A system and method and apparatus comprising an anti-microbial, self-adhesive film, are provided which prevents dirt, sweat, fungus, and bacteria, from absorbing into the insole and the sides and bottoms of the insole. The antimicrobial, self-adhesive film of the invention is provided in a size suitable for application to an insole so as to prevent dirt, sweat, bacteria, foot wort fungus etc. from absorbing into an insole and sides, to and bottom areas of said insole.

A disposable insole pad includes an absorbent layer, a removable skin adhesive, a first release liner, and an anti-slip member. The removable skin adhesive is attached to the top surface of the absorbent layer, and the anti-slip member is attached to the bottom surface of the absorbent layer. The removable skin adhesive is intended to be removably attached to a user's foot, and a first release liner is provided to cover the removable adhesive. The user wears the present invention by removing the first release liner and attaching his foot to the removable skin adhesive, and then, he wears a shoe such that the anti-slip member is to be in contact with a shoe insole.

The present invention relates to a footwear liner insert configured to absorb sweat and dirt while simultaneously providing a pleasant fragrance emitting from the footwear liner insert. The liner having an adhesive layer for releasably attaching to an insole of a footwear and an elastomeric nonwoven layer for absorbing sweat. The footwear liner insert is infused with natural essential oils for releasing fragrance upon compression of the footwear liner insert. In some embodiments, the liner is disposable and can be detached after use by pulling the adhesive layer from the insole of the footwear. The liner is designed to meet and fit in different types of footwears and is configured in different designs and sizes. The liner provides adequate grip and friction for smooth walking and running for a user of the liner.

Disposable insole pads and use thereof are disclosed. The disposable insole pads are multilayer structures comprising a topsheet and a pressure sensitive adhesive, and optionally a backsheet, silicone coating and liner layers. The pressure sensitive adhesive layer allows the disposable insole pads to be positioned, repositioned and removed, making them well suited for daily use and disposal.

A thin, low profile, one time use, disposable non-padded and non-metallic material of ornamental shape, thickness, and flexibility with a low tack pressure sensitive adhesive side to adhere to the bottom of the foot, that protects a passenger's clean/healthy feet from contaminated floor surfaces, while keeping other passengers with dirty/unhealthy feet from transferring their own personal foot disorders onto the floor surfaces of security screening lines. The foot liner is used when passengers are required to remove their shoes during the security screening process before boarding their flight. The foot liner needs to be cost effective due to the large volume of passengers (1.7 million worldwide daily) throughout airports and has a built-in removal tab that can be any size, shape, or length, and can either be non-adhesive or have low tack pressure sensitive adhesive qualities (to stick to the heel to ensure no floor contact) for quick removal of the foot liner, so the wearer's fingers are not exposed to germs during the removal process.

The invention relates to an insole (100) for shoes with a base material, which comprises a sole surface (102) facing the shoe and an opposite foot surface facing the foot, wherein a coating (112) is provided on the sole surface (102), which provides the sole surface (102) of the insole (100) with an increased frictional force with respect to the uncoated sole surface (102), characterised in that the coating (112) is formed from a plurality of individual patterns (120) formed from coating lines (114), which are discrete from one another and are arranged in such a way that they cannot be formed by one or more continuous coating lines (114) miming continuously from a first side (122a) of the sole surface (102) to an opposite second side (122b) of the sole surface (102).

A pair of shoes and shoe insert covers thereof are provided. The shoe insert cover and a shoe insert are disposed in the pair of shoes. The shoe insert cover has a shoe insert cover top and at least one shoe insert cover bottom, and the shoe insert cover top is connected to the at least one shoe insert cover bottom. The shoe insert is located between the shoe insert cover top and the shoe insert cover bottom, and the shoe insert cover bottom is located between the shoe insert and a sole portion of the shoe. A user with sweating feet can easily replace a surface material of the shoe.

The invention relates to an insole (100) for shoes, in particular as a disposable product, having a top layer (200) that comprises a two-ply basic material and faces the foot, and a base layer (202) that is connected to said top layer (200) and faces the shoe, and having a foot surface (104) that faces the foot and an opposite Sole surface (102) that laces the shoe, wherein the top layer (200) and the base layer (202) consist of a staple-fibre nonwoven and bicomponent fibres and absorbent cellulose-based fibres and/or hydrophilic synthetic fibres are contained in the top layer and in the base layer, and wherein the insole has a combination comprising at least two different active-substance groups, the active-substance groups being selected from the group of antimicrobial active substance, odour absorbent and odour-masking substance, and both the base layer (202) and the top layer (200) being assigned at least one active-substance group.

An insole for open-styled footwear that includes a mating attachment system for variably affixing the insole into footwear.