mhurhangee/ep-ind-claims huggingface dataset:
A portable telescopic strap driven mast assembly having an outer body with a plurality of mast sections slideably engaged with the outer body, the mast assembly comprising: a lifting strap disposed between the plurality of mast sections, the lifting strap operatively connecting the plurality of mast sections so as to urge one or more of the mast sections towards an extended position, the lifting strap having a first end and a second end, the first end being secured to an inner most mast section of the plurality of mast sections; a retraction cable disposed at least partially inside the outer body, the retraction cable having a first end and a second end, the first end being secured to the inner most mast section; characterized by a winch selectively engaged to the outer body, the winch including a housing and a transmission, the transmission including an input (130; 132), a first output and a second output, the transmission selectively coupling the input to the first output and the second output, the first output selectively engaged with the second end of the lifting strap and the second output selectively engaged with the second end of the retraction cable. a lifting strap disposed between the plurality of mast sections, the lifting strap operatively connecting the plurality of mast sections so as to urge one or more of the mast sections towards an extended position, the lifting strap having a first end and a second end, the first end being secured to an inner most mast section of the plurality of mast sections; a retraction cable disposed at least partially inside the outer body, the retraction cable having a first end and a second end, the first end being secured to the inner most mast section; characterized by a winch selectively engaged to the outer body, the winch including a housing and a transmission, the transmission including an input (130; 132), a first output and a second output, the transmission selectively coupling the input to the first output and the second output, the first output selectively engaged with the second end of the lifting strap and the second output selectively engaged with the second end of the retraction cable.
Method for mounting a wiper arm on a windscreen wiper device, in particular of a motor vehicle, wherein the wiper arm is mounted on the windscreen wiper device at any desired position on a windscreen, characterized in that an instantaneous position of the wiper arm with respect to the windscreen beyond a reversal or parking position of the wiper arm is subsequently determined by a sensor, wherein a wiper motor for operating the wiper arm can be actuated and/or is actuated on the basis of the determined instantaneous position of the wiper arm on the windscreen.
Method for supplying elongated metal elements, in particular metal bars, for example designed for a bending cycle, the method comprising the steps of: a. setting, in a control unit of an apparatus for supplying a said element, for said element to be supplied, an optimal orientation of a theoretical cross section, with respect to a respective longitudinal axis; b. inserting said element into a drive group along a supply direction coinciding with said longitudinal axis; c. detecting at a detection plane an actual orientation of a cross section of said inserted element, with respect to said longitudinal axis, by means of a detection device; d. processing by means of processing means associated with said detection device any deviation of said actual orientation detected with respect to said optimal orientation of said element; e. tightening and rotating by means of an orientation device said element tightened around said longitudinal axis by an angle such as to compensate said processed deviation, so as to orient said element according to said optimal orientation; f. releasing said element; g. supplying said element along said supply direction to achieve at least one processing step, said step a. of setting said optimal orientation taking place by means of said processing means, calculating the moment of inertia of said theoretical section with respect to a barycentric axis or calculating the orientation of said element which opposes maximum resistance to rotation of said element about its longitudinal axis during supply step by said drive group. a. setting, in a control unit of an apparatus for supplying a said element, for said element to be supplied, an optimal orientation of a theoretical cross section, with respect to a respective longitudinal axis; b. inserting said element into a drive group along a supply direction coinciding with said longitudinal axis; c. detecting at a detection plane an actual orientation of a cross section of said inserted element, with respect to said longitudinal axis, by means of a detection device; d. processing by means of processing means associated with said detection device any deviation of said actual orientation detected with respect to said optimal orientation of said element; e. tightening and rotating by means of an orientation device said element tightened around said longitudinal axis by an angle such as to compensate said processed deviation, so as to orient said element according to said optimal orientation; f. releasing said element; g. supplying said element along said supply direction to achieve at least one processing step,
