技术领域technical field
本发明涉及一种红外线负离子卫生巾或保健垫。The invention relates to an infrared negative ion sanitary napkin or health pad.
背景技术Background technique
随着人们生活水平的提高，人们希望追求更高质量的生活，所以医疗保健品越来越受到人们的青睐。现在各种各样的医疗保健品充斥着保健品市场，但医疗保健品产品的使用较为麻烦，使人们懒于使用。With the improvement of people's living standards, people hope to pursue a higher quality of life, so health care products are more and more popular. Various health care products are flooding the health care product market now, but the use of health care products is relatively troublesome, making people lazy to use.
发明内容Contents of the invention
本发明需要解决的技术问题就在于克服现有医疗保健品的缺陷，提供一种红外线负离子卫生巾或保健垫，它结构简单，使用方便，在不知不觉间对人体进行了红外线负离子保健，效果良好。The technical problem to be solved in the present invention is to overcome the defects of existing medical and health care products, and provide a kind of infrared negative ion sanitary napkin or health care pad, which is simple in structure and easy to use. good.
为解决上述问题，本发明采用如下技术方案：In order to solve the above problems, the present invention adopts the following technical solutions:
本发明红外线负离子卫生巾或保健垫，它设置有一层红外线负离子芯片，所述红外线负离子芯片是以木代尔纤维和/或纯棉为原料纺织后经红外线负离子液浸泡制备而成。The infrared negative ion sanitary napkin or health care pad of the present invention is provided with a layer of infrared negative ion chip, and the infrared negative ion chip is prepared by weaving modal fiber and/or pure cotton and soaking in infrared negative ion liquid.
本发明所述芯片木代尔纤维和纯棉用量的重量比为1:1。The weight ratio of chip modal fiber and pure cotton in the present invention is 1:1.
本发明红外线负离子液由下述原料按下述重量份配比经高速混合搅拌机充分融合而成：发射红外线负离子的砭石混料纳米级粉末4-6份；发射红外线的电气石纳米级粉末2-4份；水溶性胶5-10份；发射红外线的钙沸石纳米级粉末2-3份，纯净水77-87份。The infrared negative ion liquid of the present invention is formed by fully merging the following raw materials according to the following proportions by weight in a high-speed mixer: 4-6 parts of nanoscale powder of meteorite mixture emitting infrared negative ions; 2-6 parts of tourmaline nanoscale powder emitting infrared rays 4 parts; 5-10 parts of water-soluble glue; 2-3 parts of calcium zeolite nanoscale powder emitting infrared rays, and 77-87 parts of purified water.
本发明卫生巾或保健垫设置有红外线负离子芯片，所述红外线负离子芯片是以50％木代尔纤维和50％棉为原料，木代尔纤维源自天然木材，在纺织业占一席之地，是品质与舒适的象征。采用木代尔纤维的织物手感滑爽，易于打理，透气性强。主要作为针织面料用于女装外衣，内衣，运动装及家用纺织品。木代尔纤维是由山毛榉木浆粕制成。浆粕的产生和纤维的产生是在对环境无大量污染的情况下进行的，所以是一种新型绿色纤维科技产品。木代尔纤维的主体属天然纤维素纤维，它是采用对人体无害的有机溶剂在特定条件下，溶解天然纤维，再经过液流纺丝及后处理加工而形成的，其残液的排放对环境无害。木代尔纤维取之于大自然，而后又可通过自然界的生物降解回归大自然，充分体现了它绿色环保再生的特性。The sanitary napkin or health care pad of the present invention is provided with an infrared negative ion chip. The infrared negative ion chip is made of 50% modal fiber and 50% cotton as raw materials. The modal fiber is derived from natural wood and occupies a place in the textile industry. Symbol of comfort. Fabrics made of Modal fibers are smooth to the touch, easy to care for and highly breathable. It is mainly used as knitted fabric for women's outerwear, underwear, sportswear and home textiles. Modal fiber is made from beech wood pulp. The production of pulp and fiber is carried out without a lot of pollution to the environment, so it is a new type of green fiber technology product. The main body of Modal fiber is natural cellulose fiber, which is formed by dissolving natural fiber under specific conditions with an organic solvent harmless to the human body, and then undergoes liquid spinning and post-processing. The residual liquid is discharged Environmentally friendly. Modal fiber is taken from nature, and then can be returned to nature through natural biodegradation, which fully reflects its green and environmentally friendly regeneration characteristics.
