mhurhangee/ep-ind-claims huggingface dataset:
A method for forwarding downlink packets during an S1 handover in a long term evolution, LTE, system, comprising: sending, by a source evolved NodeB, eNodeB, first packets without an assigned Packet Data Convergence Protocol, PDCP, serial number, SN, to a target eNodeB; sending, by a serving gateway, S-GW, second packets without an assigned PDCP SN to the target eNodeB; sending, by the source eNodeB, a handover command to a user equipment, UE; receiving (A2, B2, C2), by the target eNodeB, a control message from the source eNodeB through a mobility management entity, MME before receiving a handover confirm message from the UE, the control message including an initial PDCP SN, wherein the initial PDCP SN is a first PDCP SN to be assigned by the target eNodeB; numbering, by the target eNodeB, PDCP SNs of the first packets according to the initial PDCP SN included in the received control message in the order of receiving the first packets; receiving, by the target eNodeB, a special packet sent by the source eNodeB, wherein the special packet is received by the source eNodeB from the SGW, and the special packet indicates that the S-GW stops sending packets to the source eNodeB; numbering, by the target eNodeB, PDCP SNs to the second packets according to an order of receiving the second packets on the basis of a maximum PDCP SN of the first packets in response to the receiving of the special packet; and sending, by the target eNodeB, the numbered first packets and the numbered second packets to the UE. sending, by a source evolved NodeB, eNodeB, first packets without an assigned Packet Data Convergence Protocol, PDCP, serial number, SN, to a target eNodeB; sending, by a serving gateway, S-GW, second packets without an assigned PDCP SN to the target eNodeB; sending, by the source eNodeB, a handover command to a user equipment, UE; receiving (A2, B2, C2), by the target eNodeB, a control message from the source eNodeB through a mobility management entity, MME before receiving a handover confirm message from the UE, the control message including an initial PDCP SN, wherein the initial PDCP SN is a first PDCP SN to be assigned by the target eNodeB; numbering, by the target eNodeB, PDCP SNs of the first packets according to the initial PDCP SN included in the received control message in the order of receiving the first packets; receiving, by the target eNodeB, a special packet sent by the source eNodeB, wherein the special packet is received by the source eNodeB from the SGW, and the special packet indicates that the S-GW stops sending packets to the source eNodeB; numbering, by the target eNodeB, PDCP SNs to the second packets according to an order of receiving the second packets on the basis of a maximum PDCP SN of the first packets in response to the receiving of the special packet; and sending, by the target eNodeB, the numbered first packets and the numbered second packets to the UE.
A method for replacing an existing generator frame that supports a generator of a wind turbine, the method characterized by: removing the generator from atop the existing generator frame; dismounting a control cabinet of the wind turbine from the existing generator frame, the control cabinet electrically connected to one or more wind turbine components via a plurality of cables; relocating and securing the control cabinet to an uptower location within a nacelle of the wind turbine with the plurality of cables remaining electrically connected; removing the existing generator frame from within the nacelle; installing a new generator frame in place of the removed existing generator frame; and remounting the control cabinet to the new generator frame. removing the generator from atop the existing generator frame; dismounting a control cabinet of the wind turbine from the existing generator frame, the control cabinet electrically connected to one or more wind turbine components via a plurality of cables; relocating and securing the control cabinet to an uptower location within a nacelle of the wind turbine with the plurality of cables remaining electrically connected; removing the existing generator frame from within the nacelle; installing a new generator frame in place of the removed existing generator frame; and remounting the control cabinet to the new generator frame.
A mobile device configured to generate expiratory flow-based pulmonary function data, the device comprising: a microphone operable to convert sound of a subject's forced expiratory maneuver into a digital data file; and a processor operatively coupled with the microphone; and a data storage device operatively coupled with the processor and storing instructions that, when executed by the processor, cause the processor to process the digital data file to generate expiratory flow-based pulmonary function data for assessing pulmonary function of the subject, characterised in that processing the digital data file includes at least one of the group consisting of: compensating for estimated pressure losses sustained over a distance between the subject and the microphone, and compensating for at least one of reverberations and reflections of sound of the forced expiratory maneuver. a microphone operable to convert sound of a subject's forced expiratory maneuver into a digital data file; and a processor operatively coupled with the microphone; and a data storage device operatively coupled with the processor and storing instructions that, when executed by the processor, cause the processor to process the digital data file to generate expiratory flow-based pulmonary function data for assessing pulmonary function of the subject, characterised in that processing the digital data file includes at least one of the group consisting of: compensating for estimated pressure losses sustained over a distance between the subject and the microphone, and compensating for at least one of reverberations and reflections of sound of the forced expiratory maneuver.
