技术领域technical field
本发明涉及一种妇女卫生用品，特别涉及一种妇女经期及日常使用的复合抗菌保健型纳米银远红外负离子磁疗卫生巾及护垫。 The invention relates to a sanitary product for women, in particular to a compound antibacterial health-care type nano-silver far-infrared negative ion magnetic therapy sanitary napkin and a protective pad for women during menstruation and daily use. the
技术背景technical background
医学实践表明，女性经期护理对妇女身体健康具有十分重要的意义。经期时女性身体抵抗力微弱的阶段，极易受到细菌的感染，尤其使用卫生巾形成潮湿封闭环境促使厌氧细菌滋生，侵袭人体，使用不当会促使慢性妇科疾病的形成。针对上述问题，近年来市场上推出了多种具有抗菌杀毒功能的多层结构卫生巾及护垫，一般具有网面层、抗菌芯片层、吸水层、防水膜层及胶粘剂层，但其多层结构会由于层间阻挡的作用导致抗菌效果降低，尤其在潮湿液体环境下不能充分发挥杀菌作用。此外现有技术中通常为简单杀菌消毒的产品，但却无法从根本上提高女性经期身体的免疫力，从根本上起到预防妇科疾病产生的目的。 Medical practice shows that women's menstrual care is of great significance to women's health. During menstruation, when women's body resistance is weak, they are very susceptible to bacterial infection, especially the use of sanitary napkins forms a humid and closed environment, which promotes the growth of anaerobic bacteria and invades the human body. Improper use will promote the formation of chronic gynecological diseases. In response to the above problems, a variety of multilayer sanitary napkins and pads with antibacterial and antivirus functions have been introduced on the market in recent years. The structure will reduce the antibacterial effect due to the effect of interlayer barrier, especially in the wet liquid environment, the antibacterial effect cannot be fully exerted. In addition, the products in the prior art are usually simply sterilized and sterilized, but they cannot fundamentally improve the immunity of women's menstrual period body, and fundamentally serve the purpose of preventing gynecological diseases from occurring. the
发明内容Contents of the invention
针对现有技术中存在的上述问题，本发明提供了一种安全环保可以对人体起到显著的保护和保健作用的卫生巾及护垫，所述卫生巾及护垫将抗菌、杀毒、提高女性肌体免疫力增强肌体功能平衡综合到一层纳米银远红外负离子芯片上，不仅解决了潮湿环境下提高杀菌作用的技术问题，同时还有效的解决了同时杀毒和提高免疫力的技术问题。 Aiming at the above-mentioned problems existing in the prior art, the present invention provides a sanitary napkin and a protective pad that are safe and environmentally friendly and can play a significant role in protection and health care for the human body. Immunity enhancement of the body The function balance of the body is integrated on a layer of nano-silver far-infrared negative ion chip, which not only solves the technical problem of improving the bactericidal effect in a humid environment, but also effectively solves the technical problem of simultaneously killing viruses and improving immunity. the
银是公认的自然物质中广谱抗菌效果最好的，且不具毒性。有关银的抗菌机理，是因为金属离子作用和光催化作用。银的化学结构决定了银具有较高的催化能力，活性银离子能够强烈吸引细菌体内酶蛋白上的硫氢基（-SH），迅速地结合在一起，从而使含硫氢基细菌失去活性，进而使细菌死亡。值得注意的是：当细菌被银离子杀死后，银离子又会从死去的细菌上游离出来，再持续对其它活细菌做重复的动作，直至所有细菌被消灭，因此，银的杀菌功效是属于长效型杀菌剂，实验结果表明其效用可长达一年。据测定，水中含Ag+为0.01mg/l时，就能完全杀死水中的大肠杆菌，且能保持长达90天内不繁衍出新的菌群。一般抗生素大致能够杀死6种不同的病原体细菌，但银却可以杀死650种以上的致病细菌。研究发现，银离子活性与其本身物理性状高度相关，透过现在的高科技技术，使纯度达99.99%的银与尖端纳米加工技术结合，创造出20～60nm的纳米级银微粒，纳米银微粒相对于同等体积常态下银 的表面积呈几何级增长，其所呈现出来的强效消毒灭菌的能力比原来提高200多倍，这种新的能量功能型的银物质，我们称之为纳米银离子。纳米银离子的活性远远超出常态下银离子活性，所以其杀菌功能相对常态银更强。 Silver is recognized as the best broad-spectrum antibacterial effect among natural substances, and it is not toxic. The antibacterial mechanism of silver is due to the effect of metal ions and photocatalysis. The chemical structure of silver determines that silver has a high catalytic ability. The active silver ion can strongly attract the sulfhydryl group (-SH) on the enzyme protein in the bacteria, and quickly combine together, thereby inactivating the sulfhydryl-containing bacteria. resulting in the death of the bacteria. It is worth noting that when the bacteria are