A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Preparation method of health-care stone product for health care
The invention discloses a preparation method of a health-care stone product for health care, belongs to the technical field of health-care products, and aims to solve the problems that most existing health-care stone products utilize energy emitted by themselves to carry out health care on human bodies, the efficacy is relatively single, and sufficient health care on the human bodies is difficult. The conductive filler and the polymer auxiliary material are added into the mixture of the zeolite and the six-ring stone powder, the germanite powder, the stone needle powder and the tourmaline powder to be mixed to prepare the health-care stone strips, then the health-care stone strips are assembled into the health-care bracelet, the health-care stone strips are heated to be matched with the germanium ore, the stone needle and the tourmaline ore to emit far infrared rays, and the far infrared rays permeate into the deep layer of a human body; meanwhile, due to the fact that the conductive filler forms a conductive network in the health-care stone strip, the health-care stone strip serving as an electrode slice can conduct electrotherapy stimulation after being attached to the skin of the human body, the health-care stone strip integrates thermal radiation physical therapy and electrical stimulation physical therapy, the nursing effect is greatly enhanced, and the body of a user is fully relaxed.
一种保健用的保健石制品的制备方法，属于保健制品技术领域，为了解决现有的保健石制品多是利用自身散发的能量对人体进行保健护理，其功效较为单一，难以对人体进行充分保健护理的问题；本发明通过在沸石和六环石粉混合物、锗石粉、砭石粉和托玛琳石粉中添加导电填料和聚合物辅料进行混合，以制成保健石条后再组装成保健手链，保健石条受热配合自身锗矿石、砭矿石和托玛琳矿石成分散发远红外线渗入人体内深层，加速人体血液循环，活化细胞，同时由于导电填料在保健石条内构成导电网络，使得保健石条作为电极片贴合人体肌肤后能够进行电疗刺激，使保健石条集热辐射理疗和电刺激理疗一身，极大地加强了护理效果，对使用者进行充分身体放松。
Preparation method of health-care stone product for health care
The invention discloses a preparation method of a health-care stone product for health care, belongs to the technical field of health-care products, and aims to solve the problems that most existing health-care stone products utilize energy emitted by themselves to carry out health care on human bodies, the efficacy is relatively single, and sufficient health care on the human bodies is difficult. The conductive filler and the polymer auxiliary material are added into the mixture of the zeolite and the six-ring stone powder, the germanite powder, the stone needle powder and the tourmaline powder to be mixed to prepare the health-care stone strips, then the health-care stone strips are assembled into the health-care bracelet, the health-care stone strips are heated to be matched with the germanium ore, the stone needle and the tourmaline ore to emit far infrared rays, and the far infrared rays permeate into the deep layer of a human body; meanwhile, due to the fact that the conductive filler forms a conductive network in the health-care stone strip, the health-care stone strip serving as an electrode slice can conduct electrotherapy stimulation after being attached to the skin of the human body, the health-care stone strip integrates thermal radiation physical therapy and electrical stimulation physical therapy, the nursing effect is greatly enhanced, and the body of a user is fully relaxed.
一种保健用的保健石制品的制备方法，属于保健制品技术领域，为了解决现有的保健石制品多是利用自身散发的能量对人体进行保健护理，其功效较为单一，难以对人体进行充分保健护理的问题；本发明通过在沸石和六环石粉混合物、锗石粉、砭石粉和托玛琳石粉中添加导电填料和聚合物辅料进行混合，以制成保健石条后再组装成保健手链，保健石条受热配合自身锗矿石、砭矿石和托玛琳矿石成分散发远红外线渗入人体内深层，加速人体血液循环，活化细胞，同时由于导电填料在保健石条内构成导电网络，使得保健石条作为电极片贴合人体肌肤后能够进行电疗刺激，使保健石条集热辐射理疗和电刺激理疗一身，极大地加强了护理效果，对使用者进行充分身体放松。
Preparation method of health-care stone product for health care
一种保健用的保健石制品的制备方法
SUN YONGCHENG (author) / LI HUIRONG (author) / LI YANJIE (author)
2024-09-03
Patent
Electronic Resource
Chinese
Health-care quartz stone plate and preparation method thereof
| European Patent Office | 2021
| European Patent Office | 2024
| British Library Online Contents | 2015
Composite artificial stone for health care and conditioning and preparation method thereof
| European Patent Office | 2023
| Online Contents | 2010