A device and method for changing the orientation of an object. One such device includes a twist neck that is used in strapping machines. The twist neck includes an ingress portion, which includes an ingress opening formed therein, and a middle portion. The middle portion includes a pathway formed therein. The pathway has a cross-sectional shape that is substantially similar to the cross-sectional shape of a strap that is used in the strapping machine. A strap is urged into the ingress opening in a first orientation and into the pathway, which itself is in a second orientation. When the strap exits the egress opening, it will be in the second orientation. A user can manipulate the orientation of the associated strap by changing the orientation of the pathway.
1. A twist neck for use with a strapping machine, the twist neck comprising:
an ingress portion having a hollow ingress opening and a tapering portion;
a middle portion having a pathway formed therein that is in communication with the ingress opening, the pathway defining a strap shape substantially similar to a cross-sectional shape of an associated strap that is used in the strapping machine;
a first coupling portion is connected to the ingress portion and forming a hollow therein for receiving a tube; and
an egress opening at a distal end of the pathway, a second coupling portion is connected to the middle portion and forming a hollow therein, wherein a cross-sectional area of the ingress opening is larger than a cross-sectional area of the pathway, and wherein the ingress opening, pathway and egress opening are configured to allow the associated strap to enter into the twist neck in a first orientation and exit out of the twist neck in a second orientation that is based on an orientation of the pathway so that a user can manipulate the second orientation by changing the orientation of the pathway formed within the middle portion wherein an angle between an orientation of the associated strap enters into the twist neck in a first orientation and an orientation of the associated strap exits out of the twist neck in a second orientation is as large as thirty degrees.
2. The twist neck of claim 1 , wherein the a tapering portion having near and far ends, the ingress opening being positioned at the near end and the far end being located at a proximal end of the pathway.
3. A twist neck arrangement for use with a strapping machine, the twist neck configuration comprising:
a first twist neck, the first twist neck including a first hollow ingress opening, a first tapering portion, and a first neck pathway formed therein, the first pathway defining a strap shape substantially similar to a cross-sectional shape of an associated strap that is used in the strapping machine, and the first ingress opening being larger than the first pathway;
a first tube coupled to the first twist neck; and,
a second twist neck coupled to the first tube, the second twist neck including a second hollow ingress opening, a second tapering portion, and a second neck pathway formed therein, the second pathway defining a strap shape substantially similar to a cross-sectional shape of the associated strap that is used in the strapping machine, and the second ingress opening being larger than the second pathway, wherein the twist neck arrangement is configured so that an associated strap exits the first neck pathway in a first orientation that is based on a first neck orientation, extends through the first tube and the second neck pathway, and exits the second neck pathway in a second orientation that is based on a second neck orientation wherein an angle between an orientation of the associated strap enters into the second twist neck and an orientation of the associated strap exits the second twist neck is as large as thirty degrees.
4. The twist tube configuration of claim 3 , wherein the first twist neck further comprises a first distal coupling portion defining a first hollow therein and configured to receive the first tube, and wherein the second twist neck further comprises a second proximal coupling portion defining a second hollow therein and configured to receive the first tube.
5. The twist tube configuration of claim 3 , further comprising a second tube coupled to the second twist neck and a third twist neck coupled to the second tube.
6. The twist tube configuration of claim 5 , wherein the third twist neck further comprises a third ingress opening and a third neck pathway formed therein, the third pathway defining a strap shape substantially similar to a cross-sectional shape of the associated strap that is used in the strapping machine, and the third ingress opening being larger than the third pathway.
7. The twist tube configuration of claim 6 , wherein the third twist neck is configured so that an associated strap can enter the third neck pathway in the second orientation and exit the third neck pathway in a third orientation, the third orientation being based on an orientation of the third neck pathway.
8. A strapping machine comprising:
a support structure;
a strapping head connected to the support structure;
a chute connected to the support structure;
a first twist neck coupled to the strapping head of the support structure, wherein the first twist neck includes a hollow first ingress portion having a first ingress opening, and a first tapering portion, a first middle portion having a first pathway formed therein that is in communication with the first ingress opening, a coupling portion is connected to the first ingress portion and forming a hollow therein for receiving a first tube, the first pathway defining a strap shape substantially similar to a cross-sectional shape of an associated strap that is used in the strapping machine, and the first twist neck including an egress opening at a first distal end of the pathway,
wherein a cross-sectional area of the first ingress opening is larger than a cross-sectional area of the first pathway, and wherein the first ingress opening, first pathway and first egress opening are configured to allow the associated strap of the strapping machine to enter into the first twist neck in a first orientation and exit out of the first twist neck in a second orientation that is based on an orientation of the first pathway so that a user can manipulate the second orientation by changing the orientation of the first pathway formed within the middle portion wherein an angle between an orientation of the associated strap enters into the first twist neck and an orientation of the associated strap exits the first twist neck is as large as thirty degrees.
9. The strapping machine of claim 8 , wherein the first tapering portion having first near and far ends, the first ingress opening being positioned at the near end and the far end being located at a proximal end of the first pathway.
10. The strapping machine of claim 8 , wherein the hollow first ingress portion is integral with the first middle portion and the first twist neck is coupled to the strapping head or the support structure so that the first twist neck has one degree of freedom, and wherein the user can manipulate the second orientation by twisting the entire first twist neck.
11. The strapping machine of claim 8 , further comprising a dispenser connected to the support structure, wherein the support structure farther comprises a frame and a desk top.
12. The strapping machine of claim 11 , further comprising a second twist neck coupled to the dispenser, wherein the first twist neck is coupled to the strapping head.
13. The strapping machine of claim 12 , a first tube coupled to the first and second twist necks.