mhurhangee/ep-ind-claims huggingface dataset:
A method (200, 400) implemented at a local device for handling crossed-invites during set-up of an IP-based session with a remote device, the method comprising: receiving (204, 404) an incoming session invite after sending (202, 402) an outgoing session invite before the outgoing session invite has been accepted; determining (206, 406) that the incoming session invite was sent by the remote device to which the outgoing session invite is also addressed; determining (210, 418) a remote device priority value from identifying information contained in the incoming session invite; comparing (210, 420) the remote device priority value with a local device priority value to determine whether the remote device or the local device is higher priority; and, if the remote device is of a higher priority, canceling (214, 432) the outgoing session invite by transmitting a cancel message with regard to the outgoing session invite, and displaying (216, 432) an incoming call answer screen for the incoming session invite; and if the local device is of a higher priority, receiving a cancel message with regard to the incoming session invite and waiting for acceptance of the outgoing session invite. receiving (204, 404) an incoming session invite after sending (202, 402) an outgoing session invite before the outgoing session invite has been accepted; determining (206, 406) that the incoming session invite was sent by the remote device to which the outgoing session invite is also addressed; determining (210, 418) a remote device priority value from identifying information contained in the incoming session invite; comparing (210, 420) the remote device priority value with a local device priority value to determine whether the remote device or the local device is higher priority; and, if the remote device is of a higher priority, canceling (214, 432) the outgoing session invite by transmitting a cancel message with regard to the outgoing session invite, and displaying (216, 432) an incoming call answer screen for the incoming session invite; and if the local device is of a higher priority, receiving a cancel message with regard to the incoming session invite and waiting for acceptance of the outgoing session invite. if the remote device is of a higher priority, canceling (214, 432) the outgoing session invite by transmitting a cancel message with regard to the outgoing session invite, and displaying (216, 432) an incoming call answer screen for the incoming session invite; and if the local device is of a higher priority, receiving a cancel message with regard to the incoming session invite and waiting for acceptance of the outgoing session invite.
A construction machine comprising: a lower travelling body; an upper slewing body slewably mounted on the lower travelling body and including an upper frame serving as a base; an engine room provided on a rear portion of the upper frame and accommodating an engine as a power source; a cabin provided on a front portion of one of right and left sides of the upper frame; a plurality of tanks (33, 36) placed on the upper frame and including a fuel tank which accumulates fuel and a hydraulic tank which accumulates hydraulic fluid; an air cleaner which filters intake air of the engine; characterized by a center foothold for maintenance work provided on a portion of the upper frame forward of the engine room and on a widthwise intermediate portion of the upper frame; and a climbing step provided on a portion of the upper frame on an opposite side to the cabin and formed into a stair shape for guiding a maintenance person to the center foothold, wherein the plurality of tanks (33, 36) include a first tank which is placed on a portion on one side of right and left sides in the upper frame and a second tank which is placed on a portion on the other side of the right and left sides in the upper frame and between the cabin and the engine room, the air cleaner being superposed on the second tank. a lower travelling body; an upper slewing body slewably mounted on the lower travelling body and including an upper frame serving as a base; an engine room provided on a rear portion of the upper frame and accommodating an engine as a power source; a cabin provided on a front portion of one of right and left sides of the upper frame; a plurality of tanks (33, 36) placed on the upper frame and including a fuel tank which accumulates fuel and a hydraulic tank which accumulates hydraulic fluid; an air cleaner which filters intake air of the engine; characterized by a center foothold for maintenance work provided on a portion of the upper frame forward of the engine room and on a widthwise intermediate portion of the upper frame; and a climbing step provided on a portion of the upper frame on an opposite side to the cabin and formed into a stair shape for guiding a maintenance person to the center foothold, wherein the plurality of tanks (33, 36) include a first tank which is placed on a portion on one side of right and left sides in the upper frame and a second tank which is placed on a portion on the other side of the right and left sides in the upper frame and between the cabin and the engine room, the air cleaner being superposed on the second tank.
