Novel three-dimensional adjustable hinge

Abstract

The invention discloses a novel three-dimensional adjustable hinge. The novel three-dimensional adjustable hinge comprises a hinge body, wherein the hinge body is provided with rotating shafts and hinge sheets; the rotating shafts comprise an upper shaft and a lower shaft; a lower inserting shaft is arranged at the bottom of the upper shaft; an inserting shaft groove is formed in the top of the lower shaft; the lower inserting shaft is inserted into the inserting shaft groove; the hinge sheets comprise an upper hinge sheet and a lower hinge sheet; the upper hinge sheet is connected to the upper shaft; the lower hinge sheet is connected to the lower shaft; a concave cavity is formed in the top of the upper shaft, and an opening is formed in the concave cavity; the upper page sheet is inserted into the concave cavity, and an inserting strip part is arranged in the concave cavity; first screw penetrating ports are formed in the cavity wall, opposite to the opening, of the concave cavity,and X-axis adjusting screws are hung on the cavity wall, opposite to the opening, of the concave cavity in a penetrating mode through the first screw penetrating ports; a second screw penetrating portis formed in the cavity wall, opposite to the opening, of the concave cavity, and an X-axis jacking and fixing screw is connected to the cavity wall, opposite to the opening, of the concave cavity ina threaded mode through the second screw penetrating port; third screw penetrating ports are formed in the cavity wall of the front side of the concave cavity, and front Z-axis adjusting screws are connected to the cavity wall of the front side of the concave cavity in a threaded mode through the third screw penetrating ports; fourth screw penetrating ports are formed in the cavity wall of the back side of the concave cavity, and back Z-axis adjusting screws are connected to the cavity wall of the back side of the concave cavity in a threaded mode through the fourth screw penetrating ports; the third screw penetrating ports correspond to the fourth screw penetrating ports in position; a Z-axis jacking and fixing screw is connected to one of the front side and the back side of the inserting strip part in a threaded mode; a screwdriver inlet is formed in the cavity wall of the concave cavity; a groove communicating with the inserting shaft groove is formed in the bottom of the lower shaft; and a Y-axis adjusting device is arranged in the groove. The novel three-dimensional adjustable hinge has the advantages that the structure is simple, a door body can be transversely and vertically adjusted and can be adjusted inside and outside, the installation precision is high, the adaptability is high, and installation is labor-saving and practical.

Description

technical field [0001] The invention relates to a hinge, in particular to a novel three-dimensional adjustable hinge. Background technique [0002] The defect of the existing hinge is that the structure is complicated and there is no function of adjusting the installed door body on the horizontal X axis, the upper and lower Y axes, and the inner and outer Z axes at the same time. For the door body that requires high installation accuracy, Matching installation cannot be realized, and the installation process is complicated and the practicability is poor. Contents of the invention [0003] In view of this, the technical problem to be solved by the present invention is to provide a simple structure that can adjust the installed door body on the horizontal X axis, the upper and lower Y axes, and the inner and outer Z axes at the same time, with high installation accuracy and suitable for It is a new three-dimensional adjustable hinge with strong compatibility, simple and lab...

AI Technical Summary

Problems solved by technology

[0002] The defect of the existing hinge is that the structure is complicated and there is no function of adjusting the installed door body on the horizontal X axis, the upper and lower Y axes, and the inner and outer Z axes at the same time. For the door body that requires high installation accuracy, Unable to achieve matching installation, and the installation process is complicated and poor in practicability

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