JP-2026075373-A - Shoe liners
Abstract
[Problem] The object of the present invention is to provide a shoe sheet that prevents the inside of the shoe from getting wet when using a deodorizing spray. [Solution] The shoe sheet is made of a material that dissolves with moisture, and is formed in sheet form, exhibiting at least one of either a disinfecting or deodorizing effect. [Selection Diagram] Figure 1
Inventors
- 平田 雅
Assignees
- 株式会社Cotton Pirates
Dates
- Publication Date
- 20260508
- Application Date
- 20241022
Claims (3)
- It is made of a material that dissolves in water, At a minimum, it exhibits the effect of either a disinfecting or deodorizing component, A sheet-shaped shoe cover.
- The sheet-shaped body is formed by a substance that dissolves in water. The aforementioned seat body is The shoe sheet according to claim 1, which contains at least one of the following components: a disinfectant or a deodorizing component.
- The shoe sheet according to claim 1, wherein the sheet-shaped body is made of cellulose.
Description
An application has been submitted for an exception to the loss of novelty. This invention relates to shoe liners. More specifically, to shoe liners having at least a deodorizing or antibacterial component. Patent Document 1 discloses technology relating to a powder deodorant that can also be used for shoes. Japanese Patent Publication No. 2024-089135 This is an explanatory diagram showing how to use the shoe sheet 1 according to the first embodiment of the present invention.This is an explanatory diagram of a shoe sheet 1 according to a second embodiment of the present invention.This is an explanatory diagram of a shoe sheet 1 according to a third embodiment of the present invention. <First Embodiment> Figure 1 is an explanatory diagram showing a method of using the shoe sheet 1 according to the first embodiment of the present invention. The shoe sheet 1 is used by being inserted into the inside 101a of the shoe 101 (more preferably into the toe area). Shoe sheet 1 has the property of being soluble in water, as will be described later. Therefore, when the shoe sheet 1 is present inside the shoe, the shoe sheet 1 will dissolve as the user wears the shoe and engages in activities. Furthermore, since it is known that people sweat a lot inside their shoes, this sweat can cause shoe liners to dissolve. Furthermore, shoe sheet 1 has a deodorizing function (component) and/or a disinfecting function (component). Therefore, the dissolution of shoe sheet 1 results in the deodorizing function and/or disinfection. This allows users to continue using the shoes comfortably. Furthermore, because shoe cleaning sheet 1 is in sheet form, it is extremely compact compared to spray-type products and highly portable. Therefore, users can easily carry it with them. Furthermore, while spray-type products release gas and therefore require specific locations for use (mostly outdoors), the shoe sheet 1 of this embodiment only requires you to take off your shoes and place the sheet inside. Therefore, it can be used anywhere. Furthermore, since it doesn't make any spraying noises like spray types, its use is inconspicuous. Of course, spray-type products can sometimes cause the inside of shoes to get wet because the active ingredient is liquid, but this product does not have that problem. Furthermore, the aforementioned wetness from foot sweat is unavoidable when wearing shoes. An embodiment of the structure of the shoe sheet 1 will be described below. The main component of shoe sheet 1 must be a water-soluble component. Furthermore, it must be in sheet form (thin and capable of certain shape changes). Hereinafter, the main shaped portion of shoe sheet 1 will be referred to as the sheet body. As mentioned above, the product must possess at least one of the following functions: deodorizing or antibacterial. While antibacterial properties often also deodorize, some ingredients (chemical substances) are highly effective in only one of these functions. Therefore, the products are listed separately in terms of their effects and functions. There are two main methods for ensuring that the shoe sheet 1 has at least one of either a deodorizing function or a disinfecting function. One method involves forming the aforementioned sheet-shaped body primarily from water-soluble components, and then incorporating a separate substance that has deodorizing properties, or/or antibacterial properties, onto the sheet-shaped body. Alternatively, the material constituting the sheet itself may not only be water-soluble but also possess at least one of either a deodorizing or antibacterial function. In this case, if the material constituting the sheet itself does not possess both deodorizing and antibacterial functions, it is necessary to add a substance with the missing function. It goes without saying that "not having a function (effect)" includes not only cases where there is absolutely no function (effect), but also cases where such a function (effect) is insufficient to achieve the desired effect. This applies to the content described above, as well as to the content described below. If the substances (components) that exhibit deodorizing and/or antibacterial functions are separate from the sheet-shaped body, it is preferable that these substances (components) are also water-soluble. However, if the substance (component) that exhibits deodorizing and/or antibacterial functions is separate from the sheet-shaped body, then that substance (component) may be in solid form. This is evident from the fact that even silver powder (solid) can sufficiently exhibit deodorizing and/or antibacterial functions. The shoe liner 1 may be stored (sold) in units of one. However, these shoe protection sheets are usually sold in stacks of multiple sheets. As mentioned above, since shoe liner 1 is water-soluble, it is desirable that it be stored (sold) in a container that prevents the intrusion of moisture (including water vapor and water components in the air). Furthermore, it