Communication power supply and machine room environment system simulator

Abstract

The utility model provides a communication power supply and a machine room environment system simulator, and the simulator comprises a control host, a power supply module, a relay, a serial port wiring terminal, a switching value input terminal, a switching value output terminal, and / or a touch display screen. The control host is connected with the serial port extension module, the switching value input extension module and the switching value output extension module; the serial port expansion module is connected with the serial port wiring terminal to realize simulation of a signal 1; the switching value input expansion module is connected with a switching value input terminal to realize simulation of a signal 2; and the switching value output expansion module is connected with the relay and the switching value output terminal to realize simulation of a signal 3. The system simulator can simulate intelligent equipment of a railway communication power supply and a machine room environment system, can set parameters of the intelligent equipment, and can monitor and display the operation condition of the intelligent equipment in real time.

Description

Technical Field

[0001] The utility model relates to a system simulator, in particular to a communication power supply and computer room environment system simulator. Background Technique

[0002] In recent years, the technology and scale of the communication power supply monitoring system have witnessed great development. Its reliability and intelligence level have also been continuously improved, and it is developing towards centralized monitoring and unmanned management. Under the modern background, the communication power supply technology needs to continuously seek new breakthroughs to meet the development needs of the communication network. Optimizing and upgrading the communication power supply technology will also promote the popularization of corresponding communication equipment.

[0003] However, there are also some bottlenecks and drawbacks in current research and application practices. For example: the product quality is uneven. Due to the huge development potential and space in the market, numerous power supply manufacturers and computer system integrators have developed their own monitoring products. However, due to the imperfect relevant standards and detection mechanisms, the product quality is uneven, which affects the reliability of the system; the technical strength and experience are insufficient. Many manufacturers' designs in communication power supply monitoring technology are not mature, and their technical strength is insufficient to ensure technical support and after-sales service; the experience in large-scale construction is relatively lacking, and the system functions need to be improved. Although the monitoring system has developed rapidly, its performance in some aspects such as fault diagnosis and analysis, data statistics, etc. has not been fully improved and developed. In terms of system response and data processing, as the complexity of the system increases, the pressure on the database increases, the system response becomes slower, the time to query historical data becomes longer, and frequent alarm information also increases the management difficulty.

[0004] In view of the above-mentioned usage defects, the following improvements need to be made: 1) Improve standards and detection mechanisms: To ensure product quality, relevant standards and quality detection mechanisms should be established and improved to enhance the unity and reliability of product quality. 2) Enhance technical strength and accumulate experience: The improvement of technical strength and the accumulation of large-scale construction experience are the keys to improving the reliability and stability of the system. Manufacturers need to continuously strengthen their technology research and development and service capabilities. 3) System optimization and upgrade: Optimize and upgrade the existing centralized monitoring system for communication power supply and computer room environment to adapt to the complex network environment and improve data processing capabilities. 4) Strengthen system design: In system design, the scalability, reliability, and maintainability of the system should be fully considered to meet future development needs. 5) Improve system stability and perfect system functions: As an advanced means of power supply maintenance, the communication power supply monitoring system needs to have practical maintenance and be equipped with high-quality maintenance personnel to improve system stability and perfect system functions. 6) Strengthen system monitoring and performance evaluation during product operation.

[0005] During this process, there is an urgent need for a communication power supply and computer room environment system simulator that is small in size and light in weight compared to the intelligent devices of the communication power supply and computer room environment system, to detect, monitor, and assist in improving the performance of the intelligent devices of the communication power supply and computer room environment system, and to conduct parallel verification and performance evaluation on related intelligent devices. Summary of the Invention

[0006] To overcome the defects of the prior art, the present invention provides a communication power supply and computer room environment system simulator, which can simulate the intelligent devices of the railway communication power supply and computer room environment system, can set the parameters of the intelligent devices, and can monitor and display the operation status of the intelligent devices in real time. At the same time, compared with the intelligent devices of the communication power supply and computer room environment, this system simulator is small in size and light in weight, making it convenient to carry and transport.

