초록 ▼

A custom moldable insole comprising a first chamber containing a silicone base and a second chamber containing a catalyst. Both fluids are forced to pass though a shared static mixing channel where they will thoroughly mix and flow into a third chamber. The third chamber is a continuation of the mi

A custom moldable insole comprising a first chamber containing a silicone base and a second chamber containing a catalyst. Both fluids are forced to pass though a shared static mixing channel where they will thoroughly mix and flow into a third chamber. The third chamber is a continuation of the mixer that opens up into a bag to hold the silicone as it flows to the arch and metatarsal areas of the foot in the upper layer of the insole. Within a few minutes as the user stands wearing the shoe the silicone cures to the shape of the bottom of the wearers foot providing increase support and comfort.

대표청구항 ▼

The invention claimed is: 1. An insole apparatus comprising: a top layer of an insole; a plastic bag disposed beneath the top layer of the insole, the plastic bag including a first and second compartment, a first liquid compound contained within said first compartment; and a second liquid compound

The invention claimed is: 1. An insole apparatus comprising: a top layer of an insole; a plastic bag disposed beneath the top layer of the insole, the plastic bag including a first and second compartment, a first liquid compound contained within said first compartment; and a second liquid compound contained within said second compartment; a mixing channel on one end connected to the first and second compartments of the plastic bag, said end containing a thin breakable membrane and connected on an opposing end to a mixing bag; and the mixing channel having a spiral shape allowing the first and second liquid compounds to meet and mix several times as they flow from the first and second compartments before exiting the mixing channel and into the mixing bag. 2. The apparatus of claim 1 wherein upon the breaking of the thin breakable membrane; the two liquid compounds flow into a chamber containing a static mixer that is built into the mixing channel leading to the front of the insole; said mixing channel opens up into the mixing bag where the first and second liquid compounds spread. 3. The apparatus of claim 2 wherein the mixing bag is flat with its circumference shaped to allow the first and second liquid compounds to spread to the region of the mixing bag corresponding with the arch, metatarsal and other areas of a foot. 4. The apparatus of claim 1 wherein a shell cavity accommodates the plastic bag, mixing channel, and mixing bag. 5. The apparatus of claim 1 wherein the mixing channel is housed beneath the arch area of the foot. 6. The apparatus of claim 4 wherein the plastic bag has a smooth top exterior surface. 7. The apparatus of claim 1 wherein the mixing compound will meet and mix several times as they flow from the first and second compartments before exiting the mixing channel and into the mixing bag. 8. The apparatus of claim 1 wherein the mixing channel is comprised of a round, narrow channel containing therein a plurality of spiral mixing elements to repeatedly mix the liquid compounds that flow through the mixing channel. 9. A method for creating custom insoles comprising the steps of: selecting an insole having a top and bottom part, said insole's bottom part comprised of a first chamber filled with a first substance and a second chamber filled with a second substance; placing a mixing channel beneath the bottom part of the insole leading to a third chamber located under the arch area of the foot; providing a key for the mixing channel at its entrance from said first and second chambers; and releasing said key so as to transfer fluid from the first and second chambers to flow together into said third chamber; and allowing said insole to cure. 10. The method for creating custom insoles of claim 9 comprising the additional step of providing a means for placing a pressure evenly upon both the first and second chambers. 11. The method for creating custom insoles of claim 10 comprising the additional steps of: positioning the first and second chambers at the region of the insole corresponding with the heel of a foot, providing said pressure means with a firm flap of rubber that pushes evenly upon both the first and second chambers forcing the substances to flow into the mixing channel and then into the third chamber to cure. 12. The method for creating custom insoles the insole apparatus of claim 10 comprising the additional steps of: positioning said first and second chambers in the region of the insole corresponding with the heel of a foot, placing the insole into a shoe, and standing in neutral position as the mixture cures to the shape of the wearer's foot. 13. The method for creating custom insoles of claim 10 comprising the additional steps of: providing the first and second chambers with a catalyst and a base; positioning the first and second chambers at the region of the insole corresponding with the heel of a foot; positioning a stiff flap of rubber or plastic on the bottom of the insole, above the first and second chambers containing the catalyst and base, with the flap opening leading to the mixing channel; where a pressure applied by a wearer forces the flap to push the catalyst and base to flow into the mixing channel and then into a third chamber to cure; positioning the insole into a shoe; placing the shoe on a foot; and standing in a neutral position as the mixture cures. 14. An insole apparatus comprising: a top layer of an insole; a shell disposed beneath the top layer of the insole encapsulating a plastic bag including a first and second compartment, a first liquid compound contained within said first compartment; a second liquid compound contained within said second compartment; said first compartment contained within said second compartment a mixing channel for mixing the first and second liquid compounds contained within the shell with one end connected to said second compartment of the plastic bag, said end containing a thin breakable membrane, and the mixing channel connected on an opposing end to a mixing bag; and the shell having a cavity for accommodating the mixing bag. 15. The apparatus of claim 14 wherein the second compartment is taller than the first compartment so that premix of the first and second compounds occurs in the second compartment before traveling through the mixing channel and into the mixing bag.