Big data equipment

Abstract

The invention relates to big data equipment. The big data equipment comprises a distribution box and a data plug connected with data equipment, wherein a top portion of the distribution box is fixedlyprovided with a dust guard, a right end surface of the distribution box is internally provided with a data socket in matching with the data plug, the data socket is vertically symmetrically providedwith insertion slots with ports facing rightwards, a sliding chamber used for communicating the two insertion slots is arranged between the two insertion slots, the sliding chamber is equipped with asliding rack capable of sliding left and right, a right end surface of the data socket is provided with a concave hole between the two insertion slots, the concave hole is equipped with a push board,a right end wall of the sliding chamber is vertically symmetrically provided with a communication groove communicated with the concave hole, the sliding rack is vertically symmetrically provided witha first sliding groove with a port facing towards with the communication groove, and the first sliding groove is equipped with a sliding bar in a sliding mode, and a right end of the sliding bar penetrates through the communication groove and is fixedly connected with the push board.

Description

technical field [0001] The invention relates to the field of data equipment, in particular to a big data equipment. Background technique [0002] With the rapid development of the big data era, a series of big data devices used in data analysis, data storage, etc. are gradually being used more and more widely. The electrical box is plugged in to provide power to ensure the safety of the power supply. However, the setting mode of these distribution box devices is too single, and the conductive sheets inside are relatively outside. These conductive sheets are easily touched by metal rods. Parts can conduct electricity, and accidental human contact can easily induce electric shock accidents, posing a greater safety hazard; in addition, when traditional big data devices are plugged in for power supply, they only rely on plugging friction to maintain the power supply state. When kicking the data plug or power supply line, it is easy to cause a sudden power failure of the data de...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the big data era, a series of big data devices used in data analysis, data storage, etc. are gradually being used more and more widely. The electrical box is plugged in to provide power to ensure the safety of the power supply. However, the setting mode of these distribution box devices is too single, and the conductive sheets inside are relatively outside. These conductive sheets are easily touched by metal rods. Parts can conduct electricity, and accidental human contact can easily induce electric shock accidents, posing a greater safety hazard; in addition, when traditional big data devices are plugged in for power supply, they only rely on plugging friction to maintain the power supply state. When kicking the data plug or power supply line, it is easy to cause a sudden power failure of the data device, which will lead to data loss and other phenomena

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