[0007] The communication power supply and computer room environment system simulator provided by the present invention, wherein the simulator includes a control host, a power module, a relay, a serial port wiring terminal, a digital input terminal, a digital output terminal, and / or a touch display screen;

[0008] The control host is connected to a serial port expansion module, a digital input expansion module, and a digital output expansion module;

[0009] The serial port expansion module is connected to the serial port wiring terminal to simulate Signal 1;

[0010] The digital input expansion module is connected to the digital input terminal to simulate Signal 2;

[0011] The digital output expansion module is connected to the relay and the digital output terminal to simulate Signal 3.

[0012] Preferably, for the system simulator provided by the present invention, the connection between the control host and the touch display screen is used to set the parameters and protocols of Signal 1, and / or detect the digital input signals in Signal 2, and / or turn on and / or off the digital output signals in Signal 3 by triggering the touch display screen.

[0013] Preferably, for the system simulator provided by the present invention, Signal 1 includes one or more of power distribution equipment, uninterruptible power supply, rectifier distribution system, battery monitoring equipment, diesel generator, intelligent air conditioner, non-intelligent air conditioner, lightning protection monitoring equipment, heat exchange equipment, fresh air equipment, computer room grounding monitoring equipment, and / or temperature and humidity sensors, and the signal is output through the serial port wiring terminal.

[0014] Preferably, for the system simulator provided by the present invention, Signal 2 includes lamp control, and the signal is input through the digital input terminal.

[0015] Preferably, for the system simulator provided by the present utility model, signal 3 includes one or more of access control, smoke sensor, infrared sensor, water immersion sensor, and / or window break sensor, and outputs signals through digital output terminals.

[0016] Preferably, for the system simulator provided by the present utility model, the simulator further includes a chassis, a host expansion module, internal wiring terminals, a network interface, a power interface, and / or a power switch and indicator lights.

[0017] Preferably, for the system simulator provided by the present utility model, the chassis includes a chassis shell, a chassis front panel, a chassis rear panel, a device mounting plate, a touch display mounting plate, and / or an external wiring terminal mounting plate;

[0018] The control host, the host expansion module, the power module, the internal wiring terminals, and the relays are mounted on the device mounting plate, and the device mounting plate is mounted inside the chassis;

[0019] The touch display is mounted on the touch display mounting plate;

[0020] The serial port wiring terminals, the digital input terminals, the digital output terminals, the network interface, and the power interface are mounted on the external wiring terminal mounting plate, and the external wiring terminal mounting plate is mounted on the chassis rear panel;

[0021] The power switch and indicator lights, and the touch display mounting plate are mounted on the chassis front panel.

[0022] Preferably, for the system simulator provided by the present utility model, the power module is connected to the power switch and indicator lights, the internal wiring terminals, the control host, and the touch display; the power module provides power for the control host and the touch display; the power switch and indicator lights control and / or display the on and off of the power module; the internal wiring terminals shunt the power.

[0023] Preferably, for the system simulator provided by the present utility model, the network interface is connected to the control host, and programs are burned into the control host through the network interface, and / or the control host is remotely connected.

[0024] Preferably, for the system simulator provided by the present utility model, the simulator can simulate intelligent devices in a communication power supply and computer room environment system, and / or set parameters of the intelligent devices, and / or monitor and display the operation status of the intelligent devices in real time.