A fastener, comprising: a body comprising a curved hook and a base, the base comprising a longitudinal bore and a multipart channel extending radially into the longitudinal bore; the multipart channel comprising: a first channel segment extending along or across a first part of the base; a second channel segment extending along or across a second part of the base, the second channel segment contiguous and communicating with the first channel segment; and, a third channel segment extending along or across a third part of the base, the third channel segment contiguous and communicating with the second channel segment; and a gate arranged within the longitudinal bore, the gate comprising an elongated shaft and a grip extending from the elongated shaft and into the multipart channel, the gate moveable both longitudinally and rotatably within the longitudinal bore; characterised by: the second channel segment extending both transversely and longitudinally across the second part of the base, the second channel segment offset at a first, obtuse angle from the first channel segment; and the third channel segment offset at a second, obtuse angle from the second channel segment. a body comprising a curved hook and a base, the base comprising a longitudinal bore and a multipart channel extending radially into the longitudinal bore; the multipart channel comprising: a first channel segment extending along or across a first part of the base; a second channel segment extending along or across a second part of the base, the second channel segment contiguous and communicating with the first channel segment; and, a third channel segment extending along or across a third part of the base, the third channel segment contiguous and communicating with the second channel segment; and a first channel segment extending along or across a first part of the base; a second channel segment extending along or across a second part of the base, the second channel segment contiguous and communicating with the first channel segment; and, a third channel segment extending along or across a third part of the base, the third channel segment contiguous and communicating with the second channel segment; a gate arranged within the longitudinal bore, the gate comprising an elongated shaft and a grip extending from the elongated shaft and into the multipart channel, the gate moveable both longitudinally and rotatably within the longitudinal bore; characterised by: the second channel segment extending both transversely and longitudinally across the second part of the base, the second channel segment offset at a first, obtuse angle from the first channel segment; and the third channel segment offset at a second, obtuse angle from the second channel segment. the second channel segment extending both transversely and longitudinally across the second part of the base, the second channel segment offset at a first, obtuse angle from the first channel segment; and the third channel segment offset at a second, obtuse angle from the second channel segment.
A method of making a media or a feed composition for culturing cells, comprising: i) subjecting a dry powder to suspension in a moving column of a gas in a fluid bed apparatus; ii) introducing at least one solvent using a sprayer into the dry powder of step (i) to form a layered base particle; iii) drying the layered base particle; wherein each solvent in the plurality of solvents has one component; each solvent has different components; or each solvent has a mixture of components; wherein the components are segregated into reactive species and into sensitive species that are sprayed separately to give a layered granule; wherein the reactive species and the sensitive species are components that interact adversely with each other. i) subjecting a dry powder to suspension in a moving column of a gas in a fluid bed apparatus; ii) introducing at least one solvent using a sprayer into the dry powder of step (i) to form a layered base particle; iii) drying the layered base particle; wherein each solvent in the plurality of solvents has one component; each solvent has different components; or each solvent has a mixture of components; wherein the components are segregated into reactive species and into sensitive species that are sprayed separately to give a layered granule; wherein the reactive species and the sensitive species are components that interact adversely with each other. wherein each solvent in the plurality of solvents has one component; each solvent has different components; or each solvent has a mixture of components; wherein the components are segregated into reactive species and into sensitive species that are sprayed separately to give a layered granule; wherein the reactive species and the sensitive species are components that interact adversely with each other.
Control device for a rail vehicle not having a driver's cab and travelling fully automatically, comprising an operating unit having all the input and output devices (4, 5) required for operating the rail vehicle, characterised in that the operating unit can be connected to a rail vehicle via a multi-pole detachable electrical contact point which can be arranged in the interior of the rail vehicle and by means of which the operating unit establishes a connection to the electrical systems (6, 7, 8) of the rail vehicle in a usage position and wherein the operating unit is provided for arrangement in a correspondingly formed mechanical interface of the rail vehicle, which defines the jointing direction and the end position of the operating unit in a usage position, and wherein said mechanical interface is provided with a locking device which prevents the operating unit from being removed until an approval for release has been given.