A method of coating a substrate, the method comprising the steps of: applying at least a first layer of an ambient cure basecoat composition to a substrate; force flashing the basecoat composition with ambient temperature air; applying at least a first layer of an ambient cure clearcoat composition to the layer of basecoat composition; curing the clearcoat composition; and buffing the clearcoat within 15 minutes after application; wherein the method is substantially free of the use of applied heat or thermal or actinic radiation to facilitate cure of the basecoat or clearcoat compositions. applying at least a first layer of an ambient cure basecoat composition to a substrate; force flashing the basecoat composition with ambient temperature air; applying at least a first layer of an ambient cure clearcoat composition to the layer of basecoat composition; curing the clearcoat composition; and buffing the clearcoat within 15 minutes after application; wherein the method is substantially free of the use of applied heat or thermal or actinic radiation to facilitate cure of the basecoat or clearcoat compositions.
A knee lever clamping unit, in particular for an injection moulding machine, having a fixed and a displaceable platen, having a support plate and having a knee lever mechanism between the support plate and the displaceable platen for moving the displaceable platen and for generating a closing force, wherein the knee lever mechanism has at least one upper (6.1, 6.2) and at least one lower force guiding knee lever bar (6.3, 6.4), wherein preferably above and below respectively a pair of knee lever bars (6.1+6.2; 6.3+6.4) is provided, and wherein means are provided for displacing the upper and the lower knee lever bars (6.1, 6.2, 6.3, 6.4) between a folded state corresponding to an open position of the knee lever clamping unit and an extended state corresponding to a closed position of the knee lever clamping unit, characterized in that an element, in particular a cross clamp, that is rotationally drivable and axially displaceable along the longitudinal machine axis, is provided between the upper and lower knee lever bars (6.1, 6.2, 6.3, 6.4), wherein said element is connected to the knee lever bars (6.1, 6.2, 6.3, 6.4) for transmitting force, so that the rotation of the rotationally driven element is provided for displacing the upper and the lower knee lever bars (6.1, 6.2, 6.3, 6.4).
A method of wireless communication performed by a target base station, the method comprising: receiving a handover request from a source base station for handover of communication of a user equipment from the source base station to the target base station; generating an uplink grant for the user equipment to transmit a handover complete message based on receiving the handover request at the target base station; selecting a starting time for the validity of the uplink grant with respect to a subframe offset between the target base station and the source base station; and communicating the uplink grant and the starting time for the uplink grant to the user equipment via the source base station, wherein communicating the uplink grant comprises transmitting a radio resource control container including a radio resource control connection reconfiguration message to the source base station for retransmission of the uplink grant and the starting time for the uplink grant to the user equipment. receiving a handover request from a source base station for handover of communication of a user equipment from the source base station to the target base station; generating an uplink grant for the user equipment to transmit a handover complete message based on receiving the handover request at the target base station; selecting a starting time for the validity of the uplink grant with respect to a subframe offset between the target base station and the source base station; and communicating the uplink grant and the starting time for the uplink grant to the user equipment via the source base station, wherein communicating the uplink grant comprises transmitting a radio resource control container including a radio resource control connection reconfiguration message to the source base station for retransmission of the uplink grant and the starting time for the uplink grant to the user equipment.
Clutch assembly for a driveline of a motor vehicle, comprising: a shaft that is rotatably supported around a shaft axis in a housing; a gear; a controllable clutch which is configured for optionally transmitting torque between the shaft and the gear or for interrupting a transmission of torque, wherein the clutch comprises a gear clutch part that is integrally formed with the gear, and a shaft clutch part that is connected to the shaft in a rotationally fixed and axially movable way, wherein first engagement means are provided at an end face of the shaft clutch part, and second engagement means are provided at an end face of the gear clutch part, wherein the first and the second engagement means (9, 10) can be form-lockingly engaged with each other for transmitting torque; an electromagnetic actuator for actuating the clutch, wherein the electromagnetic actuator comprises an annular electromagnet that is arranged coaxially relative to the shaft and that is axially supported against a stationary component, as well as a piston that is axially movable by the electromagnet and that is connected to the shaft clutch part for transmitting an axial movement; and a spring element that biases the gear clutch part and the shaft clutch part axially away from one another; characterised in that the gear is rotatably mounted on the shaft and axially supported against the shaft. a shaft that is rotatably supported around a shaft axis in a housing; a gear; a controllable clutch which is configured for optionally transmitting torque between the shaft and the gear or for interrupting a transmission of torque, wherein the clutch comprises a gear clutch part that is integrally formed with the gear, and a shaft clutch part that is connected to the shaft in a rotationally fixed and axially movable way, wherein first engagement means are provided at an end face of the shaft clutch part, and second engagement means are provided at an end face of the gear clutch part, wherein the first and the second engagement means (9, 10) can be form-lockingly engaged with each other for transmitting torque; an electromagnetic actuator for actuating the clutch, wherein the electromagnetic actuator comprises an annular electromagnet that is arranged coaxially relative to the shaft and that is axially supported against a stationary component, as well as a piston that is axially movable by the electromagnet and that is connected to the shaft clutch part for transmitting an axial movement; and a spring element that biases the gear clutch part and the shaft clutch part axially away from one another; characterised in that the gear is rotatably mounted on the shaft and axially supported against the shaft.
