mhurhangee/ep-ind-claims huggingface dataset:
A crimp terminal including at least a pressure-bonding section (131, 132) for permitting pressure-bonding and connection to a conductor portion of an insulated wire, wherein connection of a wire tip in an insulated wire obtained by covering a conductor with an insulating cover, wherein the wire tip is configured from a conductor tip Z having the conductor exposed by peeling off the insulating cover at a tip side in the insulated wire and an insulated tip provided in a tip portion of the insulating cover, wherein the pressure-bonding section (131, 132) is configured from a plate material to take a hollow cylindrical shape, a sealing portion is provided on one end side in the long length direction of the pressure-bonding section (131, 132) in the hollow sectional shape opposite side to an insertion side for inserting the conductor portion into the pressure-bonding section (131, 132), wherein welding is carried out in a width direction intersecting with the longitudinal direction at the one end side in the longitudinal direction which is formed into the sealing shape for sealing, characterized in that for producing the crimp terminal a copper alloy strip is punched into a terminal shape, is rounded and a front end portion in the longitudinal direction is flattened and formed previously into a shape of a barrel portion including the sealing portion and after those steps, ends rounded and butted each other are welded along a weld portion in the longitudinal direction and are welded and sealed along a weld portion in the width direction in the sealing portion to finish the barrel portion such that the weld portion in the longitudinal direction is changed in a height direction being orthogonal to the longitudinal direction and the width direction.
A light guiding device, comprising: a light guide medium component configured to guide a light to be transmitted through it from one end thereof to another end thereof; and a light guide fixing component arranged on the light guide medium component and configured to fix the light guide medium component; wherein the light guide medium component and the light guide fixing component are both at least partly transparent, and wherein the light guide fixing component has a light directing portion configured to direct the light, which is leaked from the light guide medium component into the light guide fixing component, to exit the light guide fixing component in a direction deviated from a predetermined direction, wherein the light directing portion has one or more light deflection outgoing face/faces through which the light leaked from the light guide medium component into the light guide fixing component passes to exit the light guide fixing component, and the light deflection outgoing face/faces is/are oriented to deviate the light passing through the light deflection outgoing face/faces, from the predetermined direction, and wherein the light directing portion has one or more light deflection incidence face/faces by which the light leaked from the light guide medium component is deflected into the light guide fixing component characterized in that the light guide medium component has a different refractive index from that of the light guide fixing component. a light guide medium component configured to guide a light to be transmitted through it from one end thereof to another end thereof; and a light guide fixing component arranged on the light guide medium component and configured to fix the light guide medium component; wherein the light guide medium component and the light guide fixing component are both at least partly transparent, and wherein the light guide fixing component has a light directing portion configured to direct the light, which is leaked from the light guide medium component into the light guide fixing component, to exit the light guide fixing component in a direction deviated from a predetermined direction, wherein the light directing portion has one or more light deflection outgoing face/faces through which the light leaked from the light guide medium component into the light guide fixing component passes to exit the light guide fixing component, and the light deflection outgoing face/faces is/are oriented to deviate the light passing through the light deflection outgoing face/faces, from the predetermined direction, and wherein the light directing portion has one or more light deflection incidence face/faces by which the light leaked from the light guide medium component is deflected into the light guide fixing component characterized in that the light guide medium component has a different refractive index from that of the light guide fixing component.
Laser apparatus comprising a reference source, a reference fibre, and at least one laser diode, wherein the reference fibre comprises a core having a refractive index n 1 and a first cladding having a refractive index n 2, the refractive index n 1 is greater than the refractive index n 2, and the reference source is coupled to the laser diode via the core of the reference fibre in order to injection lock the laser diode, the apparatus being characterized in that the first cladding is surrounded by a second cladding having a refractive index n 3, the refractive index n 2 is greater than the refractive index n 3, and the laser diode emits laser radiation that is guided through the first cladding of the reference fibre.