killed by silver ions, the silver ions will free from the dead bacteria, and then continue to do repeated actions on other living bacteria until all the bacteria are eliminated. Therefore, the bactericidal effect of silver is It is a long-acting fungicide, and the experimental results show that its effectiveness can last up to one year. According to the measurement, when the Ag+ in the water is 0.01mg/l, it can completely kill the Escherichia coli in the water, and it can keep up to 90 days without multiplying new flora. General antibiotics can roughly kill 6 different pathogenic bacteria, but silver can kill more than 650 pathogenic bacteria. Studies have found that the activity of silver ions is highly related to its physical properties. Through the current high-tech technology, silver with a purity of 99.99% is combined with cutting-edge nano-processing technology to create nano-scale silver particles of 20-60nm. Nano-silver particles are relatively Under the normal state of the same volume, the surface area of silver increases geometrically, and its strong disinfection and sterilization ability is more than 200 times higher than that of the original. This new energy-functional silver substance is called nano-silver ion. . The activity of nano-silver ions far exceeds the activity of silver ions under normal conditions, so its bactericidal function is stronger than that of normal silver. the
红外线是一种光波，在光谱中波长自0.76至400微米的一段被称为红外光，又称红外线。红外线属于电磁波的范畴，是一种具有强热作用的放射线。其中远红外线有较强的渗透力和辐射力，具有显著的温控效应和共振效应，它易被物体吸收并转化为物体的内能。人体是一个天然的红外辐射源，其辐射频率很宽。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2.5-15μm范围，峰值波长约在9.6μm处，其中8-14μm波段的辐射约占人体总辐射能量的46％。人体同时又是良好的红外吸收体，吸收波长以8-14μm为主，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。远红外线被人体吸收后，可使体内水分子产生共振，使水分子活化，增强其分子间的结合力，从而活化蛋白质等生物大分子，使生物体细胞处于最高振动能级。由于生物细胞产生共振效应，可将远红外热能传递到人体皮下较深的部分，以下深层温度上升，产生的温热由内向外散发。这种作用强度，使毛细血管扩张，促进血液循环，强化各组织之间的新陈代谢，增加组织的再生能力，提高机体的免疫能力，调节精神的异常兴奋状态，从而起到医疗保健的作用。 Infrared ray is a kind of light wave. In the spectrum, the wavelength range from 0.76 to 400 microns is called infrared light, also known as infrared ray. Infrared rays belong to the category of electromagnetic waves and are radiation rays with strong thermal effects. Among them, far-infrared rays have strong penetrating power and radiation power, and have significant temperature control effect and resonance effect. It is easily absorbed by objects and converted into internal energy of objects. The human body is a natural source of infrared radiation with a wide range of radiation frequencies. 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 2.5-15 μm, and the peak wavelength is at about 9.6 μm, of which the radiation in the 8-14 μm band accounts for about 46% of the total radiation energy of the human body. The human body is also a good infrared absorber, and the absorption wavelength is mainly 8-14 μm. When the wavelength of the radiation source is consistent with the absorption wavelength of the irradiated object, the object will absorb a large amount of infrared radiation. After the far-infrared rays are absorbed by the human body, it can make the water molecules in the body resonate, activate the water molecules, strengthen the binding force between them, thereby activating biological macromolecules such as proteins, so that the biological cells are at the highest vibration level. Due to the resonance effect of biological cells, the far-infrared heat energy can be transmitted to the deeper part of the human body, and the temperature of the lower layer will rise, and the generated heat will be emitted from the inside to the outside. This kind of action can dilate capillaries, promote blood circulation, strengthen the metabolism between various tissues, increase the regenerative ability of tissues, improve the immune ability of the body, and regulate the abnormal state of mental excitement, thus playing the role of medical care. the
