Anti-loose electronic wrist strap realized by utilizing 3D (Three-dimensional) printing, and realizing method

Abstract

The invention discloses an anti-loose electronic wrist strap realized by utilizing 3D (Three-dimensional) printing, and a realizing method. The anti-loose electronic wrist strap comprises a wrist strap body, a main controller and a lock catch part, wherein the wrist strap body is an integrally formed mechanism, and comprises a non-conducting wrist strap base and conducting wrist strap wires; the wrist strap wires are burned on the wrist strap base through 3D printing; the wrist strap wires are electrically connected with the main controller; the main controller is in wireless communication with a remote server and feeds back information of an electronic wrist strap wearer to the remote server; colors of the wrist strap wires and color of the wrist strap base are the same; the width of the wire diameter of each wrist strap wire is not less than 0.1mm, and each wire strap wire is thinner than a wire in the prior art, so that the wire strap wires cannot be distinguished easily, the concealment of the wrist strap wires is improved, and the wire strap wires are not easy to break; by adopting the 3D printing technology, each wire strap wire is more flexible in wiring, and wiring paths of the wire strap wires are the same, so that the safety is higher, wiring does not need to be carried out through a mold or a specific device, more cost is reduced, and the production efficiency is higher.

Description

technical field [0001] The invention relates to the technical field of electronic wristbands, in particular to an electronic wristband realized by 3D printing technology and a method for realizing it. Background technique [0002] Electronic wristbands are mainly used in the management of community correction personnel, the management of public security personnel, the management of escort personnel, the management of prison personnel, and the prevention and positioning of children or people suffering from mental illness. A device that is worn on the hands or feet to Carry out positioning communication. [0003] Usually be provided with GPS module, alarm module etc., in the prior art, also be provided with anti-disengagement device, but anti-disengagement device, usually by setting anti-disengagement mechanical effect or anti-disengagement wire on the wristband, when the user forcibly removes Alarm when electronic wristband. The mechanical structure of the anti-disengagemen...

AI Technical Summary

Problems solved by technology

The mechanical structure of the anti-disengagement device in the prior art is generally arranged on the buckle, which is easy to be seen and easily cracked by personnel in the related technical field, while the anti-disengagement wire is electrically connected to the main control circuit board of the electronic wristband, and the wire Generally, it is added to the wristband in a special way. The wire is thick and easy to be distinguished, and it is easy to crack after a little research. The safety level is not high, and the wire is covered on the wristband to affect the appearance. The production process is complicated. and high cost

In the prior art, one or more optical fibers are implanted inside. Although the anti-release effect is good, the structure is complicated, the cost is high, and the fiber cannot be freely stretched due to the large radius of curvature of the optical fiber. Tighten or loosen, and the junction of the optical path and the circuit is prone to water and dust

The other one uses built-in FPC technology. Although the above two technologies have been greatly improved, the production process is complicated, the yield is low, and the closed loop in the wristband is fixed, which may be cracked.

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