Lever type piston extrusion cleanser bottle

Abstract

The invention discloses a lever type piston extrusion cleanser bottle which comprises a bottle body and a spraying mechanism. The spraying mechanism comprises a sucking pipe. A fulcrum component of the spraying mechanism comprises a base fixed to the top end of the bottle body, spacers and a supporting column, and the spacers and the supporting column are located in the base. The bottom end of the supporting column is located in a cylindrical cavity and can slide in the cylindrical cavity up and down. The multiple spacers are arranged between the bottom end of the supporting column and the cavity bottom of the cylindrical cavity. A piston compression component comprises the sucking pipe, a piston, a connecting rod and a lever. The side wall of the part, stretching out of the top end of the bottle body, of the sucking pipe is connected with a spraying pipe used for spraying a cleaning solution. A reset spring is vertically arranged on the side, opposite to the supporting column, of the sucking pipe. The piston is located in the sucking pipe, and the top of the piston is hinged to the bottom end of the connecting rod. The top end of the connecting rod stretches out of an opening in the top end of the sucking pipe and then is hinged to the lever. The top, stretching out of the cylindrical cavity, of the supporting column and the top end of the reset spring are also hinged to the lever. According to the cleanser bottle, the situation that the spraying mechanism resets and loses efficacy can be prevented, and the reliability is improved.

Description

technical field [0001] The invention belongs to the technical field of cleaning agent packaging, in particular to a bottle for containing finished cleaning agent. Background technique [0002] Present cleaning agent adopts common plastic bottle to be equipped with the bottle body dress of injection mechanism mostly. For the push-type spraying mechanism, the part (button) protruding from the bottle mouth is directly pressed into the bottle, and the cleaning hydraulic pressure is released by using the pressure difference, and the part protruding from the bottle mouth is bounced back to the original position by using the pressure difference after spraying. Reset, because the pressure difference generated after spraying is often unstable, it is often encountered in daily use that the button cannot be reset, resulting in failure to use normally, and for ordinary plastic bottles without spraying mechanisms, although it will not appear The button cannot be reset, resulting in actu...

AI Technical Summary

Problems solved by technology

For the push-type spraying mechanism, the part (button) protruding from the bottle mouth is directly pressed into the bottle, and the cleaning hydraulic pressure is released by using the pressure difference, and the part protruding from the bottle mouth is bounced back to the original position by using the pressure difference after spraying. Reset, because the pressure difference generated after spraying is often unstable, it is often encountered in daily use that the button cannot be reset, resulting in failure to use normally, and for ordinary plastic bottles without spraying mechanisms, although it will not appear The button cannot be reset and the work is effective, but holding the bottle with your hand and squeezing it directly will cause the cleaning liquid to flow along the bottle mouth to the bottle, resulting in waste and pollution

[0003] In addition, for the above-mentioned current cleaning agent packaging bottles, there is another problem that the cleaning agent at the bottom of the bottle is difficult to be squeezed out at the end of use, resulting in waste of cleaning agent, and for the current push-type bottle Since the inside of the cleaning agent packaging bottle is a small plastic pipe for suction and flow, once the bottom inlet of the pipe is blocked, the cleaning agent cannot be sprayed normally, especially after the cleaning agent is left for a period of time due to natural settlement at the bottom It will be more viscous, with a small amount of granules, and these hard and viscous granule clusters are more likely to block the plastic tube of the detergent packaging bottle

Images