mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a maintenance device management server for managing maintenance devices, the maintenance devices being configured for maintaining vehicles or electrical devices, with each maintenance device having uniquely determined maintenance device information that includes identification information, the identification information comprising a QR code or other device code and configured to be scanned by a client, wherein the client comprises a terminal device, the method comprising: receiving (S101, S201) maintenance device information sent by the client; returning (S102, S202) a service rule for the maintenance device to the client according to the maintenance device information, wherein the service rule comprises a usage rule, and service categories or allowed service durations; receiving (S103, S231) a service request sent by the client, wherein the service request includes a service item selected from the service categories or the allowed service durations; and controlling the turn-on and turn-off of the maintenance device according to the service item, wherein the maintenance device is turned on, and subsequently the maintenance device is turned off when a duration of using the maintenance device reaches a selected service duration or a request for ending the usage is received from the client. receiving (S101, S201) maintenance device information sent by the client; returning (S102, S202) a service rule for the maintenance device to the client according to the maintenance device information, wherein the service rule comprises a usage rule, and service categories or allowed service durations; receiving (S103, S231) a service request sent by the client, wherein the service request includes a service item selected from the service categories or the allowed service durations; and controlling the turn-on and turn-off of the maintenance device according to the service item, wherein the maintenance device is turned on, and subsequently the maintenance device is turned off when a duration of using the maintenance device reaches a selected service duration or a request for ending the usage is received from the client.
A method for planning an Optical Channel Data Unit k, ODUk, ring in a Packet Optical Transport Network, POTN, comprising: acquiring a physical topology and a ring topology, wherein the physical topology comprises information about nodes, about fibres between nodes and about link between nodes, and the ring topology is formed by ODUk rings; acquiring information about a source node and destination node of a ring network service needing ring protection, and searching, according to the information about the source node and destination node of the ring network service, for a path on the ring topology, wherein the ring network service is service on a ring network on the POTN; when finding a path on the ring topology is failed, searching, on a combined map of the physical topology and the ring topology, for two shortest paths with nodes separated; and constructing an ODUk ring of the ring network service using the two shortest paths with nodes separated, and updating the ODUk ring into the ring topology. acquiring a physical topology and a ring topology, wherein the physical topology comprises information about nodes, about fibres between nodes and about link between nodes, and the ring topology is formed by ODUk rings; acquiring information about a source node and destination node of a ring network service needing ring protection, and searching, according to the information about the source node and destination node of the ring network service, for a path on the ring topology, wherein the ring network service is service on a ring network on the POTN; when finding a path on the ring topology is failed, searching, on a combined map of the physical topology and the ring topology, for two shortest paths with nodes separated; and constructing an ODUk ring of the ring network service using the two shortest paths with nodes separated, and updating the ODUk ring into the ring topology.
A timing system comprising: timing circuitry comprising: an arming queue; a clock work queue; and a clock completion queue; wherein at least the clock work queue is to provide timing information, the arming queue is to arm the clock work queue, at least one of the clock work queue and the clock completion queue is implemented in firmware, the send queue comprises a plurality of send queues each of which is associated with an application running in a host external to the timing system, and at least one said application is associated with a different protection domain than at least one other said application. timing circuitry comprising: an arming queue; a clock work queue; and a clock completion queue; an arming queue; a clock work queue; and a clock completion queue; wherein at least the clock work queue is to provide timing information, the arming queue is to arm the clock work queue, at least one of the clock work queue and the clock completion queue is implemented in firmware, the send queue comprises a plurality of send queues each of which is associated with an application running in a host external to the timing system, and at least one said application is associated with a different protection domain than at least one other said application.
