Safety link
A safety link for linking a high-lift jack to a vehicle may include an upper bracket and a lower bracket. The upper bracket may include one or more slots for securing the link to a vehicle shackle tab. The lower bracket may include one or more slots for securing the link to a jack.
1. A safety link for a high-lift jack, the link comprising:
an upper bracket comprising one or more slots for connecting the link to a vehicle shackle tab via insertion of a first pin into at least one of the one or more upper bracket slots and a slot through the shackle tab; and
a lower bracket comprising one or more slots for connecting the link to a runner of the jack via insertion of a second pin into at least one of the one or more lower bracket slots and a slot through a runner nose of the runner,
wherein the lower bracket comprises a first vertical plate and a second vertical plate, the second vertical plate spaced apart from the first vertical plate, wherein the one or more lower bracket slots include a first slot that is defined by and extends between a first opening through the first vertical plate and a second opening through the second vertical plate, and
wherein the upper bracket comprises a third vertical plate and a fourth vertical plate, the fourth vertical plate spaced apart from the third vertical plate, wherein the one or more upper bracket slots include a third slot that is defined by and extends between a third opening through the third vertical plate and a fourth opening through the fourth vertical plate.
2. The link of 1 , further comprising the first pin and the second pin.
3. The link of 1 , wherein the one or more slots of the upper bracket comprises a first slot and a second slot, wherein the first slot of the upper bracket is positioned above the second slot of the upper bracket.
4. The link of 1 , further comprising a plate that extends above the one or more slots of the lower bracket and below the one or more slots of the upper bracket, wherein the plate is positioned to engage a lift pad extending along the runner nose when the link is connected to the runner.
5. The link of 1 , further comprising an extension that extends below and rearward of from the lower bracket to position below the runner nose and adjacent to a vertical bar of the jack when the link is connected to the runner.
6. The link of claim 1 , wherein the first and third vertical plates extend along a first plane and the second and fourth vertical plates extend along a second plane.
7. The link of claim 6 , further comprising a horizontal plate that extends above the first slot of the lower bracket and below a second slot of the one or more slots of the upper bracket, wherein the horizontal plate is positioned to engage a lift pad of the runner when the link is connected to the runner.
8. The link of claim 7 , further comprising an extension that extends below and rearward of the lower bracket to position below the runner nose and adjacent to a vertical bar of the jack when the link is connected to the runner.
9. The link of claim 1 , wherein the first and third vertical plates are continuous and extend along a first plane and the second and fourth vertical plates are continuous and extend along a second plane, wherein the link further comprises a horizontal plate that extends from the first and third vertical plates to the second and fourth vertical plates, and wherein the horizontal plate is positioned to engage a lift pad along the runner nose of the jack when the link is connected to the runner.
10. A method of securing a safety link to a high-lift jack and a vehicle shackle tab, the method comprising:
aligning a first slot of a lower bracket of a link with a second slot extending through a runner nose of a runner of the jack;
inserting a first pin through the first slot and second slots connecting the link to the runner;
aligning a third slot in an upper bracket of the link with a fourth slot in a vehicle shackle tab; and
inserting a second pin through the third slot and the fourth slot connecting the link to the vehicle shackle tab,
wherein the lower bracket comprises a first vertical plate and a second vertical plate, the second vertical plate spaced apart from the first vertical plate, wherein the first slot is defined by and extends between a first opening through the first vertical plate and a second opening through the second vertical plate, and
wherein the upper bracket comprises a third vertical plate and a fourth vertical plate, the fourth vertical plate spaced apart from the third vertical plate, wherein the third slot is defined by and extends between a third opening through the third vertical plate and a fourth opening through the fourth vertical plate.
11. The method of claim 10 , wherein the link further comprises a plate that extends above the first slot, and wherein aligning the first slot and the second slot comprises positioning the plate on a lift pad that extends along the runner nose.
12. The method of claim 10 , wherein the link further comprises an extension that extends below and rearward of from the lower bracket to position below the runner nose and adjacent to a vertical bar of the jack when the link is connected to the runner.
13. The method of claim 10 , wherein the first and third vertical plates are continuous and extend along a first plane and the second and fourth vertical plates are continuous and extend along a second plane, wherein the link further comprises a horizontal plate that extends above the first slot and from the first and third vertical plates to the second and fourth vertical plates, and wherein the horizontal plate is positioned to engage a lift pad of the runner when the link is connected to the runner.
14. The method of claim 13 , wherein the link further comprises an extension that extends below and rearward of the lower bracket to position below the runner nose and adjacent to a vertical bar of the jack when the link is connected to the runner.