WO2009140927A1 - 自创式磁疗首饰系统 - Google Patents

自创式磁疗首饰系统 Download PDF

Info

Publication number
WO2009140927A1
WO2009140927A1 PCT/CN2009/071951 CN2009071951W WO2009140927A1 WO 2009140927 A1 WO2009140927 A1 WO 2009140927A1 CN 2009071951 W CN2009071951 W CN 2009071951W WO 2009140927 A1 WO2009140927 A1 WO 2009140927A1
Authority
WO
WIPO (PCT)
Prior art keywords
permanent magnet
protective layer
magnetic induction
magnetic
nylon
Prior art date
Application number
PCT/CN2009/071951
Other languages
English (en)
French (fr)
Inventor
吴小萍
Original Assignee
Wu Xiaoping
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN200810181776A external-priority patent/CN101745183A/zh
Priority claimed from CN200910001520A external-priority patent/CN101773321A/zh
Application filed by Wu Xiaoping filed Critical Wu Xiaoping
Publication of WO2009140927A1 publication Critical patent/WO2009140927A1/zh

Links

Classifications

    • A—HUMAN NECESSITIES
    • A44—HABERDASHERY; JEWELLERY
    • A44C—PERSONAL ADORNMENTS, e.g. JEWELLERY; COINS
    • A44C13/00—Connectible jewellery
    • A—HUMAN NECESSITIES
    • A44—HABERDASHERY; JEWELLERY
    • A44C—PERSONAL ADORNMENTS, e.g. JEWELLERY; COINS
    • A44C11/00—Watch chains; Ornamental chains
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
    • A61N2/00—Magnetotherapy
    • A61N2/06—Magnetotherapy using magnetic fields produced by permanent magnets
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01F—MAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
    • H01F1/00—Magnets or magnetic bodies characterised by the magnetic materials therefor; Selection of materials for their magnetic properties
    • H01F1/01—Magnets or magnetic bodies characterised by the magnetic materials therefor; Selection of materials for their magnetic properties of inorganic materials
    • H01F1/03—Magnets or magnetic bodies characterised by the magnetic materials therefor; Selection of materials for their magnetic properties of inorganic materials characterised by their coercivity
    • H01F1/032—Magnets or magnetic bodies characterised by the magnetic materials therefor; Selection of materials for their magnetic properties of inorganic materials characterised by their coercivity of hard-magnetic materials
    • H01F1/04—Magnets or magnetic bodies characterised by the magnetic materials therefor; Selection of materials for their magnetic properties of inorganic materials characterised by their coercivity of hard-magnetic materials metals or alloys
    • H01F1/047—Alloys characterised by their composition
    • H01F1/053—Alloys characterised by their composition containing rare earth metals
    • H01F1/055—Alloys characterised by their composition containing rare earth metals and magnetic transition metals, e.g. SmCo5
    • H01F1/057—Alloys characterised by their composition containing rare earth metals and magnetic transition metals, e.g. SmCo5 and IIIa elements, e.g. Nd2Fe14B
    • H01F1/0571—Alloys characterised by their composition containing rare earth metals and magnetic transition metals, e.g. SmCo5 and IIIa elements, e.g. Nd2Fe14B in the form of particles, e.g. rapid quenched powders or ribbon flakes
    • H01F1/0575—Alloys characterised by their composition containing rare earth metals and magnetic transition metals, e.g. SmCo5 and IIIa elements, e.g. Nd2Fe14B in the form of particles, e.g. rapid quenched powders or ribbon flakes pressed, sintered or bonded together
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01F—MAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
    • H01F7/00—Magnets
    • H01F7/02—Permanent magnets [PM]
    • H01F7/0231—Magnetic circuits with PM for power or force generation
    • H01F7/0252—PM holding devices

