Coupling structure of electromagnetic valve for controlling water supply
Provided is a coupling structure of an electromagnetic valve for controlling water supply. The coupling structure comprises: a coupling member provided with a coupling protrusion to be coupled to an upper portion of the valve body; at least one hook provided on the coupling member to be hooked to a locking piece; a supporting plate outwardly extending from a lower end of a sleeve to support the electromagnetic part, the sleeve being divided into upper and lower parts provided at upper and lower portions of the electromagnetic part; the locking piece provided at an end of the supporting plate by being bent upwardly to be hooked to the hook; and engaging pieces protruding from opposite sides of the supporting plate to engage with engaging grooves of the sleeve, thereby preventing the electromagnetic part from rotating.
1. A coupling structure of an electromagnetic valve for controlling water supply, the coupling structure comprising:
a coupling member provided with a coupling protrusion to be coupled to an upper portion of a valve body of the electromagnetic valve;
at least one hook provided on the coupling member to be hooked to a locking piece;
a supporting plate outwardly extending from a lower end of a sleeve to support the electromagnetic part of the electromagnetic valve, the sleeve being divided into upper and lower parts provided at upper and lower portions of the electromagnetic part;
the locking piece provided at an end of the supporting plate by being bent upwardly to be hooked to the hook, wherein the locking piece provided at the end of the supporting plate is bent in a direction away from the coupling member; and
engaging pieces protruding from opposite sides of the supporting plate to engage with engaging grooves of the sleeve, thereby preventing the electromagnetic part from rotating.
2. The coupling structure of claim 1 , wherein the coupling member prevents a cap mounted on the valve body from being demounted therefrom.
3. The coupling structure of claim 1 , wherein the hook is provided at an upper portion of the coupling member in a radial direction.
4. The coupling structure of claim 1 , wherein the supporting plate includes a first surface facing and supporting the electromagnetic part of the electromagnetic valve and a second surface opposite the first surface and facing the coupling member provided with the coupling protrusion.
5. The coupling structure of claim 1 , wherein the coupling protrusion extends in a direction away from the supporting plate.
6. The coupling structure of claim 1 , wherein the hook protrudes in a radial direction towards a center of the coupling member.
7. The coupling structure of claim 1 , wherein the engaging pieces protrude in a radial direction away from a center of the supporting plate.
8. The coupling structure of claim 1 , comprising at least two hooks and at least two locking pieces, each of the locking pieces to be hooked to one of the hooks.
9. The coupling structure of claim 1 , comprising more than two hooks and more than two locking pieces, each of the locking pieces to be hooked to one of the hooks.
10. An electromagnetic valve, comprising:
a valve body provided with an inlet port and an outlet port through which water is respectively introduced and discharged, and a diaphragm between the inlet port and the outlet port to define a pressure chamber;
an electromagnetic part fixed on the valve body to seal the pressure chamber, wherein the water is introduced into the pressure chamber or discharged to a target device in response to operation of the electromagnetic part, thereby controlling water supply; and
a coupling structure comprising:
a coupling member provided with a coupling protrusion to be coupled to an upper portion of the valve body;
at least one hook provided on the coupling member to be hooked to a locking piece;
a supporting plate outwardly extending from a lower end of a sleeve to support the electromagnetic part, the sleeve being divided into upper and lower parts provided at upper and lower portions of the electromagnetic part;
the locking piece provided at an end of the supporting plate by being bent upwardly to be hooked to the hook, wherein the locking piece provided at the end of the supporting plate is bent in a direction away from the coupling member; and
engaging pieces protruding from opposite sides of the supporting plate to engage with engaging grooves of the sleeve, thereby preventing the electromagnetic part from rotating.
11. The electromagnetic valve of claim 10 , wherein the supporting plate includes a first surface facing and supporting the electromagnetic part of the electromagnetic valve and a second surface opposite the first surface and facing the coupling member provided with the coupling protrusion.
12. The electromagnetic valve of claim 10 , wherein the coupling protrusion extends in a direction away from the supporting plate.
13. The electromagnetic valve of claim 10 , wherein the hook protrudes in a radial direction towards a center of the coupling member.
14. The electromagnetic valve of claim 10 , wherein the engaging pieces protrude in a radial direction away from a center of the supporting plate.
15. The electromagnetic valve of claim 10 , comprising at least two hooks and at least two locking pieces, each of the locking pieces to be hooked to one of the hooks.
16. The electromagnetic valve of claim 10 , comprising more than two hooks and more than two locking pieces, each of the locking pieces to be hooked to one of the hooks.
17. The electromagnetic valve of claim 10 , wherein the valve body includes a groove part, the coupling protrusion of the coupling member to be coupled to the groove part.
18. An electromagnetic valve, comprising:
a valve body provided with an inlet port and an outlet port through which water is respectively introduced and discharged, and a diaphragm between the inlet port and the outlet port to define a pressure chamber;
an electromagnetic part fixed on the valve body to seal the pressure chamber, wherein the water is introduced into the pressure chamber or discharged to a target device in response to operation of the electromagnetic part, thereby controlling water supply; and
a coupling structure comprising:
a coupling member provided with a coupling protrusion to be coupled to an upper portion of the valve body;
at least one hook provided on the coupling member to be hooked to a locking piece;
a supporting plate outwardly extending from a lower end of a sleeve to support the electromagnetic part, the sleeve being divided into upper and lower parts provided at upper and lower portions of the electromagnetic part;
the locking piece provided at an end of the supporting plate by being bent upwardly to be hooked to the hook; and
engaging pieces protruding from opposite sides of the supporting plate to engage with engaging grooves of the sleeve, thereby preventing the electromagnetic part from rotating,
wherein the valve body includes a groove part, the coupling protrusion of the coupling member to be coupled to the groove part.