负离子能促成人体合成和储存维生素，强化和激活人体的生理活动，因此它又被称为″空气维生素″，认为它像食物的维生素一样，对人体及其他生物的生命活动有着十分重要的影响。在医学界，负离子被确认是具有杀灭病菌及净化空气的有效手段。其机理主要在于负离子与细菌结合后，使细菌产生结构的改变或能量的转移，导致细菌死亡，最终降沉于地面。医学研究表明，空气中带负电的微粒使血中含氧量增加，有利于血氧输送、吸收和利用，具有促进人体新陈代谢，提高人体免疫能力，增强人体肌能，调节肌体功能平衡的作用。 Negative ions can promote the synthesis and storage of vitamins in the human body, strengthen and activate the physiological activities of the human body, so it is also called "air vitamin". It is believed that it has a very important impact on the life activities of the human body and other organisms just like the vitamins in food. In the medical field, negative ions are recognized as an effective means of killing germs and purifying the air. After its mechanism is mainly that negative ion is combined with bacterium, makes bacterium produce the change of structure or the transfer of energy, cause bacterial death, most final decline is sunken to ground. Medical research shows that the negatively charged particles in the air increase the oxygen content in the blood, which is beneficial to the transport, absorption and utilization of blood oxygen. the
磁石所产生的磁场可以调整人体内的阴阳离子，促进血液循环、增加血液中的含氧量。利用磁场增加人体内的阴离子，调整正负离子处于平衡状态，从而达到活络血液、增进血液含氧量、提高免疫力等多重功效。磁对人体有以下作用：促进细胞代谢，火花细胞，加速细胞内废物和有害物质排泄，平衡内分泌失调；促进血液循环，改善微循环状态；促进炎症消退，消除肿胀和疼痛；调整血压；提高红细胞的携氧功能，降低血液粘度；增强和改善人体免疫功能，提高人体对疾病的抵抗力；抗衰老，消除体内积存的自由基；改善血脂代谢；消除疲劳；镇静神经系统。 The magnetic field generated by the magnet can adjust the negative and positive ions in the human body, promote blood circulation, and increase the oxygen content in the blood. Use the magnetic field to increase the negative ions in the human body, adjust the positive and negative ions to be in a balanced state, so as to achieve multiple functions such as activating the blood, increasing the oxygen content of the blood, and improving immunity. Magnetism has the following effects on the human body: promote cell metabolism, spark cells, accelerate the excretion of waste and harmful substances in cells, balance endocrine disorders; promote blood circulation, improve microcirculation status; promote inflammation subsidence, eliminate swelling and pain; adjust blood pressure; improve red blood cell Oxygen-carrying function, reduce blood viscosity; enhance and improve human immune function, improve the body's resistance to disease; anti-aging, eliminate free radicals accumulated in the body; improve blood lipid metabolism; eliminate fatigue; calm the nervous system. the
本发明将纳米银离子灭菌、抑菌功能同远红外、负离子及磁场对人体产生的功效协同作用，通过多种效应的叠加与综合作用，从而达到对人体的保护和保健目的，可具有如下功能： The present invention synergizes the sterilizing and antibacterial functions of nano-silver ions with the effects of far infrared, negative ions and magnetic fields on the human body, through the superposition and comprehensive effect of various effects, so as to achieve the purpose of protecting and health care of the human body, which can have the following functions: Function:
①安全无毒对皮肤无刺激性、无过敏反应，无毒，无致畸性，无致突变性，无致癌 性，不含甲醛和重金属离子等有害物质，是真正无机绿色环保材料； ①Safe and non-toxic, non-irritating to the skin, non-allergic, non-toxic, non-teratogenic, non-mutagenic, non-carcinogenic, does not contain harmful substances such as formaldehyde and heavy metal ions, and is a real inorganic green environmental protection material;