[0025] The system simulator provided by the present utility model can simulate intelligent devices, non-intelligent devices, and environmental sensors monitored by a railway communication power supply and computer room environment system. For example, it can simulate the computer room environment (smoke sensors, water immersion sensors, window break sensors, door magnetic sensors, infrared sensors, light control devices, temperature and humidity sensors), distribution boxes, uninterruptible power supply (UPS), rectifier distribution systems, valve-regulated sealed lead-acid batteries, lithium batteries, diesel generators, intelligent air conditioners, non-intelligent air conditioners, lightning protection devices, heat exchange devices, fresh air devices, computer room grounding, intelligent access control, etc. At the same time, compared with the volume and weight of intelligent devices in the communication power supply and computer room environment system, it has the characteristics of small volume and light weight, which is convenient for carrying and transportation. Brief Description of the Drawings

[0026] In order to more clearly illustrate the technical solutions of the embodiments of the present utility model, the following will briefly introduce the drawings required for use in the description of the embodiments. Obviously, the following drawings are only some embodiments of the present utility model. For those of ordinary skill in the art, without creative efforts, other drawings can be obtained based on these drawings.

[0027] Figure 1 It is a module connection diagram of the system simulator provided by the present utility model;

[0028] Figure 2 It is a mechanical connection diagram of the system simulator provided by the present utility model. Detailed Embodiments

[0029] In order to further clarify the present utility model, the following embodiments are given. It should be noted that these embodiments are completely illustrative. The purpose of giving these embodiments is to fully clarify the meaning and content of the present utility model, but the present utility model is not limited to the scope of these embodiments.

[0030] Embodiment 1

[0031] As Figure 1 and Figure 2 shown, the communication power supply and computer room environment system simulator provided by the present utility model, wherein the simulator includes a control host 7, a power module 2, a relay 9, a serial port terminal block 15, a digital input terminal 11, a digital output terminal 11', and / or a touch display screen 5; the control host 7 is connected to a serial port expansion module, a digital input expansion module, and a digital output expansion module.

[0032] As Figure 1As shown, in one embodiment, the serial port expansion module is connected to the serial port terminal block 15 to simulate Signal 1. Signal 1 may include one or more of a power distribution device, an uninterruptible power supply, a rectifier power distribution system, a battery monitoring device, a diesel generator, an intelligent air conditioner, a non-intelligent air conditioner, a lightning protection monitoring device, a heat exchange device, a fresh air device, a computer room grounding monitoring device, and / or a temperature and humidity sensor, and outputs signals through the serial port terminal block 15.

[0033] The digital input expansion module is connected to the digital input terminal 11 to simulate Signal 2. Signal 2 may include lamp control and inputs signals through the digital input terminal 11.

[0034] The digital output expansion module is connected to the relay 9 and the digital output terminal 11' to simulate Signal 3. Signal 3 may include one or more of an access control, a smoke sensor, an infrared sensor, a water immersion sensor, and / or a window break sensor, and outputs signals through the digital output terminal 11'.

[0035] Among them, the control host 7 is connected to the touch display screen 5. By triggering the touch display screen 5, the parameters and protocols of Signal 1 are set, and / or the digital input signals in Signal 2 are detected, and / or the digital output signals in Signal 3 are turned on and / or off.

[0036] Embodiment 2

[0037] Figure 2 As shown, the system simulator provided by the present utility model further includes a chassis, a host expansion module 8, an internal terminal block 10, a network interface 13, a power supply interface 16, and / or a power switch and indicator 17.

[0038] Among them, the chassis includes a chassis housing 1, a chassis front panel 4, a chassis rear panel 14, a device mounting board 3, a touch display screen mounting board 6, and / or an external terminal block mounting board 12;

[0039] The control host 7, the host expansion module 8, the power supply module 2, the internal terminal block 10, and the relay 9 are mounted on the device mounting board 3, and the device mounting board 3 is mounted inside the chassis;

[0040] The touch display screen 5 is mounted on the touch display screen mounting board 6;

[0041] The serial port terminal block 15, the digital input terminal 11, the digital output terminal 11', the network interface 13, and the power supply interface 16 are mounted on the external terminal block mounting board 12, and the external terminal block mounting board 12 is mounted on the chassis rear panel 14;

[0042] The power switch and indicator 17 and the touch display screen mounting board 6 are mounted on the chassis front panel 4.