A customizable pallet comprising: a plurality of length members, each length member having a plurality of cylindrical projections defined along a top surface thereof, the cylindrical projections outwardly extending from the top surface of the length member, the cylindrical projections partly inwardly extending within the length member, wherein each of the cylindrical projections has a first cylindrical holder positioned therein, wherein each first cylindrical holder has a cylindrical groove defined therein; a plurality of width members, each width member having a plurality of cylindrical grooves inwardly extending between a top surface and a bottom surface thereof, each of the cylindrical grooves having a second cylindrical holder positioned therein, wherein each second cylindrical holder has a cylindrical projection defined therein; and a plurality of connecting members, the connecting members facilitating connection between the cylindrical projections of the width members and the cylindrical grooves of the length members, wherein each connecting member is a bolted connection and facilitates a smooth top surface of the pallet such that it is adapted to carry goods without any obstructions, wherein, the cylindrical projections of the length members position into the cylindrical grooves of the width members, thereby facilitating alignment of the first cylindrical holder on the second cylindrical holder. a plurality of length members, each length member having a plurality of cylindrical projections defined along a top surface thereof, the cylindrical projections outwardly extending from the top surface of the length member, the cylindrical projections partly inwardly extending within the length member, wherein each of the cylindrical projections has a first cylindrical holder positioned therein, wherein each first cylindrical holder has a cylindrical groove defined therein; a plurality of width members, each width member having a plurality of cylindrical grooves inwardly extending between a top surface and a bottom surface thereof, each of the cylindrical grooves having a second cylindrical holder positioned therein, wherein each second cylindrical holder has a cylindrical projection defined therein; and a plurality of connecting members, the connecting members facilitating connection between the cylindrical projections of the width members and the cylindrical grooves of the length members, wherein each connecting member is a bolted connection and facilitates a smooth top surface of the pallet such that it is adapted to carry goods without any obstructions, wherein, the cylindrical projections of the length members position into the cylindrical grooves of the width members, thereby facilitating alignment of the first cylindrical holder on the second cylindrical holder.
A void-containing layer comprising: nanoparticles, surfaces of which being modified with an alkoxysilane derivative, wherein the void-containing layer has a void fraction of 35 vol% or more, the void-containing layer has an open-cell structure in which pores are interconnected with each other, and the alkoxysilane derivative comprises a fluoroalkyl group having 5 to 17 fluorine atoms. nanoparticles, surfaces of which being modified with an alkoxysilane derivative, wherein the void-containing layer has a void fraction of 35 vol% or more, the void-containing layer has an open-cell structure in which pores are interconnected with each other, and the alkoxysilane derivative comprises a fluoroalkyl group having 5 to 17 fluorine atoms.
A message processing method of an optical network termination, ONT, comprising: receiving, by the ONT, an uplink message, comprising a Virtual Local Area Network, VLAN, Tagging Operation Configuration Data Managed Entity, ME, with a VLAN Tagging operation table, wherein each entry of the VLAN Tagging operation table comprises a group of operation value fields and a group of filter value fields including an outer layer VLAN priority filter value, an outer layer VLAN Identifier, VID, filter value, an inner layer VLAN priority filter value, an inner layer VID filter value; and wherein the outer layer VLAN priority filter value is 4 bits; wherein the Inner layer VLAN priority filter value is 4 bits; filtering or categorizing, by the ONT, the received uplink message according to a characteristic value of the received uplink message by the use of one or more of the outer layer VLAN priority filter value, the outer layer VID filter value, the inner layer VLAN priority filter value and the inner layer VID filter value in a corresponding entry of the VLAN Tagging operation table; performing, by the ONT, a VLAN Tagging operation for the filtered or categorized uplink message by use of the operation value fields in the corresponding entry of the VLAN Tagging operation table; wherein at least two types of uplink messages with different characteristic values have different VLAN Tags after the uplink messages are processed by the ONT through the VLAN Tagging operation. receiving, by the ONT, an uplink message, comprising a Virtual Local Area Network, VLAN, Tagging Operation Configuration Data Managed Entity, ME, with a VLAN Tagging operation table, wherein each entry of the VLAN Tagging operation table comprises a group of operation value fields and a group of filter value fields including an outer layer VLAN priority filter value, an outer layer VLAN Identifier, VID, filter value, an inner layer VLAN priority filter value, an inner layer VID filter value; and wherein the outer layer VLAN priority filter value is 4 bits; wherein the Inner layer VLAN priority filter value is 4 bits; filtering or categorizing, by the ONT, the received uplink message according to a characteristic value of the received uplink message by the use of one or more of the outer layer VLAN priority filter value, the outer layer VID filter value, the inner layer VLAN priority filter value and the inner layer VID filter value in a corresponding entry of the VLAN Tagging operation table; performing, by the ONT, a VLAN Tagging operation for the filtered or categorized uplink message by use of the operation value fields in the corresponding entry of the VLAN Tagging operation table; wherein at least two types of uplink messages with different characteristic values have different VLAN Tags after the uplink messages are processed by the ONT through the VLAN Tagging operation.
