CN108681304A - Automatic garage monitoring system - Google Patents

Abstract

The invention relates to the field of monitoring systems, in particular to an automatic garage monitoring system, which includes an instruction receiving system, a real-time monitoring system, an execution operating system, a PLC control system and an MCGS configuration online monitoring system. The monitoring system combines the PLC control system and MCGS configuration software to form a set of automatic garage monitoring system. The monitoring personnel can understand the operation of the automatic garage door in real time through the host computer, timely alarm the automatic garage door system failure, analyze and judge the cause of the failure, and ensure Reliability of garage operation.

Description

An automatic garage monitoring system

technical field

The invention relates to the field of monitoring systems, in particular to an automatic garage monitoring system.

Background technique

With the acceleration of the city process and the improvement of people's economic ability, the number of private cars in large and medium-sized cities has increased sharply, and the parking problem has become a very serious social problem. With the development of the automobile industry, the purchasing power of urban automobiles in China has gradually increased. Automobiles have become an indispensable tool in people's daily life, especially with the continuous improvement of today's automation technology, the popularization of the reliability of automatic garages has become the focus of attention.

Contents of the invention

The purpose of the present invention is to provide an automatic garage monitoring system. The monitoring system is combined with PLC control system and MCGS configuration software to form a set of automatic garage monitoring system. The monitoring personnel can understand the operation of the automatic garage door in real time through the host computer, and timely monitor the automatic garage door. The fault of the garage door system will give an alarm, analyze and judge the cause of the fault, and ensure the reliability of the garage operation.

In order to achieve the above object, the present invention provides the following technical solutions: an automatic garage monitoring system, including an instruction receiving system, a real-time monitoring system, an execution operating system, a PLC control system and an MCGS configuration online monitoring system;

The instruction receiving system includes,

The up control button is used to issue an instruction to open the door;

The down control button is used to issue an instruction to close the door;

The emergency stop control button is used to issue an instruction to stop the operation of the door;

The real-time monitoring system includes,

The vehicle sensor is used to detect whether there is a vehicle arriving at the garage door;

The parking sensor is used to detect whether the vehicle is parked at the parking position;

The motor work monitoring module is used to monitor whether the motor is overloaded;

The vehicle door status monitoring module is used to monitor whether the vehicle is fully opened or fully closed;

The execution operating system includes,

The motor is used to drive the door to open or close through forward and reverse rotation;

The door open indicator light is used to light up when the door is opening;

The door closing indicator light is used to light up when the door is closing;

Alarm light, used to press the emergency stop control button or light up when the motor is overloaded;

The PLC control system is used to upload the monitoring data of the real-time monitoring system, receive the control instructions issued by the MCGS configuration online monitoring system, and control the actions of the operating system according to the control instructions;

The MCGS configuration online monitoring system includes,

The operation control module is used to read the garage operation control instruction in the instruction storage module according to the received monitoring data, and send the control instruction to the PLC control system;

The instruction storage module is used for storing the control instruction of garage operation.

Further, the MCGS configuration online monitoring system also includes a timing module,

The timing module is used to provide a timing function for the operation control module.

Further, the MCGS configuration online monitoring system also includes an animation demonstration module,

The animation demonstration module is used to demonstrate the control process of running the control module through animation demonstration.

Further, the MCGS configuration online monitoring system also includes a reporting module,

The report module includes a real-time data report and a historical data report;

The real-time data form is used to display and print the data variables of the current time according to the report format;

The historical data report is used to display and print the data variables in the selected time or time period according to the report format.

Further, the MCGS configuration online monitoring system also includes a curve display module, and the curve display module includes a real-time curve display module and a historical curve display module;

The real-time curve display module is used to display one or more data variables in the form of animation curves;

The historical curve display module is used to provide a graph of historical data of one or more data variables.

Further, the MCGS configuration online monitoring system also includes a user authority management module,

The authority management module is used to set the use authority of different users.

Further, the MCGS configuration online monitoring system communicates with the PLC control system through a wireless communication network.

Further, the communication mode of the wireless communication network is one or more of WIFI, 2G, 3G, 4G and GPRS.

The automatic garage monitoring system of the present invention uses the advantages of simple configuration software, good visibility, maintainability, high performance, high reliability, and its realistic dynamic picture, so that the manager can understand the garage intuitively, clearly and accurately The running status of the system can be effectively monitored by configuring the real-time garage system on the screen, and the operation of the garage can be controlled directly through the computer to comprehensively improve the efficiency and monitoring of the system to ensure the reliability of the garage.

