The present invention relates to a modular shoe (1700) in particular a sports shoe, with a sock like outer shoe (1750) and a frame (1710). The sock like outer shoe is provided for a releasable arrangement around the frame. The sock like outer shoe may comprise a plurality of profile elements (1765), wherein at least one of the profile elements extends from an outer side of the sock like outer shoe. A region of the at least one of the profile elements may be configured to releasably engage in a formfitting manner with a lower side of the frame of the modular shoe.

The present invention relates to a modular shoe (1700) in particular a sports shoe, with a sock like outer shoe (1750) and a frame (1710). The sock like outer shoe is provided for a releasable arrangement around the frame. The sock like outer shoe may comprise a plurality of profile elements (1765), wherein at least one of the profile elements extends from an outer side of the sock like outer shoe. A region of the at least one of the profile elements may be configured to releasably engage in a formfitting manner with a lower side of the frame of the modular shoe.

A footwear which includes a support member having an inner sole and an upper surface attachable to a foot, and two bulbous protuberances protruding from a lower surface of the support member on opposite sides of a latitudinal midline, is provided.

A footwear which includes a support member having an inner sole and an upper surface attachable to a foot, and two bulbous protuberances protruding from a lower surface of the support member on opposite sides of a latitudinal midline, is provided.

A first flipper has a base, a deformable fin connected to the base, and a first spreader that imposes a first force on the fin that causes the fin to spread in response to relative movement between the first spreader and the fin caused by a first longitudinal deflection of the fin relative to the base. A second flipper has a fin and a foot coupling portion connectable to a foot holding portion of a boot to couple a foot in the foot holding portion to the flipper. A first system includes the flipper and the boot. Methods of using the flippers, the boot, and the system are also disclosed.

A first flipper has a base, a deformable fin connected to the base, and a first spreader that imposes a first force on the fin that causes the fin to spread in response to relative movement between the first spreader and the fin caused by a first longitudinal deflection of the fin relative to the base. A second flipper has a fin and a foot coupling portion connectable to a foot holding portion of a boot to couple a foot in the foot holding portion to the flipper. A first system includes the flipper and the boot. Methods of using the flippers, the boot, and the system are also disclosed.

While taking notice how a dancer's pointe shoe keeps them from dancing on hardwood, as it is dangerous, I decided to create a rubber cap for the shoe. It is removable in order to keep the dancer from having to spend the money on a new pair of shoes and instead being able to put the cap over their current pair of shoes. The process of making this involves many molds and the final product is a silicone rubber cap the fits each unique shoe.

The problem I am trying to solve in this process is the finding of an easier way to gain safety while dancing on pointe on hard wood flooring. Many dancers travel to more places rather than just a stage, but also places like hotels, which don't have the correct flooring and instead have hardwood. It is not safe for dancers to dance on pointe on hardwood flooring. Dancers dance on Marley flooring because it creates enough friction so that it is not dangerous to dance on pointe. A dancer has two types of shoes: pointe shoes and flat shoes. It is safe to dance in flat shoes on hardwood. A ballet dancer's two options when having to dance on hardwood is to dance in flat shoes, or rubberize their pointe shoes so that it is safe to dance in them. When a dancer rubberizes their pointe shoes they cannot take off the rubber when they are done dancing. This means they must buy a new pair of pointe shoes. This costs a lot of money. This problem can be solved if the rubber was removable.

In order to do this project I used many molds and the final product was made out of silicone rubber. First I made a mold of the outside of the shoe with silicone putty. Then I made a plaster mold of the shoe by pouring the plaster inside of the silicone putty mold. This caught all the tiny details the shoes had. Then I poured silicone rubber over the plaster mold. When this dried I could cut it into the shape I wanted to get the final product.

This would make the rubberizing pointe shoes process easier because they can be removed or placed back on when needed. It takes away the struggle of having to buy a new pair of pointe shoes and then having two pairs. It still reaches the goals of its job, which is to keep the shoe from being slippery on hardwood. Overall this product is a lot more convenient. In the end this project was successful in being removable and keeping dancers from falling when they dance on pointe on hard wood flooring.

While taking notice how a dancer's pointe shoe keeps them from dancing on hardwood, as it is dangerous, I decided to create a rubber cap for the shoe. It is removable in order to keep the dancer from having to spend the money on a new pair of shoes and instead being able to put the cap over their current pair of shoes. The process of making this involves many molds and the final product is a silicone rubber cap the fits each unique shoe.

The problem I am trying to solve in this process is the finding of an easier way to gain safety while dancing on pointe on hard wood flooring. Many dancers travel to more places rather than just a stage, but also places like hotels, which don't have the correct flooring and instead have hardwood. It is not safe for dancers to dance on pointe on hardwood flooring. Dancers dance on Marley flooring because it creates enough friction so that it is not dangerous to dance on pointe. A dancer has two types of shoes: pointe shoes and flat shoes. It is safe to dance in flat shoes on hardwood. A ballet dancer's two options when having to dance on hardwood is to dance in flat shoes, or rubberize their pointe shoes so that it is safe to dance in them. When a dancer rubberizes their pointe shoes they cannot take off the rubber when they are done dancing. This means they must buy a new pair of pointe shoes. This costs a lot of money. This problem can be solved if the rubber was removable.

In order to do this project I used many molds and the final product was made out of silicone rubber. First I made a mold of the outside of the shoe with silicone putty. Then I made a plaster mold of the shoe by pouring the plaster inside of the silicone putty mold. This caught all the tiny details the shoes had. Then I poured silicone rubber over the plaster mold. When this dried I could cut it into the shape I wanted to get the final product.

This would make the rubberizing pointe shoes process easier because they can be removed or placed back on when needed. It takes away the struggle of having to buy a new pair of pointe shoes and then having two pairs. It still reaches the goals of its job, which is to keep the shoe from being slippery on hardwood. Overall this product is a lot more convenient. In the end this project was successful in being removable and keeping dancers from falling when they dance on pointe on hard wood flooring.

Embodiments of the present invention provide a cover that wraps over footwear and is secured in place with a set of attachment tabs wrapped under the arch area of the footwear and secured to each other. Another attachment tab wraps over the arch area and is secured to a corresponding attachment point on the outer surface of the cover. Depending on the material used, once the cover is secured in place, it may provide insulation and abrasion resistance.

Embodiments of the present invention provide a cover that wraps over footwear and is secured in place with a set of attachment tabs wrapped under the arch area of the footwear and secured to each other. Another attachment tab wraps over the arch area and is secured to a corresponding attachment point on the outer surface of the cover. Depending on the material used, once the cover is secured in place, it may provide insulation and abrasion resistance.