Extruded tube spring for container and packaging applications
A silicone extruded tubular spring that has the possibility to be folded around an axis perpendicular to its own axis of extrusion, thus creating the compression and release as of a spring. The base has a reach-in hole on its body to allow the user to reach through. The lid is the base's capping object; it is designed to cover the reach-in hole of the base. It should be designed in a way to limit the area of the remaining gaps of the base's reach-in hole. The extruded tubular spring can store and release energy in order to displace the lid. It can be of any material that provides the appropriate stiffness to activate the lid. The retention latch is the user interface on which he acts in order to have the lid pop-up.
1. An extruded tube spring container comprising:
a silicone extruded tubular spring that is folded around an axis perpendicular to its own axis of extrusion, creating the compression and release as of a spring;
a base having a reach-in hole on a base body to allow a user to reach through;
a lid is the base's capping object, it is designed to cover the reach-in hole of the base;
the lid is designed to limit an area of remaining gaps of the base's reach-in hole;
the extruded tubular spring can store and release energy in order to displace the lid; and
a retention latch that is a part of the lid or can be an additional part assembled to the lid by means of fasteners;
the extruded tubular spring is secured by a lock system comprising;
one or more bosses and corresponding holes to attach the extruded tubular spring to the lid;
the bosses are located on the lid;
the corresponding holes are located on a tab having ribs secured by a flexible plastic flap on one side to the lid;
when the tab is folded toward the lid, the bosses engage their corresponding holes located on the tab and secure the tab in a closed position with respect to the lid; and
the ribs secure the extruded tubular spring in place when the tab is in a closed position.
2. The extruded tube spring container of claim 1 , wherein the retention latch is the user interface on which the user acts in order to have the lid pop-up.
3. The extruded tube spring container of claim 1 , wherein the extruded tubular spring is made of a material that provides the appropriate stiffness to activate the lid.
4. The extruded tube spring container of claim 1 , wherein the lid provides a degree of air sealing that allows the lid to effectively separate an environment above the lid from an environment below the lid.
5. The extruded tube spring container of claim 1 , wherein the retention latch is the user interface used to make the lid pop-up.
6. The extruded tube spring container of claim 1 , wherein the retention latch is a part of the lid.
7. The extruded tube spring container of claim 1 , wherein the retention latch is an additional part assembled to the lid by means of fasteners.
8. The extruded tube spring container of claim 1 , wherein the retention latch will deform and a lip of the retention latch will engage in a groove on a side of the base.
9. The extruded tube spring container of claim 1 , wherein the base is connected to the lid by means of a physical bonding.
10. The extruded tube spring container of claim 1 , wherein the base is connected to the lid by a snap fit providing the possibility of rotation.
11. The extruded tube spring container of claim 1 , wherein the base is connected to the lid by a snap fit providing the possibility of rotation with the help of a screw/bolt assembly.
12. The extruded tube spring container of claim 1 , wherein the retention latch is a part of the base.
13. The extruded tube spring container of claim 1 , wherein the extruded tubular spring is connected to the lid by means of snap-in features, glue, or fasteners.
14. The extruded tube spring container of claim 1 , wherein when the user presses on the retention latch, the force stored in the extruded tubular spring pushes back the lid which opens all the way back allowing the user to access content of the container through the reach-in hole.
15. The extruded tube spring container of claim 1 , wherein the reach-in hole further comprises a soft thermoplastic zone, the thermoplastic zone can be used to give a spring behavior to the retention latch.
16. The extruded tube spring container of claim 1 , wherein the extruded tubular spring is attached to the base and the lid.
17. The extruded tube spring container of claim 1 , wherein
the base, lid, and retention latch are made from hard plastic; and
the extruded tubular spring is made from extruded silicone.