Definitions

  • the invention relates to a system which can fully support the whole set of jewelry (breast pendant, earring, necklace, bracelet, anklet and finger chain) of the different styles of the wearer, and can also be used for personal implementation of the whole body surface magnetic therapy system.
  • the components constituting the main body of the system are connected only by magnetic induction.
  • the main body of the system is mainly composed of permanent magnets (which are sintered, injection of neodymium iron boron) or soft magnetic parts such as iron.
  • the above permanent magnet member has at least one asymmetrical surface as a main molding surface. Three or more of the above components constitute the main body of the jewelry of the system.
  • the jewellery production is usually completed by the manufacturer in one time, and the connection between the jewellery parts is generally accomplished by the mechanical principle, so that the jewellery parts are not easily disassembled, and therefore it is not easy to become a homemade jewellery.
  • the permanent magnet component relies only on the magnetic induction connection between them, forming a basis for making homemade jewelry, but the main modeling surface is mainly symmetrical and regular shaped surface. This will greatly limit its support for the versatility of jewellery making, so its system loses the possibility of supporting the creation of jewellery in a broad sense.
  • the finished material commonly used for magnetic therapy has a fixed size and shape (such as a centimeter straight, a five-centimeter circular magnetic disk and a mechanically connected magnetic bracelet) for different bodies. Table part. These finished materials are generally less versatile and cannot be used interchangeably. In some parts, such as the thin strip magnetic therapy parts used in the human mouse stream, no one is produced.
  • the processing technology of the sintered NdFeB permanent magnet parts is generally a rough industrial grade, and there is no support of the outsourcing plastic process.
  • the biggest drawback is that the finished parts are only connected to the jewellery such as necklaces by the magnetic induction between them.
  • the jewellery has a poor straightness, and the hand feel is not good enough.
  • the sintered NdFeB permanent magnet parts connected only by magnetic induction generally have no silver and gold processing technology, so the fineness of the shape is far less than that of traditional silver and gold jewelry, so it is difficult to become a high-grade jewelry.
  • the outer layer of the magnetic protection is mainly a metal plating layer, containing nickel, and causing allergic effects on the human body.
  • a necklace, a bracelet, and a finger chain which are connected only by magnetic induction are rare but have a chance to fall off when the wearer is not paying attention and striking.
  • the magnetic joints connected by magnetic induction only accumulate iron-containing dirt during the wearing process, thereby affecting the aesthetics of the magnetic parts and weakening the bonding force generated by the magnetic induction.
  • the technical problem to be solved by the present invention is to provide a system with only components, so that the magnetizer can easily complete the assembly of the jewelry with the components provided by the system according to his own hobby, and can be assembled according to the needs.
  • Magnetic therapy magnetic system in various parts of the human body.
  • the magnetic therapy system of the present invention can not only fully support the jeweler who has different styles of jewelry, but also can be used for personal magnetic therapy system for performing full body surface magnetic therapy.
  • the components of the main body of the system are connected only by magnetic induction. These components are made of permanent magnets or soft magnets. Each component has at least one asymmetric surface as the main molding surface, and three or more of these components constitute the present.
  • the main body of the system jewellery (the magnetic parts used for magnetic therapy are not subject to this limitation).
  • the main molding surface of the above components is connected to form a main body molding surface of the jewelry (Fig. 1 shows: a single asymmetric permanent magnet component, a plurality of asymmetric permanent magnet components are substantially formed by a magnetic induction connection; Fig. 2 shows: a completed bracelet).
  • FIG. 3 shows: the necklace assembled by the permanent magnet parts by magnetic induction
  • Fig. 4 shows the replacement of some parts
  • the color is changed to match the garment of the corresponding color
  • Figure 5-8 shows: a shape formed by the permanent magnet assembly being assembled by magnetic induction can be replaced with another variety of shapes).
  • the symmetry plane of the permanent magnet component is used as the main modeling surface of the main component, and the selection of the asymmetric surface will greatly enrich the jewelry shape.
  • two sets of permanent magnet parts with symmetrical and asymmetrical shapes are as follows: (1) The main shape of the cuboid is symmetrical, connected by magnetic induction (the direction of the punch is parallel to the long side of the cuboid) The composite main styling surface is still a symmetrical rectangular shape, and the shape is almost unchanged except for the lengthening.
  • the main shape of the wedge body is asymmetrical, and the main shape of the wedge body is only connected by magnetic induction (the direction of the magnetic field is parallel to the long side of the wedge body).
  • the composite main surface can be shaped into four shapes. Fig.
  • the main molding surface is a symmetrical circular cylindrical permanent magnet component, which is transformed into a ring shape by magnetic induction, and can only form a ring shape (Fig. 13-14).
  • the asymmetrical main surface of the diamond-shaped permanent magnet component is changed from a chain shape to a ring shape by magnetic induction, and more than ten ring shapes can be produced (only 5 For example, Figure 15-20).
  • asymmetric main-profile permanent magnet component can support the system to provide a large amount of jewelry for the magnetizer.
  • the north-south region of the above-mentioned permanent magnet component is determined These regions are the regions with the strongest attraction to other magnets, but this does not mean that these regions are the only regions that attract and combine with other magnets. Most other regions of the magnet are more or less present. Magnetic induction and can be attracted and combined with other magnets.
  • FIG. 21 shows a chest shape of a single shape asymmetric main molding surface permanent magnet part connected by magnetic induction, and the connection between the magnet and the magnet is not limited. It is located in the north and south poles at the end faces of the main molding surface of the magnet.
  • the preferred permanent magnet is selected from the group of sintered NdFeB permanent magnets, and the use of sintered NdFeB permanent magnets can achieve the advantages of high magnetic induction strength in the case of using jewelry-level fine processing, nickel-free plating, and outsourcing plastics.
  • NdFeB permanent magnets because it is particularly easy to be shaped, it can make the permanent magnet parts of the system more rich; preferred soft magnets It is selected from iron, because the iron piece with a thickness of more than one millimeter can effectively block the repulsive action of two permanent magnets of the same polarity on both sides and connect the same magnetic pole indirectly through the magnetic induction generated by the iron piece. Any part of the iron component can be magnetically coupled to the positive and negative ends of a magnet to improve the feasibility of the permanent magnet component of the system.
  • the asymmetrical surface of the component constituting the jewellery body means: a styling surface other than an equilateral equilateral, rectangular, circular, elliptical or flat bobbin
  • the magnetic induction strength of the permanent magnet member is preferably 900-5900 Gauss, more preferably 1000-4900 Gauss, and most preferably 1100-3900 Gauss.
  • the processing precision of sintered NdFeB permanent magnets is upgraded from the usual industrial grade to the jewelry grade, which improves the surface smoothness and consistency.
  • the center can be slightly lower than the circumference, so that the sintered NdFeB permanent magnet component can be used to form a necklace with such a high degree of straightness, such as some necklaces.
  • the main molding surface of the sintered NdFeB magnet component of the system can be processed by the sand drawing process. Because the main molding surface of the sintered NdFeB magnet component is usually flat, the stereoscopic feeling of the main styling surface of the jewellery is poor. By sanding the main molding surface of the sintered NdFeB magnet component, the jewellery master can be significantly increased. The three-dimensionality of the modeling surface.
  • the materials used to make the jewelry of this system whether sintered or injectiond NdFeB permanent magnets, or soft magnets such as iron, because these materials have higher hardness; they are processed into jewelry that is less refined than traditional gold and silver jewelry.
  • the invention adopts a soft magnet such as sintered NdFeB permanent magnet or iron to outsource the precious metal, and performs fine processing on the outsourced precious metal material, so that the magnetic jewelry making of the system can truly meet the requirements of high-end jewelry.
  • a soft magnet such as sintered NdFeB permanent magnet or iron
  • the present invention provides a composite member of a noble metal and a permanent magnet or a soft magnet suitable for use in a self-made magnetic jewelry jewellery system, the composite member being connectable only to the magnetic body of the body member of the system.
  • a method for preparing a composite member of a precious metal and a permanent magnet or a soft magnetic body which may be a conventional process in the field of jewelry processing, including a silver plate, a press mold, a wax injection mold, a plaster mold, a molten precious metal, a casting mold, and a polishing. And other processes.
  • the cavity in which the magnetic parts are placed and the passage in which these components are placed are reserved during molding.
  • the pre-made permanent magnet or iron component is placed into the vacancy therein, and then the passage opening is sealed with a precious metal preform for sealing and welded, and then polished and polished to make the outer surface of the permanent magnet component The precious metal is completely wrapped.
  • the preferred NdFeB material of the composite member is a sintered NdFeB material, because the permanent magnets are bound to weaken the magnetic induction strength of the materials such as silver, gold, platinum, etc., and the sintered NdFeB material can generate extremely strong magnetic induction, so it is weakened. After that, sufficient magnetic induction can be maintained.
  • the noble metal is selected from the group consisting of silver, gold, platinum or alloys thereof; preferred noble metals are selected from the group consisting of silver and gold alloys.
  • the above noble metal is selected because of its soft texture, low melting point, ease of processing, and beautiful color.
  • the thickness of the outer layer of the precious metal is in the area of the magnetic field. 0 ⁇ Preferably, it is 0. 2-0. 4 mm.
  • the permanent magnet component and the outer cladding layer may be relatively fixed or may be relatively moved. To be relatively fixed, no gap may be left between the permanent magnet component and the outer cladding layer; Of course, if the gap is too large, the wrapped permanent magnet must have a small volume, and the magnetic induction intensity generated on the surface thereof will be weak; if the gap is too small, the rotation of the wrapped permanent magnet will be limited.
