device to said sending device; establishing connection requirements between said receiving device and said sending device by said identity module, if said receiving device is authenticated; and providing said connection requirements to said sending device to establish communication between said sending device and said receiving device.
A method for dynamically receiving a local communication profile at a mobile device, the method comprising transitioning the mobile device from a home cellular network operator to a local cellular network operator by: at the mobile device having one or more processors and memory, the memory storing a plurality of communication profiles comprising a home communication profile, a global communication profile and optionally one or more local communication profiles, wherein a communication profile comprises an identifier (404, 412, 420) that is used to permanently or semi-permanently identify the mobile device to a cellular network operator, the memory including a Subscriber Identity Module card and the plurality of communication profiles being stored on the SIM card: determining local access requirements for connecting to the local cellular network operator; determining whether the plurality of communication profiles comprises a local communication profile that satisfies the local access requirements; and when the plurality of communication profiles does not comprise the local communication profile that satisfies the local access requirements: connecting to a communication management system via a global cellular network operator using the global communication profile; receiving, from the communication management system, the local communication profile that satisfies the local access requirements; connecting to the local cellular network operator using the local communication profile; and communicating with another device via the local cellular network operator as if the mobile device was a local mobile device. determining local access requirements for connecting to the local cellular network operator; determining whether the plurality of communication profiles comprises a local communication profile that satisfies the local access requirements; and when the plurality of communication profiles does not comprise the local communication profile that satisfies the local access requirements: connecting to a communication management system via a global cellular network operator using the global communication profile; receiving, from the communication management system, the local communication profile that satisfies the local access requirements; connecting to the local cellular network operator using the local communication profile; and communicating with another device via the local cellular network operator as if the mobile device was a local mobile device. connecting to a communication management system via a global cellular network operator using the global communication profile; receiving, from the communication management system, the local communication profile that satisfies the local access requirements; connecting to the local cellular network operator using the local communication profile; and communicating with another device via the local cellular network operator as if the mobile device was a local mobile device.
A wireless charging method for a handheld mobile terminal, the handheld mobile terminal comprising an earphone cord which can adopt a to-be-charged twisted state, a standby twisted state and an earphone usage state, wherein, in the to-be-charged twisted state and the standby twisted state, the earphone cord is built in the handheld mobile terminal by retracting it into the handheld mobile terminal and twisting it into a Near Field Communication, NFC, antenna, and wherein, in the earphone usage state, the earphone cord is pulled out of the handheld mobile terminal, the method comprising: detecting a state of an earphone cord of the handheld mobile terminal in real time; when it is detected that the earphone cord is in a to-be-charged twisted state, connecting the earphone cord, as an electricity receiving coil, to a charging apparatus; after the earphone cord is connected as the electricity receiving coil to the charging apparatus, placing the handheld mobile terminal on or near a charging plate provided with an electricity transmitting coil to enable electromagnetic coupling; and obtaining electric energy, by the handheld mobile terminal, through the electromagnetic coupling between the electricity transmitting coil and the electricity receiving coil, to wirelessly charge a battery of the handheld mobile terminal. detecting a state of an earphone cord of the handheld mobile terminal in real time; when it is detected that the earphone cord is in a to-be-charged twisted state, connecting the earphone cord, as an electricity receiving coil, to a charging apparatus; after the earphone cord is connected as the electricity receiving coil to the charging apparatus, placing the handheld mobile terminal on or near a charging plate provided with an electricity transmitting coil to enable electromagnetic coupling; and obtaining electric energy, by the handheld mobile terminal, through the electromagnetic coupling between the electricity transmitting coil and the electricity receiving coil, to wirelessly charge a battery of the handheld mobile terminal.
A method of providing fault tolerant operation for a primary instance of a process executing on a processor, the process operative to perform an operation, produce a result based on the successful completion thereof and communicate the result to a recipient, the method comprising: performing, by a duplicate of the primary instance, each operation of a sequence of operations to be performed by the primary instance, subsequent to the operation being successfully completed by the primary instance and a result thereof being communicated to the recipient or after determination, by a fault detector coupled with both the primary and backup instances, that the primary instance will not successfully do so, the method further comprising: comparing a result of the performance of one of the sequence of operations by the primary instance with a result of the performance of the same one of the sequence of operations by the duplicate of the primary instance and indicating a failure of the duplicate of the primary instance, the primary instance, or a combination thereof, when the results are at least partially different.
