CN219085305U

CN219085305U - Intelligent electric control system and control circuit board with same

Info

Publication number: CN219085305U
Application number: CN202320050762.7U
Authority: CN
Inventors: 陈开宏
Original assignee: Dongguan Jialu Environmental Protection Technology Co ltd
Current assignee: Dongguan Jialu Environmental Protection Technology Co ltd
Priority date: 2023-01-05
Filing date: 2023-01-05
Publication date: 2023-05-26
Anticipated expiration: 2033-01-05

Abstract

An intelligent electric control system and a control circuit board with the same, wherein the intelligent electric control system comprises an input module, a first relay, a second relay, a power module, a UV lamp tube module and a micro switch; the A end of the first relay and the A end of the second relay are connected with the A end of the input module, the A end of the power module is connected with the B end of the first relay, and the first relay can control the power module; the end A of the UV lamp tube module is connected with the end B of a second relay, and the second relay can control the UV lamp tube module; the B end of the input module and the A end of the micro switch are respectively connected with the B ends of the power module and the UV lamp tube module, and the B end of the micro switch is connected with the B end of the input module. In addition, the utility model also provides a control circuit board with the intelligent electric control system. The utility model not only optimizes the system, but also ensures that the control of the electric control system is more flexible, convenient, simple and practical; the utility model has strong practicability and has stronger popularization significance.

Description

Intelligent electric control system and control circuit board with same

Technical Field

The present disclosure relates to electronic control systems, and particularly to an intelligent electronic control system and a control circuit board having the same.

Background

Since the society of mankind in the 19 th century utilized electric energy, various electric and electronic products driven by electric energy have been continuously developed. To date, a wide variety of electrical devices are involved, whether in industrial and agricultural production or in our ordinary life. However, too many electrical equipment brings great control operation difficulty while improving efficiency and bringing convenience, so that in order to solve the problem, people invented an electric control system.

The existing electric control system often adopts a control circuit board such as a switch, a contactor, a micro switch, a relay and the like of an independent module to separately control various electric devices, so that the wiring is complex, the appearance is large, the control effect is poor, and the electric control system is inconvenient to use. In addition, most of conventional electronic control systems only design control switches to realize control functions, and indication of control states is often ignored, so that human-computer interaction lacks an important loop, and a user can hardly judge the work control states of all electrical equipment.

Disclosure of Invention

Based on this, it is necessary to provide an intelligent electronic control system for overcoming the defects in the prior art.

An intelligent electric control system comprises an input module, a first relay, a second relay, a power module, a UV lamp tube module and a micro switch. The A end of the first relay and the A end of the second relay are connected with the A end of the input module, the A end of the power module is connected with the B end of the first relay, and the first relay can control the power module; the end A of the UV lamp tube module is connected with the end B of a second relay, and the second relay can control the UV lamp tube module. The B end of the input module and the A end of the micro switch are respectively connected with the B ends of the power module and the UV lamp tube module, and the B end of the micro switch is connected with the B end of the input module.

Further, the intelligent electronic control system further comprises an input indicator lamp, wherein the input indicator lamp is arranged between the end B of the input module and the end A of the first relay, and the input indicator lamp can display whether input power supply is normal or not.

Further, the intelligent electric control system further comprises a switch indicator lamp, wherein the switch indicator lamp is arranged between the end A of the relay and the end A of the micro switch, and the switch indicator lamp can display whether the power-off of the door opening is normal or not.

Further, the power module comprises a first power interface, a second power interface and a third power interface, wherein the A ends of the first power interface, the second power interface and the third power interface are all connected with the B end of the first relay, and the B ends of the first power interface, the second power interface and the third power interface are all connected with the B end of the input module.

Further, the power module further comprises three power indicator lamps, the three power indicator lamps are respectively arranged on the first power interface, the second power interface and the third power interface, and the three power indicator lamps can respectively display whether the input power supply of the first power interface, the second power interface and the third power interface is normal.

Further, the UV lamp tube module comprises a first UV lamp tube interface, a second UV lamp tube interface and a third UV lamp tube interface, the A ends of the first UV lamp tube interface, the second UV lamp tube interface and the third UV lamp tube interface are all connected with the B end of the second relay, and the B ends of the first UV lamp tube interface, the second UV lamp tube interface and the third UV lamp tube interface are all connected with the B end of the input module.

Further, the UV lamp module further includes three UV lamp indicator lamps, wherein the three UV lamp indicator lamps are respectively mounted on the first UV lamp tube interface, the second UV lamp tube interface and the third UV lamp tube interface, and the three UV lamp tube indicator lamps can respectively display whether the input power supply of the first UV lamp tube interface, the second UV lamp tube interface and the third UV lamp tube interface is normal.

In addition, the utility model also provides a control circuit board with the intelligent electric control system.