②强效杀菌杀菌率99.99％； ②Strong sterilization rate of 99.99%;
③抗菌持久作用时间长，其杀菌、抗菌、防霉效果可长达一年，是长效型杀菌剂； ③Long-lasting antibacterial effect, its bactericidal, antibacterial, and anti-mildew effects can last up to one year, and it is a long-acting fungicide;
④广谱抗菌抗生素大致能够杀死6种不同的病原体细菌，但银离子却可以杀死650种以上有害致病菌，对耐药菌具有同等杀灭力； ④ Broad-spectrum antibacterial antibiotics can roughly kill 6 different pathogenic bacteria, but silver ions can kill more than 650 harmful pathogenic bacteria, and have the same killing power against drug-resistant bacteria;
⑤渗透性强能达人体皮下2毫米深层杀菌； ⑤Strong penetration can reach 2 mm deep under the human skin to sterilize;
⑥无抗药性 ⑥ No drug resistance
⑦修复再生加速受感染组织、溃疡面、创伤面、伤口组织愈合。 ⑦Repair and regeneration accelerate the healing of infected tissue, ulcer surface, wound surface and wound tissue. the
为了达到本发明的目的所采用的技术方案是： The technical scheme adopted in order to achieve the object of the present invention is:
本发明的纳米银远红外负离子磁疗卫生巾及护垫，它设置有一层纳米银远红外负离子磁性芯片，所述纳米银远红外负离子磁性芯片是以木代尔纤维和/或纯棉为原料纺织后在温度为80～95℃的纳米银抗菌溶液中浸泡处理24～48小时，再经红外线负离子液浸泡，最后取出喷涂磁粉，晾干、净化、熨平制备而成。 The nano-silver far-infrared negative ion magnetic therapy sanitary napkin and the protective pad of the present invention are provided with a layer of nano-silver far-infrared negative ion magnetic chip, and the nano-silver far-infrared negative ion magnetic chip is made of modal fiber and/or pure cotton as raw materials After weaving, it is soaked in nano-silver antibacterial solution at a temperature of 80-95°C for 24-48 hours, then soaked in infrared negative ion solution, and finally the sprayed magnetic powder is taken out, dried, purified and ironed. the
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 consumption of the present invention is 1: 1.
本发明所述纳米银抗菌溶液由下述方法制备而成：使用电弧法与机械研磨法相结合，将纯度99.99％金属银制备成20～60nm的纳米级银颗粒(1纳米＝十亿分之一米)，再将它们进行抗氧化与抗凝集处理，最后制成纳米银抗菌溶液。 Nano-silver antibacterial solution of the present invention is prepared by following method: use electric arc method and mechanical grinding method to combine, and purity 99.99% metallic silver is prepared into the nanoscale silver particle of 20～60nm (1 nanometer=1/billionth) rice), and then they are subjected to anti-oxidation and anti-agglutination treatment, and finally made into nano-silver antibacterial solution. the
本发明所述远红外线负离子液包括以下材料：发射远红外线负离子的电气石纳米级粉末4-6份；发射远红外线的钙沸石纳米级粉末2-3份；发射负离子的蛇纹石和方硼石等天然矿物及Al2O3-B2O3-SiO2合成体纳米级粉末2-4份；水性胶5-10份；纯净水77-87份。电气石、钙沸石、蛇纹石和方硼石等天然矿物以及Al2O3-B2O3-SiO2合成体，经分离、粉碎、配料、混合、球磨、烘干、过筛、烧成等工艺制成具有较高的负离子及远红外发射功能的粉料或球料，平均粒径≤500纳米。上述材料经高速搅拌机充分搅拌融合而成。发射负离子的材料可以为蛇纹石、方硼石及Al2O3-B2O3-SiO2合成体的混合物，比例为任意比例。 The far-infrared negative ion liquid of the present invention comprises the following materials: 4-6 parts of tourmaline nano-scale powder emitting far-infrared negative ions; 2-3 parts of calcium zeolite nano-scale powder emitting far-infrared rays; serpentine and boronite emitting negative ions 2-4 parts of natural minerals and Al2 O3 -B2 O3 -SiO2 synthetic nanoscale powder; 5-10 parts of water-based glue; 77-87 parts of purified water. Tourmaline, calcium zeolite, serpentine and boborite and other natural minerals and Al2 O3 -B2 O3 -SiO2 composites, after separation, crushing, batching, mixing, ball milling, drying, sieving, firing and other processes to make powder or balls with high negative ion and far-infrared emission functions, and the average particle size is less than or equal to 500 nanometers. The above materials are fully stirred and fused by a high-speed mixer. The material for emitting negative ions can be a mixture of serpentine, boborite and Al2 O3 -B2 O3 -SiO2 composites, and the ratio is any ratio.
