Reality augmenting intelligent safety helmet

Abstract

The invention discloses a reality augmenting intelligent safety helmet. The reality augmenting intelligent safety helmet comprises a safety helmet body, and is characterized in that a power supply, a microcontroller and an optical machine arm are arranged on the safety helmet body, a control platform system is carried by the microcontroller, the power supply is connected with the microcontroller, the optical machine arm is provided with a retina imaging projector which is connected with the microcontroller, the included angle for preventing a shielding environment light source from entering human eyes is formed by the edge of the safety helmet and the optical machine arm, and the high-resolution display output of the microcontroller is imaged on retinas of the eyes through the retina imaging projector. By means of the reality augmenting intelligent safety helmet, a built-in microphone based on a connection rod, the video input and the imaging optical machine display are integrated in the safety helmet together with a voice control system, hands, tapping a keyboard, of an operator are liberated, the more portable on-site official business handling is achieved, and through the cooperation with a wireless network, the data exchange in an electric system can be achieved, and the remote control and the remote debugging can be achieved.

Description

technical field [0001] The invention relates to the technical field of safety helmets, and more particularly relates to a safety helmet with an augmented reality function. Background technique [0002] With the requirements of management, the electronic and intelligent requirements of workers' on-site operations are getting higher and higher. Therefore, mobile terminals such as laptops, tablets, and mobile phones are increasingly used in front-line work sites. However, mobile terminals have the following disadvantages in application: [0003] 1. Under strong light, the reflection is more obvious. Although LCD screen manufacturers have introduced a full-view IPS capacitive screen, the display effect is still unsatisfactory, and it is not suitable for field work environments. [0004] 2. The size of the screen tablet is too small, and the fonts displayed are too small, which makes it difficult to distinguish, especially for the front-line employees who are more experienced a...

AI Technical Summary

Problems solved by technology

[0003] 1. Under strong light, the reflection is more obvious. Although LCD screen manufacturers have introduced a full-view IPS capacitive screen, the display effect is still unsatisfactory, and the field work environment is not suitable.

[0004] 2. The size of the screen tablet is too small, the displayed font is too small, it is difficult to distinguish, especially the front-line employees are older and experienced veterans, it is very difficult to read and use

[0005] 3. It is inconvenient to operate, the size is too small to see clearly, and the size is too large to hold and it is not convenient to carry

[0006] 4. You can’t free your hands. When you use it, you always need to hold it with both hands. In rainy days, if the screen gets wet, the screen operation will fail. It is not easy to operate in harsh environments such as rainy days

[0007] 5. Operations such as data entry and on-site video recording are not accurate outdoors, and the operation is inconvenient

But it is just a head-mounted monitor, and its purpose is only to realize the interaction between the wearer of the helmet and the monitoring personnel, and the helmet itself cannot interact with other intelligent systems, in other words, it still cannot satisfy The electronic and intelligent requirements of workers' on-site operations are getting higher and higher. Front-line workers still need to carry tablets and PDAs to work, and they cannot work with both hands, which affects their work.

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