| 摘要 |
<p>The present invention relates to a bracket for a digital door lock, which consists of a pivoting hinge structure capable of opening both an outer plate, to which an outer body of the door lock is coupled, and an inner plate, to which an inner body is coupled, so that assembly and disassembly of the door lock is made easier. A conventional bracket involves the inconvenience of having to use a coupling means including a bolt or a nut when coupling inner/outer bodies to inner/outer plates. In order to solve this problem, proposed in the present invention is a bracket for a digital door lock consisting of: an outer plate on which a connecting portion is formed; and an inner plate coupled to the connecting portion, wherein the bracket is characterized in that coupling portions are coupled to the top and bottom, respectively, of the rear surface of the outer body coupled to the outer plate, through-holes corresponding to the coupling portions are formed in the outer plate, a rotating plate capable of left-right rotation is provided on the outer plate, and a pair of elevating pieces are provided in vertical symmetry on the rotating plate, the leading ends of the elevating pieces being inserted into the through-holes and the coupling portions by means of the elastic force of an extension spring. Thus, the bracket according to the present invention enables simple assembly or disassembly of the outer body without having to use a coupling means such as a bolt, nut, or pin, since a rotating plate and elevating pieces are provided on the outer plate. In addition, since the assembly and disassembly of the outer body and inner body of the door lock is made easy by the outer plate and the inner plate which are rotated by a certain angle by the hinge portion, the bracket exhibits the advantageous effect of effectively working with glass doors that open in clockwise and counterclockwise manners.</p> |