A torque transmission chain that includes: a plurality of links (11, 21) each having front and rear insertion portions (12, 13) through which pins (14, 15) are inserted; and a plurality of first pins and a plurality of second pins that are arranged one behind the other and that couple the links (11, 21) arranged in a chain widthwise direction such that the front insertion portion of one of the links (11, 21) corresponds to the rear insertion portion of another one of the links (11, 21), wherein the first pins and the second pins relatively move in rolling contact with each other to thereby allow the links (11, 21) to bend in a longitudinal direction of the links (11, 21), and each link (11, 12) has lock points (RP1, RP2, RP3, RP4) that contact with the corresponding first pins and the corresponding second pins to regulate a maximum relative rotation angle between the links (11, 21), characterized in that: for predetermined ones of the links (11, 21), the lock points (RP1, RP2, RP3, RP4) are provided at four portions in total, that is, front and rear surfaces of a link outline portion (31, 32) and front and rear surfaces of a link intermediate pillar portion between the front and rear insertion portions (12, 13), and each of allowable maximum relative rotation angles regulated by the lock points (RP1; RP2) of the link outline portion (31, 32) is set so as to be smaller than each of allowable maximum relative rotation angles regulated by the lock points (RP3, RP4) of the link intermediate pillar portion. for predetermined ones of the links (11, 21), the lock points (RP1, RP2, RP3, RP4) are provided at four portions in total, that is, front and rear surfaces of a link outline portion (31, 32) and front and rear surfaces of a link intermediate pillar portion between the front and rear insertion portions (12, 13), and each of allowable maximum relative rotation angles regulated by the lock points (RP1; RP2) of the link outline portion (31, 32) is set so as to be smaller than each of allowable maximum relative rotation angles regulated by the lock points (RP3, RP4) of the link intermediate pillar portion.
Adaptive-speed vibration absorber having a disc part which rotates about a rotational axis, and having a plurality of absorber masses which are arranged on the said disc part over the circumference and vibrate in a manner which is tuned to a predefined first vibration order along a first vibration angle which is forced along an epicyclical first vibration path, characterized in that, in the case of second vibration angles which exceed the first vibration angles, the absorber masses are guided on second vibration paths which force a second vibration order which is changed in comparison with the first vibration order.
Floor cleaning device, having a brush unit which has brushes able to be rotated on vertical axes of rotation in a working position which said brush unit assumes when cleaning a horizontal underlying surface and which has a downwardly open brush enclosure which at least partly surrounds the brushes and into which opens at least one steam outlet for steam generated by a steam generator and/or at least one hot-water outlet, wherein the brush unit in the working position thereof is able to have applied to it a thrust force for moving the brush unit in a direction of travel by at least one suspension unit of the floor cleaning device, by means of which the floor cleaning device can be fastened to a vehicle, wherein at least one force-applying member of the floor cleaning device co-operates with the brush unit, and the brush unit being able to be raised in a vertical direction relative to the at least one suspension unit in a region of the brush unit which is at the rear with respect to the direction of travel and in opposition to an opposing force applied by the at least one force-applying member, characterised in that, when the brush unit is in the working position which it assumes when cleaning a horizontal underlying surface, at least one of the brushes of the brush unit can be adjusted in a vertical direction relative to a roof part of the brush enclosure, and the brush is applied under pressure to the underlying surface by a pressing force exerted by a pressing unit, or there is present at least one brush-carrier for application under pressure belonging to the brush unit on which at least two of the brushes of the brush unit are mounted to be rotatable on respective vertical axes of rotation and which is pivotable on a horizontal axis of pivot of the brush-carrier for application under pressure, which axis of pivot is displaceable in a vertical direction relative to the roof part of the brush enclosure and has applied to it in a vertical direction a pressing force exerted by a pressing unit, the at least two brushes being applied to the underlying surface under pressure.
