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US 10,722,909 B1Granted
System and method of delivering reactive fluids to an applicator
OwnerPaul Charles Waelderinventor
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Abstract
The present invention relates to a system of delivering at least two different reactive fluids to an applicator utilizing a pressurized gas. A method of delivery is also disclosed.
Claims18
A system for delivering a plurality of reactive fluids to a delivery applicator, the system comprising:
- a first tank containing a first reactive fluid;
- a second tank containing a second reactive fluid, wherein the first reactive fluid and the second reactive fluid form a curing adhesive when intimately contacting each other;
- a source of pressurized gas selectively in communication with the interior of the first tank and the interior of the second tank;
- means for reinforcing each of the first tank and the second tank;
- means for selectively permitting or prohibiting the source of pressurized gas from communicating with the interior of the first tank and the interior of the second tank;
- a first conduit for carrying the first reactive fluid from the first tank to the delivery applicator;
- a second conduit for carrying the second reactive fluid from the second tank to the delivery applicator;
- and
- means for selectively permitting or prohibiting the first reactive fluid from entering the delivery applicator and for selectively permitting or prohibiting the second reactive fluid from entering the delivery applicator;
- wherein the system is devoid of any mechanically movable element for inducing movement of the first reactive fluid from the first tank through the first conduit and to the delivery applicator.
7 more elements
A system for delivering a plurality of reactive fluids to a delivery applicator, the system comprising:
- a first reservoir of a first reactive fluid;
- a second reservoir of a second reactive fluid, wherein the first reactive fluid and the second reactive fluid form a curing adhesive when intimately contacting each other;
- means for limiting the bulging of each of the first reservoir and the second reservoir;
- a delivery applicator in communication with the first reactive fluid and the second reactive fluid;
- and
- means for moving the first reactive fluid from the first reservoir and for moving the second reactive fluid from the second reservoir to the delivery applicator without using a mechanically movable element and without employing an electrically activated element or an internal combustion motor.
3 more elements
A method of delivering a plurality of reactive fluids to a delivery applicator, the method comprising:
- providing a first tank containing a first reactive fluid;
- providing a second tank containing a second reactive fluid, wherein the first reactive fluid and the second reactive fluid form a curing adhesive when intimately contacting each other;
- providing a source of pressurized gas selectively in communication with the interior of the first tank and the interior of the second tank;
- step for reinforcing each of the first tank and the second tank;
- providing a first conduit for carrying the first reactive fluid from the first tank to the delivery applicator;
- providing a second conduit for carrying the second reactive fluid from the second tank to the delivery applicator;
- moving the first reactive fluid from the first tank through the first conduit and to the delivery applicator without the use of any mechanically moving element.
4 more elements
A method of delivering a plurality of reactive fluids to a delivery applicator, the method comprising:
- providing a first reservoir of a first reactive fluid;
- providing a second reservoir of a second reactive fluid, wherein the first reactive fluid and the second reactive fluid form a curing adhesive when intimately contacting each other;
- step for limiting the bulging of each of the first reservoir and the second reservoir;
- providing a delivery applicator in communication with the first reactive fluid and the second reactive fluid;
- and
- moving the first reactive fluid from the first reservoir to the delivery applicator and moving the second reactive fluid from the second reservoir to the delivery applicator without the use of any mechanically moving element and without employing electrically activated element or an internal combustion motor.
3 more elements
Dependencies are inferred from the claim text.