Spectacles with LED lighting devices

Abstract

The invention relates to a pair of spectacles with LED lighting devices, which comprises legs, a frame, covers and LED control devices. The covers are arranged on the outer sides of the legs of the spectacles; the LED control devices are arranged between the covers and the legs of the spectacles; the switch devices of the LED control devices are raised outside the covers; the switch devices can be pressed to control an LED to emit light towards the front of the spectacles; the covers and the legs of the spectacles are arranged together by clamping mortises in a hooking way; and the LED control devices and the legs of the spectacles are fixed together by clamping mortises in a hooking way. Compared with the spectacles adopting the way of combining by bolts in the prior art, the pair of spectacles has the advantages that the batteries are convenient to assemble and disassemble. The pair of spectacles can be operated visually and is safe to the body of the user. In addition, protecting rims at the periphery of the switch devices are arranged on the outer surfaces of the covers in a raising way, thus the switches can not be touched accidentally to consume electricity.

Description

technical field [0001] The invention relates to glasses, in particular to glasses with LED lighting devices. Background technique [0002] In order to facilitate reading in places with poor light such as airplanes, trains, and beds, or to facilitate night walking and maintenance and sorting of items in small spaces (such as vehicle maintenance, locker organization), etc., there is a need for small auxiliary lighting. Therefore, the market Glasses with LED lighting on them are very popular, and one of them is designed as Figure 5 As shown, an accommodating groove 61 is recessed on the inner side of the spectacle leg 60 close to the spectacle frame 70, and an LED control device is installed in the accommodating groove 61, which includes a circuit board (not shown in the figure), installed on the circuit board LED62, a battery pack 63, and a protruding push-type switch 64 protrude from the front end of the glasses leg 60, and a fixed cover 65 covering the circuit board is prov...

AI Technical Summary

Problems solved by technology

[0004] 1. Since the push switch 64 is located inside the temple 60, every time you want to control the LED light, you must take it off or press it on the inside and outside of the temple 60 with two fingers to operate, especially when working in a dirty environment It is easy to accidentally touch the user's face or eyes during use, which does not conform to the principles of personal hygiene and simple operation, and does not conform to the intuitive use habits of ordinary consumers.

[0005] 2. Since both the fixed cover 65 and the movable cover 66 are fixed by bolts, instruments or hand tools are required during assembly, which is quite inconvenient and time-consuming, and increases production costs

[0006] 3. Although in order to maintain the integrity and beauty of the outer surface of the glasses, the LED control device is arranged on the inner side of the glasses leg 60, but since the cover is combined with bolts, multiple bolt heads can still be seen on the inner surface of the glasses leg 60 , not very beautiful, does not meet the requirements of modern people who pursue texture

[0007] 4. Since it needs a total of 10 bolts to fix the covers on both sides, and the bolts need to be electroplated and anti-rust, it is not conducive to the concept of modern environmental protection

[0008] 5. The battery pack 63, the push switch 64 and the fixed cover 65 are detachable parts. If they are accidentally detached due to external impact or poor locking, there is a possibility of accidentally hurting the human body (such as eyes or face) , so there is still room for improvement in terms of safety performance

[0009] Therefore, the above-mentioned existing glasses structure with LED lighting is not only unfavorable for manufacturing, but also does not meet the requirements of consumers for the quality, appearance, ease of use and safety of glasses.

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