  • the advantage of leaving a void is that the magnetic component can be rotated 360 degrees on at least one side, such as a vertical or horizontal plane, as desired after wrapping. Even 360 degrees of relative rotation on any surface.
  • the scheme of the outer cladding layers of the two permanent magnet parts is widely used in the ring-shaped chest pendant and its matching parts as shown in Fig. 5-8.
  • the permanent magnet or iron parts of the world's first self-made magnetic therapy jewelry system are greatly improved in appearance, and the appearance is similar to that of traditional silver, gold, platinum, or alloys. There is no significant difference.
  • the above-mentioned composite members of precious metals and permanent magnets or iron still only pass the magnetic induction and other mains of the self-made magnetic therapy jewelry system.
  • the body parts are connected to each other, thus maintaining the unique advantages of easy disassembly and assembly.
  • the process is polishing, degreasing, descaling, ultrasonic degreasing, copper plating (electroless copper plating, electroplating copper), electroplating, silver plating, gold plating, passivation.
  • the permanent magnet member may also be plated with a protective layer of a noble metal by a plating process, and the preferred noble metal is selected from the group consisting of silver, gold, platinum, or a noble metal alloy containing the above metal.
  • the present invention also provides a process for outsourcing a plastic film.
  • plant nylon as the system of sintered NdFeB permanent magnets and iron and other soft magnetic parts of bare parts or plated parts or silver-coated, gold-coated non-contact plastic film, can make these parts produce a smooth tactile sense, crystal
  • the visual sense (see Figure 1) makes the above components more in line with the characteristics of excellent jewellery; the above components can be made resistant to abrasion (hardness of about 3H), and the thickness of the outer plastic film can be much higher than that of the general jewellery industry. Thick, anti-wear and anti-corrosion performance is doubled, which doubles the life of the product.
  • Preferred plant nylons are selected from the group consisting of nylon 11, nylon 12.
  • the invention also provides a preparation method of the outer plastic film, comprising the following steps:
  • the permanent magnet or soft magnetic component is preheated at a high temperature of about 330 ⁇ -37 CTC;
  • the non-liquefied and leveled permanent magnet components are re-entered into a studio liquefaction level at a temperature between 150 and 600 °C.
  • Step 1) The preferred temperature for preheating the permanent magnet parts is 345 °C -355 V. Step 3) The preferred temperature of the working chamber is
  • the material of the plastic film is selected from nylon 11, or nylon 12.
  • the powder size of nylon is less than 60 mesh, preferably 80 mesh - 120 mesh.
  • the attached nylon 1 1 powder can be automatically liquefied and leveled due to the continuous high temperature of the permanent magnet parts, and the smaller and thin permanent magnet parts need to enter the temperature again at 150-600
  • the working chamber between V is used to promote the liquefaction of the adhered nylon 11 powder; after cooling, the final product is obtained.
  • the temperature of the studio is preferably a different temperature of 180-500 ° C. The smaller the temperature of the permanent magnet part working chamber, the higher the temperature.
  • Step 2) and step 3) may be repeated a plurality of times depending on the thickness of the film on which the permanent magnet member is formed.
  • the primary coating process of the permanent magnet component can be coated with a transparent plastic film of 0. 10-0. 40 mm. If a thick plastic film is to be obtained, the above plastic coating process may be repeatedly performed, that is, after the liquefaction leveling process, the workpiece is again re-entered into the nylon 11 powder box for tumbling dip coating and the subsequent process is completed, and the thickness of the film may be Up to 1-2 mm.
  • the present invention allows the product to be available in a wide variety of surface colors.
  • the resulting protective film of the present invention may also be colored. If a colored plastic film is to be obtained, an appropriate toner is added to the film material powder, such as nylon 11 powder, and the rest of the process is unchanged. It can also be prepared by the method disclosed in Chinese Patent No. ZL03128869.
  • the process has a coating full coverage, no leaks, transparency, lubrication, and high gloss.
  • the surface of the protective film formed on the surface of the permanent magnet part by this process is very smooth, has high transparency, high gloss, and is extremely resistant to abrasion.
  • the thickness of the nylon 11 film adhered on the molding surface is inconsistent, and has a thick intermediate portion and a thin regularity at the edge. After the light is refracted and reflected by the thin protective film at the middle, it is felt that the surface is concave. This phenomenon is more pronounced on the surface of the smaller permanent magnet component. This effect makes the shape of the styling moresimilar, greatly improving the aesthetics.
  • the wear resistance and corrosion resistance of the permanent magnet parts are doubled compared with the conventional permanent magnet parts surface electroplating plus electrophoretic paint film, and the electroplating and chromate passivation transparent electrophoresis film.
  • the process of the present invention allows the product to have a variety of surface colors and rich colors, giving consumers a wider variety of options.
  • the permanent magnet part subjected to such surface treatment has a jewel-like luster which greatly enhances the appearance.
  • the outer plastic film can also be applied with a non-toxic water-based epoxy coating agent, which can produce a thinner contactless outer plastic film than nylon.
  • a preferred non-toxic water based epoxy coating is a solventless epoxy resin crystal 3618A/B-1.
  • the permanent magnet parts used in this system for necklaces, bracelets, anklets and finger chains can be used for body surface magnetic therapy.
  • the permanent magnet members are arranged and fixed to the designated portion of the body surface in accordance with the required area so that the main molding surfaces of the permanent magnet members contact the body surface.
  • These permanent magnet components are connected only by the magnetic induction that exists between them. Because the system can support the production of point, line, ring, sheet and various sizes of body surface magnetic, it can provide professional and convenient magnetic therapy system.
  • the permanent magnet parts can be successively placed in a fine mesh or a sand-shaped tube in which the opening and the closing end can be mechanically connected, so that the head and the tail are still connected by magnetic induction, and then supplemented by The mechanical connection of the barrel is worn on the body.
  • Ultrasonic vibrometers are used to clean permanent magnet parts. Smaller permanent magnet parts are especially suitable. Except for very small permanent magnet parts, most permanent magnet parts can be separated by one metre thick, the fabric is rough, and the hardness is slightly lower than that of long carbon. The fabric of the chain nylon is connected by magnetic induction, and then the magnets on one side are pulled (the magnets on the other side will follow), and the iron-containing dirt accumulated between the permanent magnet parts during the rubbing of the fabric can be removed.
  • the permanent magnet parts are successively placed in the appropriate part of the double-layer underwear (this underwear is required to be thin and strong every 1.5.
  • the centimeter should have a suture with a double-layered underwear stitched horizontally, and the outer layers of the left and right sides have openings.)
  • a small permanent magnet component is connected to the outside through the underwear to make this permanent.
  • the position of the magnet chain is fixed so that it can be prevented from being fixed with the paste.
  • Figure 1 shows an asymmetrically shaped permanent magnet component joined to a substantially shaped bracelet by magnetic induction.
  • Figure 2 is a bracelet of an asymmetric permanent magnet component that is connected by magnetic induction.
  • Figure 3 is a necklace of asymmetric permanent magnet parts connected by magnetic induction.
  • Figure 4 shows some of the parts of the necklace of Figure 3 replaced with parts of other colors to match the corresponding colors.
  • Figures 5-8 are a form of assembly of permanent magnet components that can be replaced with a variety of other shapes.
  • the main shape of the wedge body is asymmetrical, and the main shape of the wedge body is connected by magnetic induction only (the direction of the punching is parallel to the long side of the wedge body).
  • the composite main surface can be four different shapes. The shape.
  • the main molding surface is a symmetrical circular cylindrical permanent magnet component, which is transformed into a ring shape by magnetic induction, which can only form a ring shape.
  • Figure 15-20 Asymmetric main styling surface of the approximate diamond shape.
  • the permanent magnet component is transformed into a ring shape by magnetic induction, which can produce multiple ring shapes.
  • Figure 21 shows a single-shaped asymmetrical main-faceted permanent magnet component that is connected by magnetic induction.
  • Fig. 22 uses different main molding surface permanent magnet parts to be connected by magnetic induction and magnet coloration, etc. It is also possible to create many styles of jewelry by the magnetizer. detailed description
  • polishing degreasing, derusting, ultrasonic, degreasing, copper plating (electroless copper plating, electroplating copper), electroplating, silver plating, electroplating, gold
  • Polishing degreasing, derusting, ultrasonic removal, oil removal, - copper plating (electroless copper plating, electroplating copper), electroplating, silver plating, electroplating, gold
  • the bottom copper After the bottom copper is plated, it can be plated with silver, gold and other metals.
  • polishing degreasing, rust removal, ultrasonic degreasing, copper plating (electroless copper plating, electroplating copper), electroplating, silver plating, electroplating, gold
  • the bottom copper After the bottom copper is plated, it can be plated with silver, gold and other metals.
  • polishing degreasing, derusting, ultrasonic, degreasing, copper plating (electroless copper plating, electroplating copper), electroplating, silver plating, electroplating, gold
  • Polishing degreasing, derusting, ultrasonic removal, oil removal, - copper plating (electroless copper plating, electroplating copper), electroplating, silver plating, electroplating, gold
  • Polishing degreasing, derusting, ultrasonic removal, oil removal, - copper plating (electroless copper plating, electroplating copper), electroplating, silver plating, electroplating, gold
  • the bottom copper After the bottom copper is plated, it can be plated with silver, gold and other metals.
  • the surface of the permanent magnet component is not liquefied and leveled, and then enters the liquefaction level of the working chamber at a temperature of 500 , to obtain a coating having a thickness of 0.22 mm.
  • Example 10 In a permanent magnet or soft magnetic 14 and a hardener (wetness is 120 ° C 180 °, the ratio of the main agent to the hard is two to one. In the coating: : before spraying, spray three times , can get a surface coating close to one millimeter thick:
  • the ground products are separated into genuine, defective and scrap products and transferred to the corresponding next process or scrapped.

