A towel heating device includes a heating device body. The heating device body defines an accommodation cavity and an opening communicated with the accommodation cavity and includes two body walls, two folding walls, and a heating assembly. The two folding walls are arranged opposite each other. Each of the two folding walls defines a folding groove, each of the two folding walls is configured to fold or unfold along the folding groove of a respective one of the two folding walls and drive the two body walls to move close to or away from each other, and the two body walls and the two folding walls are at least partially made of a hard material. The heating assembly is at least partially arranged on at least one of the two body walls and the two folding walls and is configured to heat the accommodation cavity.

A towel heating device includes a heating device body, a bracket, and a heating assembly. The heating device body defines an accommodation cavity and an opening communicated to the accommodation cavity. The heating device body is flexible. The bracket is flexible, and the heating device body is arranged on the bracket. When the bracket is folded, the heating device body is driven to fold, and when the bracket is unfolded, the heating device body is driven to unfold. The heating assembly is arranged on the heating device body and configured to heat the accommodation cavity.

A towel warmer bucket includes: a bucket body assembly, configured to heat towels and comprising a shell receiving the towels; and a lighting device. The shell includes a bucket body and a base mounted at a bottom of the bucket body; and the lighting device is mounted on the base and configured to emit light.

A towel heating device includes two body members, a foldable assembly, and a heating assembly. The two body members are arranged opposite to each other. A direction of a movement of the two body members close to or away from each other is defined as a folding/unfolding direction. The foldable assembly includes a flexible wrapping member and a plurality of support members. The flexible wrapping member is connected to the two body members. The support members are encased in the flexible wrapping member. A hardness of the support members is greater than a hardness of the flexible wrapping member. The support members are distributed along the folding/unfolding direction. A folding gap is defined between adjacent support members. The flexible wrapping member is bendable at the folding gap. The heating assembly is distributed on at least one of the foldable assembly and the two body members.

A towel cooler assembly includes a container body with removable lid that is configured to seal an interior volume. Within the volume is stored a cooling medium and a fabric divided by a removable divider. The assembly is configured to internally house an absorbent fabric and locate such fabric adjacent to a cooling medium such as water in a liquid or solid state. The assembly is configured to include a divider which selectively allows passage between the cooling medium and the fabric. The fabric remains at a cool temperature similar to the cooling medium.

A towel warmer bucket includes: a bucket body assembly, configured to heat towels and comprising a shell receiving the towels; and a lighting device. The shell includes a bucket body and a base mounted at a bottom of the bucket body; and the lighting device is mounted on the base and configured to emit light.

An embodiment of the invention relates to a towel warming system for outdoor recreational environments. The system comprises a freestanding or recessed unit with a door, raised off the ground to protect from environmental factors. Inside, a robe hanging section and towel storage containment sections store and warm towels and robes using an integrated heating mechanism, typically heat tape. Features include a pitched or round roof, insulation, Wi-Fi connectivity for remote control, and optional dehumidifying elements. The system addresses issues of cold, wet towels and inefficient storage in outdoor settings, enhancing user comfort and energy efficiency across various applications from mountain resorts to public recreational facilities.