TWM518365U - Remote boot-up system - Google Patents

Description

Remote boot system

The present invention relates to a remote booting system, and more particularly to a relay unit, a network interface card, a micro control unit, a network host, a network, a back end module, and a front end module combination. In the remote booting system, the computer user sometimes needs to turn on the power of the remote computer to log in from the remote end. With the remote booting system of the creation, the user can open the command from a network host. The power of the remote computer.

There is a network wake-up technology. The principle is that when the computer brain is turned off, the network card and the motherboard part of the machine still have weak power supply. This weak power supply allows the network card to maintain the minimum operational capability. The network card can listen to the network broadcast information from outside the computer, and detect and interpret the information content. Once the content of the web broadcast has a specific information content, the specific content is called a magic packet, and the network card will perform The boot program will boot the computer. However, this method has some shortcomings. First, it can only be awakened by another computer or router in the same network. The distance is too short. The second is to set up a complicated computer that wakes up and wakes up others. The computer has to do some complicated settings. Third, some motherboards and network cards do not support the network wake-up function. Because of such restrictions, they are not commonly used.

The main purpose of this creation is to eliminate the above shortcomings, and to create the remote open Machine system, this creation can control the remote computer's boot line and start the remote computer, without any settings and applicable to any computer.

For the above purposes, a remote booting system of the present invention comprises: a relay unit for turning on or off the internal circuit of the computer to turn on the computer; and a network interface card for transmitting or receiving data; a micro control unit electrically connected to the relay unit and the network interface card for controlling the network interface card to transmit or receive data and controlling the switching action of the relay unit; a network host is used to connect Connecting to the micro control unit and transmitting a command to the micro control unit; and a network for connecting the network host and the network interface card; wherein: the micro control unit comprises: a back end module Used to receive the command to drive the micro control unit to control the switching action of the relay unit; and the network host includes: a front end module for receiving the user's power-on command and transmitting the command to the back-end mode group.

11‧‧‧Relay unit

12‧‧‧Micro Control Unit

121‧‧‧Back module

13‧‧‧Network interface card

14‧‧‧Network

15‧‧‧Web Hosting

151‧‧‧ Front End Module

21‧‧‧ boot line

211‧‧‧Normally open switch

212‧‧‧ wire

213‧‧‧pin connector

31‧‧‧Users

Figure 1 is a structural diagram of the creation.

Figure 2 is a diagram of an embodiment of the present creation.

In order to facilitate the review board members to further understand the structural features of this creation and its practical purposes, only the embodiment diagram with detailed description as follows: For the practice of this creation, please refer to Figure 1, using a relay unit 11 to connect Or cut off the internal circuit of the computer to turn on the computer; use a network interface card 13 to transmit or receive data; use a micro control unit 12, which is electrically connected to the relay unit and the network interface card to control the network The interface card transmits or receives data and controls the switch of the relay unit Action; using a network host 15 to connect to the micro control unit and transmitting commands to the micro control unit; and using a network 14 to connect the network host to the network interface card; wherein: the micro The control unit uses a back end module 121 to drive the micro control unit to control the switching action of the relay unit after receiving the command; and the network host uses a front end module 151 to accept the user's power on command. Pass this command to the backend module.

The remote booting system of the present invention, as shown in FIG. 2, has a booting line 21 in the general computer case, which is composed of a normally open switch 211, a wire 212 and a pin connector 213. The normally open switch 211 is fixed on the front panel of the computer case, and the pin connector is connected to the motherboard. When the manual switch is started, the normally open switch is pressed to be turned on, as long as the on time exceeds a rated time. For example, for half a second, the computer can be started. Even if the normally open switch is released to open the circuit, it will not affect the computer to continue to boot. When the remote boot system of the creation is installed, the relay unit is only required. 11 can be connected in parallel with the normally open switch, so that the relay unit can start the computer as long as the switch-on time exceeds a rated time, and does not affect the original function of the normally open switch, that is, When the relay unit is turned on, it can also be turned on using the normally open switch, and the relay unit can be controlled from the far end.

When the user 31 orders the remote terminal computer to be turned on, the front end module drives the network host 15 to send the command to the micro control unit via the network 14 through the network interface card 13. 12, received by the backend module 121, the backend module immediately drives the micro control unit to control the relay unit 11 to be turned on, and the on time exceeds a rated time, so that the computer where the boot line 21 is located Will be activated.

The above is a disclosure of a preferred embodiment of the present invention, and is not intended to limit the present The scope of the creation, the scope of protection of this creation is still subject to the definition of the scope of the patent application below.

11‧‧‧Relay unit

12‧‧‧Micro Control Unit

121‧‧‧Back module

13‧‧‧Network interface card

14‧‧‧Network

15‧‧‧Web Hosting

151‧‧‧ Front End Module

21‧‧‧ boot line

211‧‧‧Normally open switch

212‧‧‧ wire

213‧‧‧pin connector

31‧‧‧Users

Claims (2)

A remote booting system comprising: a relay unit for turning on or off a computer internal circuit to turn on a computer; a network interface card for transmitting or receiving data; and a micro control unit electrically connected The relay unit and the network interface card are used to control the network interface card to transmit or receive data and control the switching action of the relay unit; a network host is used to connect to the micro control unit and transmit commands. To the micro control unit; and a network for connecting the network host and the network interface card; wherein: the micro control unit comprises: a back end module for receiving a command to drive the micro control The unit controls the switching action of the relay unit; and the network host includes: a front end module for transmitting the command to the back end module after accepting the user's power on command. The remote booting system of claim 1, wherein the web host is a smart phone.