TWM646283U - Safe, comfortable and environmentally friendly slippers - Google Patents

Abstract

A safe, comfortable and environmentally friendly slipper. The slipper includes a midsole and an upper. The midsole is combined with the upper through a connecting part. The midsole includes a multi-layer structure of a surface layer, a middle layer or a bottom layer. The upper edge of the upper or surface layer is coated with Adhesive can be optionally cut from recycled fabrics and then sprinkled on the adhesive surface of the upper or surface layer, and pressurized to make the rags stick to the upper edge of the upper or surface layer.

Description

Safe, comfortable and environmentally friendly slippers

This innovation is an improvement measure for slippers, especially a safe, breathable and comfortable slipper surface. The slippers include a midsole and an upper. The midsole is combined with the upper through a connecting part. The midsole includes a surface layer, a middle layer or a bottom layer. It has a multi-layer structure. The upper edge of the shoe upper or surface layer is coated with adhesive. The recycled fabric can be cut and sprinkled on the adhesive surface of the shoe upper or surface layer, and pressure is applied to make the rags stick to the shoe upper or surface layer. The upper edge of the surface.

There are many related studies on slippers, which are summarized as follows:

Patent No. M557037 of the Republic of China discloses a slipper structure system including: a pair of shoe bodies of the same structure, made of non-slip material. Each shoe body has an upper surface and a lower surface, and the upper surface is provided with a frame. It is characterized in that: the upper surface The surface and the lower surface are respectively provided with an upper groove and a lower groove that are slightly larger than the sole of the foot along the contour, and a removable upper insole is provided in a tight fitting set of the upper groove. The upper insole has a bottom surface and a contact surface, and The bottom surface is provided with a ground layer; and the lower groove tight fitting group is provided with a detachable lower insole. The lower insole has a bottom surface and a friction surface. With such a structure, the lower insole and the upper insole can be removed when walking indoors. Disassemble the interchangeable assembly, and make the bottom surface of the upper insole face the ground, and place the bottom surface of the lower insole toward the sole of the foot, so that the ground layer can provide a mute effect when walking.

Patent No. M552277 of the Republic of China discloses an anti-slip sole, which is characterized by: The "tip and toe stepping area" of the shoe outsole corresponding to the toes is designed on the same horizontal line as the "heel" of the shoe outsole and the "sole" of the shoe outsole; and corresponds to the "foot metatarsals" and "phalanges" of the human body. "In between, a sole groove is provided to form a scimitar-shaped groove folding belt, allowing the user's toes in the shoe to easily press down or up, achieving the important function of the toes as anti-slip; in order to ensure The entire shoe shape has a beautiful appearance. The front end of the shoe can be designed into a slowly upward curve, which corresponds to the "empty area in front of the toes" at the front of the toes of the human body, instead of the traditional shoe sole that starts from the last. . Among them, the groove depth and width of the scimitar-shaped groove folding belt can be determined according to the material and thickness of the sole. If the toe, heel, and sole of a traditional shoe outsole are not designed to be on the same horizontal line, then a special sole groove must be added corresponding to the position between the metatarsal bone and the toe bone of the human foot to make it a scimitar-shaped groove. The folding strap allows the user's toes in the shoe to easily bend down or up, achieving the important function of the toes as anti-slip.

The Republic of China Patent No. M535003 discloses that the present invention proposes a bendable clog, which includes: a base material as the bottom surface of the clogs, a first surface material and a second surface material attached to the upper surface of the base material, and a device for latching the user A surface band for the foot; the base material is made of wear-resistant and soft bendable material, the first surface material and the second surface material are made of wood, and there is a spacer between the first surface material and the second surface material , the position of the spacer belt corresponds to the joint where the sole of the foot bends; the new base material has wear resistance and better anti-slip properties, and can bend with the movement of the sole of the foot. The first surface material and the second surface material made of wood are The surface material can provide a comfortable wooden touch. This new type of bendable clogs retains the wooden touch of the clogs and has the advantages of softness and durability.

Patent No. M530056 of the Republic of China discloses a disposable anti-slip slipper, which includes a sole and an upper provided on the sole; an anti-slip sponge layer is provided at the bottom of the sole. As a preferred embodiment, the anti-slip sponge layer and the sole are connected as a whole through fusion. as another change In addition, the anti-slip sponge layer is distributed in multi-point blocks at the bottom of the sole. The anti-slip sponge layer at the bottom of the sole of the disposable anti-slip slippers of this invention can effectively prevent slipping. This creation can effectively protect the user's personal safety when used in the bathroom; as a hotel disposable product, it can easily achieve anti-slip effects on the basis of existing non-woven disposable slippers without increasing the processing process and materials. Significant cost.

