Wearable LED phototherapy device

Abstract

The invention discloses a wearable LED phototherapy device. The wearable LED phototherapy device comprises a mounting tape, wherein a plurality of LED lamp strips are connected to the mounting tape inan equal spacing manner, a wire is connected to the top of the mounting tape, the outer side of the mounting tape is wrapped with a shape fixing element for maintaining the use shape of the mountingtape, temperature control elements for controlling light sources of the LED lamp strips are connected to one end of the shape fixing element, and a distance adjusting element for adjusting tightening-up distance of the mounting tape is connected to the other end of the shape fixing element. According to the wearable LED phototherapy device disclosed by the invention, the limb of a user is put at the position of the mounting tape, and the mounting tape can be maintained in a needed shape for phototherapy through the arranged shape fixing element; the arranged temperature control elements are used for detecting the temperature of lamp sources during phototherapy, so that the temperature of the LED lamp strips can be convenient to adjust timely; and besides, the arranged distance adjusting element is adjusted according to the length of the phototherapy time in a phototherapy process, so that the distance between the illuminants of the LED lamp strips and the limb for phototherapy is adjustable, the possibility that the illuminants of the LED lamp strips are in direct contact with skin can be reduced, and the risk that staff are burnt and scalded when the wearable LED phototherapy device is used is avoided.

Description

technical field [0001] The invention relates to the technical field of phototherapy devices, in particular to a wearable LED phototherapy device. Background technique [0002] Phototherapy is the use of sunlight, visible light and invisible light in artificial light sources to prevent and treat diseases. Light therapy began with heliotherapy, which was documented as early as the 2nd century AD. Artificial light sources began at the end of the 18th century. By the middle of the 19th century, visible light, infrared rays, and ultraviolet rays were successively formed. They were widely used and continuously developed in various fields of clinical treatment. Red light and infrared light double penetrated to reach the epidermis and deep layers. In tissues and cells, it improves tissue metabolism, increases ATP production, tissue nutrition and oxygenation, and promotes human microcirculation, thereby relieving pain and accelerating wound healing. The effect of photobiomodulation...

AI Technical Summary

Problems solved by technology

[0003] Existing LED phototherapy has a fixed phototherapy device, by placing the user's phototherapy limbs on the phototherapy device, and performing phototherapy through the LED light source of the phototherapy device, and there is also a wearable LED phototherapy device, by installing the LED light on a binding Taken out, light therapy is carried out by binding the binding belt on the limb of the light therapy, but because the LED light source installed on the binding belt is in direct contact with the user's limb when the binding belt is bound on the user's limb, When the light source is irradiated, it has a certain heat source, which is easy to cause a certain burning sensation on the skin of the phototherapy. At the same time, when the existing wearable LED light source is fixed on the strap, when the strap is tied to the user's limb After the treatment, the LED light source is in a fixed position. When performing phototherapy on the practical body, it is not conducive to adjusting the distance between the light source position and the skin of the phototherapy area, and it is not convenient to adjust the LED light source to perform phototherapy on human limbs at different distances. Therefore, we proposed A wearable LED phototherapy device

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