CN112905142A

CN112905142A - Multifunctional simulation platform for hardware simulation and infrared technology structure

Info

Publication number: CN112905142A
Application number: CN202110142766.3A
Authority: CN
Inventors: 牟承龙; 黄志祥; 马美玉; 杜国正; 赵馨; 乔修玲
Original assignee: Tianjin Dagang Oil Field Binhai New Energy Oil & Gas Co ltd
Current assignee: Tianjin Dagang Oil Field Binhai New Energy Oil & Gas Co ltd
Priority date: 2021-02-02
Filing date: 2021-02-02
Publication date: 2021-06-04

Abstract

The invention discloses a multifunctional simulation platform for hardware simulation and an infrared technical structure, which belongs to the technical field of computer remote control and comprises a computer, a display, an IPKVM (Internet protocol virtual machine), a PCI-E/PCI interface power supply controller, an infrared receiver, a networking infrared emitter, a USB-ATOUSB-B switching port, an output video wire, an input video wire, a network card or network access equipment, wherein the IPKVM is connected with the computer through the input video wire and is connected with the display through the output video wire; the invention solves the defects of frequent vulnerability, low safety and high charge of the traditional remote control software, realizes the remote control of a hardware layer, greatly improves the stability, realizes the hardware simulation input and output and the computer entity key simulation, still has the remote control capability for the computer fault condition, has good fault tolerance, and can indirectly control the computer with network access limitation through external input and output, thereby realizing the real-time remote management capability of the computer.

Description

Multifunctional simulation platform for hardware simulation and infrared technology structure

Technical Field

The invention belongs to the technical field of computer remote control, and particularly relates to a multifunctional simulation platform for hardware simulation and an infrared technical structure.

Background

The computer is commonly called as computer, is a modern electronic computing machine for high-speed computation, can perform numerical computation and logic computation, and also has the function of storage and memory. The computer is a modern intelligent electronic device which can run according to a program and automatically process mass data at a high speed, and consists of a hardware system and a software system, and a computer without any software is called a bare computer. Can be divided into five types, including supercomputer, industrial control computer, network computer, personal computer and embedded computer, and more advanced computer includes biological computer, photon computer and quantum computer

Computers are currently used as common equipment in work and life, and are indispensable in various fields. When going out and needing to process computer related services, only remote control programs in the form of software can be used. However, the current remote control software is high in charge and frequently vulnerable, and is no longer suitable for users with requirements on economy and safety. Especially when power is off or crashes, the software-level remote control software is stranded and can only be recovered through a computer restart button. There is therefore a need for a hardware-level remote control for a computer that provides remote control capability under hardware simulation and machine failure conditions while providing basic remote operation.

Disclosure of Invention

The present invention is directed to a multifunctional simulation platform for hardware simulation and infrared technology architecture, which solves the above problems of the prior art.

In order to achieve the purpose, the invention provides the following technical scheme: a multifunctional simulation platform for hardware simulation and infrared technology structure comprises a computer, a display, an IPKVM, a PCI-E/PCI interface power supply controller, an infrared receiver, an infrared emitter capable of being networked, a USB-ATOUSB-B switching port, an output video cable, an input video cable, a network card or a network access device, the IPKVM is connected with a computer through an input video cable, the IPKVM is connected with a display through an output video cable, the IPKVM is connected with the computer through the USB-ATOUSB-B switching interface, the PCI-E/PCI interface power supply controller is connected with a PCI-E/PCI port of the computer mainboard, the PCI-E/PCI interface power supply controller is connected with the infrared receiver, the network card or the network access equipment provides a network for the power controller of the IPKVM and the PCI-E/PCI interface through a wired or WIFI mode.

By adopting the scheme, the defects of frequent vulnerability, low safety and high charge of the traditional remote control software are overcome, the remote control of a hardware layer is realized, the stability is greatly improved, the hardware simulation input and output and the computer entity key simulation are realized, the remote control capability is still realized for the computer fault condition, the fault tolerance performance is good, and for the computer with network access limitation, the invention can indirectly control through external input and output, thereby realizing the real-time remote management capability of the computer.

In a preferred embodiment, the video input interface on the IPKVM is connected to a video port on a computer motherboard in the computer via an input video cable, and the video output interface on the IPKVM is connected to the display via an output video cable.