Patent No. M527230 of the Republic of China discloses that the present invention relates to an anti-slip structure for soles, which includes: a sole body made of vulcanized synthetic rubber or plastic material, and its shape must correspond to the human foot; another A groove is provided at the bottom of the sole body; and an anti-sliding block is made of non-vulcanized natural rubber material, and the anti-sliding block can be installed in the groove of the sole body; wherein the anti-sliding block The friction coefficient of the slider is greater than the friction coefficient of the sole body; by doing so at a low cost and without affecting wearing comfort, the maximum anti-slip effect of the sole is achieved, making it suitable for a variety of shoe soles.

Patent No. M445867 of the Republic of China discloses a shoe sole with an implanted anti-sliding block, which includes a body and a plurality of anti-sliding blocks. The main body is made of an integrally formed foam material and includes a top surface and a bottom surface opposite to the top surface. And there are several embedded holes extending from the bottom surface to the top surface. The anti-sliding blocks are respectively embedded in the embedded holes at intervals and exposed on the bottom surface of the body. Each anti-sliding block includes a snap limit on the corresponding The limiting parts of the embedded holes. The anti-sliding blocks of the present invention can be firmly embedded and fixed in the embedded holes of the body by using these limiting parts, and then the anti-sliding blocks are respectively exposed on the bottom surface of the main body. It has the effect of increasing the anti-slip effect of the bottom surface, thereby increasing safety.

Patent No. M357216 of the Republic of China discloses an improvement in the anti-slip pad structure of slippers. A sole is provided under the slipper body. The sole is composed of a midsole and an outsole. An anti-skid pad is also provided at a preset position inside the slipper to facilitate the use of the anti-skid pad. The anti-slip surface can be exposed under the sole, where the outsole is pre-set There are a number of perforations at intervals, so that the opposite sides of each perforation can form a strip. The anti-slip pad is made of rubber and is made of a larger bite plate with a number of anti-slip blocks at intervals. The anti-slip blocks can form a groove, and the free end becomes an anti-slip surface.

Patent No. M290676 of the Republic of China discloses an anti-slip and anti-wrinkle soft pad for use in movable shoes. The pad mainly has a thin sheet made of soft material and conforms to the contour shape of the shoe, and the bottom surface is densely covered with a plurality of granular anti-slip pads. The convex portion allows the pad to be movable and laid inside various shoe bodies, and the soft material and the inner bottom surface of the shoe are flat and closely adhered to each other through the soft characteristics of the soft material. Excellent frictional resistance to prevent slipping and wrinkles when wearing; accordingly, the pad material can not only prevent the foot from direct contact with the inner bottom of the shoe, but also can be discarded and updated after daily or several days of use, or provided for They are discarded after use by specific people, thereby providing a sterile shoe environment to prevent wearers from contracting or transmitting foot diseases to each other, and even improve or treat foot diseases.

Patent No. M243055 of the Republic of China discloses a kind of slipper using an external sole for shoes, which has an outer layer made of fabric material, and a material that is shape-retaining and moldable (moldable). support layer. The fabric layer and the support of the layer are molded together with the Newtonian ground of the century to provide the outer sole with strong anti-slip effect, quieter use and better shape retention effect. For the outsoles of shoes, especially house slippers, there is an outer layer composed of a textile material and a backing layer composed of a moldable material that retains its shape. The fabric layer and backing layer are formed in one piece to provide the outsole with increased slip resistance, quieter use and improved shape retention.

The Republic of China Patent No. 190985 discloses that this invention provides a slipper that is carefully designed, ergonomic, suitable for sandy or water environments, romantic in shape, novel and beautiful in style. The slippers of this creation are specially designed for beach play or general bathroom use. They are made of plastic materials and are integrally molded. They are completely seamless and have a complete and concrete appearance. The uppers and shoe boards have many hollow holes, which can be To prevent the accumulation of sand and water, these hollow holes also provide a message, which is reminiscent of the slippers of this creation, which are for bathroom or beach use; in addition to the hollow holes on the shoe surface, there are many differences in appropriate positions. The shaped protrusions not only prevent slipping when in contact with the foot surface, but also provide massage comfort; the bottom of the shoe plate has many neatly arranged square grooves, which saves material and has an anti-slip effect; it is necessary to emphasize the uniqueness of this slipper A series of hollow holes and protrusions, with various shapes, are distributed in appropriate positions of the slippers, forming a beautiful pattern that echoes each other.

