KR-20260063631-A - Mattress Structure for Inhibiting Pests and Mold Using Heat

Abstract

The present invention comprises: a mattress; a PTC heater embedded in the lower part of the mattress to maintain a constant internal temperature of the mattress to block access by pests and mold that are near or present in the mattress; a far-infrared radiation unit embedded in the upper part of the mattress to periodically provide radiant heat to suppress pests and mold near the surface; an antibacterial filter unit linked with the PTC heater to remove harmful microorganisms and allergens in the air inside the mattress; and an ultraviolet disinfection unit installed on one or more of the side or lower edge of the mattress to periodically disinfect pests and mold that may inhabit the surface of the mattress. By composing, This invention relates to a mattress structure that inhibits pests and mold using heat, which provides a hygienic and comfortable sleeping environment for a long period by blocking and inhibiting the access of pests and mold through a thermal and antibacterial system covering the interior and surface of the mattress, creating an environment where pests and mold cannot thrive by maintaining a constant internal temperature and regulating humidity, and reducing the possibility of pest and mold occurrence through a multi-defense system that continuously maintains the hygienic condition and cleanliness of the mattress through periodic antibacterial and disinfection functions.

Inventors

• 김병필

Assignees

• 김병필

Dates

Publication Date

20260507

Application Date

20241030

Claims (2)

1. Mattress; and A PTC heater embedded in the bottom of the mattress to maintain a constant internal temperature of the mattress in order to block access by pests and mold that are close to or present in the mattress; and A far-infrared radiator embedded in the upper part of the above-mentioned mattress to periodically provide radiant heat for suppressing pests and mold near the surface; and An antibacterial filter unit linked to the above PTC heater to remove harmful microorganisms and allergens in the air inside the mattress; and, A UV disinfection unit installed on one or more of the outer sides or bottom edges of the mattress to periodically disinfect pests and mold that may inhabit the mattress surface; A mattress structure that inhibits pests and mold using heat containing
2. Mattress; and A hot air motor installed at one or more locations on one side of the above-mentioned mattress to circulate warm air to maintain a uniform internal temperature and remove moisture to suppress the growth of pests and mold; and A far-infrared radiator embedded in the upper part of the above-mentioned mattress to periodically provide radiant heat for suppressing pests and mold near the surface; and An antibacterial filter unit linked to the hot air motor to remove harmful microorganisms and allergens in the air inside the mattress; and A UV disinfection unit installed on one or more of the outer sides or bottom edges of the mattress to periodically disinfect pests and mold that may inhabit the mattress surface; A mattress structure that inhibits pests and mold using heat containing

Description

Mattress Structure for Inhibiting Pests and Mold Using Heat The present invention belongs to the technical field of mattress structures and bedding, and in particular, relates to a mattress structure that controls the temperature of the air inside the mattress by applying a heating system to suppress the proliferation of pests and mold, and suppresses pests and mold by using heating to suppress the occurrence of pests and mold. Mattresses are important bedding items that provide a comfortable sleeping environment for the human body, but prolonged use can create an environment where pests (e.g., mites, bugs) and mold can thrive. Pests and mold within such bedding can cause allergic reactions, skin diseases, and respiratory problems for users, making hygiene management essential. Therefore, various technologies utilizing antimicrobial materials and physical barrier layers have been developed to reduce mattress contamination and prevent the growth of pests and mold. First, regarding the technology of applying antibacterial and antifungal materials to mattresses, which is one of the representative methods for suppressing pests and mold, Korean registered patent 10-1414452, 'Mattress for bed with antibacterial and deodorizing functions,' adds a fragrance case containing phytoncide inside the mattress to enhance antibacterial properties against harmful bacteria and mold, and provides an effect of repelling mites and pests. However, antimicrobial substances have the problem of decreasing effectiveness over time or weakening insecticidal effects due to surface wear. Meanwhile, the 'bed mattress with pest control function' registered in Korea as Utility Model No. 20-0438557 provides a structure that forms a pest control capsule layer on the outer surface of the mattress and enhances antibacterial and antifungal functions to suppress the growth of mites and mold. However, these physical barrier layers or insect-repellent materials have limitations in that they cannot completely eliminate internal pests and their effectiveness decreases over time. In addition, Korean published patent No. 10-2016-0001327 relates to a ‘method for joining a mattress cover to block pest habitation,’ and proposes a method for joining a cover to prevent pest habitation in a mattress. The method of the disclosed patent is structured such that the length of the side cover is formed integrally to correspond to the perimeter of the upper and lower covers, thereby minimizing the vertical joint area of the side cover. This reduces the formation of protrusions and grooves in the mattress cover, preventing gaps where pests can inhabit, and provides a more comfortable mattress environment. However, in the case of the aforementioned disclosed patent, it is difficult to completely block the access of pests using only cover bonding, and there is a problem in that it cannot eliminate pests already inhabiting the mattress. Although the reduction of physical bonding can suppress pest access from the outside of the mattress, there are limitations in preventing contamination such as mold occurring in the internal environment. Furthermore, since additional antibacterial and insect-repellent technologies are not combined in addition to physical bonding, there is a problem in that the long-term insect-repellent effect is limited. Therefore, in conventional technologies, existing mattress insect repellent and antibacterial technologies have primarily attempted to suppress pests by using antibacterial materials or physical barrier layers, but problems arise due to reduced antibacterial effect, limitations of physical barriers, and reduced breathability. In addition, methods applying a heating system have limitations in effectiveness due to issues such as uneven heat distribution and high energy consumption. FIG. 1 is a schematic cross-sectional view illustrating an example in which a PTC heater is applied internally to a mattress of the present invention. FIG. 2 is a schematic cross-sectional view illustrating an example in which a hot air motor is applied to one side of a mattress of the present invention. Specific structural or functional descriptions of embodiments according to the concept of the present invention disclosed in this specification are provided merely for the purpose of explaining embodiments according to the concept of the present invention. Embodiments according to the concept of the present invention may be subject to various modifications and may take various forms, and thus include all modifications, equivalents, or substitutions that fall within the spirit and technical scope of the present invention. Furthermore, terms or words used in the specification and claims are not limited to their ordinary or dictionary meanings, and should be interpreted in a meaning and concept consistent with the technical spirit of the present invention, based on the fact that the inventor may appropriately define the concept of the terms to best describe his