In a preferred embodiment, the keyboard and mouse analog interface on the IPKVM is connected with the USB-A port on the computer mainboard in the computer through the USB-ATOUSB-B adapter.

In a preferred embodiment, the PW socket of the interface power controller on the PCI-E/PCI is connected with the PW post of a computer mainboard, and the RST socket of the interface power controller on the PCI-E/PCI is connected with the RST post of the computer mainboard.

In a preferred embodiment, a PW case lead on the PCI-E/PCI interface power controller is connected with a power button of the main case, and a RST case lead on the PCI-E/PCI interface power controller is connected with a restart button of the main case.

In a preferred embodiment, the infrared receiver socket on the PCI-E/PCI interface power controller is connected with an infrared receiver.

In a preferred embodiment, the network card or network access device connects the IPKVM to a networkable infrared transmitter to enable access to the network.

Compared with the prior art, the invention has the beneficial effects that:

the computer remote control device based on the hardware simulation and the infrared technology overcomes the defects of frequent vulnerability, low safety and high charge of the traditional remote control software, realizes the remote control on the hardware level and greatly improves the stability;

the computer remote control device based on hardware simulation and infrared technology realizes hardware simulation input and output and computer entity key simulation, still has remote control capability for computer fault conditions, and has good fault tolerance.

The computer remote control device based on hardware simulation and infrared technology can indirectly control a computer with network access limitation through external input and output, thereby realizing the real-time remote management capability of the computer.

Drawings

FIG. 1 is a schematic structural diagram of a computer remote control device according to the present invention;

FIG. 2 is a schematic diagram of a PCI-E/PCI interface power supply controller according to the present invention.

In the figure: 1. a display; 2. outputting a video line; 3. IPKVM; 4. a video output interface; 5. a video input interface; 6. a keyboard and mouse simulation interface; 7. inputting a video line; 8. USB-ATOUSB-B switching interface; 9. a computer motherboard; 10. a video port; 11. a USB-A port; 12. PW binding posts; 13. RST binding posts; 14. a PCI-E/PCI interface power supply controller; 15. an infrared receiver jack; 16. a PW socket; 17. an RST socket; 18. PW chassis lead; 19. RST chassis lead wire.

Detailed Description

The present invention will be further described with reference to the following examples.

The following examples are intended to illustrate the invention but are not intended to limit the scope of the invention. The conditions in the embodiments can be further adjusted according to specific conditions, and simple modifications of the method of the present invention based on the concept of the present invention are within the scope of the claimed invention.

Referring to fig. 1-2, the present invention provides a multifunctional simulation platform for hardware simulation and infrared technology architecture, which includes a computer, a display 1, an IPKVM3, a PCI-E/PCI interface power controller 14, an infrared receiver, a network-enabled infrared emitter, a USB-ato USB-B adapter 8, an output video cable 2, an input video cable 7, a network card or a network access device, wherein the IPKVM3 is connected to the computer through the input video cable 7, the IPKVM3 is connected to the display 1 through the output video cable 2, a video input interface 5 on the IPKVM3 is connected to a video port 10 on a computer motherboard 9 in the computer through the input video cable 7, and a video output interface 4 on the IPKVM3 is connected to the display 1 through the output video cable 2.

The IPKVM3 is connected to the computer via the USB-ATOUSB-B adapter port 8, and the keyboard and mouse analog interface 6 on the IPKVM3 is connected to the USB-A port 11 on the computer mainboard 9 via the USB-ATOUSB-B adapter port 8.

The PCI-E/PCI interface power controller 14 is connected with a PCI-E/PCI port of the computer mainboard 9, a PW socket 16 of the PCI-E/PCI interface power controller is connected with a PW binding post 12 of the computer mainboard 9, and a RST socket 17 of the PCI-E/PCI interface power controller 14 is connected with a RST binding post 13 of the computer mainboard 9.

The PW chassis lead 18 on the PCI-E/PCI interface power controller 14 is connected to the power button of the main chassis and the RST chassis lead 19 on the PCI-E/PCI interface power controller 14 is connected to the reboot button of the main chassis.

The PCI-E/PCI interface power controller 14 is connected with an infrared receiver, and an infrared receiver socket 15 on the PCI-E/PCI interface power controller 14 is connected with the infrared receiver.