Description

明 书 自创式磁疗首饰系统
技术领域
本发明涉及既可较完善地支持佩饰者自创不同风格的整套首饰 (胸坠、耳坠、项链、手链、 脚链、 指链)，又能兼用于个人实施全身体表磁疗的系统。 构成本系统的主体的部件仅靠磁感 应连接。 本系统的主体主要由永磁体 (其中又以烧结， 注塑钕铁硼为主）或铁等软磁体部件构 成。上述永磁体部件至少有一个不对称的面作为主要造型面。 三个或三个以上上述部件构成 本系统首饰的主体。 上述部件间仅靠磁感应连接的情况下彼此相互平行连接时也导致其主要 造型面的相互平行连接， 这些部件主要造型面的面与面连接最终形成这一首饰完整的主要造 型面， 这个过程亦即首饰主体的造型完成过程。 上述永磁体部件需做无镍电镀， 包塑， 包银， 金然后再无触点包塑中至少一项外表处理。 背景技术
现有技术中， 首饰制作通常是由厂家一次性完成造型， 其首饰部件间的连接一般是靠机 械的原理完成， 故其首饰的部件不易被拆装， 因此也不易于成为自创首饰。
现有技术中， 已提出使用永磁体部件仅依靠其间存在的磁感应相连接的方法形成可以 制作自创首饰及实施磁疗的系统 （见中国专利申请号： 200710163690。 2)。 但在该专利申请 中的系统并未提出永磁体部件应为不对称形的要求， 其实际使用的圆柱形永磁体部件是以圆 形面这种对称， 规则形面作主要造型面， 当这些对称， 规则的面相连接并最终形成这一首饰 的完整的主要造型面时， 所制成的首饰造型显得机械单调， 缺乏变化并少有艺术感。 虽然较 之传统的首饰制作， 其提出使用永磁体部件仅依靠其间存在的磁感应相连接的方法， 形成了 可以制作自创首饰的一个基础， 但其主要造型面是以对称， 规则形面为主， 这会非常限制其 对首饰制作造型多样性的支持， 因而其系统就失去了支持广义的首饰自创之可能。
现有技术中， 通常用于做磁疗的成品材料有着固定的大小尺寸和形状 （如一厘米直经， 五厘米直经的圆形磁片及机械连接的镶磁手链） 以用于不同的体表部位。 这些成品材料一般 通用性差而不能相互代替使用。某些部位，如人体鼠溪处需用的细条状磁疗佩件更无人生产。
现有技术中， 烧结钕铁硼永磁体部件的加工工艺一般为较粗糙的工业级， 又无外包塑料 工艺的支持。 除废品率高外， 最大的缺陷是制成的部件仅依靠其间存在的磁感应相连接组成 项链等首饰时， 首饰的直顺程度较差， 手感差并不够美观。 现有技术中， 仅靠磁感应连接的烧结钕铁硼永磁体部件一般无包银， 金的加工工艺， 故 其造型的精细程度远非传统的银， 金首饰可比， 故很难成为高档首饰。
现有技术中， 佩磁的外层保护主要为金属镀层， 含镍， 对人体有引起过敏等副作用。 现有技术中， 仅靠磁感应连接的项链， 手链， 指链在佩戴者不注意及剧烈动作时虽然罕 见但仍有机会脱落。
现有技术中， 仅靠磁感应连接的佩磁件相互连接处会在佩戴过程中积藏含铁污垢， 进而 影响佩磁件的美观及减弱其靠磁感应产生的的结合力。
现有技术中， 做磁疗用的佩磁件多以粘膏固定于体表， 长期使用不方便。 发明内容
本发明要解决的技术问题是， 提供一个只有部件的系统， 使佩磁者可根据自己的爱好， 象搭积木一样容易地用本系统提供的部件完成自己的首饰组装， 并可根据需要组建适用于人 体各部位的磁疗佩磁系统。 换而言之， 本发明的磁疗系统既可较完善地支持佩饰者自创具有 不同风格的整套首饰， 又能兼用于个人实施全身体表磁疗的磁疗系统。
为解决本发明的技术问题， 本发明采用如下技术方案。 本系统的主体的部件间仅靠磁感 应相连， 这些部件为为永磁体或软磁体制成， 每个部件至少有一个不对称的面做为主要造型 面， 三个或三个以上这些部件构成本系统首饰的主体 （单纯用于磁疗的佩磁件时不受此限）。 上述部件主要造型面相连接构成首饰整体的主体造型面 （图 1示： 单数不对称永磁体部件、 多数不对称永磁体部件靠磁感应相连基本成形的手链； 图 2示： 完成的手链）。相较于靠机械 原理将部件连接在一起的首饰， 以本系统的方法完成首饰的组装与拆卸极为容易 （图 3示： 由永磁体部件靠磁感应相连组装的项链； 图 4示更换某些部件使其颜色改变以搭配相应颜色 的服装； 图 5-8示： 由永磁体部件靠磁感应相连组装形成的一种造型可置换成另外的多种造 型）。相较于现有技术中永磁体部件对称面做为主体部件主要造型面的选用， 不对称面的选用 会将首饰造型极大地丰富。 现以两组主造型面分别为对称形及不对称形的永磁体部件为例对 比如下： （1 ) 长方体主造型面为对称形， 靠磁感应相连 （冲磁方向于长方体长边平行） 则连 成的复合主造型面仍为一个对称形的长方形， 形状除加长外几乎无变化。 楔形体的主造型面 为不对称型， 楔形体的主造型面仅靠磁感应相连 （冲磁方向于楔形体长边平行） 组成的复合 主造型面则可为四个形状各异的造型 （见图 9-12); ( 2) 主造型面为对称形圆形的圆柱体永 磁体部件， 靠磁感应由链状变成环状， 只能形成一种环状造型 （图 13-14)， 近似菱形的不对 称主造型面永磁体部件靠磁感应由链状变成环状， 则可以产生十个以上的环状造型 （仅举 5 例， 图 15-20)。 另一个会使不对称主要造型面永磁体部件能够支持本系统为佩磁者提供大量 首饰的造型可能性的原因是， 作为磁体的一般性规律， 虽然上述永磁体部件的南北极区域是 确定的， 这些区域又是与其它磁体异性相吸引结合力最强的区域， 但这并非意味着这些区域 是与其它磁体异性相吸引并结合的唯一区域， 该磁体大部分其它区域亦或多或少存在磁感应 并可与其它磁体异性相吸引并结合， 这种现象在多个磁体彼此靠得很近时非常容易出现， 它 导致上述不对称主造型面永磁体部件彼此相连区域可以多变， 因此又成倍增加了上述不对称 主造型面永磁体部件造型的可能性，图 21显示一个单一形状的不对称主造型面永磁体部件靠 磁感应相连形成的胸坠， 其磁体与磁体的连接部并非单纯局限于位于磁体主造型面两端端面 的南北极区域。这是可以用该胸坠在很短的时间内再组装上百个不同造型的胸坠的重要原因； 图 22显示，在这一基础上如果再加上用不同的主造型面永磁体部件靠磁感应相连与磁体着色 不同等方法就更可以由佩磁者自创众多有风格的首饰。
优选的永磁体选自烧结钕铁硼永磁体， 在使用首饰级精细加工、 无镍电镀、 及外包塑料 等工艺实施的情况下烧结钕铁硼永磁体的采用可充分发挥其磁感应强度高的优势而避开其长 期依赖镍电镀且仍不免生锈等缺点； 优选注塑钕铁硼永磁体， 因其特别容易于异型造型的加 工， 可使本系统的永磁体部件造型更加丰富； 优选的软磁体选自铁， 因一毫米以上厚度的铁 片不但可有效地阻断贴在其两边的两个永磁体同性磁极的相斥作用并使同性磁极间接通过与 此铁片发生的的磁感应而相连接； 铁部件的任一部位均能与一个磁体的正极与负极端产生磁 感应而连接从而提高了本系统的永磁体部件造型的可行性。
所述的构成首饰主体的部件的不对称面是指： 除等边等角形、 长方形、 圆形、 椭圆形、 扁梭形面以外的造型面
本系统的永磁体磁感应强度上限符合保健要求，其磁感应强度又刚好能保证这些零件在 正常佩戴时不易彼此分离， 并且若手工拆散之又不难。 为达到上述技术目的， 永磁体部件的 磁感应强度的优选值为 900-5900高斯， 更优选值为 1000-4900高斯， 最优选值为 1100-3900 高斯。
