DE202016008827U1 - beach shoes - Google Patents

Abstract

Shoe (1) consisting of an upper part (3), a cuff (2) and a sole (4), characterized in that the shoe (1) can be used on the sand, in the swimming pool or in the hall, not by heat can be influenced and is non-slip on a wet surface, the shoe (1) comprising at least one of the following layers:
- A layer with air channels (5) on the sole (4) and / or on the upper part (3), which allow air intake,
- at least one UV layer (6), whereby feet can be protected from the sun's rays,
- at least one antibacterial layer (7) in order to prevent the penetration of harmful bacteria from the outside into the sole (4),
- at least one flexible layer (8) which can be adapted to the movement of the foot,
- at least one non-slip layer (9) that enables walking on wet surfaces,
- At least one heat-insulating layer (10), which ensures that the feet are not affected by heat in a hot environment, wherein a flexible, tight entry area (12) is included, which provides a flexible and firm hold above a foot inlet (11) on the cuff (2) guaranteed.

Description

Technical part

The present invention relates to shoes used by people in their daily life.

The invention particularly relates to non-slip, water-resistant shoes that can be worn at home in the sea, on the sand, at the pool, have a light, flexible structure, envelop the foot and contribute to foot health through air intake. The shoe in particular has a heat barrier that does not transmit heat. The shoe can continue to dry especially in a short time.

The state of the art

People use different footwear in everyday life. While comfortable casual shoes are used at home, more resistant shoes are used outdoors.

A large part of foot problems arise from the choice of shoes. A conscious choice of shoes can prevent some health problems that can arise during the life cycle.

First of all, it must be ensured that the shoes are adapted to the shape of the foot. Shoes bought at random with the thought that “the shoe will expand later” have a negative impact on foot health. Gradual defects in some shoes can lead to problems such as ingrown toenails, athlete's foot, calluses, misalignment of the toes, fatigue of the feet, ankle sprains, foot, leg and back pain.

A large number of injuries and accidents occur when people fall on wet surfaces in areas of a lake or pool.

When walking with bare feet in the sea, such adverse experiences can be observed as burning your feet on hot sand and sliding in the water. Therefore different aqua shoes are used.

There are numerous problems such as discomfort of the feet, dirt that is not easy to remove, burning of the feet on hot sand and the inability to prevent the feet from slipping in the sea.

In pools, there is often a risk of feet slipping and falling on wet ground. Therefore, there is a need for easy-to-wear footwear with a non-slip structure.

A fishing shoe is described in patent application no. CN202664382, code A43B13 / 14 IPC. However, there is a need for shoes that can be worn comfortably in the sea and by the pool.

Disclosure of the Objects of the Invention

Starting from the prior art, the invention has for its object to provide a non-slip, heat-blocking, i.e. To develop adiabatic footwear that eliminates the drawbacks that are present in the products currently available and that can be used in the sea, at the lake, by a pool and in daily life, and also contributes to foot health.

Another object of the invention is to develop footwear that prevents slipping and falling on wet surfaces.

Another object of the invention is to prevent the entry of foreign substances through the tight fit of a cuff.

Another object of the invention is to prevent the toes from being affected by the harsh outdoor environment by forming a protective element around the cuff and the shoe.

Another object of the invention is to provide footwear that is easy to carry, easy to take off and flexible, with an air inlet, and that dries in a short time.

Another object of the invention is to provide footwear that insulates from heat to protect the feet when walking on hot sand.

Another object of the invention is to provide footwear that contributes to foot health and protects the feet on wet and hot surfaces.

Another object of the invention is to propose footwear that helps walk when worn by children.

Another object of the invention is to provide shoes with an antibacterial, hypoallergenic UV protection structure.

To achieve the above goals, shoes are developed that contribute to foot health and prevent the feet from being affected on wet and hot surfaces.

list of figures

• 1 Fig. 4 is a view illustrating the shoes as worn in a representative application of the invention.
• 2 Figure 3 is a front view of a representative application of the invention.
• 3 Figure 3 is a front and bottom view of a representative application of the invention.
• 4 Fig. 4 is a perspective view illustrating a representative application of the invention in a hanging display form.
• 5 Figure 4 is a view of another representative application of the invention.
• 6 Fig. 4 is a perspective view illustrating a representative application of the invention, indicating two different shapes of the sole portion.

