초록 ▼

A relatively inexpensive and easy to operate plural component dispensing apparatus is made up of one or more double sided pumps, such as an air-operated double diaphragm pump. The manifolding on the pumps is divided so that each side of the pump pumps one of the components of the plural component ma

A relatively inexpensive and easy to operate plural component dispensing apparatus is made up of one or more double sided pumps, such as an air-operated double diaphragm pump. The manifolding on the pumps is divided so that each side of the pump pumps one of the components of the plural component material with an integrator (18) attached to the outputs of the two sides to bring the out-of-phase output of the pump into phase. Diaphragm type isolation valves (116) are optionally provided on the output of each side of the pump in order to prevent back flow of mixed material. In the event that ratios other than 1:1 are required, more than one such pump may be used together in order to result in a variety of ratios.

대표청구항 ▼

[ What is claimed is:] [1.] An apparatus for dispensing plural component materials, said apparatus comprising:at least one double sided pump, each said pump having first and second pumping chambers, each said chamber having an inlet and an outlet, at least one of said chamber inlets being connected

[ What is claimed is:] [1.] An apparatus for dispensing plural component materials, said apparatus comprising:at least one double sided pump, each said pump having first and second pumping chambers, each said chamber having an inlet and an outlet, at least one of said chamber inlets being connected to a source of a first material and at least another of said chamber inlets being connected to a source of a second material, the chambers of each said pump outputting alternating shots of said first and second materials to which the chamber inlet is connected to; anda fluid integrator having an inlet and an outlet, said integrator inlet being connected to said chamber outlets, said integrator being sized to produce a homogenous mixture when said chambers pump alternating shots of said first and second materials.