CN213122646U - Extensible edge energy-saving control device - Google Patents

Abstract

The utility model belongs to the technical field of data output controlgear, in particular to extensible edge energy-saving control device, the device sets up on general circuit backplate, include: the CPU core board comprises a CPU core board, an expansion cascade module, an expansion input and output module, an expansion network module, a power supply module and a storage module, wherein the expansion cascade module, the expansion input and output module, the expansion network module, the power supply module and the storage module are arranged on the CPU core board; the expansion cascade module is used for cascading a plurality of expandable edge energy-saving control devices; the expansion input and output module is used for acquiring a plurality of groups of data and configuration strategies of the equipment to be controlled in real time, transmitting the data and the configuration strategies to the storage module through the expansion network module, and outputting the required data and the configuration strategies according to an energy-saving control instruction of the CPU core board; the storage module is used for receiving the multiple groups of data and configuration strategies of the equipment to be controlled which are acquired in real time, replacing the multiple groups of data and configuration strategies which are acquired last time with the multiple groups of data and configuration strategies which are acquired last time, and storing the multiple groups of data and configuration strategies which are acquired last time in the storage module.

Description

Extensible edge energy-saving control device

Technical Field

The utility model belongs to the technical field of data output's controlgear, in particular to extensible edge energy-saving control device.

Background

With the development of science and technology and the progress of times, centralized monitoring and big data become a trend of various industries, the remote data acquisition and updating of monitoring equipment become necessary, and the monitoring of equipment with variable working conditions is more complex for traditional equipment. Meanwhile, more requirements are also put on the remote control of the equipment

However, most of the existing industrial automation control devices can only meet the local control requirements, and cannot expand the functions according to the requirements. Some devices capable of customizing functions cannot meet the requirements of large-scale data acquisition and the requirements of issuing control commands in the field of automation control.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the unable automatic strategy of updating of current device, unable online work can't satisfy practical application's problem, the utility model provides an extensible edge energy-saving control device, the device sets up on general circuit backplate, and its whole setting is on a certain controlgear, the device includes: the CPU core board comprises a CPU core board, an expansion cascade module, an expansion input and output module, a storage module, an expansion network module and a power supply module, wherein the expansion cascade module, the expansion input and output module, the storage module, the expansion network module and the power supply module are arranged on the CPU core board;

the expansion cascade module is electrically connected with the expansion input/output module, the expansion input/output module is electrically connected with the storage module, and the power supply module is respectively electrically connected with the expansion cascade module, the expansion input/output module and the storage module;

the expansion cascading module is used for cascading a plurality of expandable edge energy-saving control devices;

the expansion input and output module is used for acquiring a plurality of groups of data and configuration strategies of the equipment to be controlled in real time, transmitting the data and the configuration strategies to the storage module through the expansion network module, and outputting the required data and the configuration strategies according to an energy-saving control instruction of the CPU core board;

the storage module is used for receiving a plurality of groups of data and configuration strategies of the equipment to be controlled which are acquired in real time, replacing the plurality of groups of data and configuration strategies which are acquired last time with the plurality of groups of data and configuration strategies which are acquired last time, and storing the plurality of groups of data and configuration strategies which are acquired last time in the storage module;

the extended network module is used for transmitting the groups of data and configuration strategies acquired by the extended input and output module in real time to the storage module;

and the power supply module is used for providing power supply and ensuring normal work.

As an improvement of the above technical solution, the expansion cascade module is provided with a plurality of similar device cascade interfaces, and is used for cascading a plurality of expandable edge energy-saving control devices.

As an improvement of the above technical solution, the expansion input/output module includes: the system comprises a plurality of data acquisition cards, a network expansion circuit, an input expansion circuit and an output expansion circuit;

the data acquisition card is used for acquiring each group of data and configuration strategy of the equipment to be controlled in real time;

the input expansion circuit includes: a plurality of input data channels; the input data channel is used for receiving each group of data and configuration strategies;

the network expansion circuit includes: a plurality of network transmission circuits; the network transmission circuit establishes a network connection relation with the expansion network module and transmits each group of data and the configuration strategy to the expansion network module;

the output expansion circuit includes: and the output data channels are used for outputting a certain group of required data and configuration strategies according to the energy-saving control instruction of the CPU core board.

