mhurhangee/ep-ind-claims huggingface dataset:
A method for an Optical Network Unit, ONU, in a Passive Optical Network, PON, of managing a time-of-day synchronization with at least two reference clocks, wherein the ONU is connected to an Optical Line Termination, OLT, over an Optical Distribution Network, ODN,, and to at least two client equipment, (5a, 5b), the method comprising: - Receiving one or more ONT Management Control Interface, OMCI, OMCI messages from the OLT, said one or more OMCI messages transporting time-of-day information from said at least two reference clocks over the ODN, wherein each reference clock is associated with at least one of said client equipment; - Creating at least two individual time-of-day messages, each message being based on time-of-day information from one of said reference clocks, and - Sending each of the at least two individual time-of-day messages to the at least one client equipment associated with the corresponding reference clock, for synchronizing the client equipment with the corresponding the reference clock. - Receiving one or more ONT Management Control Interface, OMCI, OMCI messages from the OLT, said one or more OMCI messages transporting time-of-day information from said at least two reference clocks over the ODN, wherein each reference clock is associated with at least one of said client equipment; - Creating at least two individual time-of-day messages, each message being based on time-of-day information from one of said reference clocks, and - Sending each of the at least two individual time-of-day messages to the at least one client equipment associated with the corresponding reference clock, for synchronizing the client equipment with the corresponding the reference clock.
A portable light device comprising: - a main body element comprising a substantially tubular shape; - a head element being hingeably connected to the main body element by means of a hinge connection to allow multiple orientation of the head element relative to the main body element, the head element comprises a main light unit, and - a wing element (13a-c) being hingeably connected to the head element, wherein the wing element (13a-c) accommodates an array of multiple light outputs (12a-c) along an illumination surface which are configured to provide additional light assistance to the main light unit, and_wherein the main light unit and the array of multiple light outputs (12a-c) are configured to be activated simultaneously or to be activated separately; characterized in that the main light unit is configured to provide a flash light illumination, in that the wing element is configured to transition between a collapsed state wherein the light device is usable as a hand held flashlight, and an expanded state wherein the wing element provides illumination assistance to the main light unit by increasing an area of illumination, and in that a recess portion is provided in and along the outer surface of the main body element, the recess portion being adapted to accommodate the wing element (13a-c) in the collapsed state wherein the wing element is folded inwards against the main body element. - a main body element comprising a substantially tubular shape; - a head element being hingeably connected to the main body element by means of a hinge connection to allow multiple orientation of the head element relative to the main body element, the head element comprises a main light unit, and - a wing element (13a-c) being hingeably connected to the head element, wherein the wing element (13a-c) accommodates an array of multiple light outputs (12a-c) along an illumination surface which are configured to provide additional light assistance to the main light unit, and_wherein the main light unit and the array of multiple light outputs (12a-c) are configured to be activated simultaneously or to be activated separately;
A card reading device, comprising: a housing; a card slot formed in the housing and having a front portion adjacent to an opening of the card slot, a rear portion, and a gate formed between the front and rear portions (52f, 52e); a smart card reader disposed within the housing adjacent to the front portion of the card slot and configured to read a chip on a card inserted into the front portion of the card slot; a magnetic stripe card reader disposed within the housing and configured to read a magnetic stripe on a card inserted into the front and rear portions (52f, 52e) of the card slot; wherein the gate is configured to prevent insertion of a card into the rear portion of the card slot when a chip is detected to prevent the magnetic stripe card reader from reading a magnetic stripe on a card inserted into the card slot, and wherein the gate is movable between open and closed positions, characterized in that the gate is biased to the closed position and opens if no chip is detected to allow the card to be inserted into the rear portion of the card slot. a housing; a card slot formed in the housing and having a front portion adjacent to an opening of the card slot, a rear portion, and a gate formed between the front and rear portions (52f, 52e); a smart card reader disposed within the housing adjacent to the front portion of the card slot and configured to read a chip on a card inserted into the front portion of the card slot; a magnetic stripe card reader disposed within the housing and configured to read a magnetic stripe on a card inserted into the front and rear portions (52f, 52e) of the card slot; wherein the gate is configured to prevent insertion of a card into the rear portion of the card slot when a chip is detected to prevent the magnetic stripe card reader from reading a magnetic stripe on a card inserted into the card slot, and wherein the gate is movable between open and closed positions, characterized in that the gate is biased to the closed position and opens if no chip is detected to allow the card to be inserted into the rear portion of the card slot.