Description of drawings

The accompanying drawings are used to provide a further understanding of the present invention, and constitute a part of the description, and are used together with the embodiments of the present invention to explain the present invention, and do not constitute a limitation to the present invention.

In the attached picture:

Figure 1 is a schematic diagram of the overall structure of the monitoring system.

Detailed ways

The preferred embodiments of the present invention will be described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described here are only used to illustrate and explain the present invention, and are not intended to limit the present invention.

The automatic garage monitoring system of the present invention includes an instruction receiving system, a real-time monitoring system, an execution operating system, a PLC control system and an MCGS configuration online monitoring system;

Wherein, when the user uses the garage, he mainly inputs control commands through the command receiving system. Usually, the command receiving system is mainly a button arranged outside the garage, corresponding to the functions to be realized. The command receiving system includes:

The up control button is used to issue an instruction to open the door;

The down control button is used to issue an instruction to close the door;

The emergency stop control button is used to issue a command to stop the operation of the door.

Among them, the real-time monitoring system is an indispensable module for the normal operation of the automatic garage. It is mainly used to detect whether there is a vehicle arriving, whether the vehicle has parked in place and other information. By transmitting these information to the PLC control system, the normal operation of the automatic garage is realized. Operation, in this embodiment, corresponding to its intended purpose, the real-time monitoring system includes,

The vehicle sensor is used to detect whether there is a vehicle arriving at the garage door;

The parking sensor is used to detect whether the vehicle is parked at the parking position;

The motor work monitoring module is used to monitor whether the motor is overloaded;

The vehicle door state monitoring module is used to monitor whether the vehicle is fully opened or fully closed.

Wherein, the execution operating system is the execution part of the entire system. In this embodiment, it is mainly used to control the motor and the indicator light, corresponding to the functions to be realized. The execution operating system includes:

The motor is used to drive the door to open or close through forward and reverse rotation;

The door open indicator light is used to light up when the door is opening;

The door closing indicator light is used to light up when the door is closing;

The alarm light is used to light up when the emergency stop control button is pressed or the motor is overloaded.

Among them, the PLC control system mainly plays a linking role in this system, transmitting real-time detected information to the upper side, receiving control instructions, and controlling and executing the actions of the operating system according to the control instructions. The PLC control system is used to upload the monitoring data of the real-time monitoring system, receive the control instructions sent by the MCGS configuration online monitoring system, and control and execute the actions of the operating system according to the control instructions. In this embodiment, the PLC control system and the MCGS configuration online monitoring system communicate through a wireless communication network. Generally, WIFI is used for communication. 4G signals are used as a supplement in this implementation, that is, the wireless communication network in this embodiment uses WIFI and 4G signals at the same time. Usually, WIFI communication is the main one, and WIFI If the signal is not good or not working, 4G communication is used as an auxiliary to ensure the real-time monitoring of the garage operation by the MCGS configuration online monitoring system.

Among them, the MCGS configuration online monitoring system is equivalent to the "brain" of the monitoring system and is an important part of the monitoring system. In addition to controlling the garage based on real-time monitoring information, it also provides a variety of other functions. Carry out all-round control of the garage operation process.

The MCGS configuration online monitoring system includes an operation control module, an instruction storage module, a timing module, an animation demonstration module, a report module and a curve display module.

The operation control module is used to read the garage operation control instruction in the instruction storage module according to the received monitoring data, and send the control instruction to the PLC control system;

The instruction storage module is used for storing the control instruction of garage operation. The instruction storage module is set by the administrator according to the needs of different users. Different garage operation processes or configurations are different, and different operation processes can be set. These control instructions are stored in the instruction storage module.

For example, for a specific garage, the operation process is as follows:

(1) Parking: In front of the door, the car sensor receives the signal to be determined, and sends a signal to the garage door to open the door. After a delay of 3 seconds, the garage door will automatically open, and the door open indicator light will be on.

(2) When the garage door is fully opened, the door open indicator light goes out and the door stops operating.

(3) When the car enters the garage, the parking sensor detects that the car is parked at the parking position, and sends a closing signal to the garage door.

(4) After a delay of 3 seconds, the garage door will automatically close, and the door closing indicator light will be on at this time.

(5) When all the garage doors are closed, the closing indicator light goes out and the door stops operating.

(6) When the emergency stop control button is pressed or the garage motor is overloaded, the alarm light will flash.

(7) There are manual control buttons for the garage door inside and outside the garage door, which can be controlled manually.

(8) Set user authority management, real-time curve, historical curve, real-time data, historical data.

