GR1010092B - Blinded door's frame made of hollow beam bearing a metal adjustment means for the lock's tongue and flexible elastic for perfect application during the door 's closure - Google Patents

Abstract

The invention relates to an armored door’s frame constituted of the hollow beam (1) providing better support and greater resistance to stress, distortions, bending and break-ins. The metal adjustment (2) of the mechanically moving locking tongue is mounted on the frame (1) which impedes even thin objects to break the door. The flexible elastic (3) -which is intended for sealing when closing the door- has the ability to be adapted to potential alternations of openings , to provide better sealing against air flow and, consequently, to ensure energy savings.

Description

DESCRIPTION

ARMORED DOOR CASE MADE OF PIPE

(COLINODOCO) WHICH CARRIES A METAL SETTING FOR HER TONGUE

LOCK AND FLEXIBLE RUBBER FOR PERFECT APPLICATION DURING

CLOSING.

The invention refers to the construction of an armored door case from a pipe (cavity beam) that has an adjustment for the tongue of the lock and a flexible rubber for a perfect fit when closing.

The construction of the casing in the armored doors is done up to now from crimped steel sheets usually of small thickness (less than the minimum thickness of a tunnel tube) because they are less expensive and faster to install. Stretched steel sheets usually have less resistance to stress over time and the phenomenon occurs that the doors hang and do not provide good sealing. In the usual constructions, no devices are used to help prevent the tongue from being broken by thin objects. The construction of the armored door frame from a tube (cavity beam) provides greater resistance to stress, distortions and bending, offering better support and greater resistance to door tampering. For the same stresses from the weight of the door, armored door frames made of tube (cavity beam) manage them more easily due to their cross-section and need less thickness than open-type stamped steel frames. During installation they fit better in the openings.

The case of an armored door made of a tube (cavity beam) has a metal adjustment on the tongue of the lock which, mechanically moved when the lock is closed, rolls into a position that does not allow the use of even thin objects to breach the door. The type of lock on an armored door has the most important factor in its security which is enhanced by the use of the tongue adjuster in the case.

The case of the armored door made of a tube (cavity beam) has a flexible rubber which has the property of adapting to the changes of openings around the perimeter that may occur and ensure complete sealing, offering a better seal to the air flow and subsequent energy savings

The invention is characterized by the use of a tube (cavity pipe) in the construction of the armored door case, by the metal adjustment for the tongue of the lock and by the flexible rubber for the application when closing the door.

The advantages of this invention are that by using a tube (hollow beam) in the construction of the case, we ensure due to cross-section greater resistance to stress, distortions and bending, offering better support and greater resistance to tampering with the door. For the same stresses from the weight of the door, armored door casings made of pipe (cavity beam) are easier to manage due to their cross-section and require less thickness, i.e. they are manufactured more economically. During installation they fit better in the openings. The metal adjustment on the tongue of the lock, which is mechanically moved by closing the lock, rolls into a position that does not allow the use of even thin objects to break the door. The type of lock on an armored door has the most important factor in its security which is enhanced by the use of the tongue adjuster in the case. The flexible rubber which has the property to adapt to the changes of openings around the perimeter that may occur and ensure complete sealing offering a better seal to the air flow and subsequent energy savings

Drawings 1-5 show the views of the tube case, the metal lock tongue adjustment, and the flexible rubber that you insert to seal when closing.

More specifically, the invention consists of the pipe (cavity beam) (1) used for the construction of the case of the armored door, the metal adjustment (2) of the tongue of the lock that moves mechanically and is placed in the case (1) and the seal when closing the door.

pto rubber (3) used for .

Claims (4)

1. The construction of an armored door frame from a pipe (cavity beam) with an adjustment for the tongue of the lock and a flexible rubber for a perfect fit when closing consists of the pipe (cavity beam) (1) used for the construction of the armored door frame on metal adjustment (2) of the tongue of the lock that moves mechanically and is placed in the case (1) and the flexible rubber (3) used to seal when the door is closed. 2. The construction of an armored door case from a tube (cavity beam) with an adjustment for the tongue of the lock and a flexible rubber for a perfect fit when closing according to claim 1 is characterized by the use of the tube (cavity beam) (1) for the construction of frames having, due to their cross-section, greater resistance to stress, distortions and bending, offering better support and greater resistance to breaking the door. For the same stresses from the weight of the door, armored door casings made of pipe (cavity beam) are easier to manage due to their cross-section and require less thickness, i.e. they are manufactured more economically. During installation they fit better in the openings. 3. Armored door case construction made of tube (cavity beam) having lock tongue adjustment and flexible rubber for perfect fit when closing according to claim 2 is characterized by the metal adjustment (2) on the lock tongue and is placed in case (1) which, mechanically moved when the lock is closed, rolls into a position that does not allow the use of even thin objects to break the door. The type of lock on an armored door has the most important factor in its security which is enhanced by the use of the tongue adjuster in the case. 4. Armored door case construction made of pipe (cavity beam) with lock tongue adjustment and flexible rubber for perfect fit when closing according to claim 3 characterized by the flexible rubber (3) that you place on the case (1) which has the ability to adapt to the changes that occur and to ensure the best sealing in the air flow and leaks around the perimeter that can be completely sealed offering significant energy savings.