A fifth wheel slider assembly, comprising: at least one rack member having an outside and an inside and supportable above a vehicle frame; a hitch plate with a throat for receiving a kingpin of a trailer; a pair of support brackets pivotably supporting the hitch plate and slidably abutting the outside of the at least one rack member; a guide plate slidably abutting the inside of the at least one rack member and coupled to the pair of support brackets, wherein at least a portion of the guide plate is located directly vertically below at least a portion of the at least one rack member; and an engagement assembly operably coupled to the guide plate releasably engaging the at least one rack member at incremental points along a length of the at least one rack member, thereby selectively positioning the hitch plate with respect to the at least one rack member, characterized in that the guide plate is detachably coupled to the pair of support brackets by a plurality of mechanical fasteners. at least one rack member having an outside and an inside and supportable above a vehicle frame; a hitch plate with a throat for receiving a kingpin of a trailer; a pair of support brackets pivotably supporting the hitch plate and slidably abutting the outside of the at least one rack member; a guide plate slidably abutting the inside of the at least one rack member and coupled to the pair of support brackets, wherein at least a portion of the guide plate is located directly vertically below at least a portion of the at least one rack member; and an engagement assembly operably coupled to the guide plate releasably engaging the at least one rack member at incremental points along a length of the at least one rack member, thereby selectively positioning the hitch plate with respect to the at least one rack member, characterized in that the guide plate is detachably coupled to the pair of support brackets by a plurality of mechanical fasteners.
A reliability processing method in networking of a Metro Ethernet Network providing multi-service, wherein a Virtual Router Redundancy Protocol, VRRP, group is established with at least two service control gateways (SR1, SR2), and network connections are established between an access device and the service control gateways (SR1, SR2) in the Virtual Router Redundancy Protocol, VRRP, group by a Virtual Private LAN Service, VPLS, respectively; the method comprising: notifying, by the active service control gateway (SR1, SR2), the access device of an address of the active service control gateway; establishing, by the access device, Layer 2 service and Layer 3 service connections with the active service control gateway according to the notification; wherein, the active service control gateway sets its service VPLS Pseudo Wires, PWs, to an active state, and the standby service control gateway sets its service VPLS Pseudo Wires, PWs, to a standby state; the VPLS Pseudo Wires, PWs, in the standby state sends and receives no service message except the VRRP message; after the active service control gateway and the standby service control gateway are interchanged according to a processing result of a Virtual Router Redundancy Protocol message, notifying, by the new active service control gateway, the access device of the address of the new active service control gateway; and performing, by the access device, Layer 2 and Layer 3 service processing with the new active service control gateway according to the notification. notifying, by the active service control gateway (SR1, SR2), the access device of an address of the active service control gateway; establishing, by the access device, Layer 2 service and Layer 3 service connections with the active service control gateway according to the notification; wherein, the active service control gateway sets its service VPLS Pseudo Wires, PWs, to an active state, and the standby service control gateway sets its service VPLS Pseudo Wires, PWs, to a standby state; the VPLS Pseudo Wires, PWs, in the standby state sends and receives no service message except the VRRP message; after the active service control gateway and the standby service control gateway are interchanged according to a processing result of a Virtual Router Redundancy Protocol message, notifying, by the new active service control gateway, the access device of the address of the new active service control gateway; and performing, by the access device, Layer 2 and Layer 3 service processing with the new active service control gateway according to the notification.
An electronic device comprising a housing and a rollable display conceived to be alternated between an at least partially extended state and a retracted state, the device comprising a cleaning unit integrated in the device and being arranged for removing contamination from at least a front surface of the display, the cleaning unit being positioned inside the housing near a port through which the display propagates, characterized in that the cleaning unit comprises a first cloth located at a surface of the cleaning unit conceived to contact at least the front surface of the display, and the first cloth is arranged on a first magnetic material positioned above the display and arranged to interact with a second magnetic material arranged below the display by an attractive force.
Method for operating a cache (DANE) configured to be arranged along a transmission path between client terminals and at least one server, said cache (DANE) being configured to receive requests from client terminals for segments of a multimedia content available at several representations, wherein the method comprises: - receiving, from a first client terminal, a first request for a preferred representation and at least one alternative representation of a given segment of said multimedia content the method characterised by further comprising the following subsequent steps: - determining an ongoing representation of said given segment, having already been requested by said cache from said server for a further client terminal and being currently downloading at the cache, which matches the preferred representation or an alternative representation of the first request. - receiving, from a first client terminal, a first request for a preferred representation and at least one alternative representation of a given segment of said multimedia content the method characterised by further comprising the following subsequent steps: - determining an ongoing representation of said given segment, having already been requested by said cache from said server for a further client terminal and being currently downloading at the cache, which matches the preferred representation or an alternative representation of the first request.