A method for operating a closing system for a building door, having at least - a closing device, e.g. a motorised lock, - a controller with a receiver for receiving an opening signal by radio, - a WLAN communication unit as a network server, which is situated within range of the controller and is integrated as a WLAN access point in a local WLAN radio network, and also has a transmitter for transmitting an opening signal by radio to the receiver of the controller and a receiver for receiving radio signals, - at least one terminal which operates as a network client and is logged into the WLAN communication unit and with which an opening command can be transmitted to the communication unit, - one or more radio access control devices (10, 11) with a transmitter for transmitting an opening signal by radio to the receiver of the WLAN communication unit, wherein the local WLAN radio network for communication between the terminals and the WLAN communication unit operates according to the standard IEEE 802.11 at frequencies of 2 to 6 GHz, wherein the signals between the communication unit and the controller and the signals between the radio access control devices (10, 11) and the communication unit are transmitted by radio at a frequency between 500 MHz and 1000 MHz, wherein the access authorisations of the radio access control devices (10, 11) are stored in the WLAN communication unit, wherein the access control device (10, 11) is used to send an opening signal by radio to the communication unit, and the access authorisation is checked in the WLAN communication unit, and wherein, if the check by the WLAN communication unit is positive, an opening signal is transmitted by radio to the controller of the closing system. - a closing device, e.g. a motorised lock, - a controller with a receiver for receiving an opening signal by radio, - a WLAN communication unit as a network server, which is situated within range of the controller and is integrated as a WLAN access point in a local WLAN radio network, and also has a transmitter for transmitting an opening signal by radio to the receiver of the controller and a receiver for receiving radio signals, - at least one terminal which operates as a network client and is logged into the WLAN communication unit and with which an opening command can be transmitted to the communication unit, - one or more radio access control devices (10, 11) with a transmitter for transmitting an opening signal by radio to the receiver of the WLAN communication unit,
A vehicle and structure shield characterized by: a flexible compliant net subsystem with cord material (56, 62, 66) designed to break if struck by a rocket propelled grenade; an array of hard points (12, 12', 12") on the net subsystem, the hard points (12, 12', 12") designed and attached to the net subsystem in such a manner that the hard points (12, 12', 12") tumble and angle inwardly digging into an ogive of the rocket propelled grenade striking the shield; a frame including mounting brackets attached thereto positioning the frame in a spaced relationship with respect to a vehicle or structure; and the net subsystem secured to the frame. a flexible compliant net subsystem with cord material (56, 62, 66) designed to break if struck by a rocket propelled grenade; an array of hard points (12, 12', 12") on the net subsystem, the hard points (12, 12', 12") designed and attached to the net subsystem in such a manner that the hard points (12, 12', 12") tumble and angle inwardly digging into an ogive of the rocket propelled grenade striking the shield; a frame including mounting brackets attached thereto positioning the frame in a spaced relationship with respect to a vehicle or structure; and the net subsystem secured to the frame.
Method for communicating data between a current node, a parent node of the current node and a child node of the current node communicating with one another in half-duplex mode, the communication method being implemented by the current node and comprising the following steps: - receiving a reservation request, sent by the parent node, to reserve at least one time slot on a communication channel established between the parent node and the current node, the reserved time slot being associated with a first communication direction, - determining a value of a time offset intended to be used by the child node in order to adjust a data communication time for communicating data with the current node, adjusting the communication time making it possible to communicate said data between the current node and the child node during the reserved time slot, - transmitting, to the child node, said value of the time offset and a second communication direction, - when said value of the time offset is non-zero, simultaneously communicating data with the parent node and the child node during the reserved time slot in the first communication direction and the second communication direction, respectively. - receiving a reservation request, sent by the parent node, to reserve at least one time slot on a communication channel established between the parent node and the current node, the reserved time slot being associated with a first communication direction, - determining a value of a time offset intended to be used by the child node in order to adjust a data communication time for communicating data with the current node, adjusting the communication time making it possible to communicate said data between the current node and the child node during the reserved time slot, - transmitting, to the child node, said value of the time offset and a second communication direction, - when said value of the time offset is non-zero, simultaneously communicating data with the parent node and the child node during the reserved time slot in the first communication direction and the second communication direction, respectively.
Manual dosing device, in particular pipette, having a main body and having a fluid-dispensing unit which is connected to the main body, wherein the manual dosing device has a grip which is releasably fastened to the main body of the manual dosing device and is removable therefrom and/or is exchangeable, wherein the grip is of hook-shaped form at its upper end, which is adjacent to a head end of the main body, characterized in that the grip comprises a grip shell which at least partially surrounds the main body in the position of use.
A method for determining and displaying, by a user terminal, a traveling state based on a speed, the method comprising the following steps: (a) requesting, to a server, a mean speed C for each link of a predetermined path; (b) receiving from said server, upon request from said user terminal, said mean speed C for each link of said predetermined path; (c) determining the traveling state while traversing a predetermined path that is composed of at least one link, by - measuring a speed A for each link while traversing the predetermined path, - updating a reference speed B with said mean speed C, - comparing said measured speed A with said updated reference speed B; and (d) displaying the traveling state. (a) requesting, to a server, a mean speed C for each link of a predetermined path; (b) receiving from said server, upon request from said user terminal, said mean speed C for each link of said predetermined path; (c) determining the traveling state while traversing a predetermined path that is composed of at least one link, by - measuring a speed A for each link while traversing the predetermined path, - updating a reference speed B with said mean speed C, - comparing said measured speed A with said updated reference speed B; and - measuring a speed A for each link while traversing the predetermined path, - updating a reference speed B with said mean speed C, - comparing said measured speed A with said updated reference speed B; (d) displaying the traveling state.