将烧结钕铁硼永磁体加工精度由通常的工业级提升为首饰级， 使其表面光滑度， 一致度 提高。 加工部件磁极区域时可使中央略高四周略低， 这样烧结钕铁硼永磁体部件可胜任用以 组成项链这种直顺程度要求高的首饰， 如某些项链等。
本系统烧结钕铁硼磁体部件的主造型面可做拉砂工艺处理。 因为烧结钕铁硼磁体部件的 主造型面通常为平面，所组成的首饰主造型面的立体感较差，通过对烧结钕铁硼磁体部件的主 造型面进行拉砂工艺， 可明显增加首饰主造型面的立体感。 制作本系统的首饰的材料，无论烧结或注塑钕铁硼永磁体，或铁等软磁体， 因为这些材料 的硬度较高； 其加工成首饰的精细程度不及传统的金， 银材料首饰。 为克服这方面的不足， 本发明采用以烧结钕铁硼永磁体或铁等软磁体外包贵金属， 并在外包贵金属材料上做精细加 工， 使本系统的磁首饰制作真正能满足高端首饰的要求。
本发明提供了一种适用于自创式磁疗首饰系统的贵金属与永磁体或软磁体的复合构件， 该复合构件可与该系统的主体部件仅靠磁感应相连接。
制备贵金属与永磁体或软磁体的复合构件的方法，，可以采用首饰加工领域常规的工艺， 包括制银版、 压胶模、 注蜡模、 制石膏模、 熔化贵金属、 浇铸倒模、 打磨抛光等工序。 制模 时先预留装磁性零件的空腔及放置这些部件的通道。
在制得贵金属预制件后将己预制的永磁体或铁部件放入其中的空位，然后以用于封堵的 贵金属预制件封堵通道口并焊接， 再经打磨抛光使永磁体部件的外面被贵金属完全包裹。
该复合构件优选的钕铁硼材料是烧结钕铁硼材料， 因为永磁体外包银、 黄金、 白金等材 料后势必减弱其磁感应强度， 而烧结钕铁硼材料可产生极强的磁感应， 故在减弱后仍可保有 足够的磁感应强度。
所述的贵金属选自银、 黄金、 铂金或其合金； 优选的贵金属选自银与黄金合金。 选上述 贵金属是因为其质地较软、 熔点较低而易于加工且色泽美观。
因为外包贵金属会对其内外的磁感应有一定的阻隔作用， 外包贵金属越厚其阻隔作用越 强。 因此要控制外包贵金属的厚度， 特别是预设的， 会被磁力线密集区域惯穿的部位包贵金 属的厚度， 一般控制为 0. 2-6毫米， 优选是 0. 2-0. 5毫米， 更优选是 0. 2-0. 4毫米。
永磁体部件和外包贵金属层之间可以相对固定或可做相对运动， 若要相对固定， 在永磁 体部件与外包贵金属层之间可不留空隙； 若要做相对运动则留空隙。 当然， 空隙过大则被包 裹的永磁体必然体积较小， 其表面可产生的磁感应强度会较弱； 空隙过小， 则被包裹的永磁 体旋转将受限。 留有空隙的优点是， 磁性部件在被包裹后可以根据需要和外包裹层在至少一 个面上作 360度的旋转， 例如垂直面或水平面。 甚至在任意面上作的 360度的相对旋转。 这两 种永磁体部件的外包贵金属层的方案在如图 5-8所示的环形胸坠及其配套的饰件时均被广泛 使用。
外包贵金属的优点：
通过外包贵金属的工艺技术， 使世界上首个自创式磁疗首饰系统的永磁体或铁的部件的 造型细腻程度大幅提高， 外观与传统的银、 黄金、 白金、 或其合金制成的首饰已无明显差别。 同时， 上述贵金属与永磁体或铁的复合构件仍仅通过磁感应与自创式磁疗首饰系统的其它主 体零件相互连接， 故保持了便于拆卸、 组装的独特优势。
对本系统烧结钕铁硼永磁体部件进行底层电镀时我们使用镀铜代替传统的镀镍。 避免了 传统的磁件底层镀镍引起人体过敏反应的弊端。 工艺过程为抛光一除油一除锈一超声波除油 一镀底铜 （化学镀铜一电镀铜） 一电镀银一电镀金一钝化。 永磁体部件还可以通过电镀工艺 镀上贵金属的保护层， 优选的贵金属选自银、 金、 铂， 或含有上述金属的贵金属合金。
本发明还提供了外包塑料膜的工艺。应用植物尼龙做本系统的烧结钕铁硼永磁体及铁等 软磁体部件裸件或电镀件或包银， 包金件的无触点外包塑料膜， 可使上述部件产生滑润的触 觉感， 晶莹的视觉感 （见图 1 ) ， 因而使上述部件更符合具备优秀首饰的特点； 可使上述部 件抗磨损 （硬度达 3H左右） ， 外包塑料膜的厚度亦可以远较一般首饰界使用的电泳漆为厚， 抗磨损及抗腐蚀性能成倍提高，从而成倍提高产品的使用寿命。优选的植物尼龙选自尼龙 11， 尼龙 12。
本发明还提供了外包塑料膜的制备方法， 包括如下步骤：
将永磁体或软磁体部件做 330Ό -37CTC左右高温预热；
将永磁体零件进入覆膜材料粉体箱中进行翻滚浸涂， 使永磁体部件表面被覆膜材料粉体 全包覆；
未液化流平的永磁体部件再进入温度在 150-600 °C之间的工作室液化流平。
步骤 1 ) 中永磁体部件预热的优选温度是 345 °C -355 V 步骤 3 ) 中工作室的优选温度是
180-50(TC。 塑料覆膜的材料选自尼龙 11、 或尼龙 12。 尼龙的粉体粒度小于 60目， 优选是 80 目- 120目。
较大而厚的永磁体部件， 所附着的尼龙 1 1粉体可因永磁体部件持续有较高温度而自动液 化流平，较小而薄的永磁体部件则需再进入温度在 150-600 V之间的工作室以促使所附着的尼 龙 11粉体液化流平； 冷却后得到最终成品。 根据永磁体部件的大小， 工作室的温度优选是 180-500 °C的不同温度.越是小而簿的永磁体部件工作室的温度越是高。
根据生成永磁体部件覆膜的厚度， 步骤 2 )和步骤 3 )可以反复循环多次。
一般一次永磁体部件全包覆工艺可包覆 0. 10-0. 40毫米透明的塑料覆膜。如果要得到较厚 的塑料覆膜， 可用反复实施以上塑料包覆工艺， 也就是在液化流平工艺之后使工件再次进入 尼龙 11粉体箱进行翻滚浸涂并完成后续工艺， 其膜的厚度可达 1-2毫米。
本发明可使产品得到许多种表面颜色。 本发明的得到的保护膜还可以是有颜色的。 如果 要得到有色塑料覆膜， 则在覆膜材料粉体， 比如是尼龙 11粉体中加入适当的色粉， 其余的工 艺不变。 也可以使用中国专利 ZL03128869. 3中公开的方法制备。
本发明的永磁体或软磁体零件表面可以含有的 2层保护膜， 第 1层是贵金属保护层， 贵金 属层的表面再以无触点工艺包覆一层 0. 1-1. 0亳米的透明塑料覆膜；优选的透明塑料覆膜的厚 度为 0. 1-0. 6亳米； 更优选的透明塑料覆膜的厚度为 0. 1-0. 4毫米。
外加塑料保护膜的优点：
该工艺具有涂层全包覆、 无漏点、 透明、 润滑、 光泽度高。 通过这种工艺在永磁体零件 表面形成的保护膜表面非常光滑， 具有高透明度， 高光泽度， 有极强的抗磨损。
另外如永磁体部件有明显的造型面， 则该造型面上附着的尼龙 1 1膜的厚度是不一致的， 有中间厚， 边缘处薄的规律性。 光线通过这种中间厚， 边缘薄的保护膜的折射和反射后， 让 人感觉是该造型面却是中央凹陷的。 这种现象在越是小的永磁体部件表面上越为明显。 这种 效果使得该造型面越显得珠光宝气， 极大提高了美观度。
使永磁体部件的抗磨损， 抗腐蚀性能较传统的永磁体部件表面电镀加电泳漆膜， 以及电 镀加鉻酸盐钝化透明电泳膜等有成倍的提高。
在多数情况下可避免厚层贵金属的使用从而大幅降低成本及资源的浪费。
本发明的工艺可使产品具有多种表面颜色， 颜色丰富， 使消费者具有更多种的选择。 经过这种表面处理的永磁体部件， 其造型面更具有珠宝的光泽， 极大提高了美观度。 外包塑料膜还可以应用无毒水基环氧涂剂， 可以制备较尼龙更薄的无触点外包塑料膜。 优选的无毒水基环氧涂剂为无溶剂型环氧树脂水晶胶 3618A/B-1。