A device for detecting a state of true perception loss of a human, the device including: processing means operable to detect from information on electrical signals sensed adjacent to the scalp of the human the activity of oscillations present in the electrical signals, wherein the oscillations are slow wave oscillations having a frequency between 0Hz and 5Hz, preferably between 0Hz and 2Hz, more preferably between 0Hz and 1.5Hz, and wherein the processing means is further operable to detect a time point of saturation of the slow wave oscillations as a marker for the state of true perception loss of the human, with saturation being characterised by the loss of anaesthetic dose dependency of the slow wave oscillations.
Method for repairing cracks in concrete sleepers by means of injection of a filling material, wherein the crack(s) is/are at least partially sealed with a sealing known per se in the upper region of the concrete sleeper on the surface thereof, characterised by the following features, - in that in a first step a crack analysis is carried out, - in that in a second step, with reference to the crack analysis, the at least one crack is sealed in such a manner that the sealing is preferably applied in the form of a strip along the at least one crack so as to cover the crack, wherein the sealing is carried out along the crack with spacing so as to be able to be removed, - in that in a third step as a result of the removal of the sealing at least one free face is produced, - in that in a fourth step on the at least one free face the filling material is injected into the crack by means of an injection device known per se and a low-pressure pump, wherein the low-pressure pump is controlled by means of a pressure drop sensor, and - in that the third and fourth steps are carried out one after the other in an alternating manner until the filling is complete. - in that in a first step a crack analysis is carried out, - in that in a second step, with reference to the crack analysis, the at least one crack is sealed in such a manner that the sealing is preferably applied in the form of a strip along the at least one crack so as to cover the crack, wherein the sealing is carried out along the crack with spacing so as to be able to be removed, - in that in a third step as a result of the removal of the sealing at least one free face is produced, - in that in a fourth step on the at least one free face the filling material is injected into the crack by means of an injection device known per se and a low-pressure pump, wherein the low-pressure pump is controlled by means of a pressure drop sensor, and - in that the third and fourth steps are carried out one after the other in an alternating manner until the filling is complete.
A method of manufacturing a lithium metal negative electrode, comprising the steps of (a) applying lithium nitride powder on at least one surface of a lithium metal layer; and (b) rolling the applied powder to form a lithium nitride protective layer in the form of a powder bed of lithium nitride particles on the at least one surface of the lithium metal layer. (a) applying lithium nitride powder on at least one surface of a lithium metal layer; and (b) rolling the applied powder to form a lithium nitride protective layer in the form of a powder bed of lithium nitride particles on the at least one surface of the lithium metal layer.
A method for controlling a trajectory of a transport vehicle during an unload on the go operation with a harvester, the method comprising: operating a harvester along an unknown travel path; measuring a position and velocity for the harvester; measuring a position and velocity for the transport vehicle; determining an unload tube position for the harvester; calculating future waypoints for the harvester using the measured position and velocity for the harvester; calculating a trajectory for a transport vehicle using the calculated future waypoints, the determined unload tube position, the measured position and velocity of the transport vehicle, and the measured position and velocity of the harvester; and controlling the transport vehicle to follow the calculated trajectory with commands from a controller, wherein said calculating future waypoints comprises: measuring a yaw rate for the harvester; calculating a predicted path (300, 400) for the harvester using the measured yaw rate and the measured position and velocity for the harvester; receiving a predetermined distance interval and a predetermined number of waypoints; and calculating the future waypoints using the calculated predicted path (300, 400), the predetermined distance interval and the predetermined number of waypoints. operating a harvester along an unknown travel path; measuring a position and velocity for the harvester; measuring a position and velocity for the transport vehicle; determining an unload tube position for the harvester; calculating future waypoints for the harvester using the measured position and velocity for the harvester; calculating a trajectory for a transport vehicle using the calculated future waypoints, the determined unload tube position, the measured position and velocity of the transport vehicle, and the measured position and velocity of the harvester; and controlling the transport vehicle to follow the calculated trajectory with commands from a controller, wherein said calculating future waypoints comprises: measuring a yaw rate for the harvester; calculating a predicted path (300, 400) for the harvester using the measured yaw rate and the measured position and velocity for the harvester; receiving a predetermined distance interval and a predetermined number of waypoints; and calculating the future waypoints using the calculated predicted path (300, 400), the predetermined distance interval and the predetermined number of waypoints. measuring a yaw rate for the harvester; calculating a predicted path (300, 400) for the harvester using the measured yaw rate and the measured position and velocity for the harvester; receiving a predetermined distance interval and a predetermined number of waypoints; and calculating the future waypoints using the calculated predicted path (300, 400), the predetermined distance interval and the predetermined number of waypoints.