An airfoil rotor blade (10,132) comprising a load compensating device, wherein the load compensating device comprises: a housing configured to contain an air deflector when in a retracted position, the housing arranged on an interior of the airfoil rotor blade (10,132); the airfoil rotor blade (10,132) defining an aperture having a surrounding recess formed in a surface of the airfoil rotor blade, wherein the air deflector extends through the aperture of the airfoil rotor blade in a deployed position and the housing is mounted in the aperture of the airfoil rotor blade; a mounting plate received in the recess of the airfoil rotor blade surrounding the aperture, characterized in that the mounting plate includes a tab extending downward from a first end of the mounting plate and the tab is configured to distribute force from the load compensating device to a surface of the airfoil rotor blade (10, 132); and the housing is configured to float within an aperture of the mounting plate and the aperture of the airfoil rotor blade such that the housing is adapted to be moved within the aperture of the mounting plate as the rotor blade is in operation. a housing configured to contain an air deflector when in a retracted position, the housing arranged on an interior of the airfoil rotor blade (10,132); the airfoil rotor blade (10,132) defining an aperture having a surrounding recess formed in a surface of the airfoil rotor blade, wherein the air deflector extends through the aperture of the airfoil rotor blade in a deployed position and the housing is mounted in the aperture of the airfoil rotor blade; a mounting plate received in the recess of the airfoil rotor blade surrounding the aperture, characterized in that the mounting plate includes a tab extending downward from a first end of the mounting plate and the tab is configured to distribute force from the load compensating device to a surface of the airfoil rotor blade (10, 132); and the housing is configured to float within an aperture of the mounting plate and the aperture of the airfoil rotor blade such that the housing is adapted to be moved within the aperture of the mounting plate as the rotor blade is in operation.
System, comprising: - stacked battery modules and - a spacer provided between the stacked battery modules, each battery module being provided with a plate-shaped first frame, a plate-shaped second frame, and a plurality of batteries provided between a plate surface of the first frame and a plate surface of the second frame, the spacer is formed in a square bar shape and includes an upper groove section provided on an upper surface of the spacer, and a lower groove section provided on a lower surface of the spacer, wherein the upper groove section includes a first upper groove shaped to fit with a lower end edge of the first frame of a battery module of the battery modules located on an upper side, and a second upper groove shaped to fit with a lower end edge of the second frame of the battery module located on the upper side, and the lower groove section includes a first lower groove shaped to fit with an upper end edge of the first frame of a battery module of the battery modules located on a lower side, and a second lower groove shaped to fit with an upper end edge of the second frame of the battery module located on the lower side. - stacked battery modules and - a spacer provided between the stacked battery modules, each battery module being provided with a plate-shaped first frame, a plate-shaped second frame, and a plurality of batteries provided between a plate surface of the first frame and a plate surface of the second frame,
Display apparatus for superimposing a virtual image into the field of vision of a user of the display apparatus, comprising spectacles for the user and at least one projection device for producing light rays which are transferred by means of an optical unit of the spectacles into a beam path which produces the virtual image for the user, wherein the optical unit comprises a ground-glass screen and a holographic optical imaging unit, wherein the ground-glass screen and the holographic optical imaging unit are arranged in such a way that the light rays produced by the projection device are incident on the holographic optical imaging unit through the ground-glass screen and are transferred from said holographic optical imaging unit into the beam path which produces the virtual image for the user, wherein the ground-glass screen is arranged in the upper region of the spectacles so that the ground-glass screen is located at the upper end of the field of vision of the user, and wherein the ground-glass screen encloses an angle of at least 45 degrees to a plane of the holographic optical imaging unit, wherein the holographic optical imaging unit is transparent and inactive in the zero order and therefore enables the user to perceive his surroundings unhindered and directly.