Real-time monitoring network security isolation protection device

Abstract

The invention relates to the technical field of network security, in particular to a real-time monitoring network security isolation protection device, which comprises a network device main body and a temperature monitoring device, wherein the temperature monitoring device is arranged on the network device main body, a device interface is arranged on one side of the network device main body, a protection device is installed on the side, corresponding to the device interface, of the network device main body, and a movable sleeve is arranged in the protection device. According to the invention, a clamping groove is formed in the outer side of a driving ring, and a protruding block embedded into the clamping groove is arranged on an occlusion piece, so that after a user pokes a moving block to enable the occlusion piece to be attached to the outer side of the driving ring, the driving ring can be manually rotated by the user, a moving sleeve moves inwards under the action of threads, then a clamping block moves towards a joint along with the movement of the moving sleeve and clamps the joint, so that the joint is driven to be directly inserted into a device interface, the user is prevented from manually aligning the device interface for insertion, and the joint can be fixed and prevented from loosening while the joint insertion efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of network security, in particular to a real-time monitoring network security isolation protection device. Background technique [0002] With the continuous advancement of science and technology, the information age has arrived, and information technology has penetrated into various fields of human daily life. In the information age, the network is the carrier of information, and the Ethernet function device plays a key role in the transmission of network information and data. role. [0003] At present, network devices are mostly connected by network cables, and the network cables need to be bent in different directions depending on the location of the network devices, so that the network cables are easy to be bent at too small an angle and cause damage. There is a gap with the interface, resulting in poor contact, and where the network equipment is piled up, heat is also easy to accumulate. Once the equipm...

AI Technical Summary

Problems solved by technology

[0003] At present, network devices are mostly connected by network cables, and the network cables need to be bent in different directions depending on the location of the network devices, so that the network cables are easy to be bent at too small an angle and cause damage. There is a gap with the interface, resulting in poor contact, and where the network equipment is piled up, heat is easy to accumulate. Once the equipment is overheated and the line is not cut off in time, it may cause the equipment to burn and cause huge losses.

Images