User equipment, comprising: a transmission and reception unit configured to communicate with a master base station (MeNB) and a secondary base station (SeNB) simultaneously in dual connectivity; an Radio Link Control, RLC, layer processing unit configured to have an RLC layer for the master base station and an RLC layer for the secondary base station; and a Packet Data Convergence Protocol, PDCP, layer processing unit configured to have a PDCP layer transmitting and receiving data to/from the RLC layer for the master base station and the RLC layer for the secondary base station, wherein the RLC layer processing unit is further configured to, when a split bearer configured for the secondary base station is deleted: if releasing the split bearer does not correspond to a deletion on a per Evolved Packet System, EPS, bearer basis, perform re-establishment on the RLC layer for the secondary base station and release the split bearer after execution of the re-establishment; and if releasing the split bearer corresponds to a deletion on a per EPS bearer basis, delete the indicated EPC bearer without performing the re-establishment on the RLC layer for the secondary base station (SeNB). a transmission and reception unit configured to communicate with a master base station (MeNB) and a secondary base station (SeNB) simultaneously in dual connectivity; an Radio Link Control, RLC, layer processing unit configured to have an RLC layer for the master base station and an RLC layer for the secondary base station; and a Packet Data Convergence Protocol, PDCP, layer processing unit configured to have a PDCP layer transmitting and receiving data to/from the RLC layer for the master base station and the RLC layer for the secondary base station, wherein the RLC layer processing unit is further configured to, when a split bearer configured for the secondary base station is deleted: if releasing the split bearer does not correspond to a deletion on a per Evolved Packet System, EPS, bearer basis, perform re-establishment on the RLC layer for the secondary base station and release the split bearer after execution of the re-establishment; and if releasing the split bearer corresponds to a deletion on a per EPS bearer basis, delete the indicated EPC bearer without performing the re-establishment on the RLC layer for the secondary base station (SeNB). if releasing the split bearer does not correspond to a deletion on a per Evolved Packet System, EPS, bearer basis, perform re-establishment on the RLC layer for the secondary base station and release the split bearer after execution of the re-establishment; and if releasing the split bearer corresponds to a deletion on a per EPS bearer basis, delete the indicated EPC bearer without performing the re-establishment on the RLC layer for the secondary base station (SeNB).
A method for generating a Long Term Evolution, LTE, network return procedure, characterized by comprising: initiating, by a mobile terminal, connection of the mobile terminal to an LTE network; receiving, by the mobile terminal from the LTE network, at least one of a first listing and a second listing, the first listing specifying a network-wide selection of LTE network access points, and the second listing specifying a set of LTE network access points of the first listing; initiating, by the mobile terminal, connection of the mobile terminal to a circuit-switched network, CSN, for access to a particular circuit-switched service; determining, by the mobile terminal while connected to the CSN, availability of a third listing of LTE network access points supplied by the CSN; measuring, by the mobile terminal while connected to the CSN, signal strength of at least one LTE network access point selected from one of the first listing, the second listing, and the third listing; initiating disconnection of the mobile terminal from the CSN for discontinued access to the particular circuit-switched service; and generating, by the mobile terminal in absence of redirection instruction from the CSN, a packet-switched network return procedure that, when instantiated by the mobile terminal, implements connection of the mobile terminal to the LTE network based on the measured signal strength of the at least one LTE network access point. initiating, by a mobile terminal, connection of the mobile terminal to an LTE network; receiving, by the mobile terminal from the LTE network, at least one of a first listing and a second listing, the first listing specifying a network-wide selection of LTE network access points, and the second listing specifying a set of LTE network access points of the first listing; initiating, by the mobile terminal, connection of the mobile terminal to a circuit-switched network, CSN, for access to a particular circuit-switched service; determining, by the mobile terminal while connected to the CSN, availability of a third listing of LTE network access points supplied by the CSN; measuring, by the mobile terminal while connected to the CSN, signal strength of at least one LTE network access point selected from one of the first listing, the second listing, and the third listing; initiating disconnection of the mobile terminal from the CSN for discontinued access to the particular circuit-switched service; and generating, by the mobile terminal in absence of redirection instruction from the CSN, a packet-switched network return procedure that, when instantiated by the mobile terminal, implements connection of the mobile terminal to the LTE network based on the measured signal strength of the at least one LTE network access point.
