Rebar tying tool
AssigneeMakita Corporation
InventorYuta Asakura
Life of this patent
Estimating the term…
Abstract
A rebar tying tool may include: a screw shaft configured to rotate; a sleeve through which the screw shaft is inserted, and configured to move in a front-rear direction and rotate; a fin member attached to the sleeve and configured to permit and prohibit rotation of the sleeve; a push member attached to the sleeve and configured to rotate about the sleeve, wherein the push member does not rotate along with the rotation of the sleeve; an operated unit having a longitudinal direction in the front-rear direction and configured to be operated by the push member when the sleeve moves in the front-rear direction; and a grasping unit protruding from a front part of the sleeve, configured to rotate with the sleeve, and configured to grasp the wire. The push member may be disposed on a front side relative to the fin member.
Claims7
A rebar tying tool configured to tie rebars with a wire, the rebar tying tool comprising:
- a screw shaft configured to rotate;
- a sleeve through which the screw shaft is inserted, and configured to move in a front-rear direction and rotate;
- a fin member attached to the sleeve and configured to permit and prohibit rotation of the sleeve;
- a push member attached to the sleeve and configured to rotate about the sleeve, wherein the push member does not rotate along with the rotation of the sleeve;
- an operated unit having a longitudinal direction in the front-rear direction and configured to be operated by the push member when the sleeve moves in the front-rear direction;
- and
- a grasping unit protruding from a front part of the sleeve, configured to rotate with the sleeve, and configured to grasp the wire, wherein
- the operated unit comprises:
- an operated member which the push member is configured to contact and configured to be operated by the push member when the push member is in contact with the operated member, and
- a cutter configured to cut the wire and work when the operated member is operated by the push member,
- the grasping unit comprises a first member and a second member,
- the grasping unit is configured to switch between a first state where the first member and the second member do not grasp the wire and a second state where the first member and the second member grasp the wire according to movement of the sleeve in the front-rear direction,
- the push member comprises a front surface configured to contact the operated member, and
- the front surface of the push member is disposed in front of a front end of the fin member.
A rebar tying tool configured to tie rebars with a wire, the rebar tying tool comprising:
- a screw shaft configured to rotate;
- a sleeve through which the screw shaft is inserted, and configured to move in a front-rear direction and rotate;
- a fin configured to rotate with the sleeve;
- a push member attached to the sleeve and configured to rotate about the sleeve, wherein the push member does not rotate along with the rotation of the sleeve;
- an operated unit having a longitudinal direction in the front-rear direction and configured to be operated by the push member when the sleeve moves in the front-rear direction;
- and
- a grasping unit protruding from a front part of the sleeve, configured to rotate with the sleeve, and configured to grasp the wire, wherein
- the operated unit comprises:
- an operated member which the push member is configured to contact and configured to be operated by the push member when the push member is in contact with the operated member, and
- a cutter configured to cut the wire and work when the operated member is operated by the push member,
- the grasping unit comprises a first member and a second member,
- the grasping unit is configured to switch between a first state where the first member and the second member do not grasp the wire and a second state where the first member and the second member grasp the wire according to movement of the sleeve in the front-rear direction,
- the push member comprises a front surface configured to contact the operated member, and
- the front surface of the push member is disposed on a front side relative to in front of a front end of the fin.
Dependencies are inferred from the claim text.