초록 ▼

An industrial long handled tool component system is provided having interchangeable tool heads, connectors, handles and grips. The novel connector system provides a polygonal locking bar concentric with a round outer reinforcing collar both engaged by a material connector insert and separated by pla

An industrial long handled tool component system is provided having interchangeable tool heads, connectors, handles and grips. The novel connector system provides a polygonal locking bar concentric with a round outer reinforcing collar both engaged by a material connector insert and separated by plastic isolations seals. The novel connector promotes connection integrity and prevents joint movement. An alternate embodiment provides a connector system without the collar to save weight and manufacturing cost.

대표청구항 ▼

1. A connection system for an industrial long handled tool comprising: a receiver comprising an interior surface and a first set of planar locking surfaces;a connector comprising an exterior surface adjacent the interior surface and a second set of planar locking surfaces adjacent the first set of p

1. A connection system for an industrial long handled tool comprising: a receiver comprising an interior surface and a first set of planar locking surfaces;a connector comprising an exterior surface adjacent the interior surface and a second set of planar locking surfaces adjacent the first set of planar locking surfaces;a pin, passing through and removable from the receiver and the connector;wherein the pin further comprises a locking screw connected to the pin by a tether; and,wherein the connection system releasably connects a tool head to a handle. 2. The connection system of claim 1 wherein the tool head is selected from the group of a shovel, a pick-axe, an axe, a hammer, a rake, a hoe, a broom, and a fire flapper. 3. The connection system of claim 1 further comprising: a first polygonal cross section formed by the first set of planar locking surfaces;a second polygonal cross section formed by the second set of planar locking surfaces; and,wherein the first polygonal cross section engages the second polygonal cross section. 4. The connection system of claim 3 wherein: the first polygonal cross section is generally rectangular and the second polygonal cross section is generally rectangular. 5. The connection system of claim 1 further comprising: a sleeve seated between the first set of planar locking surfaces and the second set of planar locking surfaces. 6. The connection system of claim 1 further comprising: an outer shoulder adjacent the exterior surface;a gasket seated against the outer shoulder; andwherein the receiver abuts the gasket. 7. The connection system of claim 1 further comprising: a grip connected to the handle. 8. The connection system of claim 7 further comprising: a non-metallic tube adjacent the grip; and,a metallic tube nested within the non-metallic tube and filled with vibration dampening foam. 9. The connection system of claim 1 wherein the interior surface is co-axial with the first set of planar locking surfaces. 10. A method for connecting a removable tool head to a long handle comprising: providing a receiver, attached to a tool head, comprising a first axial alignment surface and a first rotation prevention surface;providing a connector, attached to a handle, comprising a second axial alignment surface and a second rotation prevention surface;inserting the connector into the receiver;inserting a locking screw through the receiver and the connector; and,inserting a retaining pin through the connector and through the handle. 11. The method of claim 10 where inserting the connector into the receiver further comprises: moving the first axial alignment surface adjacent to the second axial alignment surface; and,moving the first rotation prevention surface adjacent the second rotation prevention surface. 12. The method of claim 10 further comprising: inserting a sleeve between the connector and the receiver. 13. The method of claim 10 where inserting a locking screw through the receiver and the connector further comprises: inserting the locking screw through the first axial alignment surface, the second axial alignment surface, the first rotation prevention surface, and the second rotation prevention surface. 14. The method of claim 10 further comprising: tethering the locking screw to the retaining pin. 15. A connection system for an interchangeable tool comprising: a connector, divided by an interior shoulder, comprising a first polygonal rotation prevention surface and an opening for connection to a handle;a tool head including a second polygonal rotation prevention surface in contact with the first polygonal rotation prevention surface;a sleeve between the first polygonal rotation prevention surface and the second polygonal rotation prevention surface; and,a first pin tethered to a second pin for releasably connecting the tool head and the handle to the connector, wherein the first pin passes through the first polygonal rotation prevention surface, the second polygonal rotation prevention surface, and the sleeve, and the second pin passes through the connector and the handle. 16. The connection system of claim 15 further comprising an angular extender removably connected to the connector and the tool head. 17. The connection system of claim 16 wherein a cotter pin passes through the tool head and the extender and the first pin passes through the first polygonal rotation prevention surface, the sleeve, and the extender. 18. The connection system of claim 15 further comprising: a first cross section formed by the first polygonal rotation prevention surface;a second cross section formed by the second polygonal rotation prevention surface; and,wherein the first cross section matches the second cross section. 19. The connection system of claim 15 wherein the tool head is integrally formed with the second polygonal rotation prevention surface.