本发明所述磁粉为钕铁硼粉，平均粒径≤500纳米。 The magnetic powder in the present invention is neodymium iron boron powder, and the average particle diameter is ≤500 nanometers. the
本发明所述纳米银远红外负离子磁性芯片是以50％木代尔纤维和50％棉为原料。采用木代尔纤维的织物手感滑爽、易于打理、透气性强，主要应用于女装内衣、外衣、运动装及家用纺织品。 The nano-silver far-infrared negative ion magnetic chip of the invention is made of 50% modal fiber and 50% cotton as raw materials. Fabrics made of Modal fibers are smooth to the touch, easy to care for and highly breathable, and are mainly used in women's underwear, outerwear, sportswear and home textiles. the
本发明所述纳米银远红外负离子磁性芯片能够持久释放负离子和远红外线，负离子动态释放量6180个/cm3；静态释放量800-1500个/cm3，远红外线发射率达到80％以上。 The nano-silver far-infrared negative ion magnetic chip ofthe present invention can release negative ions and far-infrared rays for a long time. The dynamic release amount of negative ions is 6180/cm3 ;
具体实施方式Detailed ways
实施例1 Example 1
使用电弧法与机械研磨法相结合，将纯度99.99％金属银制备成20nm的纳米级银颗粒，再进行抗氧化与抗凝集处理，制成纳米银抗菌溶液。 Using the combination of electric arc method and mechanical grinding method, metallic silver with a purity of 99.99% is prepared into 20nm nano-scale silver particles, and then anti-oxidation and anti-agglutination treatments are performed to prepare a nano-silver antibacterial solution. the
发射远红外线负离子的电气石纳米级粉末4份；发射远红外线的钙沸石纳米级粉末3份；蛇纹石、方硼石以及Al2O3-B2O3-SiO2合成体纳米级混合粉末4份；水性胶10份；纯净水79份。电气石、钙沸石、蛇纹石和方硼石等天然矿物以及Al2O3-B2O3-SiO2合成体，经分离、粉碎、配料、混合、球磨、烘干、过筛、烧成等工艺制成平均粒径为300nm的粉料。 4 parts of tourmaline nanoscale powder that emits far-infrared negative ions; 3 parts of calcite nanoscale powder that emits far-infrared rays; nanoscale mixture of serpentine, boborite and Al2 O3 -B2 O3 -SiO2 composites 4 parts of powder; 10 parts of water-based glue; 79 parts of purified water. Natural minerals such as tourmaline, calcium zeolite, serpentine and boborite, and Al2O3-B2O3-SiO2 composites are produced by processes such as separation, crushing, batching, mixing, ball milling, drying, sieving, and firing. 300nm powder.
使用平均粒径为300nm的钕铁硼粉。 Use NdFeB powder with an average particle size of 300nm. the
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，在烘干前将其经过温度为90℃的纳米银抗菌溶液中浸泡处理24小时，再经远红外线负离子液浸泡，最后取出喷涂磁粉，晾干、净化、熨平制成备用。 The semi-finished non-woven fabric made of Modal fiber and pure cotton with a weight ratio of 1:1 is soaked in a nano-silver antibacterial solution at a temperature of 90°C for 24 hours before drying, and then treated with a far-infrared negative ion solution. Soak, and finally take out the sprayed magnetic powder, dry, purify, iron and prepare for use. the
将芯片裁剪成矩形片状，夹在卫生巾顶层压模制备成卫生巾。 The chip is cut into a rectangular sheet, sandwiched on the top layer of the sanitary napkin and molded to prepare a sanitary napkin. the
实施例2 Example 2
使用电弧法与机械研磨法相结合，将纯度99.99％金属银制备成40nm的纳米级银颗粒，再进行抗氧化与抗凝集处理，制成纳米银抗菌溶液。 Using the combination of electric arc method and mechanical grinding method, metallic silver with a purity of 99.99% is prepared into 40nm nano-scale silver particles, and then anti-oxidation and anti-agglutination treatments are performed to prepare nano-silver antibacterial solution. the
发射远红外线负离子的电气石纳米级粉末5份；发射远红外线的钙沸石纳米级粉末3份；蛇纹石、方硼石以及Al2O3-B2O3-SiO2合成体纳米级混合粉末3份；水性胶8份；纯净水81份。电气石、钙沸石、蛇纹石和方硼石等天然矿物以及Al2O3-B2O3-SiO2合成体，经分离、粉碎、配料、混合、球磨、烘干、过筛、烧成等工艺制成平均粒径为400nm的粉料。 5 parts of tourmaline nanoscale powder that emits far-infrared negative ions; 3 parts of calcite nanoscale powder that emits far-infrared rays; nanoscale mixture of serpentine, boborite and Al2 O3 -B2 O3 -SiO2 composites 3 parts of powder; 8 parts of water-based glue; 81 parts of purified water. Natural minerals such as tourmaline, calcium zeolite, serpentine and boborite, and Al2O3-B2O3-SiO2 composites are produced by processes such as separation, crushing, batching, mixing, ball milling, drying, sieving, and firing. It is 400nm powder.