1 shoe 7 antibacterial layer 2 cuffs 8 flexible layer 3 upper part 9 anti-slip layer 4 sole 10 heat insulating layer 5 air duct 11 foot inlet 6 UV layer 12 flexible dense entry area 13 protective element

Detailed description of the invention

The invention relates to shoes that can be used in the sea, in the swimming pool or at home, that do not transmit heat due to a heat barrier, are waterproof, cover the foot due to its slightly flexible structure and make a contribution to foot health through air intakes and dry in a short time can have been developed.

As shown in the figures, the shoe is made 1 from a cuff 2 , an upper part 3 and a sole 4 and can continue from air ducts 5 , one or more UV layers 6 , one or more antibacterial layers 7 , one or more flexible layers 8th , one or more non-slip layers 9 , one or more heat-insulating layers 10 , a foot inlet 11 and a flexible dense entry area 12 consist.

air ducts 5 on the Tough Tech sole 4 and / or on the upper part 3 , UV layers 6 , antibacterial layers 7 , flexible layers 8th , non-slip layers 9 , heat-insulating layers 10 can be formed as a whole in the fabric or substrate. A tough tech sole is mostly made of chemically resistant rubber and meets the highest chemical and mechanical stress requirements. Tough tech Materials are characterized by high chemical resistance, high mechanical resistance, aging resistance, improved insulation and flame resistance. They are mostly used in protective clothing from fire departments, for example.

The movement of the foot is through the upper part 3 and the cuff 2 that is wrapped tightly around the foot, not hindered. It offers ease of use when swimming in the sea. The shoe does not cause a problem if it is worn in fins or in various water accessories.

Thanks to the shoes 1 which can be made of a quick-drying, breathable fabric can contribute to foot health. You can completely protect the foot with its antibacterial, hypoallergenic, UV-resistant, elastic cuff 2 envelop. The tough tech sole 4 is easy to take off and put on. Through the elastic cuff 2 a secure fit is also ensured, which prevents foreign bodies from getting into the shoes and thus onto the feet.

This product can be used in living spaces such as home, school, playground, gym, garden lawn, pool, sea, sand, bath, boat, etc.

It can be worn in the fins and slippers, you can easily swim with your shoes in the pool and in the sea. It can increase the flexibility of the foot.

Due to the direct contact with the ground, the shoe is particularly healthy for the newly developing feet of the children of the age group 0-2 , The shoe does not disturb the orthopedic structure of the foot, it allows contact with the floor. Through direct contact with the floor, the shoe helps prevent many foot diseases.

To a shoe 1 Developing a shoe that can be used in the sand, at the pool, at home, and that is not influenced by heat and is non-slip on wet surfaces includes an inventive shoe 1 at least one layer, the air ducts 5 on the sole 4 and / or on the upper part 3 has that ensure an air supply, and / or at least one, in particular several UV layers 6 that protect the feet from the sun's rays, at least one, especially several antibacterial layers 7 In order to prevent the ingress of harmful bacteria from the outside environment, at least one, in particular several, flexible layers 8th that adapt to the movement of the foot, non-slip layers 9 , which allow walking on wet surfaces, and / or at least one, in particular several, heat-insulating layers 10 that ensure that the feet are not affected by heat from a hot environment.

The upper part 3 , which is made of a quick-drying, breathable fabric with a structure that is flexible, shrinkable and enveloping the foot, can be a cuff 2 include that the foot above the upper part 3 firmly surrounds.

The shoe can have a flexible, tight entry area 12 include a flexible and firm grip over the foot inlet 11 on the cuff 2 guaranteed. A tough tech sole is created 4 , Furthermore, a foot inlet 11 be provided, which facilitates walking in the sea, at the pool and on the sand and has a dense and shrinkable structure that facilitates carrying and removal. Below the elastic flexible, long or short flexible narrow entry area 12 can the upper part 3 located around the foot due to its flexible structure, and in connection with the upper part 3 the sole 4 with a flat or structured surface structure that makes it possible to step on the floor.

The shoe can be made from an upper part 3 consist of non-slip, adiabatic due to its heat barrier, water-repellent, slightly flexible, enveloping the foot, quick-drying, and from a sole 4 ,

The shoe can also be a protective element 13 include that the shoe 1 and / or the cuff 2 surrounds to protect the toes from external influences by avoiding protruding outwards.

