mhurhangee/ep-ind-claims huggingface dataset:
A method executed by a network device for implementing conversation-sensitive collection for frames received on a port of a link of a link aggregation group, wherein the network device executes an aggregator to collect the frames for aggregator clients, where a received frame is associated with a service identifier and a conversation identifier, the service identifier identifying a conversation at a link level for a service, the conversation identifier identifying the conversation at the link aggregation group, where the conversation consists of an ordered sequence of frames, and where the conversation-sensitive collection maintains the ordered sequence by discarding frames of conversations not allocated to the port, the method comprising the steps of: receiving the frame over the link of the link aggregation group at the network device; determining the conversation identifier for the frame, by extracting a service identifier from the frame and translating the service identifier to the conversation identifier using a data structure mapping service identifiers to conversation identifiers; comparing the conversation identifier with port conversation allocation by accessing a conversation mask for the aggregation port using the conversation identifier as an index, the conversation mask matching an operational conversation mask of the associated port at a partner network device that sent the frame on the link; discarding the frame in response to a non-match of the conversation identifier with the port conversation allocation; and forwarding the frame to an aggregator client in response to a match of the conversation identifier with the port conversation allocation. receiving the frame over the link of the link aggregation group at the network device; determining the conversation identifier for the frame, by extracting a service identifier from the frame and translating the service identifier to the conversation identifier using a data structure mapping service identifiers to conversation identifiers; comparing the conversation identifier with port conversation allocation by accessing a conversation mask for the aggregation port using the conversation identifier as an index, the conversation mask matching an operational conversation mask of the associated port at a partner network device that sent the frame on the link; discarding the frame in response to a non-match of the conversation identifier with the port conversation allocation; and forwarding the frame to an aggregator client in response to a match of the conversation identifier with the port conversation allocation.
A mount assembly (150, 110) for mounting in a hole in a surface, comprising: a) a flange; b) a support member coupled to the flange and having an elevated region spaced therefrom and a closer region closer to the flange than the elevated region; c) a tab moveably coupled to the elevated region of the support member; d) a tab bias member functionally coupled to the tab such that the tab is biased towards the flange; e) a path guide (124, 169, 180, 178, 170, 172, 174) functionally coupled to the tab and to the support member and shaped and positioned to restrict motion of the tab relative to the support member to a path between the elevated region and the closer region; wherein the path guide includes a vertical pathing and a rotational pathing that is substantially orthogonal to the vertical pathing; characterised by f) a blocking member functionally coupled to the tab such that in a blocking mode the blocking member prevents free movement of the tab along the path guide and in a free mode does not prevent free movement of the tab along the path guide; and g) a trigger assembly (132, 133) functionally coupled to the blocking member such that the blocking member transitions from the blocking mode to the free mode relative to the tab when the trigger assembly is triggered. a) a flange; b) a support member coupled to the flange and having an elevated region spaced therefrom and a closer region closer to the flange than the elevated region; c) a tab moveably coupled to the elevated region of the support member; d) a tab bias member functionally coupled to the tab such that the tab is biased towards the flange; e) a path guide (124, 169, 180, 178, 170, 172, 174) functionally coupled to the tab and to the support member and shaped and positioned to restrict motion of the tab relative to the support member to a path between the elevated region and the closer region; wherein the path guide includes a vertical pathing and a rotational pathing that is substantially orthogonal to the vertical pathing; characterised by f) a blocking member functionally coupled to the tab such that in a blocking mode the blocking member prevents free movement of the tab along the path guide and in a free mode does not prevent free movement of the tab along the path guide; and g) a trigger assembly (132, 133) functionally coupled to the blocking member such that the blocking member transitions from the blocking mode to the free mode relative to the tab when the trigger assembly is triggered.
A centrifuge comprising a cup configured to house a blood bag system having a bag capable of housing blood containing plural types of blood components, said blood bag system including a tube connected to the bag and the tube being configured such that a plurality of segment tubes having cavities independent from each other by being sealed by a plurality of portions spaced apart from each other in an extending direction of the tube, the centrifuge being configured to centrifugally separate blood in the blood bag system by rotating the cup housing the blood bag system, wherein the cup has a segment holding section configured to hold the plurality of segment tubes, aligned in a parallel state by folding the tube at a plurality of sealing portions, along a direction in which a centrifugal force acts during centrifugal processing or a direction inclined with respect to the direction in which the centrifugal force acts. the centrifuge being configured to centrifugally separate blood in the blood bag system by rotating the cup housing the blood bag system, wherein the cup has a segment holding section configured to hold the plurality of segment tubes, aligned in a parallel state by folding the tube at a plurality of sealing portions, along a direction in which a centrifugal force acts during centrifugal processing or a direction inclined with respect to the direction in which the centrifugal force acts.
