A dispenser includes a thermal storage tip and a housing having a reservoir for containing a product, such as a cosmetics product or a medicinal product. The thermal storage tip comprises a material that is capable of storing and retaining thermal energy during application of the product.

An over-temperature protection structure and a hair drying apparatus is provided. The over-temperature protection structure includes a main body, a heater and an over-temperature protector; the heater includes an inner layer and a heating element, the inner layer being arranged on an inner side of the heating element and configured to support the heating element. Therefore, when the temperature of the heater is relatively high, the heater and the power source will be disconnected and the heater will cease to work, avoiding damaging the heater and surrounding elements because of overheat, thereby protecting the whole hair drying apparatus.

A hair heating cap includes a cap body, a fastener belt, a heating element and an adjusting element. The cap body includes a bottom part and a side wall. The bottom part and the side wall form a wearing chamber and a wearing opening. The side wall has a first inner chamber and two first openings. A part of the fastener belt is located in the first inner chamber and the other part of the fastener belt connected extending from the two first openings. The heating element is located in second inner chamber. The adjusting element is able to slide along the fastener belt and to be fixed at two positions adjacent to the two first openings, so as to adjust a length of the part of the fastener belt located in the first inner chamber and fasten the cap body on a user's head.

The disclosed subject matter is directed to a hairbrush. The hairbrush comprises a plurality of heating elements protruding from a face of the brush, the heating elements defining a hair treating area. The hairbrush further comprises a plurality of self-adjustable spacers projecting from at least some of the heating elements and configured for axial displacement relative to said at least some heating elements between a projecting position and a retracted position, wherein at the retracted position the at least some spacers are partially retracted into respective heating element maintaining a space between a tip of the heating elements and the scalp, and wherein the spacers are self-adjusting to the contour of a users' scalp.

A thermally-controlled container for wet tissue, includes a first containing portion, a second containing portion, and a thermal element. A first fastening portion extends along an edge of the first containing portion. A first insulation layer is located on the first containing portion. The second containing portion is coupling to the first containing portion. A containing room is defined between the first containing portion and the second containing portion for receiving the wet tissue. A second fastening portion extends along an edge of the second containing portion to detachably engage with the first fastening portion. A second insulation layer is located on the second containing portion. The thermal element is used for heating the wet tissue.

A tool holder includes a support stand which provides support for a protective wall that at least in part defines an enclosure within which a tool may be stored, the protective wall including a sheet of heat resistant material which at least in part is selectively releasable from and securable to the support stand, the sheet of heat resistant material being a flexible sheet whereby in a first orientation it serves as the protective wall but at least in part may be released from the support stand to provide a substantially flat heat resistant mat on which to rest a heated tool during periods of use of the tool.

A tool holder includes a support stand which provides support for a protective wall that at least in part defines an enclosure within which a tool may be stored, the protective wall including a sheet of heat resistant material which at least in part is selectively releasable from and securable to the support stand, the sheet of heat resistant material being a flexible sheet whereby in a first orientation it serves as the protective wall but at least in part may be released from the support stand to provide a substantially flat heat resistant mat on which to rest a heated tool during periods of use of the tool.

An over-temperature protection structure and a hair drying apparatus is provided. The over-temperature protection structure includes a main body, a heater and an over-temperature protector; the heater includes an inner layer and a heating element, the inner layer being arranged on an inner side of the heating element and configured to support the heating element. Therefore, when the temperature of the heater is relatively high, the heater and the power source will be disconnected and the heater will cease to work, avoiding damaging the heater and surrounding elements because of overheat, thereby protecting the whole hair drying apparatus.

The embodiments herein relate to a protective make-up bag. The make-up bag comprises shock absorbing materials. The shock absorbing materials are in the form of parallel layers of EDPM and foam neoprene rubber, and water crystal ball beads. The layer of EDPM and foam neoprene rubber provide strength to the bag and acts as a shock absorber.

A cosmetic protection apparatus enables the carrying of lipstick or similar cosmetics with a user while preventing physical and thermal damage to the cosmetic. The apparatus places the cosmetic in a storage compartment that is insulated. The compartment is of rugged construction to prevent physical damage.