Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Multi-cavity numerical control intelligent water supply equipment
The invention belongs to the technical field of intelligent water supply equipment, and relates to multi-cavity numerical control intelligent water supply equipment which is characterized by comprising an ultrahigh-pressure tank, a first high-pressure tank, a second high-pressure tank and water pumps, the three water pumps are symmetrically and fixedly arranged on a mounting bottom plate, a water outlet main pipe is fixedly arranged at one end of each water pump, and water outlets are formed in the two ends of each water outlet main pipe; a header pipe water outlet stop valve and a header pipe check valve are fixedly arranged between the water outlet header pipe and the water pump, and an ultrahigh pressure tank body is fixedly arranged at the other end of the water pump. Through the design of the ultrahigh-pressure tank body, the first high-pressure tank body, the second high-pressure tank body and the water pump, the ultrahigh-pressure tank body, the first high-pressure tank body and the second high-pressure tank body can be matched with one another, when small-flow water supply is performed, the first high-pressure tank body, the second high-pressure tank body and the ultrahigh-pressure tank body are combined into a whole for water outlet pressure maintaining, and when medium-flow water supply is performed, the water outlet pressure maintaining effect is good. The first high-pressure tank body and the second high-pressure tank body are used for water inlet compensation, and the ultrahigh-pressure tank body is used for water pressure maintaining.
本发明属于智能供水设备技术领域，一种多腔体的数控智能供水设备，其特征在于，包括超高压罐体、第一高压罐体、第二高压罐体及水泵，安装底板上对称固定设置有三个水泵，水泵的一端固定设置有出水总管，出水总管的两端开设有出水口，出水总管与水泵之间固定设置有总管出水截止阀和总管止回阀，水泵的另一端固定设置有超高压罐体。本发明通过超高压罐体、第一高压罐体、第二高压罐体及水泵的设计，可以通过超高压罐体、第一高压罐体和第二高压罐体之间的配合，当小流量供水时，第一高压罐体、第二高压罐体和超高压罐体合二为一为出水保压，当中流量供水时，第一高压罐体和第二高压罐体做进水补偿，超高压罐体做出水保压，当大流量供水时。
Multi-cavity numerical control intelligent water supply equipment
The invention belongs to the technical field of intelligent water supply equipment, and relates to multi-cavity numerical control intelligent water supply equipment which is characterized by comprising an ultrahigh-pressure tank, a first high-pressure tank, a second high-pressure tank and water pumps, the three water pumps are symmetrically and fixedly arranged on a mounting bottom plate, a water outlet main pipe is fixedly arranged at one end of each water pump, and water outlets are formed in the two ends of each water outlet main pipe; a header pipe water outlet stop valve and a header pipe check valve are fixedly arranged between the water outlet header pipe and the water pump, and an ultrahigh pressure tank body is fixedly arranged at the other end of the water pump. Through the design of the ultrahigh-pressure tank body, the first high-pressure tank body, the second high-pressure tank body and the water pump, the ultrahigh-pressure tank body, the first high-pressure tank body and the second high-pressure tank body can be matched with one another, when small-flow water supply is performed, the first high-pressure tank body, the second high-pressure tank body and the ultrahigh-pressure tank body are combined into a whole for water outlet pressure maintaining, and when medium-flow water supply is performed, the water outlet pressure maintaining effect is good. The first high-pressure tank body and the second high-pressure tank body are used for water inlet compensation, and the ultrahigh-pressure tank body is used for water pressure maintaining.
本发明属于智能供水设备技术领域，一种多腔体的数控智能供水设备，其特征在于，包括超高压罐体、第一高压罐体、第二高压罐体及水泵，安装底板上对称固定设置有三个水泵，水泵的一端固定设置有出水总管，出水总管的两端开设有出水口，出水总管与水泵之间固定设置有总管出水截止阀和总管止回阀，水泵的另一端固定设置有超高压罐体。本发明通过超高压罐体、第一高压罐体、第二高压罐体及水泵的设计，可以通过超高压罐体、第一高压罐体和第二高压罐体之间的配合，当小流量供水时，第一高压罐体、第二高压罐体和超高压罐体合二为一为出水保压，当中流量供水时，第一高压罐体和第二高压罐体做进水补偿，超高压罐体做出水保压，当大流量供水时。
Multi-cavity numerical control intelligent water supply equipment
一种多腔体的数控智能供水设备
NOBUAKI GO (Autor:in) / HUANG LIJUN (Autor:in) / TANG SHAOYUN (Autor:in) / HARA TADAO (Autor:in)
22.07.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
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INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
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