Disclosed herein is a hydraulic tool user interface. The hydraulic tool user interface includes a rocker section, a drain trigger section, and an activation trigger section. The rocker section includes a first end, a second end, and a first contact portion. The first contact portion is between the first end and the second end. The first contact portion is configured to contact a drain pin. The drain trigger section is at the first end. The activation trigger section is between the first end and the second end. The activation trigger section is configured to contact the second end. The activation trigger section is configured to contact an electrical switch.
1. A hydraulic tool user interface comprising:
a rocker section comprising a first end, a second end, and a first contact portion between the first end, and the second end, wherein the first contact portion is configured to contact a drain pin, and wherein a center portion of the rocker section forms a first axis;
a drain trigger section at the first end; and
an activation trigger section between the first end and the second end, wherein the activation trigger section is configured to contact the second end, wherein the activation trigger section is configured to contact an electrical switch, wherein the activation trigger section comprises an activation trigger member connected to the rocker section, and wherein the activation trigger member is pivotable relative to the rocker section about the first axis.
2. The hydraulic tool user interface of claim 1 wherein the activation trigger member is movably connected to the rocker section.
3. The hydraulic tool user interface of claim 1 wherein the rocker section, the drain trigger section, and the activation trigger section are pivotable about the first axis.
4. The hydraulic tool user interface of claim 1 wherein a length of the drain trigger section is longer than a length of the activation trigger section.
5. The hydraulic tool user interface of claim 1 wherein the activation trigger section comprises an activation trigger member movably connected to the rocker section, wherein a center portion of the rocker section forms a first axis, and wherein the rocker section, the drain trigger section, and the activation trigger section are pivotable about the first axis.
6. The hydraulic tool user interface of claim 5 wherein a length of the drain trigger section is longer than a length of the activation trigger member.
7. The hydraulic tool user interface of claim 6 wherein the rocker section comprises a second contact portion at the second end, and wherein the second contact portion is configured to contact the activation trigger member.
8. The hydraulic tool user interface of claim 1 wherein the rocker section is configured to be movably connected to a pump frame.
9. The hydraulic tool user interface of claim 1 wherein the drain trigger section comprises a drain trigger member stationarily connected to the first end.
10. The hydraulic tool user interface of claim 1 wherein the rocker section further comprises a center portion between the first end and the second end, and wherein the center portion comprises the first contact portion.
11. The hydraulic tool user interface of claim 1 wherein the activation trigger member is pivotably connected to the center portion of the rocker section.
12. The hydraulic tool user interface of claim 1 wherein at least one of the rocker section, the drain trigger section, and the activation trigger section is movable independently of one or more of the other two sections.
13. A hydraulic tool comprising:
a housing;
a motor connected to the housing;
a hydraulic pump connected to the motor; and
a hydraulic tool user interface as in claim 1 connected to the housing.
14. A hydraulic tool comprising:
a housing;
a motor connected to the housing;
a hydraulic pump connected to the motor; and
a user interface comprising a mount section, a rocker section, a drain trigger section, and an activation trigger section, wherein the mount section is connected to the pump, wherein the rocker section is movably connected to the mount section, wherein the drain trigger section is configured to be movable about the mount section, wherein the activation trigger section is configured to be movable about the mount section, and wherein the drain trigger section and the activation trigger section are adapted to be actuatable by a user of the hydraulic tool proximate an exterior portion of the housing.
15. The hydraulic tool of claim 14 wherein the activation trigger section comprises an activation trigger member, and wherein a first end of the activation trigger member is movably connected to the rocker section.
16. The hydraulic tool of claim 15 wherein a second end of the activation trigger member is connected to an electrical switch.
17. The hydraulic tool of claim 14 wherein the rocker section comprises a rocker member having a first end and a second end, and a center section between the first end and the second end, wherein the second end is configured to contact the activation trigger section, and wherein the center section is configured to contact a drain pin of the hydraulic tool.
18. The hydraulic tool of claim 17 wherein the second end of the rocker section is spaced from the activation trigger section.
19. The hydraulic tool of claim 14 wherein a length of the drain trigger section is greater than a length of the activation trigger section.
20. The hydraulic tool of claim 14 wherein the mount section is a pivotal mount section, and wherein the pivotal mount section is connected to a frame of the hydraulic pump.
21. The hydraulic tool of claim 14 wherein the mount forms a pivot axis, and wherein the rocker section, the drain trigger section, and the activation trigger section are pivotable about the pivot axis.
22. The hydraulic tool of claim 14 wherein the drain trigger section comprises a drain trigger member attached to a first end of the rocker section.
23. A method of assembling a user interface for a hydraulic tool, the method comprising:
providing rocker mechanism, wherein the rocker mechanism is configured to contact a hydraulic drain pin;
connecting a drain trigger to a first end of the rocker mechanism; and
movably connecting an activation trigger to a center section of the rocker mechanism, wherein the activation trigger is a separate member from the rocker mechanism, and wherein the activation trigger is configured to contact a second end of the rocker mechanism.
24. The method of claim 23 wherein the movably connecting of the activation trigger to the center section further comprises pivotably connecting the activation trigger to the center section between the first end and the second end of the rocker mechanism.
25. The method of claim 24 wherein the pivotably connecting the activation trigger to the center section further comprises pivotably connecting the activation trigger to the center section about a pivot point common to the rocker mechanism, the drain trigger, and the activation trigger.