An Introduction to the Making Method of HDMI Cable

At present, the HDMI cable on the market still has defects when it is used. For example, the part of the data cable that is too long is too inconvenient to be routed, resulting in the part of the data cable that is too long can not be quickly wound in time, resulting in inconvenience in the process of sorting out the data cable. The existing HDMI cable includes a connector base, one side of which is provided with a data cable connector, and the outer wall of the connector base is provided with an anti-slip groove. The side opposite the connector base and the wire connector is provided with a data connection base. The side of the connector base is provided with a cotton sleeve. The cotton sleeve is provided with a wire tube. The side near the outside of the data line connector is provided with a rubber sleeve. The rubber sleeve is connected with the connector base through a fixed seat. The rubber sleeve is provided with a rectangular groove.

The above scheme can improve the stability of the stuck data line in the card slot by setting the winding plate, the wire hole, the card block and the card slot, and then solve the problem that the traditional device is difficult to wind the part of the data line that is too long. However, in the above scheme, the function of the winding reel is relatively simple, and the independent arrangement has no cost advantage for the traditional bundling with finishing line. Therefore, a general HDMI line not limited to winding arrangement is required.

Technical elements: technicians provide an HDMI cable, which can complete the winding and protect the HDMI connector. To solve the above technical problems, the HDMI cable adopts the following technical solution: an HDMI cable, including a connector base, the front of the connector base is fixed with an HDMI connector, the back of the connector base is fixed with a data cable, and also includes a hollow winding box; The front side opening of the winding box, the left and right side walls of the winding box are provided with a first wire clamping opening along the length direction, and the left and right sides of the rear side wall of the winding box are provided with a second wire clamping opening connected with the first wire clamping opening on the same side; An inlet hole is also arranged in the middle of the rear wall of the winding box; The data line passes through the inlet hole; The winding box can accommodate the connector bracket and hdmi connector. The basic principle and beneficial effects of this scheme are as follows: In this scheme, when the hdmi data line is not used, the connector base and the hdmi connector are located in the winding box to protect the connector base and the hdmi connector. When winding arrangement is required, slide the winding box along the axial direction of the data line to keep the winding box away from the connector base, and then bend the data line into the first bayonet and the second opening to realize the winding arrangement of the data line.

To sum up, the above HDMI cable can be wound to protect the HDMI interface. The first strip protrusion is fixed on the inner side of the upper side wall of the winding box along the length direction; The top surface of the joint seat is provided with a first chute which is matched with the first strip protrusion along the length direction. When the connector is located in the shuttle shell, the shuttle shell can be limited by the cooperation of the first strip protrusion and the first chute, thus preventing the shuttle shell from shaking at will. The number of the first strip protrusions is two, which are symmetrically distributed; The number of the first chute is two, corresponding to the first strip protrusion. When the data line is stuck into the first wire clamping opening and the second wire opening, it is easy to shake in the winding box, for example, the data line on the left is easy to move to the right; By setting two first strip protrusions, the clamped data line can be limited to a certain extent to prevent the data line from shaking freely in the winding box.