A control circuit board with an intelligent electric control system comprises a circuit board body, wherein the intelligent electric control system is arranged on the circuit board body. The intelligent electric control system is the intelligent electric control system and comprises an input module, a first relay, a second relay, a power module, a UV lamp tube module and a micro switch. The A end of the first relay and the A end of the second relay are connected with the A end of the input module, the A end of the power module is connected with the B end of the first relay, and the first relay can control the power module; the end A of the UV lamp tube module is connected with the end B of a second relay, and the second relay can control the UV lamp tube module. The B end of the input module and the A end of the micro switch are respectively connected with the B ends of the power module and the UV lamp tube module, and the B end of the micro switch is connected with the B end of the input module.

In summary, the intelligent electric control system and the control circuit board with the intelligent electric control system have the beneficial effects that: the relay, the power supply module and the UV lamp tube module are in linkage design, the micro-switch reference is adopted to control the modules, and the control modules are integrated on the same circuit board, so that compared with a traditional electric control system, a large number of redundant circuit components are reduced, the system is greatly optimized, and the control of the electric control system is more flexible, convenient, simple and practical; by arranging the corresponding indicator lamps on each module, the running state of the electric control system is clearer, and a user can be more handy in the use process; the utility model has strong practicability and has stronger popularization significance.

Drawings

Fig. 1 is a schematic diagram of a system structure of an intelligent electronic control system according to the present utility model.

Detailed Description

In order to make the objects, technical solutions and advantages of the present utility model more apparent, the present utility model will be described in further detail with reference to the accompanying drawings and examples. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the utility model.

As shown in fig. 1, the present utility model provides a control circuit board with an intelligent electronic control system, which includes a circuit board body (not shown), and the intelligent electronic control system 100 is disposed on the circuit board body. The intelligent electronic control system 100 comprises an input module 10, a first relay 20, a second relay 30, a power module 40, a UV lamp module 50 and a micro switch 60.

The end A of the first relay 20 and the end A of the second relay 30 are connected with the end A of the input module 10, the end A of the power module 40 is connected with the end B of the first relay 20, and the first relay 20 can control the power module 40; the a terminal of the UV lamp module 50 is connected to the B terminal of the second relay 30, and the second relay 30 can control the UV lamp module 50. The B end of the input module 10 and the a end of the micro switch 60 are connected with the B ends of the power module 40 and the UV lamp tube module 50, respectively, and the B end of the micro switch 60 is connected with the B end of the input module 10. The first relay 20 between the power module 40 and the input module 10 can control the power input of the power module 40, the second relay 30 between the UV lamp module 50 and the input module 10 can control the power input of the UV lamp module 50, and the relay is arranged to control the power on/off of the power module 40 and the UV lamp module 50 at any time, so as to independently control the operation of the power source or the UV lamp. The micro switch 60 connected to the power module 40 and the UV lamp module 50 can control the power and the UV lamp.

The intelligent electronic control system 100 further comprises an input indicator light 70, wherein the input indicator light 70 is disposed between the B terminal of the input module 10 and the a terminal of the first relay 20, and the input indicator light 70 can display whether the input power supply is normal. When the input indicator lamp 70 is on, the power supply input of the input module 10 is indicated to be normal, and when the input indicator lamp 70 is off, the power supply input of the input module 10 is indicated to be abnormal, so that a user is reminded to check and overhaul. The intelligent electronic control system 100 further comprises a switch indicator lamp 80, wherein the switch indicator lamp 80 is arranged between the end A of the relay and the end A of the micro switch 60, and the switch indicator lamp 80 can display whether the power failure of the door opening is normal or not. When the switch indicator light 80 is on, it is indicated that the micro switch 60 is in the on state, and when the switch indicator light 80 is off, it is indicated that the micro switch 60 is in the off state.

The power module 40 includes a first power interface 41, a second power interface 42, and a third power interface 43, the a ends of the first power interface 41, the second power interface 42, and the third power interface 43 are all connected with the B end of the first relay 20, and the B ends of the first power interface 41, the second power interface 42, and the third power interface 43 are all connected with the B end of the input module 10. The three power interfaces can provide three power outputs, so that the electric control system can be connected with and control more external devices.

The power module 40 further includes three power indicator lamps 44, the three power indicator lamps 44 are respectively mounted on the first power interface 41, the second power interface 42 and the third power interface 43, and the three power indicator lamps 44 can respectively display whether the input power supply of the first power interface 41, the second power interface 42 and the third power interface 43 is normal. The three power indicator lamps 44 are independently arranged on the corresponding power interfaces, so that the power supply input state of each power interface can be intuitively and conveniently displayed, and whether the electric control system operates normally or not can be judged.

The UV lamp module 50 includes a first UV lamp interface 51, a second UV lamp interface 52 and a third UV lamp interface 53, the a ends of the first UV lamp interface 51, the second UV lamp interface 52 and the third UV lamp interface 53 are all connected with the B end of the second relay 30, and the B ends of the first UV lamp interface 51, the second UV lamp interface 52 and the third UV lamp interface 53 are all connected with the B end of the input module 10. The three UV lamp tube interfaces can be connected with the three UV lamp tubes to operate, so that the electric control system can be externally connected with more UV lamps.

