Additive material metering system with weighing means

• US 4,427,133 A
• Filed: 05/12/1981
• Issued: 01/24/1984
• Est. Priority Date: 01/23/1980
• Status: Expired due to Fees

• Current Assignee: Halliburton Company
• Original Assignee: Halliburton Company
• Inventors: Horinek, Herbert J., Kierbow, Gerald C.
• Primary Examiner(s): Scherbel, David A.
• Application Number:
  US06/263,016
• Time in Patent Office: 987 Days
• Field of Search: 406/32, 406/53, 406/65, 406/120, 406/124, 406/125, 406/126, 222/56, 222/77, 222/160, 222/164, 222/135
• US Class Current: 222/77
• CPC Class Codes: G01F 11/24 for fluent solid material

Abstract

An additive material storage and metering system includes a transportable frame having a plurality of dry material storage bins mounted thereon. The plurality of dry material storage bins includes smaller dry material storage bins and larger dry material storage bins. The metering system for the larger dry material storage bins has a flow rate range varying from a low end to a high end. The metering system for the smaller dry material storage bins has a second flow rate range varying from a low end to a high end. The low end of the second range is lower than the low end of the first range, and the high end of the second range is between the low and high ends of the first range, so that any given dry material may be dispensed at any rate within an overall flow rate range from the low end of the second range to the high end of the first range by placing said material in the proper dry material storage bin. The dry material storage bins are partially supported from the transportable frame by load cells which are mounted on an extendable hydraulic cylinder so that the load cells may be withdrawn from engagement with the storage bin when the transportable frame is being moved, and may be extended into load supporting engagement with the storage bin when transportable frame is at rest.

Claims

1. A material storage and metering system, comprising:

first storage means for storing a first solid phase material;

first metering means for transferring said first material from said first storage means at a controlled flow rate within a first range of flow rates, said first range being defined by a low end and a high end;

second storage means, for storing a second solid phase material, said second storage means having a capacity less than a capacity of said first storage means;

second metering means for transferring said second material from said second storage means at a controlled flow rate within a second range of flow rate, said second range being defined by a low end and a high end, said high end of said second range being at least substantially as great as said low end of said first range;

a transportable frame having ground engaging means for allowing said frame to traverse a ground surface, said first and second storage means and said first and second metering means being mounted upon said frame for transport therewith;

wherein said first storage means is supported from said transportable frame by a first support means and a load cell support means for sensing a weight supported by said load cell support means and for generating a signal representing said weight, said load cell support means including a lift means movable between a first position wherein said load cell support means is held in load supporting engagement with said first storage means and a second position wherein said load cell support means is held out of load supporting engagement with said first storage means; and

wherein said load cell support means and said first metering means are connected to a common power source and are so arranged and constructed that when power is supplied from said source to said first metering means power is also supplied to said lift means to move said lift means to its said first position, and when power is disconnected from said first metering means power is also disconnected from said lift means so that said lift means returns to its said second position.

2. The system of claim 1, wherein:

said common power source is a hydraulic power source; and

said lift means includes a hydraulic cylinder arranged to extend upon supply of hydraulic power thereto.

3. The system of claim 2, wherein:

said first support means is further characterized as being a support means for providing at least one degree of freedom of movement of said first storage means relative to said transportable frame.

4. The system of claim 3, wherein:

said first support means includes a ball and socket supporting joint.

5. A material storage and metering system, comprising:

first storage means for storing a first solid phase material;

first metering means for transferring said first material from said first storage means at a controlled flow rate within a first range of flow rates, said first range being defined by a low end and a high end;

second storage means for storing a second solid phase material, said second storage means having a capacity less than a capacity of said first storage means;

second metering means for transferring said second material from said second storage means at a controlled flow rate within a second range of flow rates, said second range being defined by a low end and a high end, said high end of said second range being at least substantially as great as said low end of said first range;

a transportable frame having ground engaging means for allowing said frame to traverse a ground surface, said first and second storage means and said first and second metering means being mounted upon said frame for transport therewith;

wherein said first metering means includes;

a metering bin means for receiving said first material from said first storage means;

a conveyor means for discharging said first material from said metering bin means at a controlled rate within said first range of flow rates;

wherein said metering bin means is supported from said transportable frame by a first support means and a load cell support means for sensing a weight supported by said load cell support means and for generating a signal representing said weight, said load cell support means including a lift means movable between a first position wherein said load cell support means is held in load supporting engagement with said metering bin means and a second position wherein said load cell support means is held out of load supporting engagement with said metering bin means; and

wherein said load cell support means and said conveyor means are connected to a common power source and so arranged and constructed that when power is supplied from said source to said conveyor means power is also supplied to said lift means to move said lift means to its said first position, and when power is disconnected from said conveyor means power is also disconnected from said lift means so that said lift means returns to its said second position.

6. The system of claim 5, wherein:

said common power source is a hydraulic power source; and

said lift means includes a hydraulic cylinder arranged to extend upon supply of hydraulic power thereto.

7. The system of claim 5, wherein:

said first support means is further characterized as being a support means for providing at least one degree of freedom of movement of said metering bin means relative to said transportable frame.

8. The system of claim 7, wherein:

said first support means includes a ball and socket supporting joint.

9. A portable material handling system, comprising:

a transportable frame having ground engaging means for allowing said frame to transverse a ground surface; and

container means, supported from said transportable frame by a first support means and a load cell support means for sensing a weight supported by said load cell support means and for generating a signal representing said weight, for containing a material, said load cell support means including a lift means movable between a first position wherein said load cell support means is held in load supporting engagement with said container means and a second position wherein said load cell support means is held out of load supporting engagement with said container means.

10. The system of claim 9, further comprising:

a metering means for transferring said material from said container means; and

wherein said load cell support means and said metering means are connected to a common power source and are so arranged and constructed that when power is supplied from said source to said metering means power is also supplied to said lift means to move said lift means to its said first position, and when power is disconnected from said metering means power is also disconnected from said lift means so that said lift means returns to its said second position.

11. The system of claim 10, wherein:

said load cell support means further includes a transportation mode support means for supporting said container means when said lift means is in its said second position.

12. The system of claim 10, wherein:

said common power source is a hydraulic power source; and

said lift means includes a hydraulic cylinder arranged to extend upon supply of hydraulic power thereto.

13. The system of claim 12, wherein:

said first support means is further characterized as being a support means for providing at least one degree of freedom of movement of said container means relative to said transportable frame.

14. The system of claim 13, wherein:

said first support means includes a ball and socket supporting joint.