A method for operating a fire suppression system, the method comprising: receiving, from a fiber optic event detection sensor, environmental data associated with a location; determining a presence of a fire and a fire type based at least in part on the environmental data associated with the location; and operating a fire suppression system in a plurality of modes based on the presence of the fire and the fire type, wherein the plurality of modes comprise: a first operation mode; and a second operation mode; wherein the fire suppression system comprises a first fire extinguisher, a second fire extinguisher, a dryer and/or meter unit, a nozzle, and a duct system; wherein the fire suppression system is configured to discharge a fire suppression agent into the location through the nozzle; wherein the fire suppression agent is stored in the first fire extinguisher and the second fire extinguisher; and wherein the duct system comprises: a first line connecting the first fire extinguisher to the nozzle; and a second line connecting the second fire extinguisher to the nozzle, wherein the dryer and/or meter unit is interposed between the second fire extinguisher and the nozzle in the second line; characterised in that the fire suppression system comprises a bypass valve and the duct system comprises: a third line connecting the second fire extinguisher to the nozzle, wherein the bypass valve is interposed between the second fire extinguisher and the nozzle in the third line. receiving, from a fiber optic event detection sensor, environmental data associated with a location; determining a presence of a fire and a fire type based at least in part on the environmental data associated with the location; and operating a fire suppression system in a plurality of modes based on the presence of the fire and the fire type, wherein the plurality of modes comprise: a first operation mode; and a second operation mode; a first operation mode; and a second operation mode; wherein the fire suppression system comprises a first fire extinguisher, a second fire extinguisher, a dryer and/or meter unit, a nozzle, and a duct system; wherein the fire suppression system is configured to discharge a fire suppression agent into the location through the nozzle; wherein the fire suppression agent is stored in the first fire extinguisher and the second fire extinguisher; and wherein the duct system comprises: a first line connecting the first fire extinguisher to the nozzle; and a second line connecting the second fire extinguisher to the nozzle, wherein the dryer and/or meter unit is interposed between the second fire extinguisher and the nozzle in the second line; a first line connecting the first fire extinguisher to the nozzle; and a second line connecting the second fire extinguisher to the nozzle, wherein the dryer and/or meter unit is interposed between the characterised in that the fire suppression system comprises a bypass valve and the duct system comprises: a third line connecting the second fire extinguisher to the nozzle, wherein the bypass valve is interposed between the second fire extinguisher and the nozzle in the third line.
A rear spoiler for a utility vehicle, wherein the rear spoiler has: a first roof air-guiding element for attachment to a first rear door, a second roof air-guiding element for attachment to a second rear door, wherein the two roof air-guiding elements (9, 10) can be adjusted between a folded-in basic position and a driving position for aerodynamic contour elongation of a roof surface, an adjustment device for the adjustment of the first roof air-guiding element between the basic position and the driving position, characterized in that a coupling device for coupling the pivoting movements of the roof air-guiding elements (9, 10) is provided, wherein the coupling device is provided on the first roof air-guiding element and protrudes below the second roof air-guiding element. a first roof air-guiding element for attachment to a first rear door, a second roof air-guiding element for attachment to a second rear door, wherein the two roof air-guiding elements (9, 10) can be adjusted between a folded-in basic position and a driving position for aerodynamic contour elongation of a roof surface, an adjustment device for the adjustment of the first roof air-guiding element between the basic position and the driving position,