INSERTION APPARATUS

• US 20130320625A1
• Filed: 05/30/2012
• Published: 12/05/2013
• Est. Priority Date: 05/30/2012
• Status: Abandoned Application

• Current Assignee: Micromatic, LLC
• Original Assignee: Micromatic, LLC
• Inventors: ISCH, JONATHAN
• Application Number:
  US13/483,804
• Publication Number:
  US 20130320625A1
• Time in Patent Office: Days
• US Class Current: 277/310
• CPC Class Codes: B05C 13/02 for particular articles
• CPC Class Codes: B05C 5/0208 for applying liquid or other fluent material to separate articles B05C5/0204 takes precedence
• CPC Class Codes: B05C 5/0254 Coating heads with slot-shaped outlet B05C5/0283 takes precedence
• CPC Class Codes: F16J 9/24 Members preventing rotation of rings in grooves

Abstract

An insertion apparatus supplies malleable material into a piston ring groove. An arcuate nozzle is supplied with malleable material under pressure created by a plunger urged by an actuator driven by an electric motor. A rotatable piston nest made of resilient material receives and snuggly secures a piston therein. The rotatable piston nest and piston are movable between a first, retracted position and a second, extended position. In the extended position the groove of the piston ring is spaced in proximity to the arcuate nozzle where malleable material is metered into the groove. Rotational indexing of the piston enables placement of the malleable material in circumferential locations within the piston ring groove.

Claims

1. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove, comprising:

a tube, said tube contains a malleable material therein;

a plunger, said plunger resides within said tube and engages said malleable material therein, said plunger being movable within said tube;

an actuator;

an electric motor;

said electric motor drives said actuator;

said actuator drives and moves said plunger within said tube;

a nozzle mounting block;

a nozzle affixed to said mounting block;

said nozzle mounting block includes a passageway therein;

said nozzle mounting block includes a shoulder therein;

said tube engages said shoulder of said nozzle mounting block;

said nozzle includes an arcuate opening;

said nozzle includes a passageway in communication with said arcuate opening;

said tube, said passageway in said nozzle mounting block, and said passageway in said nozzle filled with malleable material therein; and

,

said motor drives said actuator moving said plunger within said tube applying pressure to said malleable material in said tube, in said passageway in said nozzle mounting block, in said passageway in said nozzle, and in said arcuate opening causing an amount of said malleable material to be deposited in said piston ring groove.

2. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 1 wherein said malleable material is a wax.

3. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 1, further comprising a control system for metering wax from said arcuate opening.

4. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 3, further comprising:

a sensor for measuring electric current supplied to said electric motor; and

,

means for discontinuing electric current to said electric motor when said electric current reaches a predetermined value.

5. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove, comprising:

a tube, said tube contains a malleable material therein;

a plunger, said plunger resides within said tube and engages said malleable material therein, said plunger being movable within said tube;

an actuator;

an electric motor;

said electric motor drives said actuator;

said actuator drives and moves said plunger within said tube;

a nozzle mounting block;

a nozzle affixed to said mounting block;

said nozzle mounting block includes a passageway therein;

said nozzle mounting block includes a shoulder therein;

said tube engages said shoulder of said nozzle mounting block;

said nozzle includes an arcuate opening;

said nozzle includes a passageway in communication with said arcuate opening;

said tube, said passageway in said nozzle mounting block, and said passageway in said nozzle filled with malleable material therein;

a rotatable piston nest;

said rotatable piston nest is made of a resilient material;

said piston resides in said resilient rotatable piston nest and is gripped by said resilient piston nest such that said piston is rotatable with said rotatable piston nest;

a rail;

a piston nest housing, said rotatable piston nest being rotatable within said piston nest housing;

said piston nest housing, said rotatable piston nest and said piston are movable and slidable on said rail;

said piston nest housing, said rotatable piston nest, and said piston are movable between a first, retracted position and a second, extended position;

when said piston nest housing, said rotatable piston nest, and said piston are in said first, retracted position, said piston is spaced remotely apart from said nozzle;

when said piston nest housing, said piston nest, and said piston are in said second, extended position, said piston is spaced in proximity with said nozzle; and

,

said motor drives said actuator moving said plunger within said tube applying pressure to said malleable material in said tube, in said passageway in said nozzle mounting block, in said passageway in said nozzle, and in said arcuate opening depositing said malleable material in said piston ring groove.

6. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 5 wherein said malleable material is a wax.

7. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 5, further comprising a control system for metering wax from said arcuate opening.

8. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 7, further comprising:

a sensor for measuring electric current supplied to said electric motor; and

,

means for discontinuing electric current to said electric motor when said electric current reaches a predetermined value.

9. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 5, further comprising:

a clamp affixed to said rotatable piston housing for moving said rotatable piston housing, said piston nest and said piston between said first, retracted position and said second, extended position.

10. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 5, further comprising:

a movable clamp affixed to said piston nest housing for moving said rotatable piston housing and said piston between said first, retracted position and said second, extended position.

11. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 10, wherein said clamp locks in said second position.

12. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 5, wherein said resilient rotatable piston nest is made of nylon.

13. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 5, wherein said resilient rotatable piston nest is made of plastic.

14. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 5, wherein said resilient rotatable piston nest is made of soft metal.

15. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 5, further comprising:

a piston nest spacer;

said rotatable piston nest affixed to said piston nest spacer;

a bearing permitting said piston nest spacer to rotate within said piston nest housing;

a first bolt and a second bolt retaining said piston nest spacer with respect to said piston nest housing;

said rail includes a first stationary track and a second track slidably engaged with said track; and

,

said piston nest housing affixed to said second track of said rail.

16. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 5, further comprising:

a piston nest spacer;

said rotatable piston nest affixed to said piston nest spacer;

said piston nest spacer includes a cylindrical periphery, said cylindrical periphery of said piston nest spacer includes a plurality of notches;

said piston nest housing includes a spring biased plunger affixed thereto; and

,

said spring biased plunger engages one of said plurality of said notches of said cylindrical periphery of said piston nest spacer.

17. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 5, further comprising:

said spring biased plunger engages successive ones of said plurality of said notches of said cylindrical periphery of said piston nest spacer.

18. A malleable material insertion apparatus in combination with an automobile piston having a piston ring groove as claimed in claim 5, wherein:

said piston is spaced approximately 1.5 mm within said piston ring groove when said piston nest housing, said piston nest, and said piston are in said second, extended position.

19. A process for inserting a malleable material into a piston ring groove of a piston, comprising the steps of:

loading a piston having a piston ring groove into a resilient rotatable piston nest snugly fitting said piston in said piston nest, said resilient rotatable piston nest affixed to a rotatable piston spacer, said rotatable piston spacer includes a first notch, a second notch, a third notch and a fourth notch;

rotating said rotatable piston nest, said rotatable piston nest spacer and said snugly fit piston until said first notch of said rotatable piston nest spacer engages an indexing mechanism;

moving said piston nest and said piston toward a nozzle placing said nozzle within said piston ring groove of said piston;

restraining and clamping said resilient rotatable piston nest and said piston against movement away from said nozzle;

injecting a malleable material into a first location in said piston ring groove of said piston;

rotating said rotatable piston nest, said rotatable piston spacer and said snugly fit piston until said second notch of said rotatable piston spacer engages said indexing mechanism;

injecting a malleable material into a second location in said piston ring groove of said piston;

rotating said rotatable piston nest, said rotatable piston spacer and said snugly fit piston until said third notch of said rotatable piston spacer engages said indexing mechanism;

injecting a malleable material into a third location in said piston ring groove of said piston;

rotating said rotatable piston nest, said rotatable piston spacer and said snugly fit piston until said fourth notch of said rotatable piston spacer engages said indexing mechanism;

injecting a malleable material into a fourth location in said piston ring groove of said piston;

retracting and unclamping said piston nest and said piston away from said nozzle; and

,

removing said piston from said piston nest.

20. A process for inserting a malleable material into a piston ring groove of a piston as claimed in claim 19, wherein:

said first, second, third and fourth notches are spaced apart by 90°

.

21. A process for inserting a malleable material into a piston ring groove of a piston as claimed in claim 19, wherein:

said steps of injecting a malleable material in said piston ring groove of said piston includes metering said malleable material.

22. A process for inserting a malleable material into a piston ring groove as claimed in claim 19, wherein:

said malleable material is a wax.

23. A process for inserting a malleable material into a piston ring groove as claimed in claim 20, wherein:

said malleable material is a plastic.

24. A process for inserting a malleable material into a piston ring groove as claimed in claim 19, wherein:

said malleable material is wax and wherein said steps of injecting said malleable material in said piston ring groove of said piston includes metering said wax and inserting 70 mg of wax therein.

25. A process for inserting a malleable material into a piston ring groove of a piston, comprising the steps of:

loading a piston having a piston ring groove into a resilient rotatable piston nest snugly fitting said piston in said piston nest, said resilient rotatable piston nest affixed to a rotatable piston spacer, said rotatable piston spacer includes a plurality of notches;

rotating said rotatable piston nest, said rotatable piston nest spacer and said snugly fit piston until said first notch of said rotatable piston nest spacer engages an indexing mechanism;

moving said piston nest and said piston toward a nozzle placing said nozzle within said piston ring groove of said piston;

restraining and clamping said resilient rotatable piston nest and said piston against movement away from said nozzle;

injecting a malleable material into a first location in said piston ring groove of said piston; and

,

repeating said step of rotating said rotatable piston nest, said rotatable piston nest spacer and said snugly fit piston until all successive notches have been reached and interengaged by said indexing mechanism and said malleable material has been deposited in all locations in said piston ring groove of said piston.

26. A process for inserting a malleable material into a piston ring groove of a piston as claimed in claim 25 wherein said malleable material is wax.