Big data equipment

Abstract

The invention discloses big data equipment, which comprises a data socket fixedly installed in a machine body, and an electric plug connected with data equipment. A depressed slot is formed in the right end face of the data socket, insertion slots with ports facing the depressed slot are formed in the left end wall of the depressed slot in an up-down symmetric manner, electric contact pieces are installed in end walls of the insertion slots, a sliding slot is formed in the end wall deviating from the electric contact piece in each insertion slot, a partition plate is fixedly arranged at a connecting part of each sliding slot and the corresponding insertion slot, a communicating slot which communicates each sliding slot and the corresponding insertion slot is formed in each partition plate, a power transmission cavity is formed in the left end wall of each sliding slot, a sliding block is installed in each sliding slot in a sliding manner, an oblique angle slot with a port facing the corresponding communicating slot is arranged in each sliding block, a power transmission block matched with the corresponding power transmission cavity is fixedly installed on the left end surface of each sliding block, rotary slots are formed in the upper and lower end walls of the depressed slot in a symmetric manner, and a penetrating slot is formed in the right end wall of each rotary slot.

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. Big data devices need to be plugged into data sockets to be powered on before they can run. However, traditional The setting mode of the data socket is too single, and its internal conductive sheet is set relatively outside. These conductive sheets are easily touched by metal rods. Since metal rods can conduct electricity, accidental contact by humans is easy to induce electric shock accidents. Larger potential safety hazards; in addition, traditional big data equipment generally has poor power supply connection stability, and is easily affected by dragging the power supply line, causing loose plug connections, resulting in unexpected power outages. Contents of the...

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. Big data devices need to be plugged into data sockets to be powered on before they can run. However, traditional The setting mode of the data socket is too single, and its internal conductive sheet is set relatively outside. These conductive sheets are easily touched by metal rods. Since metal rods can conduct electricity, accidental contact by humans is easy to induce electric shock accidents. Larger potential safety hazards; in addition, traditional big data equipment generally has poor power supply connection stability, which is easily affected by dragging the power supply line and causing loose plugging, resulting in unexpected power outages

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