本系统中按计划用于做项链，手链，脚链，指链的永磁体部件可用来兼做体表磁疗之用。 需要做体表磁疗时将永磁体部件按照需要的面积排列固定于体表被指定的部位使这些永磁体 部件的主要造型面接触体表。 这些永磁体部件仅依靠其间存在的磁感应相连接。 由于本系统 可支持制作点状、 线状、 环状、 片状及各种大小的体表佩磁， 可提供专业并方便使用的磁疗 系统。
在特别场合为防佩磁脱落， 可将永磁体部件相续放入开口部与收尾部能够机械性连接的 细网状或莎状筒内， 使其首尾仍靠磁感应相连接， 然后再辅以此筒的机械性连接戴在身上。
超声波振动仪用于清洁永磁体部件，较小的永磁体部件尤为适用； 除很小的永磁体部件 夕卜， 多数永磁体部件可相隔一亳米厚， 面料较粗糙 ， 硬度略低于长碳链尼龙的织物靠磁感应 相连接， 然后拉动一侧的磁体（另一侧的磁体会相随）， 在于此织物摩擦的过程中永磁体部件 间积藏的含铁污垢可被去除。
做磁疗时， 将永磁体部件相续放入双层内衣的适当部位 （此内衣要求薄而结实每隔 1. 5 厘米要有水平方向的将双层内衣缝合的缝合线， 左右两侧其外层均有开口） 然后在此链状磁 的首尾处隔着内衣在外侧再连接一个小永磁体部件以使此永磁体链的位置固定， 这样便可避 免用粘膏固定。 附图说明
图 1不对称永磁体部件靠磁感应相连基本成形的手链。
图 2不对称永磁体部件靠磁感应相连完成的手链。
图 3不对称永磁体部件靠磁感应相连完成的项链。
图 4示更换图 3的项链的某些部件， 使用其它颜色的部件以搭配相应颜色的服饰。 图 5-8由永磁体部件组装形成的一种造型可置换成另外的多种造型。
图 9-12楔形体的主造型面为不对称型，楔形体的主造型面仅靠磁感应相连（冲磁方向于 楔形体长边平行） 组成的复合主造型面则可为四个形状各异的造型。
图 13-14主造型面为对称形圆形的圆柱体永磁体部件， 靠磁感应由链状变成环状， 只能 形成一种环状造型
图 15-20近似菱形的不对称主造型面永磁体部件靠磁感应由链状变成环状， 则可以产生 多个环状造型
图 21显示一个单一形状的不对称主造型面永磁体部件靠磁感应相连形成的胸坠。
图 22用不同的主造型面永磁体部件靠磁感应相连与磁体着色不同等方法就更可以由佩 磁者自创众多有风格的首饰。 具体实施方式
实施例 1 钕铁硼无镍电镀工艺
一、 工艺过程
抛光一除油一除锈一超声波除油一镀底铜 （化学镀铜一电镀铜） 一电镀银一电镀金一钝 化
二、 镀底铜 化学镀铜工艺规范
硫酸铜 （CuS04. 5H20) 10 g/L
酒石酸钾钠 （NaKC4H406. 4 0) 45g/L
甲醛 （HCH0) 15 g/L
碳酸钠 （N¾C03) 12 g/L 三、 底铜镀好后可以镀银、 金等金属。
实施例 2钕铁硼无镍电镀工艺
一、 工艺过程
抛光一除油一除锈一超声波除油- -镀底铜 （化学镀铜一电镀铜） 一电镀银一电镀金一钝 化
二、 镀底铜 化学镀铜工艺规范
硫酸铜 （CuS04. 5H20) 10 g/L
酒石酸钾钠 （NaKC4H406. 4 0) 50 g/L
甲醛 （HCH0) 20 g/L
碳酸钠 （N¾C03) 15 g/L
三、 底铜镀好后可以镀银、 金等金属
实施例 3 钕铁硼无镍电镀工艺
一、 工艺过程
抛光一除油一除锈一超声波除油 镀底铜 （化学镀铜一电镀铜） 一电镀银一电镀金一钝 化
二、 镀底铜 化学镀铜工艺规范
硫酸铜 （CuS04. 5 0) 10 g/L
酒石酸钾钠 （NaKC4H406. 4 0) 40 g/L
甲醛 （HCH0) 10 g/L
碳酸钠 （N¾C03) 10 g/L
三、 底铜镀好后可以镀银、 金等金属
实施例 4钕铁硼无镍电镀工艺
一、 工艺过程
抛光一除油一除锈一超声波除油一镀底铜 （化学镀铜一电镀铜） 一电镀银一电镀金一钝 化
二、 鍍底铜 电镀铜工艺规范 硫酸铜 （CuS04. 5H20)
氨三乙酸 （N ( CH2C00H) 3)
、 底铜镀好后可以镀银、 金等金属。 实施例 5钕铁硼无镍电镀工艺
一、 工艺过程
抛光一除油一除锈一超声波除油- -镀底铜 （化学镀铜一电镀铜） 一电镀银一电镀金一钝 化
二、 镀底铜 电镀铜工艺规范
硫酸铜 （CuS04. 5 0) 45 g/L
氨三乙酸 （N ( CH2C00H) 3) 135 g/L
三、 底铜镀好后可以镀银、 金等金属 实施例 6钕铁硼无镍电镀工艺
一、 工艺过程
抛光一除油一除锈一超声波除油- -镀底铜 （化学镀铜一电镀铜） 一电镀银一电镀金一钝 化
二、 镀底铜 -电镀铜工艺
硫酸铜 （CuS04. 5 0) 50 g/L
氨三乙酸 （N ( CH2C00H) 3) 170 g/L
三、 底铜镀好后可以镀银、 金等金属
实施例 7
1) 具有银保护层的永磁体部件， 厚 5 长 15 宽 7 清洁处理， 预热到 340°C ;
2) 将永磁体部件进入 100目的尼龙 11粉体箱中翻滚浸涂， 使永磁体零件表面被覆膜材料粉 体全包覆； 永磁体表面的尼龙 11粉体液化流平， 得到厚度为 0. 34mm的涂层。 实施例 8
1) 具有金保护层的永磁体部件圆片， 厚 2 直径 15 清洁处理， 预热到 345°C ; 2) 将永磁体部件进入 60目的尼龙 11粉体箱中翻滚浸涂， 使永磁体零件表面被覆膜材料粉 体全包覆；
3) 永磁体部件表面未液化流平， 再进入温度在 500Ό之间的工作室液化流平， 得到厚度为 0. 22 mm的涂层。
实施例 9
1) 具有金保护层的永磁体部件， 厚 3 长 10 宽 5 清洁处理， 预热到 360Ό ;
2) 将永磁体部件进入 80目的尼龙 11粉体箱中翻滚浸涂， 尼龙 11粉体中含有重量百分比为 0. 5%的红色粉体， 使永磁体部件表面被覆膜材料粉体全包覆；
3) 永磁体部件表面未液化流平， 再进入温度在 420Ό之间的工作室液化流平。
4) 重复步骤 2 ) 和 3 ) 分别 1次， 得到厚度为 0. 81 的红色涂层。 实施例 10 在永磁体或软磁 1 4和硬化剂 （湿.度为摄氏 120··· 180度， 主剂与硬 之比为二比一。 在涂层: ：固化之前再喷涂， 共三次， 可得接近一毫米厚的表面涂层:
主:剂 36Ι8Α-- 颜色
粘度 4()摄氏度
比重 2δ摄氏度 1. 4δ Ί <■ 5
Figure imgf000012_0001
体积电阻 25摄氏度 ] * 6x 10的 次方 表面电 fa 25摄氏度 ] * ½丄(）的 Ι δπ次方 耐 电 压 25摄:氏度 K:V',.½ 16""18
诱 电 率 3, 7
诱电损失 0. 42
抗压强度 kg/ri!iii - -方 8. 4
冲击强度 kg/cBi/cm -:>|- 6. 8
硬 度 ) 82 吸水 率 %24H 〈0. 1 实施例 11 拉砂工艺
1、 前期工艺- 钕铁硼毛坯一磨光一线切割一打磨一切片
2、 拉砂工艺规范：
设备： 618平面磨床
工装： 平口钳等夹具、 60 #金刚石砂轮
工艺： （1 )、 用平口钳和夹具固定切好片的半成品磁体， 将其放置在平面磨床的工作 台上； （2)、 调整好工装平行度、 垂直度后试磨， 根据试磨结果调整公差； （3)、 试磨成功后 批量加工； （4)、 每磨 100片检查修整砂轮一次， 每 3000片更换一次砂轮； （5)、 旧砂轮重镀 金刚砂后可反复使用， 直至磨不出产品效果后报废； （6)、 单面磨量 0. 1mm, 磨前半成品公差 需上调 0. 2mm。
检验： 磨好的产品分清正品、 次品、 废品分别转入相应下道工序或报废处理。
3、 后期工艺- 倒角抛光 -电镀 -包塑

