Mass balance proportioner

• US 6,513,964 B1
• Filed: 08/04/2001
• Issued: 02/04/2003
• Est. Priority Date: 08/04/2001
• Status: Expired due to Fees

• Current Assignee: James W. Himmelright, Joseph D. Rose
• Original Assignee: Dylon Industries Inc.
• Inventors: Himmelright, James W., Rose, Joseph D.
• Primary Examiner(s): SOOHOO, TONY GLEN
• Application Number:
  US09/922,383
• Publication Number:
  US 20030026165A1
• Time in Patent Office: 549 Days
• Field of Search: 366/141, 366/152.6, 366/154.1, 366/155.1, 366/152.1, 366/160.1, 366/279
• US Class Current: 366/141
• CPC Class Codes: B01F 23/431 the liquids being introduced from the outside through or along the axis of a rotating stirrer, e.g. the stirrer rotating due to the reaction of the introduced liquid
• CPC Class Codes: B01F 23/483 using water for diluting a liquid ingredient, obtaining a predetermined concentration or making an aqueous solution of a concentrate
• CPC Class Codes: B01F 23/49 Mixing systems, i.e. flow charts or diagrams
• CPC Class Codes: B01F 35/881 by weighing, e.g. with automatic discharge

Abstract

An apparatus for mixing and diluting a concentrated liquid lubricant and a dilution material to form a diluted lubricant solution and more particularly a mass balance proportioner for weighing and mixing a concentrated lubricant and a dilution material to form a diluted lubricant having a predetermined dilution ratio based upon weight of concentrated lubricant to weight of dilution material.

Claims

1. A mass balance proportioner for weighing and mixing a concentrated lubricant and a dilution material to form a diluted lubricant having a predetermined dilution ratio based upon weight of concentrated lubricant to weight of dilution material comprising a supply of concentrated lubricant, a supply of dilution material, a mixing tank for receiving said concentrated lubricant and said dilution material, a scale for weighing said concentrated lubricant in said mixing tank and said dilution material in said mixing tank to establish a mixture of diluted lubricant in said mixing tank which is predetermined and based upon weight of concentrated lubricant to weight of dilution material, a mixer for mixing the concentrated lubricant and dilution material in said mixing tank to form a homogenous solution of diluted lubricant, an outlet in said mixing tank, a storage tank for receiving from said outlet of said mixing tank and storing said mixed solution of diluted lubricant, a second mixer for mixing the solution of diluted lubricant in said storage tank to maintain a substantially homogeneous mixture of lubricant and dilution material and an outlet from said storage tank for directing the solution of diluted lubricant to a use location.

2. A mass balance proportioner for weighing and mixing a concentrated lubricant and a dilution material to form a diluted lubricant having a predetermined dilution ratio based upon weight of concentrated lubricant to weight of dilution material as defined in claim 1, further including a sump located at the use location for collecting excess solution of diluted lubricant and a return conduit for directing said excess solution of diluted lubricant from said sump to said storage container for remixing and reuse.

3. A mass balance proportioner for weighing and mixing a concentrated lubricant and a dilution material to form a diluted lubricant having a predetermined dilution ratio based upon weight of concentrated lubricant to weight of dilution material as defined in claim 1 wherein said scale establishes an output signal indicative of the weight of the material in said mixing tank and further including a control for controlling the flow of concentrated lubricant and dilution material to said mixing tank and the predetermined dilution ratio in said mixing tank which is predetermined based upon weight of concentrated lubricant to weight of dilution material, said control receiving said output signal from said scale and sensing the weight of said concentrated lubricant and the weight of said dilutent material in said mixing tank, a first valve for controlling the flow of said dilution material to said mixing tank, a pump for pumping said concentrated lubricant to said mixing tank from said supply of concentrated lubricant, said control being connected to said first valve and said pump for controlling the flow of said concentrated lubricant and said dilutent material to said mixing tank in response to said output signal from said scale to establish a solution of concentrated lubricant and dilutent material in said mixing tank which is a predetermined ratio of weight of concentrated lubricant to weight of dilution material.

4. A mass balance proportioner for weighing and mixing a concentrated lubricant and a dilution material to form a diluted lubricant having a dilution ratio based upon weight of concentrated lubricant to weight of dilution material as defined in claim 3, further including a second valve located in said outlet of said mixing tank for controlling the flow of said solution of diluted lubricant in said mixing tank into said storage tank and a third valve located in said outlet of said storage tank for controlling the flow of said solution of diluted lubricant material from said storage tank to a use location, said control being connected to said second and third valves to control the operation thereof.

5. A mass balance proportioner for weighing and mixing a concentrated lubricant and a dilution material to form a diluted lubricant having a dilution ratio based upon weight of concentrated lubricant to weight of dilution material as defined in claim 3, further including a mixing tank level sensor connected to said control for sensing the level of said liquid in said mixing tank and effecting said control to close said first valve and deenergize said pump in the event the liquid level in said mixing tank reaches a predetermined maximum level.