In order to assist the operation control module to calculate the delay information, the MCGS configuration online monitoring system further includes a timing module, and the timing module is used for the operation control module to provide a timing function.

In order to clearly demonstrate the operation process of the garage, the MCGS configuration online monitoring system further includes an animation demonstration module, which is used to demonstrate the control process of the running control module through animation.

In order to facilitate the export of data, the MCGS configuration online monitoring system also includes a report module, the report module includes a real-time data report and a historical data report; the real-time data form is used to display the data variables of the current time according to the report format and printing; the historical data report is used to display and print the data variables in the selected time or time period according to the report format.

In order to facilitate the checking of relevant parameters in the garage operation process, the MCGS configuration online monitoring system also includes a curve display module, and the curve display module includes a real-time curve display module and a historical curve display module; the real-time curve display module is used For displaying one or more data in the form of an animation curve; the historical curve display module is used to provide a graph of the historical data of one or more data.

In order to facilitate user management, the MCGS configuration online monitoring system also includes a user authority management module, and the authority management module is used to set the use authority of different users.

The automatic garage monitoring system of the present invention uses the advantages of simple configuration software, good visibility, maintainability, high performance, high reliability, and its realistic dynamic picture, so that the manager can understand the garage intuitively, clearly and accurately The running status of the system can be effectively monitored by configuring the real-time garage system on the screen, and the operation of the garage can be controlled directly through the computer to comprehensively improve the efficiency and monitoring of the system to ensure the reliability of the garage.

The above description is only the preferred mode of the present invention. It should be pointed out that those skilled in the art can make several similar deformations and improvements without departing from the inventive concept of the present invention, and these should also be regarded as within the protection scope of the present invention.

Claims (7)

1. an automatic garage monitoring system, is characterized in that, comprises instruction receiving system, real-time monitoring system, execution operating system, PLC control system and MCGS configuration on-line monitoring system; The instruction receiving system includes, The up control button is used to issue an instruction to open the door; The down control button is used to issue an instruction to close the door; The emergency stop control button is used to issue an instruction to stop the operation of the door; The real-time monitoring system includes, The vehicle sensor is used to detect whether there is a vehicle arriving at the garage door; The parking sensor is used to detect whether the vehicle is parked at the parking position; The motor work monitoring module is used to monitor whether the motor is overloaded; The vehicle door status monitoring module is used to monitor whether the vehicle is fully opened or fully closed; The execution operating system includes, The motor is used to drive the door to open or close through forward and reverse rotation; The door open indicator light is used to light up when the door is opening; The door closing indicator light is used to light up when the door is closing; Alarm light, used to press the emergency stop control button or light up when the motor is overloaded; The PLC control system is used to upload the monitoring data of the real-time monitoring system, receive the control instructions issued by the MCGS configuration online monitoring system, and control and execute the actions of the operating system according to the control instructions; The MCGS configuration online monitoring system includes, The operation control module is used to read the garage operation control instruction in the instruction storage module according to the received monitoring data, and send the control instruction to the PLC control system; The instruction storage module is used for storing the control instruction of garage operation. 2. A kind of automatic garage monitoring system according to claim 1, is characterized in that, described MCGS configuration online monitoring system also comprises timing module, The timing module is used to provide a timing function for the operation control module. 3. a kind of automatic garage monitoring system according to claim 1, is characterized in that, described MCGS configuration on-line monitoring system also comprises animation demonstration module, The animation demonstration module is used to demonstrate the control process of running the control module through animation demonstration. 4. a kind of automatic garage monitoring system according to claim 1, is characterized in that, described MCGS configuration online monitoring system also comprises report module, The report module includes a real-time data report and a historical data report; The real-time data form is used to display and print the data variables of the current time according to the report format; The historical data report is used to display and print the data variables in the selected time or time period according to the report format. 5. a kind of automatic garage monitoring system according to claim 1, is characterized in that, described MCGS configuration on-line monitoring system also comprises curve display module, and described curve display module comprises real-time curve display module and history curve display module; The real-time curve display module is used to display one or more data variables in the form of animation curves; The historical curve display module is used to provide a graph of historical data of one or more data variables. 6. a kind of automatic garage monitoring system according to claim 1, is characterized in that, described MCGS configuration on-line monitoring system also comprises user authority management module, The authority management module is used to set the use authority of different users. 7. A kind of automatic garage monitoring system according to claim 1, is characterized in that, communicates by wireless communication network between described MCGS configuration on-line monitoring system and PLC control system. The automatic garage monitoring system according to claim 7, wherein the communication mode of the wireless communication network is one or more of WIFI, 2G, 3G, 4G and GPRS.