Ice Flop Stopper

Abstract

A device which enables a user to walk on ice or slick surfaces. The device consisting of a shoe base made of a durable material and can be constructed in various sizes. The shoe base having a top portion and a sole portion. The top portion of the shoe base having upwardly extending back and front supports, front and back flaps being contiguous with the front and back supports and a tension cord system being connected to the front and back flaps. The sole portion of the shoe base having a plurality of cleats to enable the user to walk on ice, snow or slick surfaces.

Description

FIELD OF THE INVENTION

This application relates generally to footwear and more particularly to footwear covers which are adapted to provide traction and support for the bottom surfaces of various types of footwear.

BACKGROUND OF THE INVENTION

Injuries related to slips and falls are common during the winter months in many areas of the world. These injuries can occur while walking or performing common activities including walking to and from cars, buses or trains. These injuries can occur especially when walking on icy steps or icy sidewalks when entering or exiting vehicles. These types of activities would often require a person to pay special attention to avoid slipping and falling.

A variety of footwear has been developed to help individuals maneuver on icy surfaces. Many pedestrians have used boots with grooved bottoms, boots made of non-slip rubber or neoprene, anti-slip studs or ice grippers. However, many of these products still lack sufficient traction to grip the surface and might break during use. Products such as ice grippers can be difficult to stretch over the user's footwear. They can be especially difficult for those individuals who have arthritis or other hand related conditions that cause a limited range of motion, making it very difficult to stretch the grippers over their footwear.

Walking on ice requires footwear that will help prevent slips or falls that cause injuries. The device of the present invention offers superior winter walking assistance on ice or snow. It makes it easy for the user to put the device on from either a standing or sitting position. The device features front and back supports which allows it to stay in place while being worn. The plurality of ice cleats provides extra safety when walking on ice or packed snow. The tension cords are attached to the device and give the user a better sense of security and safety. This helps the user walk with a more natural stride.

The device can be manufactured in variable sizes and it can be worn by professionals, pedestrians, the elderly, and children. It will help to increase outdoor activity during winter months because of the ease of both putting on and removing the device.

SUMMARY OF THE INVENTION

In view of the problems associated with walking on ice or snow, it is an object of the present invention to provide a device that allows a person to safely walk on these surfaces.

Another objective of the present invention is to provide a device that affords security without slippage when walking or engaging in outdoor activities during winter months.

Another objective of the present invention is to provide a device that is secured directly to the footwear and the upper torso and allows the user to walk with additional security and confidence.

Still another objective of the present invention is to provide a device which is simple and economical in its construction and effective for its intended use.

In accordance with the present invention, a device that covers footwear and provides additional traction while walking on ice is provided. The device comprises a shoe base and cords. The shoe base can be constructed from a durable material that is resistant to oil, heat and weathering. The shoe base features a front support, a back support, cleats and side flaps.

The flaps are attached along the sides of the device. They are connected to a tension cord system that is adapted to fit across the top torso of a user's body. The flaps can retract into horizontal and upright positions to enable the user to slide his or her footwear onto the shoe base. Ice cleats are attached to the bottom of the shoe base. The cleats can be constructed from a durable material and are adapted to grip ice or hard snow. The cleats are adapted to hold its position in the ice when the shoe retainer is moved forward.

The device features cords that are adapted to fit across the top torso of a person's body. The cords are constructed of a durable elastic material and are adapted to be connected to the flaps. Additional advantages of the invention will become apparent from the following detailed description taken in conjunction with the accompanying drawings.

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWING

The foregoing features and other aspects of the invention will become more apparent from the drawings, taken together with the accompanying drawings, in which:

FIG. 1 illustrates a front view of a person using the device and the tension cords being draped across the torso.

FIG. 2 illustrates a side view of a person using the device and the tension cords being draped across the torso.

FIG. 3 is a side perspective view showing the adaptability of the device to cover and engage a boot.

FIG. 4 is a side perspective view of an ice flop stopper showing the adaptability of the device to a user's shoe.

FIG. 5 is a top perspective view of a pair of devices.

FIG. 6 is a top perspective view of a pair of devices and the flaps of the device being engaged to allow a user to insert his or her footwear.

DETAILED DESCRIPTION OF THE INVENTION

This invention relates to a footwear cover that can be used to provide traction and support for the bottom surfaces of various types of footwear. Individuals wearing shoes or boots in icy or slick situations would use this invention for additional traction and support while walking.

A user can put on the device 10 while sitting or standing. With the footwear on, the user relaxes the tension cords 32,34 and 36 and slips the footwear into the device 10. The top cord 36 can be draped over the head and slipped down to engaged with the top of the shoulder. The bottom portion of the top cord 36 can be drawn toward the top of the hip and thereby allow the middle cord to drape against the outer portions of the thigh and leg.

FIG. 3 illustrates a modified version of the tension cord system 20 that can include a single tension cord 37 being attached to a bottom cord 32. Individuals requiring less body support while walking or children can use the device 10 as shown in FIG. 3.

Referring now to the drawings, FIG. 1 and FIG. 2 shows the preferred embodiment of the present invention being generally indicated by the numeral 10. The device 10 is used to cover footwear and to improve traction while walking on slick or icy surfaces. The device 10 comprises a shoe base 17 which has a sole portion 11 and an upper portion 13, a plurality of cleats 12 which are connected to the sole portion 11, a front support 14, a back support 16, front flaps 18, back flaps 22, and a tension cord system 20.