As an improvement of the above technical solution, the power supply module includes: and the wide-voltage direct-current power supply is used for supplying power to the extensible edge energy-saving control device.

As one improvement of the technical scheme, an onboard SDIO interface, an onboard AD interface, an onboard display interface and an onboard power supply which are connected with the CPU core board are also arranged on the universal circuit back board;

the CPU core board is a dual-core version CPU core board or a singlechip version CPU core board;

the onboard SDIO interface is used for providing an interface for the SD card;

the onboard AD interface is used for providing an analog input interface;

the onboard display interface is used for providing an interface of a display;

and the onboard power supply is used for providing power for the universal circuit backboard.

The utility model discloses compare in prior art's beneficial effect and lie in:

1. the device of the utility model can expand the similar devices through cascade connection according to the specific application scene, thereby improving the processing capacity and the computing capacity of the equipment;

2. the device of the utility model can expand the data access capability through input and output according to the specific application scene, and improve the quantity expansion of AI, AO, DI and DO;

3. the device of the utility model is suitable for the field of energy-saving control, and realizes the automatic energy-saving control of the equipment by controlling the output of the group number of data and configuration strategies;

4. the utility model discloses a device fungible current PLC realizes local control.

Drawings

Fig. 1 is a schematic structural diagram of a device supporting cloud configuration policy update according to the present invention.

Detailed Description

The invention will now be further described with reference to the accompanying drawings.

As shown in fig. 1, the present invention provides an expandable edge energy-saving control device, which is disposed on a general circuit back plate, and the whole of the device is disposed on a certain device to be controlled; the device to be controlled is an edge terminal, namely an edge terminal far away from a cloud server terminal;

the device comprises: the CPU core board comprises a CPU core board, an expansion cascade module, an expansion input and output module, a storage module, an expansion network module and a power supply module, wherein the expansion cascade module, the expansion input and output module, the storage module, the expansion network module and the power supply module are arranged on the CPU core board;

the expansion cascade module is electrically connected with the expansion input/output module, the expansion input/output module is electrically connected with the storage module, and the power supply module is respectively electrically connected with the expansion cascade module, the expansion input/output module and the storage module;

the expansion cascading module is used for cascading a plurality of expandable edge energy-saving control devices;

the expansion input and output module is used for acquiring a plurality of groups of data and configuration strategies of the equipment to be controlled in real time, transmitting the data and the configuration strategies to the storage module through the expansion network module, and outputting the required data and the configuration strategies according to an energy-saving control instruction of the CPU core board;

the storage module is used for receiving a plurality of groups of data and configuration strategies of the equipment to be controlled which are acquired in real time, replacing the plurality of groups of data and configuration strategies which are acquired last time with the plurality of groups of data and configuration strategies which are acquired last time, and storing the plurality of groups of data and configuration strategies which are acquired last time in the storage module; in this embodiment, the storage module is an existing flash memory. The memory module is an existing synchronous dynamic random-access memory (SDRAM).

The extended network module is used for transmitting the groups of data and configuration strategies acquired by the extended input and output module in real time to the storage module; the expansion network module is an existing data transmission circuit or data transmission line.

And the power supply module is used for providing power supply and ensuring normal work. The power module is an existing power supply.

As an improvement of the above technical solution, the expansion cascade module is provided with a plurality of similar device cascade interfaces, and is used for cascading a plurality of expandable edge energy-saving control devices to realize horizontal expansion calculation and data access capabilities.

As an improvement of the above technical solution, the expansion input/output module is an existing circuit, and includes: the system comprises a plurality of data acquisition cards, a network expansion circuit, an input expansion circuit and an output expansion circuit;

the data acquisition card is used for acquiring each group of data and configuration strategy of the equipment to be controlled in real time;

the input expansion circuit includes: a plurality of input data channels; the input data channel is used for receiving each group of data and configuration strategies;

the network expansion circuit includes: a plurality of network transmission circuits; the network transmission circuit establishes a network connection relation with the expansion network module, and transmits each group of data and the configuration strategy to the expansion network module to realize data transmission; the network connection mode comprises wired connection and wireless connection through WIFI, 4G and NB networks, and is used for connecting a plurality of energy-saving control devices;

the output expansion circuit includes: and the output data channels are used for outputting a certain group of required data and configuration strategies according to the energy-saving control instruction of the CPU core board.