Floor guide device for a sliding door assembly of a shower enclosure, the sliding door assembly comprising at least one stationary wall part and at least one door part which is movable relative thereto, wherein the floor guide device comprises a guide part for guiding the movable door part in a guide direction parallel to the stationary wall part, wherein a guide part outer side delimiting the guide part and an opposite guide part inner side delimiting the guide part are provided on the guide part, wherein a door part guide recess for receiving and guiding the movable door part is provided on the guide part between the guide part outer side and the guide part inner side, wherein a first magnetic fastening portion and a second magnetic fastening portion are provided in the floor guide device, wherein the second magnetic fastening portion is provided on the guide part outer side of the guide part, wherein the first magnetic fastening portion and the second magnetic fastening portion interact in order to generate a magnetic holding force and wherein the guide part is releasable from the first magnetic fastening portion in a transverse direction transverse to the guide direction after overcoming the magnetic holding force, wherein the floor guide device comprises a fixed part which can be arranged on the floor, wherein a wall part holding portion for fastening the fixed part to the stationary wall part is provided on the fixed part, wherein a fixed part inner side delimiting the fixed part and an opposite fixed part outer side delimiting the fixed part are provided on the fixed part, wherein the first magnetic fastening portion is provided on the fixed part inner side of the fixed part, wherein the guide part is releasably fastenable to the fixed part, by the magnetic holding force, in the fastened state of the guide part on the fixed part, holding the guide part on the fixed part, wherein the guide part outer side of the guide part and the fixed part inner side of the fixed part face one another in the fastened state of the guide part on the fixed part.
Timepiece including a movement and a striking mechanism, which includes a strike drive wheel set carrying a detent ratchet which is arranged to cooperate with at least one passing strike actuation click controlled by said movement or a repeater click controlled by a user-operated, on-demand release lever, said striking mechanism including a strike-uncoupling lever able to prevent access of a said click (3; 4) to said detent ratchet under the action of a strike reversing lever which is operable, either by a hand-setting stem comprised in said movement, or by a main strike or tune selection control member comprised in said striking mechanism, or, in case of insufficient energy resource, by a stopping mechanism comprised in said striking mechanism, characterized in that said striking mechanism includes a safety device for preventing release during selection of a strike function or tune, which is arranged to prevent the release of any strike function, either by said movement or by a user, and which includes a release-prevention lever, the pivoting of which, when a strike function or tune selection is made on said main control member by a user, moves any said click (3, 4) away from said detent ratchet, and in that said striking mechanism includes elastic return means for returning said main control member to a unique rest position in the absence of action by a user.
A sterilizable drive unit for a surgical instrument which has an end effector, as well as an instrument shaft for actuating at least one degree of freedom of the end effector by means of the drive unit, the drive unit comprising an actuator assembly with at least one actuator (1A, 1B) for actuating a degree of freedom of an end effector of the surgical instrument, a component assembly with at least one electronic component, in particular a position detecting means (2A, 2B), and a sterilizable housing, in particular a multi-part housing, with a housing wall (3.4), characterized in that a thermal insulation layer (4; 4.1, 4.2; 5), in particular a thermal insulation layer of multiple layers, is arranged on the housing wall and/or between the component assembly and the actuator assembly, wherein the insulating layer has a greater heat conductivity at the level of an attachment of the actuator assembly on the housing wall or facing the actuator assembly on the housing wall, or the housing wall is at least partially formed without insulation layer in this region.
