Granted Patent B2

US 12,372,119 · App. 18/642,359 · Granted Jul 29, 2025

Inventor: Michael Andrews (Bellingham, WA)

Assignee: Tiger Tool International Incorporated

F16C43/02F16C2226/12

Abstract

Claims (56)

1. A press tool system for pressing a bushing assembly into a bushing opening defined by a structural member, the press tool system comprising:

a tool assembly comprising a brace assembly, a drive member, and a retaining sleeve; and

an actuator system comprising an actuator housing assembly and a piston member; wherein

the brace assembly is arranged to brace the actuator housing assembly relative to the structural member;

the drive member is arranged between the piston member and the bushing assembly;

the retaining sleeve is arranged at least partly around the bushing assembly; and

the actuator system displaces the piston member relative to the actuator housing assembly to force the bushing assembly at least partly through the retaining sleeve and into the bushing opening in a desired position relative to the structural member.

2. The press tool system as recited in claim 1 , in which the retaining sleeve is arranged and configured to engage the structural member as the bushing assembly is forced into the bushing opening.

3. The press tool system as recited in claim 1 , in which the bushing assembly moves relative to the retaining sleeve as the bushing assembly is forced into the bushing opening.

4. The press tool system as recited in claim 1 , in which the drive member is arranged and configured to extend at least partly into the retaining sleeve as the bushing assembly is forced into the bushing opening.

5. The press tool system as recited in claim 1 , in which the brace assembly comprises a brace rod configured to extend through the drive member, the bushing assembly, the retaining sleeve, and the bushing opening.

6. The press tool system as recited in claim 1 , in which the brace assembly comprises an anchor nut configured to engage the structural member such that the brace assembly is arranged and configured to limit movement of the actuator housing assembly relative to the structural member.

7. The press tool system as recited in claim 1 , in which the brace assembly comprises a brace nut configured to engage the actuator housing assembly such that the brace assembly is arranged and configured to limit movement of the actuator housing assembly relative to the structural member.

8. The press tool system as recited in claim 1 , in which the brace assembly comprises:

a brace rod configured to extend through the drive member, the bushing assembly, the retaining sleeve, and the bushing opening;

an anchor nut configured to engage brace rod and the structural member; and

a brace nut configured to engage brace rod and the actuator housing assembly such that the brace assembly maintains a maximum distance between the actuator housing assembly and the structural member; whereby

the brace assembly is arranged and configured to limit movement of the actuator housing assembly relative to the structural member.

9. A method of pressing a bushing assembly into a bushing opening defined by a structural member, the method comprising the steps of:

providing a tool assembly comprising a brace assembly, a drive member, and a retaining sleeve;

providing an actuator system comprising an actuator housing assembly and a piston member;

arranging the brace assembly to brace the actuator housing assembly relative to the structural member;

arranging the drive member between the piston member and the bushing assembly;

arranging the retaining sleeve at least partly around the bushing assembly; and

operating the actuator system to displace the piston member relative to the actuator housing assembly to force the bushing assembly at least partly through the retaining sleeve and into the bushing opening in a desired position relative to the structural member.

10. The method as recited in claim 9 , further comprising the step of arranging and configuring the retaining sleeve to engage the structural member as the bushing assembly is forced into the bushing opening.

11. The method as recited in claim 9 , in which the bushing assembly moves relative to the retaining sleeve as the bushing assembly is forced into the bushing opening.

12. The method as recited in claim 9 , further comprising the step of arranging and configuring the drive member to extend at least partly into the retaining sleeve as the bushing assembly is forced into the bushing opening.

13. The method as recited in claim 9 , in which the step of providing brace assembly comprises the steps of:

providing a brace rod configured to extend through the drive member, the bushing assembly, the retaining sleeve, and the bushing opening; and

arranging the brace rod to extend through the drive member, the bushing assembly, the retaining sleeve, and the bushing opening.

14. The method as recited in claim 9 , in which the step of providing the brace assembly comprises the steps of:

providing an anchor nut configured to engage the structural member; and

arranging the anchor nut such that the brace assembly limits movement of the actuator housing assembly relative to the structural member.

15. The method as recited in claim 9 , in which the step of providing the brace assembly comprises the steps of:

providing a brace nut configured to engage the actuator housing assembly; and

arranging the brace nut such that the brace assembly limits movement of the actuator housing assembly relative to the structural member.

16. The method as recited in claim 9 , in which the step of providing the brace assembly comprises the steps of:

providing a brace rod configured to extend through the drive member, the bushing assembly, the retaining sleeve, and the bushing opening;

providing an anchor nut configured to engage brace rod and the structural member; and

providing a brace nut configured to engage brace rod and the actuator housing assembly such that the brace assembly maintains a maximum distance between the actuator housing assembly and the structural member; whereby

engaging the brace rod with the anchor nut and the brace nut such that the brace assembly limits movement of the actuator housing assembly relative to the structural member.

17. A press tool system for pressing a bushing assembly into a bushing opening defined by a structural member, the press tool system comprising:

a tool assembly comprising a brace assembly, a drive member, and a retaining sleeve; and

an actuator system comprising an actuator housing assembly and a piston member; wherein

the brace assembly is arranged to brace the actuator housing assembly relative to the structural member;

the drive member is arranged between the piston member and the bushing assembly;

the retaining sleeve is arranged at least partly around the bushing assembly;

the retaining sleeve is arranged and configured to engage the structural member as the bushing assembly is forced into the bushing opening; and

the actuator system displaces the piston member relative to the actuator housing assembly to force the bushing assembly at least partly through the retaining sleeve and into the bushing opening in a desired position relative to the structural member.

18. The press tool system as recited in claim 17 , in which the drive member is arranged and configured to extend at least partly into the retaining sleeve as the bushing assembly is forced into the bushing opening.

19. The press tool system as recited in claim 17 , in which the brace assembly comprises:

a brace rod configured to extend through the drive member, the bushing assembly, the retaining sleeve, and the bushing opening;

an anchor nut configured to engage brace rod and the structural member; and

a brace nut configured to engage brace rod and the actuator housing assembly such that the brace assembly maintains a maximum distance between the actuator housing assembly and the structural member; whereby

the brace assembly is arranged and configured to limit movement of the actuator housing assembly relative to the structural member.

Assignments (1)

Continuity (2)

References Cited (339)

Cited By (1)

US 12,708,989