The UV lamp module 50 further includes three UV lamp indicator lamps 54, wherein the three UV lamp indicator lamps 54 are respectively mounted on the first UV lamp tube interface 51, the second UV lamp tube interface 52 and the third UV lamp tube interface 53, and the three UV lamp tube indicator lamps 54 can respectively display whether the input power supply of the first UV lamp tube interface 51, the second UV lamp tube interface 52 and the third UV lamp tube interface 53 is normal. The three UV lamp tube indicator lamps 54 are independently arranged on the corresponding UV lamp tube interfaces, so that the power supply input state of each UV lamp tube interface can be intuitively and conveniently displayed, and whether the electric control system operates normally or not can be judged.

In operation, the present utility model first outputs standard 220V ac power from the input module 10 and supplies power to the power module 40 and the UV lamp module 50 along the first relay 20 and the second relay 30, respectively. When the electric control system is in operation, the first relay 20 and the second relay 30 can be connected or disconnected at any time, so as to realize the operation control of the power module 40 and the UV lamp module 50. When the relay is normally connected to power the power module 40 and the UV lamp module 50, the micro switch 60 connected to the power module 40 and the UV lamp module 50 can also control the operation of each power device and the UV lamp through the switch variation.

When the electric control system is in normal operation, the input indicator lamp 70, the power indicator lamps 44 and the UV lamp tube indicator lamps 54 are all on, and when the electric control system is abnormal, the indicator lamps at the corresponding positions are off, so that the user is reminded to check and repair. The micro switch 60 indicator light can conveniently indicate the communication state of the micro switch 60, so that the user can conveniently control the operation of the power supply equipment and the UV lamp tube.

In summary, the intelligent electronic control system 100 and the control circuit board with the intelligent electronic control system 100 of the present utility model have the following beneficial effects: the relay, the power module 40 and the UV lamp tube module 50 are in linkage design, the micro switch 60 is adopted for reference control of the modules, and the control modules are integrated on the same circuit board, so that compared with a traditional electric control system, a large number of redundant circuit components are reduced, the system is greatly optimized, and the control of the electric control system is more flexible, convenient, simple and practical; by arranging the corresponding indicator lamps on each module, the running state of the electric control system is clearer, and a user can be more handy in the use process; the utility model has strong practicability and has stronger popularization significance.

The above examples illustrate only one embodiment of the utility model, which is described in more detail and is not to be construed as limiting the scope of the utility model. It should be noted that variations and modifications can be made by those skilled in the art without departing from the inventive concept, which fall within the scope of the utility model. Accordingly, the scope of the utility model should be determined from the following claims.

Claims

1. An intelligent electric control system, which is characterized in that: the device comprises an input module, a first relay, a second relay, a power module, a UV lamp tube module and a micro switch; the A end of the first relay and the A end of the second relay are connected with the A end of the input module, the A end of the power module is connected with the B end of the first relay, and the first relay can control the power module; the end A of the UV lamp tube module is connected with the end B of a second relay, and the second relay can control the UV lamp tube module; the B end of the input module and the A end of the micro switch are respectively connected with the B ends of the power module and the UV lamp tube module, and the B end of the micro switch is connected with the B end of the input module.

2. The intelligent electronic control system according to claim 1, wherein: the input indicator lamp is arranged on the input module and can display whether the input power supply is normal or not.

3. The intelligent electronic control system according to claim 1, wherein: the input indicator lamp is arranged between the end B of the input module and the end A of the first relay, and the input indicator lamp can display whether the input power supply is normal or not.

4. The intelligent electronic control system according to claim 1, wherein: the power module comprises a first power interface, a second power interface and a third power interface, wherein the A ends of the first power interface, the second power interface and the third power interface are connected with the B end of the first relay, and the B ends of the first power interface, the second power interface and the third power interface are connected with the B end of the input module.

5. The intelligent electronic control system according to claim 4, wherein: the power module further comprises three power indicator lamps, the three power indicator lamps are respectively arranged on the first power interface, the second power interface and the third power interface, and the three power indicator lamps can respectively display whether the input power supply of the first power interface, the second power interface and the third power interface is normal.

6. The intelligent electronic control system according to claim 1, wherein: the UV lamp tube module comprises a first UV lamp tube interface, a second UV lamp tube interface and a third UV lamp tube interface, wherein the A ends of the first UV lamp tube interface, the second UV lamp tube interface and the third UV lamp tube interface are all connected with the B end of the second relay, and the B ends of the first UV lamp tube interface, the second UV lamp tube interface and the third UV lamp tube interface are all connected with the B end of the input module.

7. The intelligent electronic control system according to claim 6, wherein: the UV lamp tube module further comprises three UV lamp tube indicating lamps, the three UV lamp tube indicating lamps are respectively arranged on the first UV lamp tube interface, the second UV lamp tube interface and the third UV lamp tube interface, and the three UV lamp tube indicating lamps can respectively display whether the input power supply of the first UV lamp tube interface, the second UV lamp tube interface and the third UV lamp tube interface is normal.

8. A control circuit board with intelligent electric control system, its characterized in that: the intelligent electronic control system comprises a circuit board body, wherein an intelligent electronic control system is arranged on the circuit board body; the intelligent electronic control system is as claimed in any one of claims 1 to 7.