Anti-slip overshoe
View Patent ↗An anti-slip overshoe includes a contoured outer band, a gripping pad disposed interior to the contoured outer band for providing traction, and a web structure connecting the gripping pad to the contoured outer band. The gripping pad can include gripping ridges for providing traction. The gripping pad can include ridge spaces for providing traction. The gripping pad can include removable grip devices for providing traction. A method of making an ant-slip overshoe includes providing a contoured outer band, providing a gripping pad disposed interior to the contoured outer band, and providing a web structure connecting the gripping pad to the contoured outer band.
1. An anti-slip overshoe for fitting over a shoe sole, comprising:
an outer band having a front portion and a heel portion, the outer band being made with stretchable material to conform to the shoe sole when stretched, the outer band being substantially flat and having a form factor smaller than the shoe sole when the stretchable material is in a relaxed state, the outer band being contoured such that the front portion is wider than the heel portion;
a first gripping pad disposed interior to the outer band, the first gripping pad including:
a gripping ridge integrated in the first gripping pad for providing traction,
a ridge space integrated in the first gripping pad for providing traction, and
a first removable grip device integrated into the first gripping pad for providing traction, the first removable grip device having first and second separable flanges, the first flange being larger than the second flange for frictionally seating the first removable grip device in a bore formed in the first gripping pad, the second flange including a tip for gripping the ground in harsh conditions; and
a web structure connecting the first gripping pad to the outer band.
2. The anti-slip overshoe of claim 1 , further including a second gripping pad connected to the outer band by the web structure for providing traction.
3. The anti-slip overshoe of claim 2 , wherein the second gripping pad includes a second removable grip device integrated into the second gripping pad for providing traction, the second removable grip device having first and second separable flanges, the first flange being larger than the second flange, the second flange including a tip for gripping the ground in harsh conditions.
4. The anti-slip overshoe of claim 1 , wherein the gripping ridge varies in height, width or depth for providing traction.
5. The anti-slip overshoe of claim 1 , wherein the gripping ridge includes a trough structure to channel away moisture from the first gripping pad.
6. The anti-slip overshoe of claim 1 , wherein the outer band is made with polymers or thermoplastic resins.
7. The anti-slip overshoe of claim 1 , wherein the tip is made with carbide material.
8. An anti-slip overshoe for fitting over a shoe sole, comprising:
an outer band having a front portion and a heel portion, the outer band being made with stretchable material to conform to the shoe sole when stretched, the outer band being substantially flat and having a form factor smaller than the shoe sole when the stretchable material is in a relaxed state, the outer band being contoured such that the front portion is wider than the heel portion;
a first gripping pad disposed interior to the outer band, the first gripping pad including,
a gripping ridge integrated in the first gripping pad for providing traction, and
a first spike integrated into the first gripping pad for providing traction, the first spike having first and second separable flanges, the first flange being larger than the second flange for seating the first spike in a bore formed in the first gripping pad; and
a web structure connecting the first gripping pad to the outer band.
9. The anti-slip overshoe of claim 8 , further including a second gripping pad connected to the outer band by the web structure for providing traction.
10. The anti-slip overshoe of claim 9 , wherein the second gripping pad includes a second spike integrated into the second gripping pad for providing traction, the second spike having first and second separable flanges, the first flange being larger than the second flange.
11. The anti-slip overshoe of claim 8 , wherein the gripping ridge varies in height, width or depth for providing traction.
12. The anti-slip overshoe of claim 8 , wherein the gripping ridge includes a trough structure to channel away moisture from the first gripping pad.
13. The anti-slip overshoe of claim 8 , wherein the first spike includes a carbide tip for gripping the ground in harsh conditions.
14. The anti-slip overshoe of claim 8 , further including a ridge space integrated in the first gripping pad for providing traction.
15. An anti-slip overshoe for fitting over a shoe sole, comprising:
a contoured outer band having a front portion and a heel portion, the contoured outer band being made with stretchable material to conform to the shoe sole when stretched, the contoured outer band being substantially flat and having a form factor smaller than the shoe sole when the stretchable material is in a relaxed state, the front portion of the contoured outer band being wider than the heel portion;
a first gripping pad disposed interior to the contoured outer band for providing traction, the first gripping pad including a first spike integrated into the first gripping pad for providing traction, the first spike having first and second separable flanges, the first flange being larger than the second flange for seating the first spike in a bore formed in the first gripping pad; and
a web structure connecting the first gripping pad to the outer band.
16. The anti-slip overshoe of claim 15 , further including a second gripping pad connected to the outer band by the web structure for providing traction.
17. The anti-slip overshoe of claim 16 , wherein the second gripping pad includes a second spike integrated into the second gripping pad for providing traction, the second spike having first and second separable flanges, the first flange being larger than the second flange.
18. The anti-slip overshoe of claim 15 , further including a gripping ridge integrated in the first gripping pad for providing traction.
19. The anti-slip overshoe of claim 18 , wherein the gripping ridge varies in height, width or depth for providing traction.
20. The anti-slip overshoe of claim 18 , wherein the gripping ridge includes a trough structure to channel away moisture from the first gripping pad.
21. A method of making an anti-slip overshoe, comprising:
providing a contoured outer band having a front portion and a heel portion, the contoured outer band being made with stretchable material to conform to the shoe sole when stretched, the contoured outer band being substantially flat and having a form factor smaller than the shoe sole when the stretchable material is in a relaxed state, the front portion of the contoured outer band being wider than the heel portion;
providing a first gripping pad disposed interior to the contoured outer band for providing traction, the first gripping pad including a first spike integrated into the first gripping pad for providing traction, the first spike having first and second separable flanges, the first flange being larger than the second flange for seating the first spike in a bore formed in the first gripping pad; and
interconnecting the first gripping pad to the outer band with a web structure.
22. The method of claim 21 , further including providing a second gripping pad connected to the outer band by the web structure for providing traction.
23. The method of claim 21 , further including a gripping ridge integrated in the first gripping pad for providing traction.
24. The method of claim 23 , wherein the first gripping ridge includes a trough structure to channel away moisture from the first gripping pad.
25. The method of claim 23 , wherein the gripping ridge varies in height, width or depth for providing traction.