Three-stage series wireless communication control system

Abstract

The utility model provides a three-stage series wireless communication control system which is composed of a first-stage water pump, a first-stage controller, a first-stage wireless communication module, a second-stage water pump, a second-stage controller, a second-stage wireless communication module, a third-stage water pump, a third-stage controller, a third-stage wireless communication module, a far-end pressure acquisition controller, a far-end wireless communication module and a cloud server. The system is characterized in that a first-stage controller is connected with a first-stage water pump and a first-stage wireless communication module, a second-stage controller is connected with a second-stage water pump and a second-stage wireless communication module, a third-stage controller is connected with a third-stage water pump and a third-stage wireless communication module, and a far-end pressure acquisition controller is connected with a far-end wireless communication module. The first-level wireless communication module, the second-level wireless communication module, the third-level wireless communication module and the far-end wireless communication module are connected with the cloud server. The beneficial effects of the utility model are that the linkage communication control of each level of equipment is realized in a 4G wireless communication mode, the requirement of series water supply is satisfied, the construction cost is saved, and the working efficiency is improved.

Description

Technical Field

[0001] The utility model relates to a control system, in particular to a three-level series wireless communication control system. Background Art

[0002] At present, the series control systems used in society are generally water tank frequency conversion equipment, which adopts optical fiber networking communication. If the on-site environment is complex and there is no wired network, the cost of laying optical fiber or wired is high and the implementation is difficult. Utility Model Content

[0003] In view of the deficiencies in the above-mentioned prior art, the three-level series wireless communication control system provided by the utility model realizes linkage communication control of equipment at all levels through 4G wireless communication, meets the series water supply needs, saves construction costs and improves work efficiency.

[0004] The technical solution adopted by the utility model to solve its technical problems is: a three-stage series wireless communication control system is composed of a primary water pump, a primary controller, a primary wireless communication module, a secondary water pump, a secondary controller, a secondary wireless communication module, a tertiary water pump, a tertiary controller, a tertiary wireless communication module, a remote pressure acquisition controller, a remote wireless communication module and a cloud server; the primary controller is connected to the primary water pump and the primary wireless communication module, the secondary controller is connected to the secondary water pump and the secondary wireless communication module, the tertiary controller is connected to the tertiary water pump and the tertiary wireless communication module, the remote pressure acquisition controller is connected to the remote wireless communication module, and the primary wireless communication module, the secondary wireless communication module, the tertiary wireless communication module and the remote wireless communication module are connected to the cloud server.

[0005] The beneficial effect of the utility model is that the linkage communication control of equipment at all levels is realized through 4G wireless communication, the demand for series water supply is met, the construction cost is saved, and the work efficiency is improved. BRIEF DESCRIPTION OF THE DRAWINGS

[0006] Attached Figure 1 It is the principle structure diagram of the utility model.

[0007] In the figure, 1. primary water pump, 2. primary controller, 3. primary wireless communication module, 4. secondary water pump, 5. secondary controller, 6. secondary wireless communication module, 7. tertiary water pump, 8. tertiary controller, 9. tertiary wireless communication module, 10. remote pressure acquisition controller, 11. remote wireless communication module, 12. cloud server. DETAILED DESCRIPTION

[0008] Attached below Figure 1 The three-stage serial wireless communication control system of the present utility model is described in detail below.

[0009] As attached Figure 1 As shown, the three-stage serial wireless communication control system of the utility model is composed of a primary water pump (1), a primary controller (2), a primary wireless communication module (3), a secondary water pump (4), a secondary pump station controller (5), a secondary wireless communication module (6), a tertiary water pump (7), a tertiary controller (8), a tertiary wireless communication module (9), a remote pressure acquisition controller (10), a remote wireless communication module (11) and a cloud server (12). The specific implementation method is as follows: the primary controller (2) is connected to the primary water pump (1) and the primary wireless communication module (3), the secondary controller (5) is connected to the secondary water pump (4) and the secondary wireless communication module (6), the tertiary controller (8) is connected to the tertiary water pump (7) and the tertiary wireless communication module (9), the remote pressure acquisition controller (10) is connected to the remote wireless communication module (11), and the primary wireless communication module (3), the secondary wireless communication module (6), the tertiary wireless communication module (9) and the remote wireless communication module (11) are connected to the cloud server (12).

[0010] The cloud server is networked with the remote wireless communication module and the primary, secondary and tertiary pump station wireless communication modules. The remote pressure acquisition controller transmits data to the cloud server through the remote wireless communication module. The cloud server transmits data to the primary controller, the secondary controller and the tertiary controller through the primary wireless communication module, the secondary wireless communication module and the tertiary wireless communication module. The primary controller, the secondary controller and the tertiary controller respectively control the start and stop of the primary water pump, the secondary water pump and the tertiary water pump to meet the series water supply needs.

Claims

1. The three-stage tandem wireless communication control system is mainly composed of a primary water pump, a primary controller, a primary wireless communication module, a secondary water pump, a secondary controller, a secondary wireless communication module, a tertiary water pump, a tertiary controller, a tertiary wireless communication module, a remote pressure acquisition controller, a remote wireless communication module and a cloud server, and its characteristics are: The primary controller is connected to the primary water pump and the primary wireless communication module, the secondary controller is connected to the secondary water pump and the secondary wireless communication module, the tertiary controller is connected to the tertiary water pump and the tertiary wireless communication module, the remote pressure acquisition controller is connected to the remote wireless communication module, and the primary wireless communication module, the secondary wireless communication module, the tertiary wireless communication module and the remote wireless communication module are connected to the cloud server.

2. The three-stage cascade wireless communication control system according to claim 1 is characterized in that: The data of the primary wireless communication module, the secondary wireless communication module, the tertiary wireless communication module and the remote wireless communication module are uniformly transmitted to the same cloud server.

3. The three-stage cascade wireless communication control system according to claim 1 is characterized in that: The cloud server controls the primary controller, the secondary controller and the tertiary controller respectively through the primary wireless communication module, the secondary wireless communication module and the tertiary wireless communication module to start and stop the primary water pump, the secondary water pump and the tertiary water pump, thereby improving work efficiency.

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