CN-121979304-A - Water replenishment control method, system, computer device, and storage medium

CN121979304ACN 121979304 ACN121979304 ACN 121979304ACN-121979304-A

Abstract

The application relates to a water supplementing control method, a system, computer equipment and a storage medium, which are applied to a controller of a water pump, wherein the water pump is arranged at a water source, the water source is connected with a water inlet of a reservoir through a water inlet pipeline, a ball float valve is arranged at the water inlet of the reservoir and is used for being started when the actual liquid level of the reservoir is lower than a preset liquid level and being closed when the actual liquid level is equal to or higher than the preset liquid level, the water supplementing control method comprises the steps of starting the water pump every preset time period, pumping water of the water source into the water inlet pipeline, and closing the water pump in response to the satisfaction of an automatic closing condition, wherein the automatic closing condition comprises that the actual water flow in the water inlet pipeline is smaller than the preset water flow. According to the application, the float valve is used for automatically opening and closing according to the liquid level in the reservoir, and the design of timing opening of the water pump is combined, long-distance communication between the float valve and the controller of the water pump is not required to be established, so that the intelligent opening and closing of the water pump can be realized, and the intelligent degree and the reliable degree of automatic water supplementing are improved.

Inventors

ZHOU HANGYU
YAO ZHANWEI
QU JINAN
AN CHENLIANG

Assignees

威乐(中国)水泵系统有限公司

Dates

Publication Date: 20260505
Application Date: 20241030

Claims (10)

1. The water replenishing control method is applied to a controller of a water pump and is characterized in that the water pump is arranged at a water source, and the water source is connected with a water inlet of a reservoir through a water inlet pipeline; A ball float valve is arranged at the water inlet of the reservoir and is used for being opened when the actual liquid level of the reservoir is lower than a preset liquid level and closed when the actual liquid level is equal to or higher than the preset liquid level; The water replenishing control method comprises the following steps: starting the water pump every preset time interval to pump water from the water source into the water inlet pipeline; and closing the water pump in response to the satisfaction of an automatic closing condition, wherein the automatic closing condition comprises that the actual water flow in the water inlet pipeline is smaller than the preset water flow.
2. The water replenishment control method as recited in claim 1, wherein said water replenishment control method further comprises: recording the starting time when the water pump is started; Recording closing time when the water pump is closed; Calculating the difference between the opening time and the closing time to obtain the actual running time of the water pump; acquiring a normal time range of the water pump; And if the actual running time exceeds the normal time range, adjusting the preset time.
3. The water replenishment control method as set forth in claim 2, wherein said turning on of said water pump per a preset time period comprises: Starting the water pump in a preset period every preset time period corresponding to the preset period; The acquiring the normal time length range of the water pump comprises the following steps: And acquiring the normal time length range corresponding to the preset period.
4. The water replenishment control method as set forth in claim 3, wherein said adjusting said preset time period if said actual operating time period exceeds said normal time period range comprises: If the actual water supplementing time length is smaller than the minimum value in the normal time length range, accumulating the first time number, and resetting the second time number; If the actual water supplementing time length is greater than the maximum value in the normal time length range, accumulating the second times, and resetting the first times; responding to the fact that the first time number is larger than a first preset time number, prolonging the preset time length, and clearing the first time number and the second time number; And shortening the preset time length in response to the second times being larger than the second preset times, and resetting the first times and the second times.
5. The water replenishment control method as set forth in claim 3, wherein said obtaining said normal duration range corresponding to said preset period comprises: acquiring historical operation time lengths of the water pump for a plurality of times in the preset period; according to the historical operation time length, calculating the historical average time length of the water pump in the preset period; and determining the normal time range according to the historical average time.
6. The water replenishment control method as recited in claim 2, further comprising, after said acquiring the normal duration range of said water pump: determining a water supplementing abnormal value according to the maximum value in the normal time range; And if the actual running time is longer than the water supplementing abnormal value, generating a water supplementing abnormal prompt.
7. The water replenishment control method as claimed in claim 1, wherein the water pump is provided with a control key for generating a water pump on signal or a water pump off signal according to a user operation; The water replenishing control method further comprises the following steps: Starting the water pump in response to the water pump starting signal; And closing the water pump in response to the water pump closing signal.
8. The water replenishing control system is applied to a controller of a water pump and is characterized in that the water pump is arranged at a water source, and the water source is connected with a water inlet of a reservoir through a water inlet pipeline; A ball float valve is arranged at the water inlet of the reservoir and is used for being opened when the actual liquid level of the reservoir is lower than a preset liquid level and closed when the actual liquid level is equal to or higher than the preset liquid level; The water replenishment control system includes: the water pump timing starting module is used for starting the water pump every preset time interval and pumping water of the water source into the water inlet pipeline; The automatic water pump closing module is used for responding to the satisfaction of an automatic closing condition, and the automatic closing condition comprises that the actual water flow in the water inlet pipeline is smaller than the preset water flow.
9. A computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, characterized in that the processor implements the steps of the method of any of claims 1 to 7 when the computer program is executed.
10. A computer readable storage medium, on which a computer program is stored, characterized in that the computer program, when being executed by a processor, implements the steps of the method of any of claims 1 to 7.

