摘要:
A system for assembling and installing a wire bundle assembly group (WBAG) may include a fabrication table having first and second assembly panels, each configured to receive a WBAG, and an assembly frame having an adjustable pivot connected to the first and to the second assembly panels to hold the assembly panels in a spaced orientation relative to each other, and to pivot about an axis; and a transport tool having a WBAG receiving panel configured to receive and support an assembled WBAG from the fabrication table, and a transport frame having an adjustable support connected to the WBAG receiving panel, and the transport frame is positionable adjacent the fabrication table such that the WBAG receiving panel is located beneath the first assembly panel and the second assembly panel, whereby an assembled WBAG drops downwardly onto the WBAG receiving panel. A method is further disclosed for using this system to assemble and install a WBAG.
摘要:
A composite reinforcing bar is formed from a series of inner rovings with first and second helical wrappings of at least one roving wrapped around the inner rovings in opposed directions of wrapping with the resin permeated therethrough. The bar structure is formed to allow torsional bending sufficient to allow the formed bar to be wound to form a coil of the bar wrapped a series of times around an axis at right angles to the length of the bar. The bar is forwarded into a rotating winding frame formed by a series of posts around a vertical rotation axis. The coil is held in place while the frame is removed for transporting the coil to a remote location. At the remote location the coil is placed in a similar winding frame and the bar is pulled from the coil and cut to a required length.
摘要:
A signature transport device (10) includes a first conveyor_(l 1) moving a first signature (74) and a second signature (72) in a first direction. A signature lifting device (20) removes the first signature (74) from the first conveyor (11) and a gripper (90) removes the first signature (74) from the signature lifting device (20) at a first location. The signature lifting device (20) has an inhibit position (I) where the second signature (72) follows a path (82), the path (82) bypassing the first location so that the gripper (90) bypasses the second signature (72). The present invention also provides for a method for transporting signatures.
摘要:
A drive roll release mechanism (140) is rotatable about an axis of rotation and includes a drive roll carrier body (220) having a carrier body sidewall adapted and configured to accept a drive roll thereon. The drive roll release mechanism (140) further includes an actuator (230) in sliding communication with the carrier body (220). A user depresses the actuator (230) to correspondingly realize at least a partial release of a drive roll, which is removably mounted to the drive roll release mechanism (140), from the carrier body (220), enabling facile removal of the drive roll from the drive roll release mechanism (140).
摘要:
The invention concerns an equipment and a method in handling of doctor blades for a paper/board machine. The doctor blade (T) will be placed against the face of a roll in the paper/board machine so as to keep said face clean and to service said face. A doctor blade blank (T) is taken from a doctor blade roll (10a1, 10a2, 10a3 ...), i.e. from a reel. The equipment comprises a cut-off device (14a1, 14a2 ...) for cutting off the doctor blade material to the desired pull-out or blade length.
摘要:
A missile data link filament (12) dispenser (10) is located within an enclosure (20) having a single eyelet opening (26) through which the filament feeds on launch. A quantity of a damping gas having an effective density of at least about two times that of air (28) is provided within the enclosure (20). The gas serves to damp the helical motion of the filament by absorbing its rotational energy, to inhibit ballooning of the filament (12) as it is paid out from the dispenser (10).
摘要:
A missile data link filament (12) dispenser (10) is located within an enclosure (20) having a single eyelet opening (26) through which the filament feeds on launch. A quantity of a particulate material (28) located within the enclosure (20) is converted to an aerosol mixture by the filament movement on dispense. The aerosol mixture serves to act as a brake on the filament preventing dispense speed exceeding a predetermined desirable maximum.
摘要:
Wire from a coil is drawn off generally axially thereof through a wire guide that is mounted to rotate about the periphery of the coil. Pivotal movement of the wire guide in response to demand for wire energizes a pneumatic linear motor (38) which through a ratchet mechanism (41) drives the spindle (24) on which the coil (31) is supported.