A multipurpose shower head, comprising:
- a head body in which a main chamber receiving water from a water supply line is provided, a direct water injection hole through which an injection nozzle is detachably and replaceably coupled with the head body is provided, and a direct water supply pipe communicating with the direct water injection hole is provided;
- a spray cover installed in the head body, in which a plurality of high-pressure spray holes and a plurality of low-pressure spray holes are provided such that the plurality of high-pressure spray holes and the low-pressure spray holes are distinguished from each other;
- a chamber forming means installed in the head body, wherein the chamber forming means is disposed between the main chamber and the spray cover such that first to third chambers communicating with the high-pressure spray holes, the low-pressure spray holes and the direct water supply pipe, respectively, are provided between the spray cover and the chamber forming means;
- and
- a water channel switching means which is provided on each of the chamber forming means and the head body in order to selectively transfer the water supplied in the main chamber to any one of a first chamber, a second chamber, or a third chamber, whereby the water can be discharged to the outside of the head body through any one selected from the high-pressure spray holes, the low-pressure spray holes and the direct water injection hole,
- wherein the chamber forming means includes:
- a sealing cover, which is detachably installed in the head body to thus be disposed between the main chamber and the spray cover so as to seal the main chamber, and is provided with a chamber forming groove between the spray cover and the chamber forming means, as well as a direct water supply hole communicating with the direct water supply pipe;
- a first partition wall, which protrudes from the chamber forming groove and is in close contact with a spray cover side to thus be positioned between the plurality of high-pressure spray holes and low-pressure spray holes, wherein the first chamber is formed inside of the first partition wall to communicate with the plurality of high-pressure spray holes while the second chamber is formed on the outside of the first partition wall to communicate with the plurality of low-pressure spray holes;
- and
- a second partition wall, which protrudes from the chamber forming groove to surround the direct water supply hole and is in close contact with the spray cover, wherein the third chamber is formed inside of the second partition wall to communicate with the direct water supply pipe while the second chamber is formed on the outside of the second partition wall to communicate with the plurality of low-pressure holes.