[0043] Among them, the power supply module 2 is connected to the power switch and indicator light 17, the internal wiring terminal 10, the control host 7, and the touch display screen 5; the power supply module 2 provides power for the control host 7 and the touch display screen 5; the power switch and indicator light 17 control and / or display the on and off of the power supply module 2; the internal wiring terminal 10 shunts the power supply.

[0044] The network interface 13 is connected to the control host 7, and the program is burned into the control host 7 through the network interface 13, and / or remotely connected to the control host 7.

[0045] The simulator can simulate intelligent devices in the communication power supply and computer room environment system, and / or set parameters of the intelligent devices, and / or monitor and display the operation status of the intelligent devices in real time.

[0046] The above is only the specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any person skilled in the art within the technical scope disclosed by the present invention can easily think of changes or substitutions, which should all be covered within the protection scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.

Claims

1. A communication power supply and computer room environment system simulator, characterized in that, The simulator includes a control host, a power module, a relay, a serial port terminal block, digital input terminals, digital output terminals, and / or a touch display screen; The control host is connected to a serial port expansion module, a digital input expansion module, and a digital output expansion module; The serial port expansion module is connected to the serial port terminal block to simulate Signal 1; The digital input expansion module is connected to the digital input terminals to simulate Signal 2; The digital output expansion module is connected to the relay and the digital output terminals to simulate Signal 3.

2. The system simulator according to claim 1, characterized in that, The connection between the control host and the touch display screen is used to set the parameters and protocols of Signal 1, and / or detect the digital input signals in Signal 2, and / or turn on and / or off the digital output signals in Signal 3 by triggering the touch display screen.

3. The system simulator according to claim 1, wherein Signal 1 includes one or more of power distribution equipment, uninterruptible power supply, rectifier power distribution system, battery monitoring equipment, diesel generator, intelligent air conditioner, non-intelligent air conditioner, lightning protection monitoring equipment, heat exchange equipment, fresh air equipment, computer room grounding monitoring equipment, and / or temperature and humidity sensors, and the signal is output through the serial port terminal block.

4. The system simulator according to claim 1, wherein Signal 2 includes lamp control, and the signal is input through the digital input terminals.

5. The system simulator according to claim 1, characterized in that Signal 3 includes one or more of access control, smoke sensor, infrared sensor, water immersion sensor, and / or window break sensor, and the signal is output through the digital output terminals.

6. The system simulator according to claim 1, wherein The simulator further includes a chassis, a host expansion module, internal terminal blocks, a network interface, a power interface, and / or a power switch and indicator lights.

7. The system simulator according to claim 6, wherein The chassis includes a chassis housing, a chassis front panel, a chassis rear panel, an equipment mounting board, a touch display screen mounting board, and / or an external terminal block mounting board; The control host, the host expansion module, the power module, the internal terminal blocks, and the relay are mounted on the equipment mounting board, and the equipment mounting board is installed inside the chassis; The touch display screen is mounted on the touch display screen mounting board; The serial port terminal block, the digital input terminals, the digital output terminals, the network interface, and the power interface are mounted on the external terminal block mounting board, and the external terminal block mounting board is installed on the chassis rear panel; The power switch and indicator lights, and the touch display screen mounting board are installed on the chassis front panel.

8. The system simulator according to claim 6, wherein The power module is connected to the power switch and indicator lights, the internal terminal blocks, the control host, and the touch display screen; the power module provides power for the control host and the touch display screen; the power switch and indicator lights control and / or display the on and off of the power module; the internal terminal blocks shunt the power.

9. The system simulator according to claim 6, wherein The network interface is connected to the control host, and a program is burned into the control host through the network interface, and / or the control host is remotely connected.

10. The system simulator according to claim 1, characterized in that, The simulator can simulate intelligent devices in a communication power supply and computer room environment system, and / or set the parameters of the intelligent devices, and / or monitor and display the operating conditions of the intelligent devices in real time.

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