A method of controlling access through a Bluetooth connection, the method comprising: detecting, by a mobile application on a mobile device in an access control system, Bluetooth advertisements of one or more access controllers in the access control system; determining, by the mobile device application, whether to connect to the Bluetooth advertisements; connecting, by the mobile device application, to each of the one or more access controllers using separate Bluetooth connections; enumerating, by the mobile device application, services of each access controller of the one or more access controllers; authenticating, by each of the one or more access controllers, the mobile device application by validating a credential transferred from the mobile device application over a respective one of the separate Bluetooth connections; detecting, by the access control system, intent of the mobile device application to engage a specific access controller of the one or more access controllers by determining where a mobile device comprising the mobile device application is heading, wherein the intent of the mobile device application to engage a specific access controller is detected after the mobile device application is authenticated; and activating, by the specific access controller, a lock actuator within the specific access controller to unlock a lock of the specific access controller. detecting, by a mobile application on a mobile device in an access control system, Bluetooth advertisements of one or more access controllers in the access control system; determining, by the mobile device application, whether to connect to the Bluetooth advertisements; connecting, by the mobile device application, to each of the one or more access controllers using separate Bluetooth connections; enumerating, by the mobile device application, services of each access controller of the one or more access controllers; authenticating, by each of the one or more access controllers, the mobile device application by validating a credential transferred from the mobile device application over a respective one of the separate Bluetooth connections; detecting, by the access control system, intent of the mobile device application to engage a specific access controller of the one or more access controllers by determining where a mobile device comprising the mobile device application is heading, wherein the intent of the mobile device application to engage a specific access controller is detected after the mobile device application is authenticated; and activating, by the specific access controller, a lock actuator within the specific access controller to unlock a lock of the specific access controller.
A receiver-in-canal assembly (201, 301, 401, 501, 601, 701, 801) for positioning in or at an ear canal of a user, the receiver-in-canal assembly comprising; - a housing comprising an opening between an exterior space outside the housing and an internal space inside the housing; - a cable connection means located in the housing and facilitating connection of a cable extending through the opening to the receiver-in-canal assembly; - a first diaphragm extending in a first plane in the housing, and - a first motor electrically connected to the cable connection means and operatively connected to the first diaphragm, characterised in that the cable connection means is located relative to the first diaphragm such that at least a part of it can be projected onto a movable part of the first diaphragm in a direction perpendicular to the first plane and located in continuation of the first motor in a plane parallel to the first plane. - a housing comprising an opening between an exterior space outside the housing and an internal space inside the housing; - a cable connection means located in the housing and facilitating connection of a cable extending through the opening to the receiver-in-canal assembly; - a first diaphragm extending in a first plane in the housing, and - a first motor electrically connected to the cable connection means and operatively connected to the first diaphragm,
An apparatus for transferring and checking groups of smoking articles, associable with a packing machine for the selfsame smoking articles, comprising a conveyor which moves with intermittent motion to transfer the groups partly housed in respective compartments, each group comprising at least one straight layer (29a, 29b and 29c) of smoking articles and the compartments being arranged in such a way that the groups of smoking articles are moved perpendicularly to the laying planes defined by the at least one layer (29a, 29b e 29c) making up the groups; there being provided a checking station where the compartments of the conveyor are brought to a stop in succession, and there being provided a checking device operating at the checking station and comprising a detecting head which, during a mutual movement between the selfsame detecting head and each group of smoking articles housed in a compartment, checks all the smoking articles making up the at least one layer (29a, 29b and 29c) of the selfsame group; characterized in that it comprises actuating means for imparting to the detecting head, immediately after each compartment stops in the checking station, a translational movement directed along a direction parallel to the laying plane defined by the at least one layer (29a, 29b, 29c) housed in the selfsame compartment and such as to cause the detecting head to pass substantially in front of the central zones of the ends of the smoking articles making up the at least one layer (29a, 29b, 29c); the actuating means being able to move the detecting head in both directions between two positions situated on opposite sides of the compartment which has stopped in the checking station; and each time a compartment of the conveyor stops at the checking station, the actuating means imparting to the detecting head a translational movement such that the detecting head moves to the zone opposite to the zone where it is when the conveyor stops and such that the detecting head alternates translational movements from left to right with translational movements from right to left between said opposite sides of the compartment during successive stops of the conveyor.
