Abstract: One bracket assembly constructed of aluminum; however any metal, modern plastic or composite material may be substituted. Bracket assembly consists of a front mounting plate (FIG. 2) and a base mounting assembly or plate (FIG. 3). The base mounting assembly or plate contains a pull pin (FIG. 3, 15) locking device, which is attached to the base plate by square aluminum nut (FIG. 3, 17) welded to the tube. The front mounting plate consists of a notch (FIG. 2, 9) in the rod (8) that the pull pin (FIG. 3, 15) locks in to. This allows for assembly of the bracket and quick removal of the front mounting plate (FIG. 2) when desired. Other embodiments are described and shown.

Abstract: One bracket assembly constructed of aluminum; however any metal, modern plastic or composite material may be substituted. Bracket assembly consists of a front mounting plate (FIG. 2) and a base mounting assembly or plate (FIG. 3). The base mounting assembly or plate contains a pull pin (FIG. 3, 15) locking device, which is attached to the base plate by square aluminum nut (FIG. 3, 17) welded to the tube. The front mounting plate consists of a notch (FIG. 2, 9) in the rod (8) that the pull pin (FIG. 3, 15) locks in to. This allows for assembly of the bracket and quick removal of the front mounting plate (FIG. 2) when desired. Other embodiments are described and shown.

Abstract: Closer arm assembly includes a main arm having a first end fixed to the output shaft of a closer fixed to one of a door and a door jamb so that the main arm pivots when the output shaft rotates, and a connecting arm having a first end pivotably connected to the main arm and a second end connected to the other of the door and the door jamb. The connecting arm contacts a stop to limit relative pivoting of the arms, the stop including a cushion with a contact surface which suppresses noise as the connecting arm contacts the cushion. The stop can be in the form of a spring loaded bumper fixed to a soffit plate, or a pin fixed to the second end of the main arm. A hold open device can be fixed to the connecting arm for engaging a feature on either the soffit plate or the main arm, the hold open device having a spring loaded detent which is released by manually turning a knob.

Abstract: Closer arm assembly includes a main arm having a first end fixed to the output shaft of a closer fixed to one of a door and a door jamb so that the main arm pivots when the output shaft rotates, and a connecting arm having a first end pivotably connected to the main arm and a second end connected to the other of the door and the door jamb. The connecting arm contacts a stop to limit relative pivoting of the arms, the stop including a cushion with a contact surface which suppresses noise as the connecting arm contacts the cushion. The stop can be in the form of a spring loaded bumper fixed to a soffit plate, or a pin fixed to the second end of the main arm. A hold open device can be fixed to the connecting arm for engaging a feature on either the soffit plate or the main arm, the hold open device having a spring loaded detent which is released by manually turning a knob.

Abstract: Closer arm assembly includes a main arm having a first end fixed to the output shaft of a closer fixed to one of a door and a door jamb so that the main arm pivots when the output shaft rotates, and a connecting arm having a first end pivotably connected to the main arm and a second end connected to the other of the door and the door jamb. The connecting arm contacts a stop to limit relative pivoting of the arms, the stop including a cushion with a contact surface which suppresses noise as the connecting arm contacts the cushion. The stop can be in the form of a spring loaded bumper fixed to a soffit plate, or a pin fixed to the second end of the main arm. A hold open device can be fixed to the connecting arm for engaging a feature on either the soffit plate or the main arm, the hold open device having a spring loaded detent which is released by manually turning a knob.

Abstract: Closer arm assembly includes a main arm having a first end fixed to the output shaft of a closer fixed to one of a door and a door jamb so that the main arm pivots when the output shaft rotates, and a connecting arm having a first end pivotably connected to the main arm and a second end connected to the other of the door and the door jamb. The connecting arm contacts a stop to limit relative pivoting of the arms, the stop including a cushion with a contact surface which suppresses noise as the connecting arm contacts the cushion. The stop can be in the form of a spring loaded bumper fixed to a soffit plate, or a pin fixed to the second end of the main arm. A hold open device can be fixed to the connecting arm for engaging a feature on either the soffit plate or the main arm, the hold open device having a spring loaded detent which is released by manually turning a knob.

Abstract: The present invention is a method and apparatus for automatic formatting a hypertext document. The hypertext document is parsed to identify a formatting tag. A tag operation is performed on the hypertext document according to the identified formatting tag to generate a formatted document.