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MANUAL SCOREBOARDS

Brand Owner (click to sort)
BATTLE M.A.X. Franklin Sports, Inc.
BATTLE M.A.X. Franklin Sports, Inc.
MARKER ACTION XTREME Franklin Sports, Inc.
RIVAL FORCE Franklin Sports, Inc.
SCEPTOR Franklin Sports, Inc.
Technical Examples
  1. The invention provides a manual operation button having a large operable area. A manual operation button is composed of a manual operation plane, a holder for assembling the manual operation plane and a stopper for fixing the holder to a casing. The casing has a mounting hole having substantially the same size and shape as the manual operation plane, so that when the manual operation plane is assembled to the mounting hole, the manual operation plane forms a substantially continuous flat plane with the casing. The holder includes a substantially L-shaped mounting portion for mounting to the casing, a flat plate-like mounting plane for mounting the manual operation plane, and a hinge portion connecting the mounting portion and the mounting plane. The whole width of the hinge portion is disposed within the outer projection plane of the manual operation plane.
  2. A pistol including a mechanism that locks manual safety of the pistol. The lockable manual safety mechanism may include a manual safety that engages the firing apparatus of the pistol to prevent discharge of the pistol when the trigger is pulled. The firing apparatus may include a trigger, trigger bar, sear, and hammer that contacts a firing pin which may strike a chambered cartridge. The manual safety may be movable into and out of engagement with the firing apparatus. In one embodiment, the safety engages the sear to prevent the sear from moving and releasing the hammer while held in the cocked position by the sear. In one embodiment, the manual safety is a lever that is pivotally mounted to the frame of the pistol. The pistol may further include a locking member that engages the safety. The locking member may be movable from an unlocked position in which the manual safety is freely movable, to a locked position engaging the manual safety so that the safety cannot freely move and is locked into engagement with the sear while the hammer is held in the cocked position by the sear. In one embodiment, the locking member may be a lock pin that may be rotatably carried by the pistol.
  3. Each manual control unit for a moving part of a thrust reverser is associated with a maintenance plate that is pivotable between at least two positions: a first or "normal operation" position in which said plate prevents the manual control unit with which it is associated from being driven manually, while allowing it to be driven electrically; and a second or "maintenance" position in which said plate allows the manual control unit with which it is associated to be driven manually while preventing it from being driven electrically.
  4. An automatic transmission shift range display structure is configured to make it possible to visually confirm that an automatic shift lever with a manual mode is in the manual mode. The automatic transmission shift range display structure has a shift lever with a range display. The shift lever is moveable in the lengthwise direction of the vehicle to select a D range of the automatic mode, and moveable in the widthwise direction of the vehicle from the automatic mode to select a manual mode. A slide member operates in coordination with the movement of the shift lever, and includes a slide indicator for identifying whether the shift lever is in the automatic mode or the manual mode. The range display has an indicator upper member with one or more transparent windows through which indicator is visible such that the selection of the automatic mode and the manual mode can be visually confirmed.
  5. A tape feeder and a method of controlling the same are disclosed, in which an automatic feeding tape and a manual feeding tape are selectively fed to a binding device. In the method of controlling a tape feeder comprising a tape feeding portion structured to selectively feed manual feeding tapes and automatic feeding tapes to a tape heating unit, a stack cassette having the automatic feeding tapes therein, and a tape moving path moving the automatic feeding tapes in the stack cassette to the tape feeding portion, wherein the tape moving path includes a slot into which the manual feeding tapes are externally input, an automatic feeding tape sensor, and a tape feeding sensor, and the tape feeding portion includes a tape aligning position sensor sensing the position where the automatic feeding tape or the manual feeding tape has been fed to the tape heating unit, the method is characterized in that the manual feeding tape prior to the automatic feeding tape is moved to the tape feeding portion by a signal of the tape feeding sensor when the automatic feeding tape sensor and the tape feeding sensor respectively sense the automatic feeding tape and the manual feeding tape.

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