A portal for stock control and access control to an item storage area, the portal comprising: a user identifier reader operable to read a user identifier; an access control means for controlling user access through the portal using the read user identifier; and an item identifier reader (12a-12d) operable to read an item identifier from a tag passing through the portal, wherein the access control means is further operable to control user access through the portal out of the item storage area using the read item identifier and wherein the access control means comprises a door and the access control means is further operable to control user access through the portal by activating the door, characterised in that: the door is arranged when closed to enclose a scanning volume of the item identifier reader (12a-12d) wherein when the door is closed during item scanning, attenuation of a signal of the item identifier reader (12a-12d) by the enclosure created by the closed door and other panels of the portal minimises unwanted tag reads. a user identifier reader operable to read a user identifier; an access control means for controlling user access through the portal using the read user identifier; and an item identifier reader (12a-12d) operable to read an item identifier from a tag passing through the portal, the door is arranged when closed to enclose a scanning volume of the item identifier reader (12a-12d) wherein when the door is closed during item scanning, attenuation of a signal of the item identifier reader (12a-12d) by the enclosure created by the closed door and other panels of the portal minimises unwanted tag reads.
Household electrical apparatus for preparing food comprising a container comprising a bottom surmounted by a peripheral wall open at the upper end thereof, a kneading hook driven in rotation by a motor according to a planetary movement, the rotation movement of the hook being composed of a rotation of the hook on itself about an axis S and a rotation movement about an axis P separate from the axis S and parallel to the axis S, and a counter tool fixed on a plate driven in rotation about the axis P, the counter tool comprising a working branch having a lower end immersed in the container, said hook comprising a working branch immersed in the container comprising a lower curved portion coming into the proximity of the bottom of the container and being extended by a raised portion, the height h 2 of the working branch of the counter tool being at least 20% lower than the height h 1 of the working branch of the hook, characterised in that the raised portion of the hook comprises an end, intermittently occupying, at each rotation of the hook about the axis S thereof, a position called intersection position wherein the end of the hook reaches less than 2cm from the lower end of the counter tool.
An optoelectronic sensor, in particular laser scanner, for detecting objects in a monitoring region, having a light transmitter for transmitting a light beam, a movable deflection unit for periodically deflecting the light beam in the monitoring region, an angle measuring unit for determining an angular position of the deflection unit, a light receiver for generating a received signal from the light beam remitted or reflected by the objects, and an evaluation unit which is configured to evaluate the received signal for detecting the objects, characterized in that the angle measuring unit (34, 36) is configured to determine the respective angular position of the detection by evaluating scattered light which the transmitted light beam generates in the sensor.
A method for establishing a hard pipe in a network, wherein the network comprises multiple routers and a network management device, the multiple routers are connected to each other by using a link that has a particular bandwidth, and the method comprises: acquiring, by the network management device, bandwidths of links between a first router and a second router, wherein the first router is one router of the multiple routers, and the second router is one router of the multiple routers; determining, by the network management device, a static multiprotocol label switching, MPLS, label set; determining, by the network management device, in the network, a path from the first router to the second router according to the bandwidths of the links acquired between the first router and the second router; allocating, by the network management device, from the static MPLS label set, a corresponding MPLS label to each router on the path, and generating a label forwarding entry corresponding to each router; separately delivering, by the network management device, the corresponding label forwarding entry to each router, instructing each router on the path to allocate a fixed bandwidth from a bandwidth of a link on the path, wherein the link to which the fixed bandwidth is allocated forms a sublink; and establishing, by the network management device, on the path, a hard pipe from the first router to the second router by using the sublink and the router that allocates the sublink, wherein the hard pipe is a Label Switched Path, LSP, or a pseudo wire, PW, in the network, wherein the hard pipe has a fixed bandwidth, and the fixed bandwidth of the hard pipe is used to forward a leased line packet. acquiring, by the network management device, bandwidths of links between a first router and a second router, wherein the first router is one router of the multiple routers, and the second router is one router of the multiple routers; determining, by the network management device, a static multiprotocol label switching, MPLS, label set; determining, by the network management device, in the network, a path from the first router to the second router according to the bandwidths of the links acquired between the first router and the second router; allocating, by the network management device, from the static MPLS label set, a corresponding MPLS label to each router on the path, and generating a label forwarding entry corresponding to each router; separately delivering, by the network management device, the corresponding label forwarding entry to each router, instructing each router on the path to allocate a fixed bandwidth from a bandwidth of a link on the path, wherein the link to which the fixed bandwidth is allocated forms a sublink; and establishing, by the network management device, on the path, a hard pipe from the first router to the second router by using the sublink and the router that allocates the sublink, wherein the hard pipe is a Label Switched Path, LSP, or a pseudo wire, PW, in the network, wherein the hard pipe has a fixed bandwidth, and the fixed bandwidth of the hard pipe is used to forward a leased line packet.