A manufactured composite insulating panel comprising:- an external sheet having an outer face and an inner face; an internal sheet having an outer face and an inner face; an insulating body between the inner face of the external sheet and the inner face of the internal sheet, the external sheet having a portion that extends beyond the internal sheet and the insulating body to define a side overlap part for overlapping with a side underlap part of an adjacent panel and an end overlap part for overlapping with an end underlap of an adjacent panel, on assembly; and only a side seal applied to the inner face of the side overlap part of the external sheet and only an end seal applied to the inner face of the end overlap part of the external sheet, wherein the side seal is adapted to fixedly bond to the inner face of the side overlap part on application and the end seal is adapted to fixedly bond to the inner face of the end overlap part on application, and the side seal and end seal provide an outer exposed surface configured for releasably sealing with adjacent panels, on assembly on site whereby the side seal (21,) and the end seal are configured to not cause adjacent panels to become permanently fixed to one another, the side seal is a closed cell foam material formed from a polyol component and an isocyanate component with additives to maintain the foam in a bead-like shape. an external sheet having an outer face and an inner face; an internal sheet having an outer face and an inner face; an insulating body between the inner face of the external sheet and the inner face of the internal sheet, the external sheet having a portion that extends beyond the internal sheet and the insulating body to define a side overlap part for overlapping with a side underlap part of an adjacent panel and an end overlap part for overlapping with an end underlap of an adjacent panel, on assembly; and only a side seal applied to the inner face of the side overlap part of the external sheet and only an end seal applied to the inner face of the end overlap part of the external sheet, wherein the side seal is adapted to fixedly bond to the inner face of the side overlap part on application and the end seal is adapted to fixedly bond to the inner face of the end overlap part on application, and the side seal and end seal provide an outer exposed surface configured for releasably sealing with adjacent panels, on assembly on site whereby the side seal (21,) and the end seal are configured to not cause adjacent panels to become permanently fixed to one another, the side seal is a closed cell foam material formed from a polyol component and an isocyanate component with additives to maintain the foam in a bead-like shape.
Vehicle structure comprising: a frame having a longitudinal axis, a front frame portion carrying at least one front wheel (Ra) steered by means of a handlebar, a rear frame portion carrying at least one rear wheel (Rp), and a central frame portion carrying a guide (6,37,38) parallel to said longitudinal axis, a single front seat for a driver and a single rear seat for a passenger aligned with each other along said longitudinal axis, wherein the front seat is slidable along said guide (6,37,38) between a rearward position and a forward position, each of said seats (3,4) comprising a frame (9,14), a sitting portion (11,20) and a backrest (12,31), characterised in that, in said rearward position, the front seat is in contact with the frame of the rear seat and is rigidly secured thereto by means of a releasable locking device (18,19), and in said forward position of the seat a space is formed between the front seat and said frame of the rear seat to facilitate access and exit of the passenger. a frame having a longitudinal axis, a front frame portion carrying at least one front wheel (Ra) steered by means of a handlebar, a rear frame portion carrying at least one rear wheel (Rp), and a central frame portion carrying a guide (6,37,38) parallel to said longitudinal axis, a single front seat for a driver and a single rear seat for a passenger aligned with each other along said longitudinal axis, wherein the front seat is slidable along said guide (6,37,38) between a rearward position and a forward position, each of said seats (3,4) comprising a frame (9,14), a sitting portion (11,20) and a backrest (12,31), characterised in that, in said rearward position, the front seat is in contact with the frame of the rear seat and is rigidly secured thereto by means of a releasable locking device (18,19), and in said forward position of the seat a space is formed between the front seat and said frame of the rear seat to facilitate access and exit of the passenger.
A conveying device for mowed straw, wherein the conveying device has a pin, which may be connected for driving to a drive shaft of a work machine steerably moved, wherein the conveying device has collecting device having conveying forks arranged at a rotor for collecting the straw from the ground surface, wherein downstream of the collecting device an impingement surface is arranged, by means of which the collected straw may be joined laterally to the conveying device into a swathe, characterized in that there is provided a regulating device, by means of which the angle (a) between the pin and the collecting device may be changed and, simultaneously, there is caused a rotation of the conveying forks in regard to the travel direction of the collecting device.
An aircraft airfoil comprising upper and lower covers (4,5) obtained from a composite material, wherein the trailing edge of the airfoil is formed by said upper and lower covers (4,5) which are arranged on top of each other at the trailing edge, and wherein the airfoil further comprises upper and lower metallic meshes (6,7) respectively applied on the upper and lower covers (4,5), and wherein at least one metallic wire is electrically in contact with the upper and lower metallic meshes (6,7) to provide electrical continuity between upper and lower metallic meshes (6,7), wherein the metallic wire is embedded within the composite material of the upper and lower covers (4,5), characterized in that the upper and lower covers (4,5) at the trailing edge are stitched to each other with the at least one metallic wire and wherein the metallic wire is stitched forming at least one stitching line running alternatively on the upper and lower metallic meshes (6,7), and passing through upper and lower covers (4,5), defining a meander pattern, and wherein the stitching lines are applied to provide attachment strength between upper and lower covers (4,5), and to obtain the required electric conductivity between upper and lower meshes (6,7).