A microfluidic device for separating the components of a fluid sample, the microfluidic device comprising: a substrate having a microchannel formed in a surface thereof; a cover plate arranged over the substrate surface, the cover plate in combination with the microchannel defining a separation conduit for separating the components of the fluid sample according to a specific component property, wherein the separation conduit has an inlet port and an outlet port; and an integrated gradient-generation means for generating a gradient of a selected mobile-phase component in a mobile phase, including rotatable switching structure adapted to allow the mobile phase from the gradient-generation means to be transported through the inlet port into the separation conduit and out of the outlet port. a substrate having a microchannel formed in a surface thereof; a cover plate arranged over the substrate surface, the cover plate in combination with the microchannel defining a separation conduit for separating the components of the fluid sample according to a specific component property, wherein the separation conduit has an inlet port and an outlet port; and an integrated gradient-generation means for generating a gradient of a selected mobile-phase component in a mobile phase, including rotatable switching structure adapted to allow the mobile phase from the gradient-generation means to be transported through the inlet port into the separation conduit and out of the outlet port.
Tourbillon mechanism for a timepiece movement, comprising a balance mechanism, an escapement mechanism and a carriage mounted in a structure of the timepiece movement in rotation about a tourbillon axis, the balance mechanism comprising a spring and a balance wheel mounted in the carriage to pivot about said tourbillon axis, the escapement mechanism comprising an escape wheel with teeth and a pallet-lever comprising pallet-stones (17, 17a, 17b) configured to engage said teeth, the pallet-lever being mounted in the carriage and coupled in rotation to the carriage by means of a pivot device, wherein the escape wheel encircles the tourbillon axis and is attached to or integral with said structure of the timepiece movement, which mechanism is characterized in that the pivot device is configured to pivot elastically and to support the pallet-lever, and in that the pivot device includes one or more elastic arms connecting the pallet-lever to an anchoring area attached to, or integral with the carriage.
Door lock comprising a lock nut that is provided with an opening for receiving a lock pin for conjoint rotation, a latch of the door lock being able to be moved into the open position when the lock pin is rotated about the axial axis thereof, and a lock nut spring being provided, the coils of which surround the internal cross-section of the opening, a second free end of the lock nut spring crossing the internal cross-section of the opening at least in portions, characterised in that a first free end of the lock nut spring can be connected to the housing of the door lock, and in that the lock nut spring is wound in a helical manner.
A rotogravure cylinder comprising a cylindrical base and an engraving layer comprising a copper alloy with a surface having a Vickers Hardness in the range of 300-600 HV and deposited by means of a high velocity thermal spraying method, wherein the surface of the engraving layer constitutes a printing surface.
A system (800; 900; 1000) for generating a tool path for processing a partially assembled article of footwear, the system (800; 900; 1000) comprising: a bite line component that facilitates the collection of bite line data, the bite line data relating to a location of a bite line that defines, on a shoe upper, an interface junction between the shoe upper and a corresponding bottom unit upon assembly of the shoe; and a three-dimensional scanning component that facilitates the collection of three-dimensional profile data for at least part of a portion of the shoe upper to be covered by the corresponding bottom unit upon assembly of the shoe; characterized by a computing system configured to combine the bite line data and the three-dimensional profile data to generate a surface map of the portion of the shoe upper to be covered by the corresponding bottom unit, and configured, to generate the tool path for processing the shoe upper utilizing the combined bite line and three-dimensional profile data, the tool path generated to be contained within the portion of the shoe upper to be covered by the corresponding bottom unit upon assembly of the shoe and to stay within an area bounded by the bite line data.