An optical component of a lighting apparatus, at least a portion of the optical component being formed of a composite material comprising a polymeric matrix material and a particulate material that contributes a color filtering effect to visible light passing through the composite material, the particulate material comprising a neodymium compound containing Nd 3+ ions, wherein the neodymium compound and the polymeric matrix material have refractive indices within 0.1 of each other in the visible light region or wherein the particulate material and the polymeric matrix material have refractive indices within 0.1 of each other in the visible light region.
A paper sheet conveying roller, comprising: a support body which has first and second annular grooves formed on an outer peripheral surface and at which a shaft portion is arranged; and a roller body formed with a tubular section, which is arranged to form a cavity between the support body and the tubular section at an outer peripheral of the support body, and first and second ring-shaped walls that are interconnected, respectively, with both ends of the tubular section in the axial direction and have respective inner peripheral edges fitted in the first and second annular grooves, respectively; a protrusion or recess (26A, 26B) being arranged at a circumferential part of an inner peripheral edge of at least one of the first and second side walls, and a recess or a protrusion (26A, 26B) fitted to the protrusion or recess (26A, 26B) being provided in at least one of the first and second annular grooves. a support body which has first and second annular grooves formed on an outer peripheral surface and at which a shaft portion is arranged; and a roller body formed with a tubular section, which is arranged to form a cavity between the support body and the tubular section at an outer peripheral of the support body, and first and second ring-shaped walls that are interconnected, respectively, with both ends of the tubular section in the axial direction and have respective inner peripheral edges fitted in the first and second annular grooves, respectively; a protrusion or recess (26A, 26B) being arranged at a circumferential part of an inner peripheral edge of at least one of the first and second side walls, and a recess or a protrusion (26A, 26B) fitted to the protrusion or recess (26A, 26B) being provided in at least one of the first and second annular grooves.
An aircraft seat back, including: (a) a composite material seat back frame element; and (b) a composite seat back diaphragm molded to the seat back frame element during a molding step to provide a composite aircraft seat back comprised of a seat back frame element and a seat back diaphragm, characterized in that the composite seat back diaphragm is formed of a plurality of separate diaphragm elements (52A, 52B, 52C, 52D) molded to the seat back frame element along its length to collectively form the aircraft seat back. (a) a composite material seat back frame element; and (b) a composite seat back diaphragm molded to the seat back frame element during a molding step to provide a composite aircraft seat back comprised of a seat back frame element and a seat back diaphragm, characterized in that the composite seat back diaphragm is formed of a plurality of separate diaphragm elements (52A, 52B, 52C, 52D) molded to the seat back frame element along its length to collectively form the aircraft seat back.
A preparation method of racemic nicotine, characterized by comprising the following steps: Step S1. reacting nicotinyl chloride with methylamine at the presence of an alkali to obtain methylnicotinamide; Step S2. condensing methylnicotinamide with chloroacetone at the presence of an organic base to obtain N-methyl-N-(2-oxpropyl)nicotinamide; Step S3. self aldol condensing N-methyl-N-(2-oxpropyl)nicotinamide to obtain 1-methyl-5-(pyridin-3-yl)-1,2-dihydro-3H-pyrrol-3-one; and Step S4. reacting 1-methyl-5-(pyridin-3-yl)-1,2-dihydro-3H-pyrrol-3-one with reducing agent to obtain racemic nicotine. Step S1. reacting nicotinyl chloride with methylamine at the presence of an alkali to obtain methylnicotinamide; Step S2. condensing methylnicotinamide with chloroacetone at the presence of an organic base to obtain N-methyl-N-(2-oxpropyl)nicotinamide; Step S3. self aldol condensing N-methyl-N-(2-oxpropyl)nicotinamide to obtain 1-methyl-5-(pyridin-3-yl)-1,2-dihydro-3H-pyrrol-3-one; and Step S4. reacting 1-methyl-5-(pyridin-3-yl)-1,2-dihydro-3H-pyrrol-3-one with reducing agent to obtain racemic nicotine.