Nowadays, most of the slippers are comfortable but not non-slip or non-slip and uncomfortable, and even users may develop beriberi such as athlete's foot or eczema. Safety and material comfort are two issues that should coexist, are important and cannot be ignored. Most slippers are made of plastic or rubber that cannot be broken down naturally, which can easily cause environmental harm.

Therefore, this innovation aims to improve the surface material of slippers, which can be made by mixing recycled fabric and rubber. In addition to environmental protection, recycled fabric also has the economic benefits of recycling waste. This design containing fabric increases the contact between the soles of the feet. Comfortable, and has the effect of absorbing sweat, increasing the toughness, tear resistance and folding strength of the shoe body. The non-full rubber material contains rags, which reduces the weight of the entire shoe body, making it lighter, breathable and comfortable to wear.

The invention breaks through the traditional method of making all-rubber slippers by using colloid mixed with fabrics, which is quick and easy to manufacture and does not require special equipment for production, so the finished product is low and achieves environmentally friendly recycling and reuse. Because it is made from recycled fabrics, The upper layer of the shoe body is more sweat-absorbent and more comfortable, and the bottom surface of the shoe has an anti-slip effect, increasing the wear rate of the sole.

1: Midsole

2: Upper

3: Surface layer

4:Middle layer

5: Bottom floor

6:Connection part

Figure 1 Schematic diagram of safe, comfortable and environmentally friendly slippers.

Figure 2 Schematic diagram of the midsole of safe, comfortable and environmentally friendly slippers.

Figure 3 Schematic diagram of the upper of safe, comfortable and environmentally friendly slippers.

The following are preferred embodiments of this invention, but this invention is not limited by these capabilities:

Example

A safe, comfortable and environmentally friendly slipper, as shown in Figures 1 to 3. The slipper includes a midsole (1) and an upper (2). The midsole (1) includes a surface layer (3), a middle layer (4) or a bottom layer (5). ) multi-layer structure, the surface layer (3) can be made of transparent or opaque glue or cloth with holes. The middle layer (4) has an uneven surface with island-like protrusions, continuous S-shaped dune protrusions or irregular ripple-like protrusions, so that the protruding portion of the middle layer (4) overlaps with the burrowed portion of the surface layer (3). The bottom layer (5) can also adopt the structure of the surface layer (3) or the middle layer (4), and the multi-layer structure can be adjusted as needed. The midsole is combined with the upper through a connecting portion (6), and the connecting portion can be sewn with adhesive, tenons or threads.

The upper edge of the shoe upper (2) or surface layer (3) is coated with adhesive, which can be optionally cut from resource-recycled fabric and then sprinkled on the adhesive surface of the shoe upper (2) or surface layer (3), and then pressurized Make the rag stick to the upper edge of the shoe upper (2) or surface layer (3).

The midsole (1) and upper (2) can selectively add oysters, oyster and other shell-grinding powdered particles, rice husks, sawdust or slag and other recycled waste into rubber or plastic, which can increase friction and improve use. The safety of the product makes this product meet the requirements of biodegradability, and waste is used wisely to make this innovative safe, comfortable and environmentally friendly slipper.

1: Midsole

2: Upper

6:Connection part

Claims (6)

A safe, comfortable and environmentally friendly slipper. The slipper includes a midsole and an upper. The midsole is combined with the upper through a connecting part. The midsole includes a multi-layer structure of a surface layer, a middle layer or a bottom layer. The upper edge of the upper or surface layer is coated with Adhesive can be optionally cut from recycled fabrics and then sprinkled on the adhesive surface of the upper or surface layer, and pressurized to make the rags stick to the upper edge of the upper or surface layer. For the safe, comfortable and environmentally friendly slippers described in claim 1, the connection part can be sewn with adhesive, tenons or threads. For the safe, comfortable and environmentally friendly slippers described in claim 1, the surface layer can be made of transparent or opaque artificial polymer materials or natural fiber fabrics, and holes are drilled in the surface material in advance. As for the safe, comfortable and environmentally friendly slippers described in claim 1, the middle layer has an uneven surface with island-shaped protrusions, continuous S-shaped dune protrusions or irregular ripple-shaped protrusions, so that the protruding parts of the middle layer overlap with the burrowed parts of the surface. For the safe, comfortable and environmentally friendly slippers described in claim 1, the bottom layer can also be a surface layer or a middle layer structure, and the multi-layer structure can be adjusted as needed. For the safe, comfortable and environmentally friendly slippers described in claim 1, the midsole and upper can be made by selectively adding recycled waste materials such as oysters, powdered particles of ground oyster and other shells, rice husks, wood chips or slag to rubber or plastic. Increase friction, improve user safety, make this product meet biodegradable requirements, and make good use of waste.

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