A paging profiling method performed by a server comprising a paging pattern database (203; 530) for determining a number of page repetitions and a time interval between the page repetitions, the method comprising: detecting that the paging profiling is needed, by detecting that an entry of the paging pattern database is not valid, wherein the entry is associated with a geographical area in which one or more wireless communication devices reside; triggering the paging profiling by causing a page relating to one or more wireless communication devices (201; 560), wherein triggering the paging profiling is enabled responsive to detecting that the paging profiling is needed, the paging profiling comprising receiving a measurement report indicative of the number of page repetitions and the time interval between the repetitions from at least one of the one or more wireless communication devices (201; 560); updating the entry of the paging pattern database based on the measurement report; and keeping the pattern database (203; 530) accessible for querying by the one or more wireless communication devices (201; 560). detecting that the paging profiling is needed, by detecting that an entry of the paging pattern database is not valid, wherein the entry is associated with a geographical area in which one or more wireless communication devices reside; triggering the paging profiling by causing a page relating to one or more wireless communication devices (201; 560), wherein triggering the paging profiling is enabled responsive to detecting that the paging profiling is needed, the paging profiling comprising receiving a measurement report indicative of the number of page repetitions and the time interval between the repetitions from at least one of the one or more wireless communication devices (201; 560); updating the entry of the paging pattern database based on the measurement report; and keeping the pattern database (203; 530) accessible for querying by the one or more wireless communication devices (201; 560).
A CNP variant selected from the group consisting of SEQ ID NOs.: 1, 2, 22 and 43 to 47 for use in a method of i) treating osteoarthritis; ii) increasing cartilage growth in a subject with osteoarthritis; iii) slowing cartilage degeneration; iv) ameliorating a symptom of osteoarthritis; v) increasing motor skills or mobility in a patient having osteoarthritis; vi) inhibiting mobility degeneration in a patient with osteoarthritis; vii) increasing range of motion in an affected joint of a subject having osteoarthritis; viii) decreasing stiffness in an affected joint of a subject having osteoarthritis; ix) decreasing synovial inflammation in a subject; or x) preventing the onset of osteoarthritis, in a subject in need thereof, wherein the CNP variant is administered intraarticularly.
Device for dosing and filling powder filling material into containers, having a dosing chamber for receiving a target quantity of filling material and having a source of pressurized air generating at least one blast of pressurized air during or after discharging the filling material from the dosing chamber, wherein the blast of pressurized air can be supplied into the area of the dosing chamber through at least one bore for pressurized air, and wherein the pressure outlet opens on the far side from the outlet side for the filling material from the dosing chamber above the dosing chamber, wherein the at least one bore for pressurized air opens in the area of at least one pressurized air outlet which is configured to guide the pressurized air at least substantially in an operative connection with the wall of the dosing chamber, characterized in that the bore for the pressurized air is oriented in an oblique angle to a longitudinal axis of the dosing chamber at least in the area of the pressurized air outlet in the region of the wall of the dosing chamber and additionally has an orientation in the circumferential direction of the dosing chamber.
A vehicle control system for controlling a vehicle transfer case operable in a high range and a low range; the vehicle control system being configured to output a range change signal to implement a transfer case range change; a brake control signal for controlling vehicle braking during the range change; and a selector control signal for locking or inhibiting a gear selection means during the range change.
Speed monitoring device for measuring a rotational frequency or rotational speed of a main drive shaft of a passenger transportation system, comprising: - at least one rotational speed sensor having an input shaft; - a tapping device which is configured in such a way that it can be arranged on a shaft casing surface of the main drive shaft of a passenger transportation system of which the rotational frequency is to be measured; and - a bracket for attaching the rotational speed sensor in a fixed position relative to an axis of rotation of the tapping device, the speed monitoring device further comprising a pinion which is mechanically connected to the input shaft so that a rotation of the pinion is transmitted to the input shaft; the tapping device having a gearing which can be coupled to the pinion in a rotation-transmitting manner; the pinion being rotatably mounted in the bracket at two bearing points (55, 57) and the tapping device being designed to be attached to a side flank of a shaft shoulder of the main drive shaft, characterized in that the tapping device comprises an annular, split adapter and the gearing being arranged on an inner surface of the tapping device. - at least one rotational speed sensor having an input shaft; - a tapping device which is configured in such a way that it can be arranged on a shaft casing surface of the main drive shaft of a passenger transportation system of which the rotational frequency is to be measured; and - a bracket for attaching the rotational speed sensor in a fixed position relative to an axis of rotation of the tapping device, the speed monitoring device further comprising a pinion which is mechanically connected to the input shaft so that a rotation of the pinion is transmitted to the input shaft; the tapping device having a gearing which can be coupled to the pinion in a rotation-transmitting manner; the pinion being rotatably mounted in the bracket at two bearing points (55, 57) and the tapping device being designed to be attached to a side flank of a shaft shoulder of the main drive shaft, characterized in that the tapping device comprises an annular, split adapter and the gearing being arranged on an inner surface of the tapping device.