使用平均粒径为400nm的钕铁硼粉。 Use NdFeB powder with an average particle size of 400nm. the
将木代尔纤维制作的半成品无纺布，在烘干前将其经过温度为80℃的纳米银抗菌溶液中浸泡处理48小时，再经远红外线负离子液浸泡，最后取出喷涂磁粉，晾干、净化、熨平制成备用。 The semi-finished non-woven fabric made of Modal fiber is soaked in the nano-silver antibacterial solution at a temperature of 80°C for 48 hours before drying, and then soaked in the far-infrared negative ion solution, and finally the sprayed magnetic powder is taken out and dried in the air. Purified, ironed and ready for use. the
将芯片裁剪成矩形片状，夹在卫生巾中间层压模制备成卫生巾。 The chip is cut into a rectangular sheet, sandwiched in the middle of the sanitary napkin and laminated to prepare a sanitary napkin. the
实施例3 Example 3
使用电弧法与机械研磨法相结合，将纯度99.99％金属银制备成60nm的纳米级银颗粒，再进行抗氧化与抗凝集处理，制成纳米银抗菌溶液。 Using the combination of electric arc method and mechanical grinding method, metallic silver with a purity of 99.99% is prepared into 60nm nano-scale silver particles, and then anti-oxidation and anti-agglutination treatments are performed to prepare a nano-silver antibacterial solution. the
发射远红外线负离子的电气石纳米级粉末6份；发射远红外线的钙沸石纳米级粉末2份；蛇纹石、方硼石以及Al2O3-B2O3-SiO2合成体纳米级混合粉末4份；水性胶10份；纯净水78份。电气石、钙沸石、蛇纹石和方硼石等天然矿物以及Al2O3-B2O3-SiO2合成体，经分离、 粉碎、配料、混合、球磨、烘干、过筛、烧成等工艺制成平均粒径为500nm的粉料。 6 parts of tourmaline nanoscale powder that emits far-infrared negative ions; 2 parts of calcite nanoscale powder that emits far-infrared rays; nanoscale mixture of serpentine, boborite and Al2 O3 -B2 O3 -SiO2 composites 4 parts of powder; 10 parts of water-based glue; 78 parts of purified water. Natural minerals such as tourmaline, calcium zeolite, serpentine and boborite, and Al2O3-B2O3-SiO2 composites are processed by separation, crushing, batching, mixing, ball milling, drying, sieving, firing and other processes to make the average particle size 500nm powder.
使用平均粒径为500nm的钕铁硼粉。 Use NdFeB powder with an average particle size of 500nm. the
将纯棉制作的半成品无纺布，在烘干前将其经过温度为95℃的纳米银抗菌溶液中浸泡处理36小时，再经远红外线负离子液浸泡，最后取出喷涂磁粉，晾干、净化、熨平制成备用。 The semi-finished non-woven fabric made of pure cotton is soaked in the nano-silver antibacterial solution at a temperature of 95°C for 36 hours before drying, then soaked in the far-infrared negative ion solution, and finally the sprayed magnetic powder is taken out, dried, purified, Ironed and ready for use. the
将芯片裁剪成矩形片状，夹在卫生巾中间层压模制备成卫生巾。 The chip is cut into a rectangular sheet, sandwiched in the middle of the sanitary napkin and laminated to prepare a sanitary napkin. the
| Application Number | Priority Date | Filing Date | Title |
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| CN2012101080964ACN102600021B (en) | 2012-04-13 | 2012-04-13 | Nanometer silver far-infrared negative ion magnet therapy sanitary towel and sanitary pad |
| Application Number | Priority Date | Filing Date | Title |
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| CN2012101080964ACN102600021B (en) | 2012-04-13 | 2012-04-13 | Nanometer silver far-infrared negative ion magnet therapy sanitary towel and sanitary pad |
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| CN102600021Btrue CN102600021B (en) | 2013-12-11 |
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