A computer-implemented method of extracting a target object from a video comprising at least a chronological image sequence, the motion of said target object across said chronological image sequence being represented by a predefined motion model, said motion model being associated with a set of motion parameters corresponding to the motion of said target object between two images of said sequence, the method comprising selecting pairs of successive images in said chronological image sequence, each pair comprising a first image and a second image and being associated with values of said set of motion parameters and with an optical flow vector representing the displacement of the pixels between the first image and the second image of said pair of images, wherein the method comprises iterative construction of an extraction map using said pairs of successive images, the method comprising: - determining for each selected pair of images an extraction map, each component of the extraction map corresponding to a pixel of the second image of said selected pair of images and being assigned a binary value, the extraction map for a given pair of images being determined according to the minimization of a function that depends on the values of the set of motion parameters and the optical flow vectors associated with said given pair of images and with the previous pairs of images in said chronological image sequence, the method further comprising, in response to the verification of a termination condition, extracting the target object from the extraction map associated with a selected pair of images, said extraction map comprising a set of pixels associated with said target object and a set of pixels associated with a background, said termination condition comprising checking if a predefined performance criterion is satisfied.
A medical drive shaft (1, 3), the drive shaft (1, 3) comprising an outer layer (11, 31) and an inner layer (12, 32), the outer layer (11, 31) being a tubular structure defining an accommodating space, the inner layer (12, 32) arranged in the accommodating space and defining a central lumen (13, 33) for receiving therein a guidewire, wherein the outer layer (11, 31) is rotatable about the central lumen (13, 33), and the inner layer (12, 32) is rollable relative to both the outer layer (11, 31) and the guidewire and thus rolling friction is created between the drive shaft (1, 3) and the guidewire through the inner layer (12, 32), wherein the inner layer (12, 32) includes a number of rollers (121, 321) disposed on an inner surface of the outer layer (11, 31), the rollers (121, 321) are arranged around an axis line of the outer layer (11, 31) to form a spiral.
Electrical connector to connect a mating connector, having a housing, which has a tubular housing section, in which an insulating body bearing electrical plug contacts is arranged, wherein the housing section has a plug side for the mating connector as well as a connection side for the plug contacts and the insulating body locks in place in the housing section and is able to be unlocked releasably by a tool, and wherein at least one locking device is arranged between the housing section and the insulating body, said locking device being held immovably at least axially in the housing section and being inserted at least partially into a receiving recess of the housing section and having at least one radially flexible supporting element for the insulating body, said supporting element locking the insulating body in place in the housing section and fixing it in axial direction, wherein the insulating body is releasable by a tool from the plug side of the housing section, characterised in that that the locking device and the receiving recess are realised separately in the circumferential direction of the housing section, wherein the locking device has at least two shell-shaped locking parts, which are separated from one another, and the receiving recess has a corresponding number of locking part receptacles for the locking parts, which are separated from one another, which are all arranged at a distance from one another on the inner wall of the housing section in the circumferential direction, wherein the locking parts are adapted to the locking part receptacles and have respectively at least one support element for the insulating body, which is sticking out laterally.