The network card or network access device provides a network for the IPKVM3 and the PCI-E/PCI interface power controller 14 in the form of a wired or WIFI, and connects the IPKVM3 with the networking infrared ray emitter to access the network.

When the computer is used, the input/output port of the computer is connected with the IPKVM3, specifically, the video port 10 of the computer is connected with the video input interface 5 of the IPKVM3, the video output interface 4 of the IPKV is connected with the display 1, the USB-A port 11 of the computer is connected with the IPKVM3 through the USB-ATOUSB-B switching port 8, the PCI-E/PCI interface power controller 14 is inserted into the PCI-E/PCI interface of the computer mainboard 9, the power supply and the restarting terminal of the PCI-E/PCI interface power controller 14 are connected with the PW binding post 12 and the binding post RST 13 of the computer mainboard 9, the infrared receiver is connected with the PCI-E/PCI interface power controller 14, the IPKVM3 is connected with the networking infrared transmitter into the network through the network card or the network access equipment, and at the moment, the infrared control signal can be transmitted to the PCI-E/PCI interface power supply control on the computer mainboard 9 through the remote control infrared transmitter The PCI-E/PCI interface power controller 14 controls the on-off and the restart of the computer through a PW case lead 18 and an RST case lead 19 which are connected with a computer mainboard 9, controls the input of the USB-ATOUSB-B adapter 8 through remote connection of an IPKVM3 to realize the computer control of hardware level, and can remotely output the display signals of the computer to the network through an output video wire 2 and an input video wire 7 which are connected with an IPKVM 3. And the input and output control, the on and off control and the restarting control of the computer at the hardware level are realized.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. A multifunctional simulation platform for hardware simulation and infrared technology structure, comprising a computer, a display (1), an IPKVM (3), a PCI-E/PCI interface power controller (14), an infrared receiver, a networking infrared emitter, a USB-ATOUSB-B switching port (8), an output video line (2), an input video line (7), a network card or a network access device, characterized in that: IPKVM (3) link to each other with the computer through input video line (7), IPKVM (3) link to each other with display (1) through output video line (2), IPKVM (3) link to each other with the computer through USB-ATOUSB-B switching port (8), PCI-E/PCI interface power supply controller (14) link to each other with computer motherboard (9) PCI-E/PCI mouth, PCI-E/PCI interface power supply controller (14) link to each other with infrared receiver, go up network card or network access equipment and provide the network for IPKVM (3) and PCI-E/PCI interface power supply controller (14) through wired or WIFI form.

2. The computer remote control device based on hardware simulation and infrared technology of claim 1, characterized in that: the video input interface (5) on the IPKVM (3) is connected with a video port (10) on a computer mainboard (9) in the computer through an input video cable (7), and the video output interface (4) on the IPKVM (3) is connected with the display (1) through an output video cable (2).

3. The computer remote control device based on hardware simulation and infrared technology of claim 1, characterized in that: the keyboard and mouse simulation interface (6) on the IPKVM (3) is connected with a USB-A port (11) on a computer mainboard (9) in the computer through a USB-ATOUSB-B adapter port (8).

4. The computer remote control device based on hardware simulation and infrared technology of claim 1, characterized in that: the PW socket (16) of the interface power controller on the PCI-E/PCI is connected with the PW binding post (12) of the computer mainboard (9), and the RST socket (17) on the PCI-E/PCI interface power controller (14) is connected with the RST binding post (13) of the computer mainboard (9).

5. The computer remote control device based on hardware simulation and infrared technology of claim 1, characterized in that: and a PW case lead (18) on the PCI-E/PCI interface power controller (14) is connected with a power button of the main case, and an RST case lead (19) on the PCI-E/PCI interface power controller (14) is connected with a restart button of the main case.

6. The computer remote control device based on hardware simulation and infrared technology of claim 1, characterized in that: and an infrared receiver socket (15) on the PCI-E/PCI interface power controller (14) is connected with an infrared receiver.

7. The computer remote control device based on hardware simulation and infrared technology of claim 1, characterized in that: the network card or the network access equipment connects the IPKVM (3) with the infrared ray emitter which can be connected with the network to realize the network access.