Multi-functional finger-press structure of a spray can

Claim 1

A multi-functional finger-press structure of a spray can comprising a pressurized can spray cap, a spray head seat, a spray tube mounting seat, a sealing pad, a spray tube, and at least one to two spray heads, characterized in that the top of the pressurized can spray cap is a recessed horizontal through slot having the inner edge of one end thereof connected by a connection arm to the spray head seat, the spray head seat facing one end of the connection arm is formed into a dual-erected ringed fork body having an abdomen portion mounted with the sealing pad being plugged into the spray tube mounting seat, and the interior of the spray head seat is formed into a tubular passage passing through a needle valve of the pressurized can and an air inlet of the spray tube mounting seat, and on the spray head seat, other top face of the dual-erected ringed fork bodies are formed and on the center line of the through slot, a spray tube receiving slot is provided, and the horizontal height of the bottom of the slot is lower than the top end of a ring hole of the fork body, and one tube end of the spray tube is a roller body constantly adhered to the top face of the spray tube mounting seat, and the two lateral sides of the tube ends are provided with shafts inserted into the dual-erected ringed fork body, and the interior of the spray tube is provided with two spray passages having air inlets being mounted at the two ends of the roller perpendicular to the tube body of the spray tube which in communication with air outlet which is switched at the top face of the spray tube mounting seat, and the air outlets are plugged with a spray head respectively mounted at the tube opening of the two ends of the spray tube.