An item of footwear comprising: an upper comprising a first portion and an opposing second portion; an attachment system comprising a buckle assembly comprising a clasp adapted to be coupled to the first portion of the upper, the clasp comprising an elongated portion having an integrated curved element, a receiver adapted to be coupled to the opposing second portion of the upper, the receiver comprising an elongated recess adapted to slideably receive the elongated portion, and wherein the elongated recess securely holds the elongated portion in a longitudinal direction of the attachment system and the integrated curved element allows for pivotal movement of the clasp within the elongated recess in a transverse direction along a width of the attachment system so that the first portion and the opposing second portion secure the footwear to the wearer while allowing relative movement in a transverse direction between the buckle assembly and the receiver, characterized in that the integrated curved element includes a hemispherical portion, and the receiver defines a socket adapted to house the integrated curved element of the clasp. an upper comprising a first portion and an opposing second portion; an attachment system comprising a buckle assembly comprising a clasp adapted to be coupled to the first portion of the upper, the clasp comprising an elongated portion having an integrated curved element, a receiver adapted to be coupled to the opposing second portion of the upper, the receiver comprising an elongated recess adapted to slideably receive the elongated portion, and wherein the elongated recess securely holds the elongated portion in a longitudinal direction of the attachment system and the integrated curved element allows for pivotal movement of the clasp within the elongated recess in a transverse direction along a width of the attachment system so that the first portion and the opposing second portion secure the footwear to the wearer while allowing relative movement in a transverse direction between the buckle assembly and the receiver, characterized in that the integrated curved element includes a hemispherical portion, and the receiver defines a socket adapted to house the integrated curved element of the clasp.
A method of operating a mobile lift crane (10, 110, 410, 510), the lift crane comprising a carbody (12, 112, 412, 512) having moveable ground engaging members (14, 16, 114, 116, 414, 416, 514, 516); a rotating bed (20, 120, 420, 520) rotatably connected to the carbody such that the rotating bed can swing with respect to the moveable ground engaging members (14, 16, 114, 116, 414, 416, 514, 516); a boom (22, 122, 422, 522) pivotally mounted on a front portion of the rotating bed, with a hoist line (24, 124, 424, 524) extending therefrom; a mast (28, 128, 428, 528) mounted at its first end on the rotating bed; at least one hydraulic cylinder (38, 138, 436 and 536) including a first end and a second end, the second end of the hydraulic cylinder being connected directly or indirectly to the rotating bed; and a moveable counterweight unit (33, 34, 134, 434, 534); the method comprising: a) performing a pick, move and set operation with a load characterized in that the moveable counterweight is moved toward and away from the front portion of the rotating bed by extending and retracting the hydraulic cylinder during the pick, move and set operation to help counterbalance the load, wherein at least one arm (40, 140, 438, 540) is pivotally connected at a first end to the rotating bed and pivotally connected at a second end to the first end of the hydraulic cylinder, the arm and hydraulic cylinder being connected between the rotating bed and the moveable counterweight unit such that extension and retraction of the hydraulic cylinder changes the position of the moveable counterweight unit compared to the rotating bed, but wherein the crane is configured such that the counterweight is never supported by the ground throughout pick, move and set operations other than indirectly by the moveable ground engaging members on the carbody. a) performing a pick, move and set operation with a load characterized in that the moveable counterweight is moved toward and away from the front portion of the rotating bed by extending and retracting the hydraulic cylinder during the pick, move and set operation to help counterbalance the load, wherein at least one arm (40, 140, 438, 540) is pivotally connected at a first end to the rotating bed and pivotally connected at a second end to the first end of the hydraulic cylinder, the arm and hydraulic cylinder being connected between the rotating bed and the moveable counterweight unit such that extension and retraction of the hydraulic cylinder changes the position of the moveable counterweight unit compared to the rotating bed, but wherein the crane is configured such that the counterweight is never supported by the ground throughout pick, move and set operations other than indirectly by the moveable ground engaging members on the carbody.
Cable leadthrough device for leading a cable through an opening in a wall, having a housing that can be fastened in the area of the opening, wherein the cable can be led through the housing along a leadthrough channel parallel to a leadthrough axis, and also having a strain relief device with at least one clamping element for resting against a cable led through the leadthrough channel, wherein the at least one clamping element is mounted at the housing by means of a guide device so as to be movable along a guide axis inclined in relation to the leadthrough axis, between a clamping position, in which it radially narrows the leadthrough channel, and a release position, in which it releases the leadthrough channel, wherein a force application system is provided for generating a driving force with at least one force component that acts along the guide axis and that forces the at least one clamping element towards its clamping position, characterized in that a manually actuatable release device is provided, by means of which the at least one clamping element is transferable from its clamping position into its release position.