Automatic height adjusting mixing robot

1. An automatic height adjusting robot computing controlled volumetric ratios of dry chemicals while connected to a production well, comprising:

a. a base frame comprising:

i. a first parallel support member and a second parallel support member;

ii. a cross member connected between the first and second parallel support members;

iii. a first pivoting wheel aligned with a first fixed wheel mounted on the first parallel support member;

iv. a second pivoting wheel aligned with a second fixed wheel mounted on the second parallel support member;

b. an L-shaped lifting base assembly removably disposed on the base frame comprising:

i. a base plate;

ii. a back plate mounted at an angle from 80 degrees to 100 degrees to the base plate;

iii. a pair of sliding engagement extensions mounted to the back plate;

iv. a lifting eyelet mounted to the back plate between the pair of sliding engagement extensions;

c. a lifting frame mounted to the base frame at an angle from 80 degrees to 100 degrees from a base plane configured to receive the pair of sliding engagement extensions forming a secure connection with the L-shaped lifting base assembly;

d. a hoist assembly engaging the lifting eyelet to raise and lower the L-shaped lifting base assembly off the base frame;

e. an automated mixing assembly fastened to the L-shaped lifting base assembly, the automated mixing assembly comprising:

i. an outer housing secured to the L-shaped lifting base assembly;

ii. a tapered mixing chamber installed in the outer housing;

iii. a mixing controller comprising:

(1) a processor connected to a display;

(2) a computer readable medium comprising:

(a) a volumetric ratio model providing zero-lag estimates of volumetric ratios of dry chemicals to form a volumetric ratio of dry chemicals automatically;

(b) computer instructions to instruct the processor to present a feed rate for dry chemicals entering the automated mixing assembly using a first volumetric ratio of dry chemicals from the volumetric ratio model to the display;

(c) computer instructions to instruct the processor to dynamically re-compute the volumetric ratio of dry chemicals automatically and present the changed volumetric ratio to the display by changing at least one of:

 (i) a quantity of a first dry chemicals flowing into the tapered mixing chamber;

 (ii) a quantity of a second dry chemicals flowing into the tapered mixing chamber;

 (iii) a preset flow rate of chemicals flowing out of the tapered mixing chamber;

f. a power inlet connected to a power supply engaging the outer housing and electrically connected to the mixing controller; and

g. a screw conveyor extending from the tapered mixing chamber to an outlet.

2. The automatic height adjusting robot of claim 1 , comprising: a first wheel support member mounted between the first parallel support member and the first pivoting wheel and the first fixed wheel and a second wheel support member mounted between the second parallel support member and the second pivoting wheel and the second fixed wheel.

3. The automatic height adjusting robot of claim 1 , wherein the lifting frame comprising:

a. a crown;

b. a first lifting member with a first groove connected to the cross member; and

c. a second lifting member with a second groove connected to the cross member in a spaced apart relationship and wherein each groove is adapted to receive the pair of sliding engagement extensions.

4. The automatic height adjusting robot of claim 3 , wherein the hoist assembly comprises:

a. a sheave mounted to the crown;

b. a winch mounted between the first and second lifting members; and

c. a cable extending from the winch through the sheave to the lifting eyelet.

5. The automatic height adjusting robot of claim 1 , wherein the outer housing and the L-shaped lifting base assembly are an integral one piece assembly.

6. The automatic height adjusting robot of claim 1 , comprising:

an outer lid for closing the outer housing.

7. The automatic height adjusting robot of claim 1 , comprising:

an inner lid for closing the tapered mixing chamber.

8. The automatic height adjusting robot of claim 1 , comprising a plurality of legs extending from the outer housing toward the base plate for fastening the outer housing to the L-shaped lifting base assembly.

9. The automatic height adjusting robot of claim 8 , comprising a first side plate and a second side plate mounted in parallel and connected on opposite sides of the base plate, each side plate configured to support and secure to at least two legs of the plurality of legs of the outer housing.

10. The automatic height adjusting robot of claim 9 , comprising a plurality of bolts, each bolt of the plurality of bolts for securing at least two legs of the plurality of legs to the first side plate and the second side plate.

11. The automatic height adjusting robot of claim 1 , wherein the automated mixing assembly is in communication with a network and a plurality of client devices are in communication with the network for automatically controlling volumetric ratios of dry chemicals flowing into the production well.