Method for machining a transparent workpiece by generating non-linear absorption of laser radiation in a laser beam focus located in the volume of the workpiece, comprising the following steps: - spectroscopically measuring the linear absorption of the laser radiation in the workpiece, - selecting a working wavelength at which the linear absorption of the laser radiation in the workpiece is low, and - machining the workpiece by applying laser radiation at the working wavelength by means of a laser that is tunable with respect to the wavelength, characterised in that the machining of the workpiece takes place by means of a laser that is tunable with respect to the wavelength, and the spectroscopic measuring also takes place by means of the laser that is tunable with respect to the wavelength. - spectroscopically measuring the linear absorption of the laser radiation in the workpiece, - selecting a working wavelength at which the linear absorption of the laser radiation in the workpiece is low, and - machining the workpiece by applying laser radiation at the working wavelength by means of a laser that is tunable with respect to the wavelength,
A vehicle charging apparatus that is arranged to perform communication with a communication apparatus and to perform charging of a vehicle, wherein the vehicle charging apparatus is arranged to perform power line communication with the communication apparatus via a power line that includes at least three conducting wires (3a, 3b, 3c), the vehicle charging apparatus comprising: a communication section that is configured to receive a signal transmitted from the communication apparatus via a pair of conducting wires (3a, 3b, 3c) within the power line; and a switching section that is configured to selects the pair of conducting wires (3a, 3b, 3c) among the plurality of pairs of conducting wires (3a, 3b, 3c) based on the signal received by the communication section, wherein the communication section (11 is configured to transmit and to receive data via the pair of conducting wires (3a, 3b, 3c) selected by the switching section between the communication apparatus and the vehicle. a communication section that is configured to receive a signal transmitted from the communication apparatus via a pair of conducting wires (3a, 3b, 3c) within the power line; and a switching section that is configured to selects the pair of conducting wires (3a, 3b, 3c) among the plurality of pairs of conducting wires (3a, 3b, 3c) based on the signal received by the communication section, wherein the communication section (11 is configured to transmit and to receive data via the pair of conducting wires (3a, 3b, 3c) selected by the switching section between the communication apparatus and the vehicle.
A recombinant DNA molecule comprising a DNA sequence selected from the group consisting of: a) a DNA sequence with at least 95 percent sequence identity to the full length of any of SEQ ID NOs: 9 or 11, wherein the DNA sequence has the promoter activity of SEQ ID NOs: 9 or 11, respectively; b) a DNA sequence comprising any of SEQ ID NOs: 9 or 11; c) a fragment comprising at least 275 contiguous nucleotides of SEQ ID NOs: 9 or at least 750 contiguous nucleotides of SEQ ID NO:11, wherein the fragment has the promoter activity of any of SEQ ID NOs: 9 or 11, respectively; wherein said sequence is operably linked to a heterologous transcribable polynucleotide molecule. a) a DNA sequence with at least 95 percent sequence identity to the full length of any of SEQ ID NOs: 9 or 11, wherein the DNA sequence has the promoter activity of SEQ ID NOs: 9 or 11, respectively; b) a DNA sequence comprising any of SEQ ID NOs: 9 or 11; c) a fragment comprising at least 275 contiguous nucleotides of SEQ ID NOs: 9 or at least 750 contiguous nucleotides of SEQ ID NO:11, wherein the fragment has the promoter activity of any of SEQ ID NOs: 9 or 11, respectively;
A method of operating a wireless network, the method including: sending, by at least one transmitter node, a wakeup tone and at least one second tone, the at least one second tone being one of (i) a tone in a frequency different from the wakeup tone and (ii) a pattern of tones including at least one frequency different from the wakeup tone; operating a receiver node in a sleep mode to conserve energy; periodically waking up, by the receiver node, from the sleep mode to listen for the wakeup tone; upon receiving the wakeup tone, listening, by the receiver node, for the at least one second tone; and upon receiving the at least one second tone, performing an action based on the at least one second tone, characterized in that the at least one transmitter node includes at least two transmitter nodes, at least one of which transmits the wakeup tone, and each of which simultaneously transmits at least one further tone distinct from one another to collectively form the at least one second tone. sending, by at least one transmitter node, a wakeup tone and at least one second tone, the at least one second tone being one of (i) a tone in a frequency different from the wakeup tone and (ii) a pattern of tones including at least one frequency different from the wakeup tone; operating a receiver node in a sleep mode to conserve energy; periodically waking up, by the receiver node, from the sleep mode to listen for the wakeup tone; upon receiving the wakeup tone, listening, by the receiver node, for the at least one second tone; and upon receiving the at least one second tone, performing an action based on the at least one second tone, characterized in that the at least one transmitter node includes at least two transmitter nodes, at least one of which transmits the wakeup tone, and each of which simultaneously transmits at least one further tone distinct from one another to collectively form the at least one second tone.
Method for producing a sliding shoe of a hydrostatic positive displacement machine, in particular an axial piston machine, which sliding shoe can be fastened in an articulated manner to a pressure-loaded piston and supports the piston on a stroke-generating running surface, wherein the sliding shoe consists of a steel main body and a brass plate which interacts with the running surface and is joined to the steel main body of the sliding shoe, characterized in that the steel main body is welded by means of capacitor discharge welding to the brass plate only locally, wherein at least one welding projection (40; 41; 42; 43) in the form of a circular projection is produced on the steel main body in the region of contact with the brass plate, and wherein the brass plate consists of a titanium-free copper-zinc alloy.