KNEADING MOXIBUSTION DEVICE

摘要

The present invention is to provide a kneading moxibustion device, which includes a base having one end provided with a receiving cavity; a contact element made of an insulting material for sealing the cavity; a control circuit mounted inside the cavity for generating a driving signal according to electricity received; a coil tube positioned inside the cavity and including a heating coil with a plurality of turns wound around a hollow insulating member for receiving the driving signal; and a conducting element formed of metal and including an induction portion inserted into the insulating member and a conduction portion having one end connected to the induction portion and an opposite end against the contact element; so that the heating coil can generate a precise thermal energy in response to the driving signal and then transfer the thermal energy to a user's body through the conducting element and contact element sequentially.

主权项

1. A kneading moxibustion device, comprising:
a base having an end concavely provided with a receiving cavity, the base being further provided with a first assembly portion adjacent to the receiving cavity; a contact element made of an insulating material and having an end provided with a second assembly portion, the second assembly portion being connectable with the first assembly portion in order for the contact element to seal the receiving cavity and thereby form a sealed space; a control circuit mounted in the receiving cavity and electrically connectable with a power supply unit in order to receive electricity provided by the power supply unit and generate a driving signal according to the electricity received; a coil tube positioned in the sealed space and comprising an insulating member and a heating coil with a plurality of turns, the insulating member being hollow, the heating coil being wound around the insulating member and electrically connected to the control circuit in order to receive the driving signal, wherein when the driving signal is a direct current, the heating coil generates thermal energy in response to the direct current running through the heating coil, or when the driving signal is an alternating current, the heating coil generates an alternating magnetic field in the sealed space in response to the alternating current running through the heating coil; and a conducting element formed of metal and comprising an induction portion and a conduction portion, the induction portion matching the insulating member in configuration in order to be inserted into the insulating member and consequently correspond in position to the heating coil, the conduction portion having an end connected to the induction portion and an opposite end lying against an inner wall surface of the contact element in order for the thermal energy generated by the heating coil to be transferred to an outer surface of the contact element sequentially through the insulating member, the induction portion, and the conduction portion, or for the conducting element to transfer to the contact element heat generated by the conducting element in response to an induced current generated in the induction portion via electromagnetic induction by the alternating magnetic field generated by the heating coil.