A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to a multi-water-source water supply method and system and a sprinkling irrigation method and system.The water supply method and system comprise the steps that the flow of a power frequency pump used for an underground water source and the flow of a variable frequency pump used for a non-underground water source are limited according to the maximum flow needed by water supply, and the abundant situation is judged according to comparison between the lowest water level of each water source and the actual water level; the lowest water level is used as a limit value under the condition that one or more water sources are abundant, the water shortage index is obtained through the lowest water level and the actual water level under the condition that all the water sources are lack of water, parallel water supply configuration of the multiple water sources is optimized, use of underground water is reduced, targeted impurity removal can be conducted on all the water sources, and the blocking risk is avoided. According to the sprinkling irrigation method and system, a plurality of parallel branch pipes are divided into a plurality of irrigation groups for sequential sprinkling irrigation according to irrigation requirements and multi-water-source water supply flow configuration, a nozzle valve can select different motion programs according to the terrain of a sprinkling irrigation area to achieve dynamic pressure sprinkling irrigation of a nozzle, and the intelligent irrigation efficiency is effectively improved; the sprinkling irrigation uniformity, the system safety and the utilization rate of agricultural water are considered.
本发明涉及一种多水源供水方法与系统及喷灌方法与系统，供水方法与系统包括根据供水所需最大流量限定用于地下水源的工频泵和非地下水源的变频泵流量，根据各水源的最低水位与实际水位比较判断充沛情况，在某个或多个水源充沛下利用最低水位作为限值，在各水源均缺水情况下利用最低水位与实际水位获得缺水指标，优化多种水源的并联供水配置，减少对地下水的使用，且可对各水源针对性除杂避免堵塞风险，喷灌方法与系统根据灌溉需求和多水源供水流量配置将若干并联支管分为若干灌溉组依次喷灌，喷头阀可以根据喷灌区域的地形选择不同的运动程序实现喷头的动压喷灌，有效提高智能灌溉效率，兼顾喷灌均匀性、系统安全性和农业用水的利用率。
The invention relates to a multi-water-source water supply method and system and a sprinkling irrigation method and system.The water supply method and system comprise the steps that the flow of a power frequency pump used for an underground water source and the flow of a variable frequency pump used for a non-underground water source are limited according to the maximum flow needed by water supply, and the abundant situation is judged according to comparison between the lowest water level of each water source and the actual water level; the lowest water level is used as a limit value under the condition that one or more water sources are abundant, the water shortage index is obtained through the lowest water level and the actual water level under the condition that all the water sources are lack of water, parallel water supply configuration of the multiple water sources is optimized, use of underground water is reduced, targeted impurity removal can be conducted on all the water sources, and the blocking risk is avoided. According to the sprinkling irrigation method and system, a plurality of parallel branch pipes are divided into a plurality of irrigation groups for sequential sprinkling irrigation according to irrigation requirements and multi-water-source water supply flow configuration, a nozzle valve can select different motion programs according to the terrain of a sprinkling irrigation area to achieve dynamic pressure sprinkling irrigation of a nozzle, and the intelligent irrigation efficiency is effectively improved; the sprinkling irrigation uniformity, the system safety and the utilization rate of agricultural water are considered.
本发明涉及一种多水源供水方法与系统及喷灌方法与系统，供水方法与系统包括根据供水所需最大流量限定用于地下水源的工频泵和非地下水源的变频泵流量，根据各水源的最低水位与实际水位比较判断充沛情况，在某个或多个水源充沛下利用最低水位作为限值，在各水源均缺水情况下利用最低水位与实际水位获得缺水指标，优化多种水源的并联供水配置，减少对地下水的使用，且可对各水源针对性除杂避免堵塞风险，喷灌方法与系统根据灌溉需求和多水源供水流量配置将若干并联支管分为若干灌溉组依次喷灌，喷头阀可以根据喷灌区域的地形选择不同的运动程序实现喷头的动压喷灌，有效提高智能灌溉效率，兼顾喷灌均匀性、系统安全性和农业用水的利用率。
Multi-water-source water supply method and system and sprinkling irrigation method and system
一种多水源供水方法与系统及喷灌方法与系统
2023-08-01
Patent
Electronic Resource
Chinese
IPC:
A01G
Gartenbau
,
HORTICULTURE
/
B01D
SEPARATION
,
Trennen
/
C02F
Behandlung von Wasser, Schmutzwasser, Abwasser oder von Abwasserschlamm
,
TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
/
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
/
G06F
ELECTRIC DIGITAL DATA PROCESSING
,
Elektrische digitale Datenverarbeitung
/
H02J
CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER
,
Schaltungsanordnungen oder Systeme für die Abgabe oder Verteilung elektrischer Leistung
| European Patent Office | 2022
Water sprinkling control method and system and intelligent water sprinkling cart
| European Patent Office | 2021