Claims

1、 一种佩磁系统， 其特征在于， 构成本系统的主体的部件间仅靠磁感应相连接； 这些部件为 永磁体或软磁体制成； 并且这些部件有不对称的面作为主要造型面； 三个或三个以上这些部 件的主要造型面相连接构成首饰的主体造型面。
2、 根据权利要求 1的系统，其特权征在于， 所述的软磁体选自铁。
3、 根据权利要求 1的系统，其特征在于， 所述的永磁体选自烧结钕铁硼永磁体、 注塑钕铁硼 永磁体。
4、 根据权利要求 3的系统，其特征在于， 所述的烧结钕铁硼永磁体、 注塑钕铁硼永磁体的加 工精度为首饰级。 书
5、 根据权利要求 1的系统， 其特征在于， 所述的首饰选自胸坠、 耳坠、 项链、 手链、 脚链、 指链或胸针。
6、 根据权利要求 1-5 中任一项的系统， 其特征在于，所述永磁体部件的磁感应强度为 900-5900高斯。
7、 根据权利要求 6的系统， 其特征在于，所述永磁体部件的磁感应强度为 1100-3900高斯。
8、 根据权利要求 1的系统，其特征在于，所述的永磁体部件或软磁体部件还有表面保护层。
9、根据权利要求 8的系统， 表面保护层选自金属镀膜、外包贵金属保护层、 塑料膜保护层中 至少一种。
10、 根据权利要求 9的系统， 外包贵金属保护层均实施首饰的装饰性处理工艺。
11、根据权利要求 10的系统， 其特征在于， 所述的表面保护层选自十微米以上的无镍金属镀 膜、 无镍金属镀膜加外包无触点透明塑料膜、 外包塑料膜、 贵金属保护层、 贵金属保护层后 再外包无色塑料膜。
12、 根据权利要求 11的系统， 其特征在于， 所述的贵金属保护层的材料选自银、 黄金、 白金 或其合金。
13、 根据权利要求 12的系统， 其特征在于， 所述的贵金属保护层的厚度是 0. 2毫米 -10毫米。
14、 根据权利要求 13的系统， 其特征在于， 所述的贵金属保护层的厚度是 0. 4-0. 8亳米。
15、 根据权利要求 11的系统， 其特征在于， 所述的部件与金属保护层间可留有空隙。
16、 根据权利要求 11的系统， 其特征在于， 所述的塑料膜是透明或有色的。
17、根据权利要求 16的系统， 其特征在于， 所述的塑料膜的材料选自天然植物尼龙或无毒水 基环氧涂料。
18、根据权利要求 17的系统， 其特征在于，所述的天然植物尼龙选自尼龙 11、尼龙 12; 无 毒水基环氧涂料选自环氧树脂水晶胶 3618A/B-1。
19、 根据权利要求 1的系统，其特征在于,配套本系统的永磁体部件连接成的项链， 手链， 指 链有透视性好、 一端开口、 一端收尾、 粗细及长短适度的、 其开口可收缩且开口部与收尾部 能够机械性连接细网状或莎状筒。
20、 根据权利要求 1的系统，其特征在于，本系统配套以超声波振动仪及一毫米厚， 面料较粗 糙 ， 硬度略低于长碳链尼龙的织物配件。
21、 根据权利要求 1的系统，其特征在于，本系统配套以结实且薄的双层内衣， 每间隔 1-1. 5 厘米有水平方向的线将双层内衣缝合， 外层内衣的内外缘处有开口。
PCT/CN2009/071951 2008-05-23 2009-05-25 自创式磁疗首饰系统 WO2009140927A1 (zh)