6. A mass balance proportioner for weighing and mixing a concentrated lubricant and a dilution material to form a diluted lubricant having a predetermined dilution ratio based upon weight of concentrated lubricant to weight of dilution material as defined in claim 5, further including a second liquid level sensor connected to said control for sensing the liquid level in said storage tank and for effecting said control to close said second valve in the event the liquid level in said storage tank reaches a predetermined maximum level.

7. A mass balance proportioner for weighing and mixing a concentrated lubricant and a dilution material to form a diluted lubricant having a predetermined dilution ratio based upon weight of concentrated lubricant to weight of dilution material as defined in claim 6, further including a third liquid level sensor connected to said controller for sensing the level of liquid in said storage tank and effecting said control to open said second valve from said mixing tank when the liquid level in said storage tank reaches a predetermined minimum level to dump the mixture of diluted lubricant in said mixing tank to said storage tank.

8. A mass balance proportioner for weighing and mixing a concentrated lubricant and a dilution material to form a diluted lubricant having a predetermined dilution ratio based upon weight of concentrated lubricant to weight of dilution material as defined in claim 3, wherein said output signal from said scale includes a first output signal which is indicative of the weight of dilution material in said mixing tank and a second output signal which is indicative of the weight of concentrated lubricant in said mixing tank.

9. Apparatus for mixing a concentrated lubricant and a dilution material by weight comprising a first container, a first inlet for directing a supply of a concentrated lubricant into the first container, a second inlet for directing a supply of a dilution material to the first container, a scale for weighing the dilution material in said first container and for weighing the concentrated lubricant in said first container to create a diluted lubricant in said first container which is based upon a predetermined ratio of weight of concentrated lubricant to weight of dilution material, a first mixer for mixing the concentrated lubricant and the dilution material in said first container to form a substantially homogeneous solution of diluted lubricant, an outlet for directing the substantially homogeneous solution of lubricant from said first container, a second container for receiving from said outlet said substantially homogeneous solution of lubricant from said first container for storing said homogeneous solution of lubricant for use, a second mixer for mixing the substantially homogeneous solution of lubricant in said second container to maintain the solution substantially homogeneous and an outlet from said second container for directing the mixed lubricant and dilution material to a use location.

10. Apparatus for mixing a concentrated lubricant and a dilution material by weight as defined in claim 9, further including a sump located at the use location for collecting excess solution of the diluted lubricant and a return conduit for directing said excess solution of diluted lubricant to said second container for re-mixing and reuse.

11. Apparatus for mixing a concentrated lubricant and a dilution material by weight as defined in claim 9, wherein said scale establishes an output signal indicative of the weight of material in said first container, further including a control for controlling the flow of concentrated lubricant and dilution material to said first container and the predetermined ratio of concentrated lubricant to dilution material by weight, said control receiving said output signal from said scale and sensing the weight of said concentrated lubricant and the weight of said dilution material in said first container, a first valve for controlling the flow of said dilution material to said first container, a pump for pumping concentrated lubricant to said first container, said control being connected to said first valve for controlling the flow of said dilution material to said first container and controlling the energization of said pump to control the flow of concentrated lubricant to said first container in response to said output signal from said scale to form a solution of a concentrated lubricant and a dilution material which is a predetermined ratio based on weight of concentrated lubricant to weight of dilution material.

12. Apparatus for mixing a concentrated lubricant and a dilution material by weight as defined in claim 11, further including a second valve located in said outlet in said first container for controlling the flow of said solution of diluted lubricant from said first container to said second container and a third valve located in said output from said second container for controlling the flow of said solution of diluted lubricant from said second container to a use location.

13. Apparatus for mixing a concentrated lubricant and a dilution material by weight as defined in claim 12, further including a second liquid level sensor connected to said control for sensing the liquid level in said second container and effecting said control to close said second valve in the event the liquid level in said second container reaches a predetermined maximum level.

14. Apparatus for mixing a concentrated lubricant and a dilution material by weight as defined in claim 13, further including a third liquid level sensor connected to said control for sensing the level of liquid in said second container and effecting said control to open said second valve in the event the liquid level in said second container reaches a predetermined minimum level to dump the solution of diluted lubricant in said first container into said second container.

15. Apparatus for mixing a concentrated lubricant and a dilution material by weight as defined in claim 12, further including a third liquid level sensor connected to said control for sensing the level of liquid in said second container and effecting said control to open said second valve in the event the liquid level in said second container reaches a predetermined minimum level to dump the solution of diluted lubricant in said first container into said second container.

16. Apparatus for mixing a concentrated lubricant and dilution material by weight as defined in claim 11, further including a first liquid level sensor connected to said control for sensing the liquid level in said first container and for effecting said control to close said first valve and deenergize said pump in the event the liquid level in said first container reaches a predetermined maximum level.

17. Apparatus for mixing a concentrated lubricant and a dilution material by weight as defined in claim 11, wherein said output signal from said scale includes a first output signal which is indicative of the weight of dilution material in said first container, and a second output signal which is indicative of the weight of concentrated lubricant in said second container.