박정민,류상균,한길형,PARK, JEONG MINKR,RYU, SANG KYUNKR,HAN, KIL HYUNGKR
申请号：
KR1020180142909
公开号：
KR1021105520000B1
申请日:
2018.11.19
申请国别(地区):
KR
年份:
2020
代理人:
摘要：
The present invention relates to an EMS endothelium for shoes. Specifically, in the shoe EMS endothelial (1), The user's bare feet are inserted, and the EMS endothelium 100 that protects the foot from the outside； and located at the bottom of the EMS endothelium 100, contacts the user's sole, and stimulates the user's sole by using a low-frequency electric signal. EMS stimulation means (200)； And EMS generating means 300 for supplying a low-frequency electric signal to the EMS stimulating means 200. It is characterized in that it is worn by a user during indoor or outdoor activities, thereby improving blood flow in the lower extremity and maximizing the fatigue recovery effect of the foot. At this time, the EMS stimulation means 200, A bottom portion 210 in contact with the outside； and a low-frequency stimulation portion 220 stacked on the top of the bottom portion 210 and through which a low-frequency electric signal flows； and a stack on the top of the low-frequency stimulation portion 220. Being, to be in close contact with the user's soles, the low-frequency stimulation unit 220, the low-frequency electric signal flowing to the sole of the foot evenly transmitted throughout the sole； 230； And, formed on one side of the sole of the sole 230 The sole contact portion 240 to transmit the low-frequency electric signal flowing to the low-frequency stimulation portion 220 as a medium through contact with the user's sole side of the foot； And the end is connected to the low-frequency stimulation unit 220, the other end is extended to the outside so as to be combined with the EMS generating means 300, protruding EMS generating means coupling portion 250； consisting of, The low-frequency electric signal supplied from the EMS generating means 300 is transmitted to the sole of the user. For this reason, the present invention has the advantage of stimulating the user's sole with a low-frequency electrical signal, improving blood flow in the lower extremity and quickly recov
