Strike Trainer
A strike trainer has an attachment assembly, a shock absorber, a target mount and a target. The attachment assembly has an attachment body, an outer stabilizer being mounted on the attachment body, a metal sleeve being mounted through the attachment body and the outer stabilizer and an inner stabilizer being formed inside the metal sleeve. The shock absorber is connected to the metal sleeve of the attachment assembly. The target mount is mounted in the shock absorber and has an inner disk, an outer disk, a metal sleeve and a plastic tube being mounted inside the metal sleeve. The outer disk is mounted on an outer surface of the inner disk, the metal sleeve of the target mount is mounted through the inner and outer disks and the plastic tube is mounted in the metal sleeve. The target is mounted on the target mount.
1. A strike trainer comprising:
an attachment assembly having
a metal attachment body;
an outer stabilizer mounted on the attachment body;
a metal sleeve mounted through the attachment body and the outer stabilizer and having an inner surface; and
a plastic inner stabilizer formed on the inner surface of the metal sleeve;
a shock absorber connected to the attachment assembly having
a spring with a distal end mounted around the metal sleeve and a proximal end; and
a resilient assembly mounted inside the spring having a distal end and a proximal end mounted in the inner stabilizer;
a target mount mounted in the distal end of the shock absorber having
a metal inner disk having an inner surface and an outer surface;
a plastic outer disk formed on the outer surface of the inner disk;
a metal sleeve with an inner surface mounted in the distal end of the spring through the inner and outer disks of the target mount; and
a plastic tube formed on the inner surface of the metal sleeve of the target mount and mounted securely in the proximal end of the resilient assembly; and
a target mounted on the target mount and having an attachment end.
2. The strike trainer as claimed in claim 1 , wherein
the attachment body is configured in a boater shape and further has
a flat crown having an inner surface; and
a central hole being formed through the crown;
the outer stabilizer of the attachment assembly further has a through hole formed through the outer stabilizer and corresponding to the central hole of the attachment body of the attachment assembly; and
the metal sleeve of the attachment assembly is mounted through the central hole of the attachment body of the attachment assembly and the through hole of the outer stabilizer of the attachment assembly; and
the inner stabilizer further has
a proximal end; and
an extension disk integrally formed on and protruding from the proximal end of the inner stabilizer and mounted on the inner surface of the crown of the attachment body.
3. The strike trainer as claimed in claim 2 , wherein
the inner disk of the target mount further has a central hole formed through the inner disk;
the outer disk of the target mount further has a through hole formed through the outer disk of the target mount and corresponding to the central hole of the inner disk;
the metal sleeve of the target mount is mounted through the central hole of the inner disk and the through hole of the outer disk; and
the plastic tube of the target mount further has an inner end and an extension disk integrally formed on and protruding from the inner end of the plastic tube.
4. The strike trainer as claimed in claim 1 , wherein the strike trainer further has a base connected to the attachment body of the attachment assembly.
5. The strike trainer as claimed in claim 1 , wherein the strike trainer further has a punch bag mounted on the target.
6. The strike trainer as claimed in claim 1 , wherein the resilient assembly comprises multiple steel rods surrounded with a spring line.
7. The strike trainer as claimed in claim 1 , wherein the resilient assembly comprises multiple steel rods.
8. The strike trainer as claimed in claim 1 , wherein the resilient assembly comprises an elastomer.
9. The strike trainer as claimed in claim 1 , wherein the inner stabilizer, the outer stabilizer, the outer disk and the plastic tube are injection molded.