The tension cord system 20 is a three part system which includes a bottom cord 32, a middle cord 34 and a top cord 36. FIG. 1 and FIG. 2 show the bottom cord 32, the middle cord 34 and the top cord 36 being connected by a plurality of cord connectors 38. The tension cord system 20 is an integral part of the device 10 and is secured to the front flap 18 and back flap 22 with a plurality of connectors 24. The bottom cord 32, middle cord 34 and top cord 36 can have a nominal thickness of at least one inch and can have a variety of tension cord resistance force levels. The tension cord system 20 can be constructed from a durable elastic material and is adapted to fit across the top torso of a user's body while being connected to the front flaps 18 and back flaps 22 of the device 10.

The back support 16, front support 14, front flap 18 and back flap 22 are connected to the upper portion 13 of the shoe base 17. The back support 16 and front support 14 are constructed to merge with the shoe base 17 and extend upward. They are located on opposing sides of the shoe base 17 and and are adapted to receive a user's footwear. The shoe base 17 can be made from a durable material and can be constructed to hold a plurality of cleats 12.

The front flap 18 and the back flap 22 are contiguous with the back support 16 and the front support 14 respectively. They are subsequently used and are adapted to receive the bottom cord 32 of the tension cord system 20 using the plurality of connectors 24. The front flaps 18 and the back flaps 22 can be constructed from a flexible material. For example, constructing the front flaps 18 and back flaps 22 with a leather material would allow the front flaps 18 and the back flaps 22 to retract into horizontal and upright positions and further enable the user to place his or her footwear on the device 10.

The plurality of connectors 24 attached to the front flaps 18 and the back flaps 22 are capable of being attached and detached. This feature would allow the user to safely store or engage in regular maintenance of the device 10.

The perimeter of the device 10 is constructed to house all parts of a user's footwear. The device 10, as shown in FIG. 1 to FIG. 6, can be constructed in various sizes to accommodate various types of footwear. Similarly, the front support 14 and back support 16 of the device 10 can be constructed of a durable material and can be constructed with various heights to facilitate an easier mounting process.

Claims

1. A device for covering footwear to improve traction comprising: a. a shoe base having a sole portion and an upper portion, a plurality of cleats being connected to said sole portion, opposing front and back support being connected to said upper portion of said shoe base, opposing front and back flaps being connected to said upper portion of said shoe base and a tension cord system being connected to said front and back flaps of said upper portion;b. said shoe base being constructed of a durable material;c. said sole portion being constructed to receive and retain a plurality of cleats;d. said front and back supports and said front and back flaps of said upper portion extending upward;a. said front and back supports and said front and back flaps being formed by merging with said upper portion of said base and being adapted to receive the front and back portions of a user's footwear;b. said front flaps being contiguous with said front support and said front flaps being adapted to support the side of a user's footwear;c. said back flaps being contiguous with said back support and said back flaps being adapted to support the side of a user's footwear;d. said front and back flaps being adapted to receive said tension cords with a plurality of connectors for securing said tension cord system to said front and back flaps and said tension cords being affixed to said front and back flaps;e. said front and back flaps being connected to said tension cord system and being adapted to retract into horizontal and upright positions to enable the user to place his footwear onto the device;f. said plurality of cleats being constructed of a durable material and being adapted to remain connected to said sole portion of said device when a user walks with said device mounted to his or her footwear;g. said plurality of cleats projecting perpendicularly downward from said sole portion in such a manner that each individual tip of said cleats directly engage the ground surface;h. said tension cord system comprising a top cord, a middle cord, a bottom cord and cord connectors which are adapted to hold said tension cord system together;i. said tension cord system being adapted to selectively move said front and back flaps in an up and down position and said tension cord system being adapted to remain releasably connected to the user's torso when a user walks with said footwear mounted to the device;j. said tension cord system being adapted to fit across the top torso of a user's body.

2. The device of claim 1 wherein said device can be constructed in various sizes.

3. The shoe base of claim 1 wherein said shoe base is generally planar and having a perimeter adapted to house a user's footwear.

4. The upper portion of claim 1 wherein said upper portion can be constructed in various sizes to accommodate various types of footwear.

5. The upper and lower portions of claim 1 wherein said upper and lower portions are formed from a durable material.

6. The front and back support of claim 1 wherein said front and back support can be constructed in various heights to accommodate the need of various types of users.

7. The front and back flaps of claim 1 wherein said front and back flaps can be constructed from a flexible material that will enable said front and back flaps to move up and down when said tension cord system is released.

8. The tension cord system of claim 1 wherein said tension cord system can be constructed from a durable elastic material.

9. The tension cord system of claim 1 in which said tension cord system can have a variety of tension cord resistance force levels.

10. The connector of claim 1 wherein said connector is capable of being attached and detached from said front and back flaps.

11. The cleats of claim 1 wherein said cleats are capable of gripping the ground surface when said device is being used.

12. The device of claim 1 wherein said device can have a tension cord system incorporating a single tension cord attached to said bottom cord system.

13. The device of claim 1 wherein said sole portion of said device can be created using additional types of ground engaging surfaces.