A method for compensating a commutation error of an electric motor, comprising: collecting a position signal and a three-phase current signal of a rotor that has not been corrected in an electric motor, when the rotor rotates in a set direction; wherein the position signal of the rotor represents a rotation angle of the rotor; characterised by carrying out filtering processing on the three-phase current signal to obtain a fundamental component of the three-phase current signal, and determining, based on the fundamental component of the three-phase current signal, a position error compensation signal of the electric motor; determining, according to the position error compensation signal and the position signal of the rotor, an ideal phase interval of the rotor; and determining, according to the ideal phase interval of the rotor, an adjustment scheme for the rotor of the electric motor, and commutating, according to the adjustment scheme, the rotor of the electric motor. collecting a position signal and a three-phase current signal of a rotor that has not been corrected in an electric motor, when the rotor rotates in a set direction; wherein the position signal of the rotor represents a rotation angle of the rotor; characterised by carrying out filtering processing on the three-phase current signal to obtain a fundamental component of the three-phase current signal, and determining, based on the fundamental component of the three-phase current signal, a position error compensation signal of the electric motor; determining, according to the position error compensation signal and the position signal of the rotor, an ideal phase interval of the rotor; and determining, according to the ideal phase interval of the rotor, an adjustment scheme for the rotor of the electric motor, and commutating, according to the adjustment scheme, the rotor of the electric motor.
A method of authenticating a client (102; 202; 302) by a server (106; 204; 304), the method comprising: under control of one or more computer systems configured with executable instructions, receiving, from the client, a request for an authentication seed; receiving a set of security parameter values from the client in order to determine whether security settings of the client comply with a set of security policies; determining whether the set of security parameter values indicate that the client complies with the set of security policies; and sending the authentication seed to the client upon determining that the client complies with the set of security policies. receiving, from the client, a request for an authentication seed; receiving a set of security parameter values from the client in order to determine whether security settings of the client comply with a set of security policies; determining whether the set of security parameter values indicate that the client complies with the set of security policies; and sending the authentication seed to the client upon determining that the client complies with the set of security policies.
A master battery management system, BMS, comprising: a transmission unit configured to wirelessly transmit a cell balancing start command signal and a temperature measurement command signal at least two times to a plurality of slave BMSs; a wired communication unit configured to transmit a FAN ON signal to a plurality of fans connected together after the transmission unit wirelessly transmits the cell balancing start command signal; a reception unit configured to receive an association signal from an associated slave BMS, that is a slave BMS among the plurality of slave BMSs, having a difference value between a temperature of a printed circuit board, PCB, of a corresponding slave BMS measured based on the temperature measurement command signal transmitted immediately after the cell balancing start command signal and a temperature of a PCB substrate of a corresponding slave BMS measured based on the temperature measurement command signal transmitted after the FAN ON signal transmission greater than a preset value; and a control unit configured to determine that the associated slave BMS is disposed in the same rack, and change an ID and communication channel of the associated slave BMS to a specific value. a transmission unit configured to wirelessly transmit a cell balancing start command signal and a temperature measurement command signal at least two times to a plurality of slave BMSs; a wired communication unit configured to transmit a FAN ON signal to a plurality of fans connected together after the transmission unit wirelessly transmits the cell balancing start command signal; a reception unit configured to receive an association signal from an associated slave BMS, that is a slave BMS among the plurality of slave BMSs, having a difference value between a temperature of a printed circuit board, PCB, of a corresponding slave BMS measured based on the temperature measurement command signal transmitted immediately after the cell balancing start command signal and a temperature of a PCB substrate of a corresponding slave BMS measured based on the temperature measurement command signal transmitted after the FAN ON signal transmission greater than a preset value; and a control unit configured to determine that the associated slave BMS is disposed in the same rack, and change an ID and communication channel of the associated slave BMS to a specific value.