Through the developed shoe 1 a contribution to foot health is made. The shoe prevents the foot from being influenced by external influences. Due to its structure adapted to the foot structure, it grips the foot and has a positive effect on the mobility of the foot. The avoidance of possible accidents and injuries is guaranteed. The upper part 3 can be structured and shaped with various alternatives. It increases the ability to move on wet surfaces at high temperatures, thus preventing the foot from being affected by adverse external influences. It contributes to the mobility of the foot in / on lakes and on / in the swimming pool.

The bottom of the shoe 1 was designed to improve safety on wet and slippery surfaces such as in / at pools and can be coated with a special material that offers protection against slipping.

The shoe 1 prevents the feet from burning on hot surfaces and protects against insect bites, cuts and bruises on lawns and in beach areas.

The shoe 1 with its combination of thin base and a kind of swimsuit material is a technical product that offers its users flexibility and security in water activities. If the shoe is not removed after it has been soaked in water, the user comfort for the wearer and children is improved by the quick drying under the sun.

The shoe 1 also ensures that feet adhere to surfaces of boats, surfboards and in the bathroom, thus helping to prevent falls.

The sole 4 can be based on neoprene and / or tough tech and / or leather. It became a sole 4 Developed on a 100% polyester basis, which is coated with neoprene rubber.

The shoe 1 can be formed with a fluffy inner and / or outer structure. The shoe can be in the form of a sock or in various forms. The upper part 3 can be designed with a fluffy inner and / or outer structure in the form of a sock. The upper part 3 can be formed with a fluffy inner and / or outer structure and with a sole 4 be connected. The shoe can also have a cuff 2 in the form of a sock or in various forms and an upper part 3 include.

Phthalic acid ester (phthalate) is not used in the manufacture of the shoe according to the invention. Phthalic acid ester is a carcinogenic substance that is environmentally hazardous. The dyes used are completely organic and environmentally friendly. Neither carcinogenic raw materials nor dyes are used in the products.

Claims (9)

Shoe (1) consisting of an upper part (3), a cuff (2) and a sole (4), characterized in that the shoe (1) can be used on the sand, in the swimming pool or in the hall, not by heat can be influenced and is non-slip on wet surfaces, the shoe (1) comprising at least one of the following layers: - a layer with air channels (5) on the sole (4) and / or on the upper part (3), which allow air intake , - at least one UV layer (6), whereby feet can be protected from the sun's rays, - at least one antibacterial layer (7) to prevent the ingress of harmful bacteria from the outside into the sole (4), - at least one flexible layer (8), which is adaptable to the movement of the foot, - at least one non-slip layer (9), which allows walking on wet surfaces, - at least one heat-insulating layer (10), which ensures that the feet are not in a hot environment by heat are impaired, a flexible, tight entry area (12) being included, which ensures flexible and firm hold above a foot inlet (11) on the cuff (2). Shoe (1) after Claim 1 , characterized in that the upper part (3) is made of a quick-drying, breathable fabric with a structure that is flexible, shrinkable and enveloping the foot; and the cuff (2) can closely surround the foot above the upper part (3). Shoe (1) after Claim 1 , characterized in that the sole (4) is made of neoprene and / or tough-tech material and / or leather. Shoe (1) after Claim 1 , characterized in that it includes a foot inlet (11) which facilitates walking in the sea, at the pool and on the sand, and which has a dense and shrinkable structure which facilitates putting on and taking off the shoe (1). Shoe (1) after Claim 1 , characterized in that the upper part (3) wraps the foot through its flexible structure under an elastic flexible, long or short flexible narrow entry area (12), and in connection with the upper part (3) the sole (4) with a flat or structured surface allows an appearance on a floor. Shoe (1) after Claim 1 , characterized in that the upper part (3) is non-slip, adiabatic due to a heat barrier, water-repellent, slightly flexible, enveloping the foot and drying quickly. Shoe (1) after Claim 1 , characterized in that a protective element (13) is included which surrounds the shoe (1) and / or the cuff (2) in order to protect the toes from external influences by preventing them from protruding outwards. Shoe (1) after Claim 1 , characterized in that the upper part (3) is formed with a fluffy inner and / or outer structure. Shoe (1) after Claim 1 , characterized in that the cuff (2) is designed in the form of a sock.

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