Wireless data receiver for big data transmission

Abstract

The invention relates to a wireless data receiver for big data transmission. An electric-control mechanical window heat radiation technology is introduced, a rectangular opening is formed in the surface of a receiver casing, a window shutter device is arranged, a stepping motor is controlled intelligently on the basis of a temperature detection result which is obtained in real time aimed at the internal of the receiver casing, a follow-up rod controls rotation of shutter plates in the shutter device, the rectangular opening is closed or opened, and thus, a changeable through channel is provided for internal and external spaces of the receiver casing, and heat in the receiver casing can be taken away. According to the technical scheme, the window type heat radiation operation is realized for the wireless data receiver, the heat radiation effect is obvious, and further, the stability of the wireless data receiver for big data transmission in practical application can be ensured effectively.

Description

technical field [0001] The invention relates to a wireless data receiver for large data transmission, belonging to the technical field of wireless data receivers. Background technique [0002] Wireless data receiver refers to a device for receiving wireless data. With the continuous improvement of technology, the development of wireless network is becoming more and more mature, and the wireless transmission rate is becoming faster and faster. Due to the trouble of wiring in wired transmission, and Due to the disadvantage of high cost, wireless data transmission is gradually being applied to all aspects of life. Therefore, the improvement and innovation of wireless data receivers is being carried out along with the development of wireless technology. For example, the patent number: 201210274429.0 discloses a The wireless receiver is used to receive multiple coexisting wireless signals from different positioning systems, which includes an analog front-end and an analog-to-digi...

AI Technical Summary

Problems solved by technology

[0004] It can be seen from the above prior art that the prior art has carried out multi-faceted improvements and innovations for wireless data receivers in order to obtain better performance of wireless data receivers. As we all know, the biggest problem of electronic products is heat dissipation. How to achieve Better heat dissipation is the constant pursuit of electronic product improvement and innovation. Similarly, for wireless data receivers, in order to achieve better and more stable work, better heat dissipation also needs to be considered, but Existing products are mostly considered from the internal space of the product. By providing a larger internal space and using air flow to achieve heat dissipation, but this design has limitations and cannot really achieve heat dissipation, so the heat dissipation effect is limited. In practical applications, will affect the stability of the job

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