Description

Water replenishment control method, system, computer device, and storage medium Technical Field The present application relates to the field of water pump control technologies, and in particular, to a water replenishment control method, a system, a computer device, and a storage medium. Background The reservoir of the water tower is usually arranged at a high position, the water source is arranged at a low position, and water is required to be transported into the reservoir at the high position by pressurization of the water pump. The water tank is internally provided with a liquid level detection device, the liquid level detection device is used for detecting the liquid level in the water tank and feeding back a liquid level signal to the water pump controller, and a valve for controlling a water inlet of the water tank, namely, the valve is opened when the liquid level is low, and the valve is closed when the liquid level is high. The water pump controller controls the water pump to start and stop according to the liquid level height signal so as to timely supplement water for the reservoir. Because the interval distance between the water pump controller and the liquid level detection device is far, communication connection is required through a long lead, and the lead cost is high. Also, the longer leads are easily damaged, resulting in increased maintenance costs at a later stage. Disclosure of Invention In order to solve the technical problems, the application provides a water replenishing control method, a system, a computer device and a storage medium. In a first aspect, the present application provides a water replenishment control method, applied to a controller of a water pump, wherein the water pump is arranged at a water source, and the water source is connected with a water inlet of a reservoir through a water inlet pipeline. The water inlet of the reservoir is provided with a ball float valve, and the ball float valve is used for being opened when the actual liquid level of the reservoir is lower than a preset liquid level and closed when the actual liquid level is equal to or higher than the preset liquid level. The water replenishing control method comprises the following steps: starting the water pump every preset time interval to pump water from the water source into the water inlet pipeline; and closing the water pump in response to the satisfaction of an automatic closing condition, wherein the automatic closing condition comprises that the actual water flow in the water inlet pipeline is smaller than the preset water flow. In one embodiment, the water replenishment control method further comprises: recording the starting time when the water pump is started; Recording closing time when the water pump is closed; Calculating the difference between the opening time and the closing time to obtain the actual running time of the water pump; acquiring a normal time range of the water pump; And if the actual running time exceeds the normal time range, adjusting the preset time. In one embodiment, the turning on the water pump every preset time period includes: Starting the water pump in a preset period every preset time period corresponding to the preset period; The acquiring the normal time length range of the water pump comprises the following steps: And acquiring the normal time length range corresponding to the preset period. In one embodiment, the adjusting the preset duration if the actual running duration exceeds the normal duration range includes: If the actual water supplementing time length is smaller than the minimum value in the normal time length range, accumulating the first time number, and resetting the second time number; If the actual water supplementing time length is greater than the maximum value in the normal time length range, accumulating the second times, and resetting the first times; responding to the fact that the first time number is larger than a first preset time number, prolonging the preset time length, and clearing the first time number and the second time number; And shortening the preset time length in response to the second times being larger than the second preset times, and resetting the first times and the second times. In one embodiment, the acquiring the normal duration range corresponding to the preset period includes: acquiring historical operation time lengths of the water pump for a plurality of times in the preset period; according to the historical operation time length, calculating the historical average time length of the water pump in the preset period; and determining the normal time range according to the historical average time. In one embodiment, after the acquiring the normal duration range of the water pump, the method further includes: determining a water supplementing abnormal value according to the maximum value in the normal time range; And if the actual running time is longer than the water supplementing abnormal value, generating a w