Water meter casing having a middle casing and inlet and outlet ports formed as separate components
A water meter casing and manufacturing process thereof are provided. The water meter casing comprises a middle casing ( 1 ), a water inlet port ( 2 ) and a water outlet port ( 3 ), which are separate parts, wherein a water inlet ( 4 ) and a water outlet ( 5 ) where the water inlet and outlet ports ( 2, 3 ) are arranged are respectively provided at the two sides of the middle casing ( 1 ), and a support ring ( 6 ) is also provided in the inner cavity of the middle casing ( 1 ). The manufacturing process of the water meter casing relates to a method of forming the water meter casing by high pressure hydraulic bulging. The manufacturing process is simple and easy to carry out, and it presents the advantage of low cost.
1. A water meter casing comprising a middle casing, a water inlet port configured to receive a flow of water and a water outlet port; wherein said middle casing further comprises a water inlet, a water outlet and a supporting ring; wherein said water inlet port is configured to be coupled with said water inlet of said middle casing and said water outlet port is configured to be coupled with said water outlet of said middle casing; wherein said water inlet is located at a first wall of said middle casing and said water outlet is located at a second wall of said middle casing; wherein said water outlet is higher than said water inlet; wherein said support ring is located in an inner cavity of said middle casing and is configured to support a movement thereon; wherein said supporting ring is located between said water inlet and said water outlet; wherein said water inlet port further comprises a fluid director disposed therein, said fluid director being a baffle extending from an upper end of said water inlet to an upper wall of said water inlet port; wherein said fluid director is configured to adjust the stability of water flow thereby reducing damage due to said flow of water; and wherein said water outlet port further comprises an external adjusting fluid director disposed therein, said external adjusting fluid director further comprises a first hole connected to said middle casing, a second hole connected to said water outlet port and an outlet connected to said water outlet port, wherein said first hole, said second hole and said outlet are in fluid communication to each other.
2. The water meter casing of claim 1 , wherein said middle casing further comprises a baseplate coupled to a bottom portion of said middle casing; wherein said baseplate is bent towards said inner cavity of said middle casing thereby providing a stand for said movement.
3. The water meter casing of claim 1 , wherein said fluid director is made of materials selected from a group consisting of stainless steel and plastic.
4. The water meter casing of claim 1 , wherein said middle casing further comprises a movement guider disposed within said the inner cavity of said middle casing;
wherein said movement guider is higher than said water outlet and is provided at a closed distal end of said middle casing.
5. The water meter casing of claim 4 , wherein said movement guider is a circular ring made of materials selected from a group consisting of stainless steel and plastic.
6. The water meter casing of claim 1 , wherein said first hole and said second hole are interconnected to each other to form a duct; and wherein said outlet is vertically provided at the lower end of said duct.
7. The water meter casing of claim 1 , wherein said second hole is larger than said first hole.