本发明红外线负离子芯片能恒久地释放负离子和远红外线。负离子数达到3500个/cm3，远红外线发射率到达88％以上。The infrared negative ion chip of the present invention can permanently release negative ions and far infrared rays. The number of negative ions reaches 3500/cm3 , and the far-infrared emission rate reaches over 88%.
负离子对人体健康和环境的影响表现在以下几个方面：The impact of negative ions on human health and the environment is manifested in the following aspects:
1、水合羟基离子(H3O2)-通过呼吸进入人体后，能调整血液酸碱度，使人体的体液变成弱碱性。弱碱性体液能活化细胞，增加细胞渗透性，提高细胞的各种功能，并保持离子平衡；净化血液，抑止血清胆固醇形成，从而降低血压；负离子进入人体能通过氧气转化能力，加速新陈代谢，恢复或减轻疲劳，使人心情舒畅，身体放松，促进理疗治愈作用。1. Hydrated hydroxyl ion (H3 O2 )- After entering the human body through breathing, it can adjust the pH of the blood and make the body fluid of the human body weakly alkaline. Weak alkaline body fluid can activate cells, increase cell permeability, improve various functions of cells, and maintain ion balance; purify blood, inhibit the formation of serum cholesterol, thereby lowering blood pressure; negative ions entering the human body can accelerate metabolism and restore Or relieve fatigue, make people feel comfortable, relax the body, and promote the healing effect of physical therapy.
2、能活化脑内荷尔蒙β-内啡肽，具有安定自律神经，控制交感神经，防止神经衰弱，改善睡眠效果，以及提高免疫力。2. It can activate the brain hormone β-endorphin, which can stabilize the autonomic nerves, control the sympathetic nerves, prevent neurasthenia, improve sleep effects, and enhance immunity.
3、水合羟基离子(H3O2)-能与空气中的臭味分子反应，消除臭味；能与空气中被污染的正离子中和，从而起到净化空气的作用。3. Hydrated hydroxyl ions (H3 O2 )- can react with odor molecules in the air to eliminate odors; can neutralize polluted positive ions in the air, thereby purifying the air.
远红外线的医疗保健作用为：The health care functions of far infrared rays are:
人体使一个天然的红外辐射源，其辐射频带很宽。无论肤色如何，活体皮肤的比发射率为98％。人体表面的热辐射波长在于2.5-15um范围，峰值波长约在9.3um处，其中8-14um波段的辐射约占人体总辐射能量46％。根据基尔霍夫定律可知道，人体同时又是良好的红外吸收体。吸收波长以8-14um为主，红外辐射吸收的机理是光谱匹配共振吸收，即当辐射源的波长与被辐射物的吸收波长相一致时，该物体就吸收大量的红外辐射。The human body is a natural source of infrared radiation, and its radiation frequency band is very wide. Live skin has a specific emissivity of 98%, regardless of skin color. The wavelength of thermal radiation on the surface of the human body is in the range of 2.5-15um, and the peak wavelength is about 9.3um, of which the radiation in the 8-14um band accounts for about 46% of the total radiation energy of the human body. According to Kirchhoff's law, the human body is also a good infrared absorber. The absorption wavelength is mainly 8-14um. The mechanism of infrared radiation absorption is spectral matching resonance absorption, that is, when the wavelength of the radiation source is consistent with the absorption wavelength of the irradiated object, the object absorbs a large amount of infrared radiation.
现代医学证明：许多疾病与微循环障碍有关。关于红外线的生物效应，有人解释微远红外线的频率与构成生物体细胞的分子、原子间的振动频率一致，所以其能量易被生物体细胞吸收，使分子内的振动加大，活化组织细胞，促进血液循环，加速新陈代谢，提高体表血流量，有良好的温热疗效。此外，红外辐射还能使生物体分子产生共振吸收效应，在红外光子作用下，使物体的分子能级被激发而处于较高振动能级，这便改善了核酸蛋白质等生物大分子活性，从而发挥其调节机体代谢，增加免疫功能，改善微循环等作用。Modern medicine proves that many diseases are related to microcirculation disturbance. Regarding the biological effects of infrared rays, some people explain that the frequency of micro-far infrared rays is consistent with the vibration frequency between molecules and atoms that make up biological cells, so its energy is easily absorbed by biological cells, which increases the vibration in molecules and activates tissue cells. Promote blood circulation, accelerate metabolism, increase blood flow on the body surface, and have a good warming effect. In addition, infrared radiation can also cause biological molecules to produce a resonance absorption effect. Under the action of infrared photons, the molecular energy level of the object is excited to a higher vibration energy level, which improves the activity of biological macromolecules such as nucleic acids and proteins. Play its role in regulating the body's metabolism, increasing immune function, and improving microcirculation.