An actuation device for a motor vehicle door lock, having a handle, and a locking lever, which renders the handle ineffective when acceleration forces ( a) of a predetermined magnitude occur, in the event of an accident, for example, wherein, - in normal operation the locking lever undergoes a deflection when acted upon by the handle and only renders the handle ineffective in locked operation, - the locking lever is equipped with a limit stop arm which interacts with the handle, characterised in that - the locking lever is equipped with at least two inertia masses which are arranged on each arm (10b, 10c) on either side of an axis of rotation of the locking lever, wherein - the arms (10b, 10c) supporting the respective inertia masses are each colinear, and are arranged opposite each other and at an angle with respect to the limit stop arm. - in normal operation the locking lever undergoes a deflection when acted upon by the handle and only renders the handle ineffective in locked operation, - the locking lever is equipped with a limit stop arm which interacts with the handle, - the locking lever is equipped with at least two inertia masses which are arranged on each arm (10b, 10c) on either side of an axis of rotation of the locking lever, wherein - the arms (10b, 10c) supporting the respective inertia masses are each colinear, and are arranged opposite each other and at an angle with respect to the limit stop arm.
A ball seat comprising a tubular holder housed in a socket while the tubular holder is pushed to a ball part side by an inner surface of the socket to be deformed, the tubular holder slidably housing the ball part formed at a tip of a ball stud extending in a stick shape, wherein the holder has a concavely extending first groove at least in an inner surface of the deformed part, the first groove is formed in a shape so that a curvature of an inner surface of a cross-section of the first groove is a finite value for the whole length, the holder has a concavely extending second groove in an inner surface of a part subject to a load of the ball stud in an axis direction from the ball part, the second groove being formed to be connected to the first groove, and the second groove is formed so that the second groove has a corner at least at the base of a cross-section.
A control system for controlling movements of an end effector connected to a clutch output of at least one magnetorheological fluid clutch apparatus, the control system comprising: a clutch driver configured to drive the at least one MR fluid clutch apparatus between a controlled slippage mode, in which slippage between a clutch input and the clutch output of the MR fluid clutch apparatus varies, and a lock mode, in which said slippage between the clutch input and the clutch output is maintained below a given threshold, the clutch output transmitting movement to the end effector; a motor driver configured to control a motor output of at least one motor, the motor output coupled to the clutch input; characterized in that, a mode selector module configured to receive signals representative of at least one movement parameter of the end effector, the mode selector module selecting a mode between the controlled slippage mode and the lock mode of the clutch driver based on the signals, and switching the selected mode based on the signals; and a movement controller to control the clutch driver and the motor driver to displace the end effector based on at least one of the selected mode and on commanded movements of the end effector for the end effector to achieve the commanded movements. a clutch driver configured to drive the at least one MR fluid clutch apparatus between a controlled slippage mode, in which slippage between a clutch input and the clutch output of the MR fluid clutch apparatus varies, and a lock mode, in which said slippage between the clutch input and the clutch output is maintained below a given threshold, the clutch output transmitting movement to the end effector; a motor driver configured to control a motor output of at least one motor, the motor output coupled to the clutch input; characterized in that, a mode selector module configured to receive signals representative of at least one movement parameter of the end effector, the mode selector module selecting a mode between the controlled slippage mode and the lock mode of the clutch driver based on the signals, and switching the selected mode based on the signals; and a movement controller to control the clutch driver and the motor driver to displace the end effector based on at least one of the selected mode and on commanded movements of the end effector for the end effector to achieve the commanded movements.