Applications Claiming Priority (8)

Application Number Priority Date Filing Date Title
CN200810098046.6 2008-05-23
CN200810098046 2008-05-23
CN200810181776A CN101745183A (zh) 2008-12-08 2008-12-08 在磁疗系统永磁体零件表面的保护膜及其制造方法
CN200810181776.2 2008-12-08
CN200910001520.3 2009-01-09
CN200910003183.1 2009-01-09
CN200910003183 2009-01-09
CN200910001520A CN101773321A (zh) 2009-01-09 2009-01-09 用于自创磁疗首饰系统的贵金属与永磁体或铁的复合构件

Publications (1)

Publication Number Publication Date
WO2009140927A1 true WO2009140927A1 (zh) 2009-11-26

Family

ID=41339792

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2009/071951 WO2009140927A1 (zh) 2008-05-23 2009-05-25 自创式磁疗首饰系统

Country Status (1)

Country Link
WO (1) WO2009140927A1 (zh)

Citations (12)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0598938A1 (de) * 1992-11-25 1994-06-01 Firma Franz Breuning Vorrichtung zum Anbringen von Dauermagneten am menschlichen Körper
JPH11103915A (ja) * 1997-10-06 1999-04-20 Tsutomu Sakurai 通しひも，連結金具を用いない磁気ブレスレット
CN1262079A (zh) * 1999-01-26 2000-08-09 黄云光珠宝有限公司 多层金属电铸的金银首饰工艺品
CN1533727A (zh) * 2003-04-01 2004-10-06 Ф�������ʹ�˾ 珠宝饰物
CN2683171Y (zh) * 2003-07-10 2005-03-09 刘宗彬 降压护腕
JP2005131083A (ja) * 2003-10-30 2005-05-26 Sagami Chemical Metal Co Ltd 永久磁石リング
US20050148809A1 (en) * 2003-12-29 2005-07-07 Delaney Timothy P. High power therapeutic magnetic jewelry
GB2413080A (en) * 2004-03-19 2005-10-19 Roger Edward Flaherty Magnetic therapy device worn by animals having alternate pole concentric annular magnets
WO2007012791A1 (en) * 2005-07-26 2007-02-01 Genie Toys Plc Beads
CN201004354Y (zh) * 2006-11-14 2008-01-09 赵立文 磁性组合物
US7371472B2 (en) * 2002-12-24 2008-05-13 Sagami Chemical Metal Co., Ltd. Permanent magnet ring
US20080184737A1 (en) * 2006-10-20 2008-08-07 Wiseman Zachary D Magnetic items comprising multiple strands of universally connected components

Patent Citations (12)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0598938A1 (de) * 1992-11-25 1994-06-01 Firma Franz Breuning Vorrichtung zum Anbringen von Dauermagneten am menschlichen Körper
JPH11103915A (ja) * 1997-10-06 1999-04-20 Tsutomu Sakurai 通しひも，連結金具を用いない磁気ブレスレット
CN1262079A (zh) * 1999-01-26 2000-08-09 黄云光珠宝有限公司 多层金属电铸的金银首饰工艺品
US7371472B2 (en) * 2002-12-24 2008-05-13 Sagami Chemical Metal Co., Ltd. Permanent magnet ring
CN1533727A (zh) * 2003-04-01 2004-10-06 Ф�������ʹ�˾ 珠宝饰物
CN2683171Y (zh) * 2003-07-10 2005-03-09 刘宗彬 降压护腕
JP2005131083A (ja) * 2003-10-30 2005-05-26 Sagami Chemical Metal Co Ltd 永久磁石リング
US20050148809A1 (en) * 2003-12-29 2005-07-07 Delaney Timothy P. High power therapeutic magnetic jewelry
GB2413080A (en) * 2004-03-19 2005-10-19 Roger Edward Flaherty Magnetic therapy device worn by animals having alternate pole concentric annular magnets
WO2007012791A1 (en) * 2005-07-26 2007-02-01 Genie Toys Plc Beads
US20080184737A1 (en) * 2006-10-20 2008-08-07 Wiseman Zachary D Magnetic items comprising multiple strands of universally connected components
CN201004354Y (zh) * 2006-11-14 2008-01-09 赵立文 磁性组合物

Similar Documents

Publication Publication Date Title
CN101292799A (zh) 一种金银珠宝首饰制作新工艺及应用
CN105495888A (zh) 一种首饰加工工艺及首饰
CN107114874A (zh) 一种cnc车花的珠宝饰品及其制作方法
EP3403522B1 (en) Jewelry article and process for making said jewelry article
WO2009140927A1 (zh) 自创式磁疗首饰系统
CN103263126B (zh) 仿钻黄金首饰的倒模和油压制作方法
CN102334786A (zh) 含有石碎和贝壳的树脂结合金属的首饰生产工艺
CN103263127B (zh) 千足金镶嵌18k金的制作方法
CN104997248A (zh) 一种镂空文字首饰制作方法
CN103757673A (zh) 一种佩戴饰品的制造方法
JP2596305Y2 (ja) 貴金属光沢を備えた装飾珠
CN202019888U (zh) 造型首饰
CN205456593U (zh) 带有金银装饰物的首饰
KR101290119B1 (ko) 장신구
CN109953434A (zh) 一种手镯及其生产流程
CN204763774U (zh) 一种便于穿戴的手镯
CN220140973U (zh) 一种具有编织纹路的花丝黄金钻石吊坠
CN101994049A (zh) 一种制作首饰的钨合金材料与制作首饰方法
KR102164562B1 (ko) 인조보석의 제조방법
KR20180093553A (ko) 춘천옥을 활용한 장신구
CN209862546U (zh) 一种炫彩型珠宝饰品
CN116919067A (zh) 一种仿钻石切割成型的金钻结构及其加工方法
CN116584746A (zh) 仿玉石产品的镶嵌工艺
CN113017211A (zh) 一种首饰及其制作方法
CN113576128A (zh) 一种饰品制造工艺方法及饰品

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 09749470

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

122 Ep: pct application non-entry in european phase

Ref document number: 09749470

Country of ref document: EP

Kind code of ref document: A1