Omnibearing network camera

Abstract

The invention discloses an omnibearing network camera comprising a pedestal, an adjustable supporting bar and a monitoring host housing. The bottom of the adjustable supporting bar is fixed on the pedestal. The top of the adjustable supporting bar is connected with the bottom of the monitoring host housing through a supporting seat. The top of the monitoring host housing forms seal connection with the top of the monitoring host housing. Four side surfaces of the monitoring host housing are provided with one network camera shooting hole respectively. One network camera lens is arranged on the position of the each network camera shooting hole. The network camera lens is connected with a control device. The control device is connected with a lithium battery which is arranged on the bottom of the monitoring host housing through a wire. The control device is connected with a remote server through a wireless network. The remote server is connected with a monitoring terminal through the wireless network. By using the omnibearing network camera of the invention, a motor is not needed to be arranged; omnibearing monitoring can be performed without rotating; information can be transmitted through a 3G network; a difficult wiring problem can be solved. Installation and maintenance are simple.

Description

technical field [0001] The invention relates to a network camera, in particular to an omnidirectional network camera. Background technique [0002] With the development of science and technology, the speed of information transmission is getting faster and faster. In order to facilitate the transmission of information, people have invented network cameras. The pictures captured by network cameras can be quickly transmitted to the remote control terminal through the network, and then the remote control terminal The information is further processed and played out. [0003] At present, most network cameras are used in security systems. Traditional network cameras cannot move automatically after installation, so the monitoring range is very limited. In order to monitor better, people need to install network cameras in every corner. Only in this way can wireless Dead-spot monitoring, but this requires a large number of network cameras, and traditional network cameras need to be c...

AI Technical Summary

Problems solved by technology

However, this kind of network camera still has disadvantages. Once a certain motor is damaged, the monitoring range of the network camera will be reduced by half, and once this kind of network camera is damaged, it must be completely removed for maintenance, so it needs to be replaced with a new network camera, which is very difficult to replace and repair. It is inconvenient. In addition, during the working process of the automatically rotating network camera, there will always be monitoring blind spots, and it is powerless for some important all-round monitoring areas.

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