Remote setting-control mechanism for a door-closer latch

Claim 3

Remote setting-control mechanism for a door-closer latch for a door closer mounted on the upper margin of a door having hinge means supporting an edge portion of the door for swinging of the door about an upright axis and the door closer including a piston rod, such latch including a plate having an aperture through which the piston rod projects and tiltable relative to the piston rod into canted jammed latched position relative to the piston rod, the improvement comprising control means for effecting setting of the latch plate in canted latched position relative to the piston rod including a pull cord and means guiding said pull cord across the upper margin of the door away from the hinged edge of the door and downward along the swinging edge of the door.

Claim 4

Remote setting-control mechanism for a door-closer latch for a door closer mounted on the upper margin of a door having hinge means supporting an edge portion of the door for swinging of the door about an upright axis and the door closer including a piston rod, such latch including a plate having an aperture through which the piston rod projects and tiltable relative to the piston rod into canted jammed latched position relative to the piston rod, the improvement comprising control means for effecting setting of the latch plate in canted latched position relative to the piston rod including a pull cord and means guiding said pull cord across the upper margin of the door away from the hinged edge of the door and downward along the swinging edge of the door.

Claim 5

The mechanism defined in claim 2, including holding means carried by the door generally centrally elevationally of the door and holding the lower end of the pull cord.

Claim 6

Control mechanism for an apertured latch plate of a door closer having a piston rod extending through such latch plate aperture comprising backing means carried by the door closer, spaced from the door closer and located adjacent to the latch plate, and moving means for shifting said backing means relative to the latch plate for effecting setting of the latch plate in canted latched position relative to the piston rod.

Claim 7

Control mechanism for an apertured latch plate of a door closer having a piston rod extending through such latch plate aperture comprising backing means carried by the door closer, spaced from the door closer and located adjacent to the latch plate, and moving means for shifting said backing means relative to the latch plate for effecting setting of the latch plate in canted latched position relative to the piston rod.

Claim 8

The mechanism defined in claim 4, in which the moving means includes a latch-setting pull cord.

Claim 9

The mechanism defined in claim 5, a door, hinge means supporting one edge of the door for swinging of the door about an upright axis, means mounting the door closer on the upper margin of the door, and guide means guiding the latch-setting pull cord downward from the upper portion of the door.

Claim 10

The mechanism defined in claim 5, a door, hinge means supporting one edge of the door for swinging of the door about an upright axis, means mounting the door closer on the upper margin of the door, and guide means guiding the latch-setting pull cord downward from the upper portion of the door, said guide means including a fairlead supported on the door closer at a location remote from the latch means.

Claim 11

The mechanism defined in claim 7, and clamp means mounted on the door and clamping the lower end of the pull cord.

Claim 12

The mechanism defined in claim 7, in which the guide means includes means for guiding the pull cord from the door closer to a location adjacent to the swinging edge of the door and downward along the swinging edge of the door to a location elevationally generally centrally of the door.

Claim 13

The control mechanism defined in claim 4, and spring means normally pulling the latch plate toward and holding it against the backing means.

Claim 14

The control mechanism defined in claim 10, the spring means including spring fingers contacting the latch plate at substantially diametrically opposite locations.

Claim 15

The control mechanism defined in claim 4, the moving means including telescoping tubes and compression spring means within said tubes exerting a force tending to extend said tubes.

Claim 16

The control mechanism defined in claim 12, and means for adjusting the telescoping tubes to alter the distance between the backing means and the door closer when the telescoping tubes are in their fully extended position.