本发明将远红外和负离子两者功能协同作用，比单一功能更能激发生物体细胞的活性，双效叠加，会引起一系列的生理效应。如：1、改善人体微循环；2、提高免疫力，提高机体血液中吞噬细胞的吞噬功能，从而提高人体的免疫力和抗病能力；3、具有消炎、消肿的作用；4、具有活血镇痛的作用；5、激活生物大分子的活性，活化组织细胞，达到活血镇痛，抑菌消炎，强身祛病等保健作用的功效。The invention combines the functions of far infrared and negative ions to stimulate the activity of biological cells more than a single function, and the superposition of double effects can cause a series of physiological effects. Such as: 1. Improve the microcirculation of the human body; 2. Improve immunity, improve the phagocytosis of phagocytes in the blood of the body, thereby improving the body's immunity and disease resistance; 3. It has the effect of reducing inflammation and swelling; 4. It has the effect of promoting blood circulation Analgesic effect; 5. Activate the activity of biological macromolecules, activate tissue cells, achieve the effects of promoting blood circulation and analgesia, antibacterial and anti-inflammatory, strengthening the body and eliminating diseases.
具体实施方式Detailed ways
实施例1 红外线负离子液的制备Embodiment 1 The preparation of infrared negative ion liquid
将发射红外线负离子的砭石混料纳米级粉末4kg；发射红外线的电气石纳米级粉末4kg；水溶性胶5kg；发射红外线的钙沸石纳米级粉末3kg，纯净水87kg经高速混合搅拌机充分融合成浆状，备用。Mix 4kg of nano-scale powder of meteorite mixture emitting infrared negative ions; 4kg of nano-scale powder of tourmaline emitting infrared rays; 5kg of water-soluble glue; ,spare.
实施例2 芯片的制备The preparation of embodiment 2 chip
将重量比为1:1的木代尔纤维和纯棉制作的半成品无纺布，在烘干前将其经过含有红外线负离子液的浸泡槽，完成浸泡工序，然后进行高温烘干净化处理，备用。The semi-finished non-woven fabric made of Modal fiber and pure cotton with a weight ratio of 1:1 is passed through a soaking tank containing an infrared negative ion liquid before drying to complete the soaking process, and then subjected to high-temperature drying and purification treatment. .
实施例3 芯片的制备The preparation of embodiment 3 chip
将木代尔纤维制作的半成品无纺布，在烘干前将其经过含有红外线负离子液的浸泡槽，完成浸泡工序，然后进行高温烘干净化处理，备用。The semi-finished non-woven fabric made of Modal fiber is passed through the soaking tank containing infrared negative ion liquid before drying to complete the soaking process, and then subjected to high-temperature drying and purification treatment for standby.
实施例4 芯片的制备The preparation of embodiment 4 chip
将纯棉制作的半成品无纺布，在烘干前将其经过含有红外线负离子液的浸泡槽，完成浸泡工序，然后进行高温烘干净化处理，备用。The semi-finished non-woven fabric made of pure cotton is passed through a soaking tank containing infrared negative ion liquid before drying to complete the soaking process, and then subjected to high-temperature drying and purification treatment for standby.
实施例5 卫生巾的制备The preparation of embodiment 5 sanitary napkins
将实施例2～4制备的芯片裁剪成矩形片状，夹在卫生巾的中间层或顶层压模制备成卫生巾。The chips prepared in Examples 2-4 are cut into rectangular sheets, sandwiched in the middle layer or the top layer of the sanitary napkin and press-molded to prepare a sanitary napkin.
实施例6 保健垫的制备The preparation of embodiment 6 health-care pads
将实施例2～4制备的芯片裁剪成矩形片状，夹在卫生护垫的中间或顶层压模制备成卫生护垫。The chips prepared in Examples 2-4 were cut into rectangular sheets, sandwiched in the middle or top layer of a sanitary pad and molded to prepare a sanitary pad.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100767550ACN100484504C (en) | 2005-06-14 | 2005-06-14 | Far-infrared anion sanitary napkin and health-care pad |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100767550ACN100484504C (en) | 2005-06-14 | 2005-06-14 | Far-infrared anion sanitary napkin and health-care pad |
| Publication Number | Publication Date |
|---|---|
| CN1879584A CN1879584A (en) | 2006-12-20 |
| CN100484504Ctrue CN100484504C (en) | 2009-05-06 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005100767550AExpired - LifetimeCN100484504C (en) | 2005-06-14 | 2005-06-14 | Far-infrared anion sanitary napkin and health-care pad |
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| CN (1) | CN100484504C (en) |
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