As an improvement of the above technical solution, the power supply module includes: and the wide-voltage direct-current power supply is used for supplying power to the extensible edge energy-saving control device. In this embodiment, the power module is an existing power supply.

As one improvement of the technical scheme, an onboard SDIO interface, an onboard AD interface, an onboard display interface and an onboard power supply which are connected with the CPU core board are also arranged on the universal circuit back board;

the CPU core board is a dual-core version CPU core board or a singlechip version CPU core board;

the onboard SDIO interface is used for providing an interface for the SD card;

the onboard AD interface is used for providing an analog input interface;

the onboard display interface is used for providing an interface of a display;

and the onboard power supply is used for providing power for the universal circuit backboard.

The device also comprises a 232 module, a 485 module and a network module for controlling output, and realizes the expansion of analog input AI, analog output AO, digital input DI and digital output DO based on the bus.

Finally, it should be noted that the above embodiments are only used for illustrating the technical solutions of the present invention and are not limited. Although the present invention has been described in detail with reference to the embodiments, those skilled in the art will understand that modifications and equivalent substitutions can be made to the technical solution of the present invention without departing from the spirit and scope of the technical solution of the present invention, and all of them shall fall within the scope of the claims of the present invention.

Claims (5)

1. An expandable edge energy-saving control device, which is arranged on a universal circuit backboard and integrally arranged on a certain device to be controlled, the device comprises: the CPU core board comprises a CPU core board, an expansion cascade module, an expansion input and output module, a storage module, an expansion network module and a power supply module, wherein the expansion cascade module, the expansion input and output module, the storage module, the expansion network module and the power supply module are arranged on the CPU core board;

the expansion cascade module is electrically connected with the expansion input/output module, the expansion input/output module is electrically connected with the storage module, and the power supply module is respectively electrically connected with the expansion cascade module, the expansion input/output module and the storage module;

the expansion cascading module is used for cascading a plurality of expandable edge energy-saving control devices;

the expansion input and output module is used for acquiring a plurality of groups of data and configuration strategies of the equipment to be controlled in real time, transmitting the data and the configuration strategies to the storage module through the expansion network module, and outputting the required data and the configuration strategies according to an energy-saving control instruction of the CPU core board;

the storage module is used for receiving a plurality of groups of data and configuration strategies of the equipment to be controlled which are acquired in real time, replacing the plurality of groups of data and configuration strategies which are acquired last time with the plurality of groups of data and configuration strategies which are acquired last time, and storing the plurality of groups of data and configuration strategies which are acquired last time in the storage module;

the extended network module is used for transmitting the groups of data and configuration strategies acquired by the extended input and output module in real time to the storage module;

and the power supply module is used for providing power supply and ensuring normal work.

2. The scalable edge energy-saving control device of claim 1, wherein the scalable cascading module is configured to have a plurality of similar device cascading interfaces arranged outside the scalable cascading module for cascading a plurality of scalable edge energy-saving control devices.

3. The scalable edge energy-saving control device of claim 1, wherein the scalable input-output module comprises: the system comprises a plurality of data acquisition cards, a network expansion circuit, an input expansion circuit and an output expansion circuit;

the data acquisition card is used for acquiring each group of data and configuration strategy of the equipment to be controlled in real time;

the input expansion circuit includes: a plurality of input data channels; the input data channel is used for receiving each group of data and configuration strategies;

the network expansion circuit includes: a plurality of network transmission circuits; the network transmission circuit establishes a network connection relation with the expansion network module and transmits each group of data and the configuration strategy to the expansion network module;

the output expansion circuit includes: and the output data channels are used for outputting a certain group of required data and configuration strategies according to the energy-saving control instruction of the CPU core board.

4. The scalable edge energy-saving control device of claim 1, wherein the power module comprises: and the wide-voltage direct-current power supply is used for supplying power to the extensible edge energy-saving control device.

5. The scalable edge energy-saving control device of claim 1, wherein the general purpose circuit back board further comprises an onboard SDIO interface, an onboard AD interface, an onboard display interface and an onboard power supply, which are connected to the CPU core board;

the CPU core board is a dual-core version CPU core board or a singlechip version CPU core board;

the onboard SDIO interface is used for providing an interface for the SD card;

the onboard AD interface is used for providing an analog input interface;

the onboard display interface is used for providing an interface of a display;

and the onboard power supply is used for providing power for the universal circuit backboard.

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