Wireless thermal ear warmer

Abstract

The present invention relates to a wireless ear warming earplug that maximizes the warming effect by embedding a carbon heating wire (3)(3') connected to a heating control unit (2)(2') inside the structure of a pair of earplug parts (1)(1'), and connecting the earplug parts (1)(1') with a headband (4) made of ABS+TPU (plastic composite material) which has good durability and flexibility, so that a temperature controller module is built into the left earplug part (1) and a battery module is built into the right earplug part (1') so that it can be used as a wireless rechargeable earplug, and a velvet material (5) is installed like a cushion on the earplug parts (1)(1') so that when worn, it gently wraps around the ears and continuously maintains a comfortable state.

Description

Technology Field

[0001] The present invention relates to a wireless heated ear warmer configured in the form of a headset. A pair of covers are equipped with a heating element in which a carbon heating wire using DC voltage is embedded within a thick outer structure, and the outer surface of the heating element is formed with a velvet fabric to gently wrap around the ear, thereby maximizing the heating effect on the ear in a comfortable state. This provides not only stress relief but also minimizes the generation of electromagnetic waves by the carbon heating wire, thereby facilitating blood circulation disorders—which are one of the causes of tinnitus and hearing loss caused by ear diseases—as well as helping to alleviate high blood pressure and insomnia linked to ear diseases. It is a very beneficial invention that can obtain various effects, such as being usable for keeping warm. Background Technology

[0002] Generally, most earmuffs are ordinary earmuffs with a simple configuration limited to the role of keeping the ears warm and protecting them. They have a problem in that they merely use the same material to increase warmth, such as by forming a cover member inside which the ear is comfortably positioned while completely enveloping the ear area, and the cover member is formed with fur or wool. The problem to be solved

[0003] The present invention, derived by correcting such problems, is composed of a heating unit in which a carbon heating wire that minimizes electromagnetic wave generation is embedded inside a headset-shaped structure that forms a pair of earplugs. By adjusting the intensity of the heating according to the user's preference through a temperature control fuse, it is easy to use as a cold-weather earplug during the winter season. Furthermore, it promotes blood circulation in the ears to relieve stress and facilitate blood circulation disorders—one of the causes of tinnitus and hearing loss—thereby aiding in treatment. Additionally, it is an invention with various functions, such as providing significant assistance in relieving hypertension and insomnia, which are linked to ear diseases. means of solving the problem

[0004] To achieve the above objective, the present invention is configured such that a carbon heating wire is embedded in the ear joint and a pair of earplugs formed of microfiber fabric on the outside are connected by a headband made of a plastic composite material combining ABS and TPR, which has good durability and flexibility, and a temperature controller and a battery power unit are connected to the upper part so that it can be used wirelessly and rechargeably.

[0005] This design utilizes a carbon heating wire with DC voltage to generate a heating element without electromagnetic waves, and since microfiber (brushed fabric) is applied to the exterior, it can warmly wrap around the ears when worn, maximizing the heating effect. Effects of the invention

[0006] The present invention, configured as described above, is a multi-functional design that is configured in the form of a headset, allowing the heating element of the earmuff to change the intensity of heat according to the user's preference through a temperature control fuse. It is easy to use as a warming earmuff during the winter season, provides a heat therapy effect to the ear to promote blood circulation, thereby relieving stress and facilitating blood circulation disorders, which are one of the causes of ear diseases such as tinnitus and hearing loss, thus providing significant assistance in treatment. Brief explanation of the drawing

[0007] FIG. 1 is a perspective view of the present invention. FIG. 2 is an internal perspective view with a portion of the present invention cut away. Specific details for implementing the invention

[0008] Carbon heating wires (3)(3') connected to heating control units (2)(2') are embedded inside the structure of each pair of earplug parts (1)(1'), and the earplug parts (1)(1') are firmly fixed by being connected by a headband (4) made of ABS+TPU (plastic composite material) which has good durability and flexibility. A temperature controller module is built into the left earplug part (1), and a battery module is built into the right earplug part (1').

[0009] The above earplug part (1)(1') is configured by installing a velvet material (5) as a cushion.

[0010] Unexplained symbol (6) in the drawing is a battery USB charging terminal.

[0011] The present invention, configured as described above, has a pair of earplug parts (1)(1') formed with a thick outer surface to maintain a sense of weight, so that the earplug parts (1)(1') do not slip down and gently wrap around the ears, maximizing the heat therapy effect in a comfortable state, thereby helping to relieve stress and treat ear diseases such as tinnitus and hearing loss. Furthermore, since the strength of the earplug parts (1)(1') is continuously adjusted, it can be used as a warming earplug during the winter season when the heat is weak, and it also provides significant help in relieving hypertension and insomnia linked to ear diseases. Additionally, four connecting wires (not shown) of the earplug parts (1)(1') are embedded inside the headband (4).

Claims

Claim 1 A wireless ear warming earplug configured such that a carbon heating wire (3)(3') connected to a heating control unit (2)(2') is embedded inside the structure of a pair of earplug parts (1)(1'), and the earplug parts (1)(1') are connected by a headband (4) made of ABS+TPU (plastic composite material) which has good durability and flexibility, with a temperature controller module built into the left earplug part (1) and a battery module built into the right earplug part (1'), and a velvet material (5) installed as a cushion on the earplug parts (1)(1').

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