Computer mobile terminal plugging control device, matched plug connector and control method

Abstract

The invention relates to a computer mobile terminal plugging control device, a matched plug connector and a control method. A rotary bearing sleeve movably sleeves a plugging intervention seat and a sliding plugging port, a plugging alignment seat is mounted at the top of the rotary bearing sleeve, a limiting insertion port is formed in the center of the plugging alignment seat, the top of the limiting insertion port communicates with a limiting groove formed in the top of the plugging alignment seat, the bottom of the limiting insertion port communicates with a limiting rotating cavity formed in the inner wall of the rotary bearing sleeve, and the bottom of the limiting rotating cavity communicates with the top face of the plugging intervention seat. The inner wall of the rotary bearing sleeve and the outer wall of the plugging intervention seat are provided with rotary limiting devices which are matched with each other; The product solves the problem of alignment when a traditional computer is connected with an external terminal device, when a matched plug connector is inserted into the product device, butt joint is achieved in a rotating and pressing mode, when the directions of butt joint ports are inconsistent, alignment of the directions of the butt joint ports is achieved in a rotating mode, the rotating angle is 180 degrees, and then limiting and overall protection of the plug connector are realized through the outer contour of the plugging alignment seat.

Description

technical field [0001] The invention relates to the field of computers, in particular to a computer mobile terminal plug-in control device, a matching plug-in piece and a control method. Background technique [0002] At present, when traditional computers are connected to external terminal devices, plug-in connections are generally required. Especially when large data needs to be imported or exported for real-time mobile storage, U disks or mobile hard disks are required for plug-in processing. The entrance is a portable socket regardless of the front and the back, but when these mobile terminal devices are connected to the computer, the USB interface is generally used to implement the connection process with the computer. The docking between the USB socket and the USB connector needs to be carried out smoothly after the front alignment is required according to the design of the SUB interface. When the square position between the USB socket and the USB connector does not cor...

AI Technical Summary

Problems solved by technology

[0002] At present, when traditional computers are connected to external terminal devices, plug-in connections are generally required. Especially when large data needs to be imported or exported for real-time mobile storage, U disks or mobile hard disks are required for plug-in processing. The entrance is portable regardless of the front and back of the plug interface, but when these mobile terminal devices are connected to the computer, the USB interface is generally used for connection processing with the computer.

The docking between the USB socket and the USB connector needs to be carried out smoothly after the front alignment is required according to the design of the SUB interface. When the square position between the USB socket and the USB connector does not correspond, it will It will cause the USB to fail to realize the plugging operation smoothly

In the process of plugging, when the user picks up the USB connector and performs the plugging operation with the USB socket on the computer, the probability of successful alignment is 50%. When the user aligns successfully, it can Realize direct plugging, but when the alignment is unsuccessful, the direction of the USB connector needs to be reversed. During the flipping process, it is easy to cause the position of the plug-in and the USB socket to change, resulting in the inability to find the socket smoothly. In addition , the position of the usb inlet of the computer is generally on the side of the computer or in a relatively hidden position. These positions are not easy to observe, and will also affect the observation and insertion of the USB insert, resulting in low efficiency and The steps of access are cumbersome, and in many cases, too many cooperative operations are required to achieve smooth access

[0003] To sum up the problems and defects of the above-mentioned USB in the access process are as follows: firstly, the probability of plugging is prone to errors, resulting in the ineffective and correct docking of the front and back; secondly, the positioning of the USB insert is difficult, and the insertion of the insert cannot be well and effectively realized The position of the access terminal and the access port is effectively aligned and moved down; again, the position of the USB access port is located in a position where the host computer is not easy to operate, especially when the desktop is plugged in, it is more difficult and complicated

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