TW200826990A - Magnetic therapeutic device and method for producing magnetic therapeutic device - Google Patents

Abstract

Disclosed is a magnetic therapeutic device for use as a wearable article including a necklace to exert a blood flow-promoting effect on a body of a user. The magnetic therapeutic device comprises an elongated flexible magnet portion formed from a mixture of a silicone rubber and a magnetic powder to extend in a given direction, and magnetically polarized, and a flexible sheath portion formed from a silicone rubber to cover over an entire outer periphery of the magnet portion. The magnetic therapeutic device of the present invention can more uniformly apply a magnetic flux to a body of a user.

Description

。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 [Prior Art] It is known that magnetic flux applied to the human body promotes blood flow (i.e., blood circulation) and provides a health-promoting effect, and thus different health promoting appliances are developed to obtain such benefits. For example, Japanese Unexamined Patent Publication No. Hei No. H11515 discloses an elongated magnetic member for use as a wearable yang, such as a magnetic gas necklace, in which magnetic powder which emits magnetic flux is mixed therein. The magnetic gas component is a mixture of a ferrite magnet powder and a synthetic resin material in an amount of 80% by weight or more, heating and softening the mixture: sub-forming the softened mixture by using a machine Formed as a string-like process, and a sheath portion formed by heating and softening a thermoplastic elastomer using a squeeze machine that squeezes the soft plastic elastomer along the periphery of the magnet portion. ..., the magnetic member can realize a magnetic gas necklace capable of preventing a material such as a magnet portion of a ferrite powder from being exposed to the outside to directly contact the skin of the milk while maintaining a given magnetic strength. In the above magnetic gas member, the magnet portion and the sheath portion are each sufficiently different: formed. Therefore, the contact between the magnet portion and the sheath portion tends to become non-knife or uneven. It may cause difficulty in managing the magnetic strength of 2014-9150-ρρ 5 200826990 which is emitted from the magnet portion to the outside, and hinders The ability of magnetic flux to be added to the user's body. #句匀地施[Summary] In view of the above situation, the purpose of the present invention is to provide a gas therapy device, which can be more uniform, 浐4 4 仏 磁 磁 习 知 知 知 知 知 知 知 知 知Li and the manufacturing method of magnetic gas therapy device. According to a feature of the present invention, the body of the user has a function of promoting the blood flow of the user. The magnetic gas treatment device includes a flexible magnet portion. a mixture of magnetic powder and a magnetic powder formed to extend in a given direction, and is magnetically poled, condensed, and a flexible sheath portion formed to cover the entire periphery of the magnet portion on. The purpose of the present invention is to become more apparent after reading the following detailed description and drawings. [Embodiment] Referring to the drawings, the present invention will be described in terms of its preferred embodiments. The description of the sputum is an example in which the magnetic gas treatment instrument of the present invention is used as a magnetic necklace. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front view showing a magnetic envelope as a latex necklace, which is a magnetic cross section of a magnetic gas necklace according to a K embodiment of the present invention. As shown in Figures 1 and 2, the magnetic gas necklace 1 includes a magnet portion 1 〇, a sheath portion 20, a locking portion 22, and a merging portion 26. , Ρ 1 Μ skin is provided as a magnetic flux applied to the user's body

2014-9150-PF 200826990: Set. In this embodiment, the magnet portion 10 is formed as a member having an elongation of about 3 mm. The magnet portion 1G is formed by subjecting a mixture of (4) and magnetic powder (i.e., a 'electrolytic magnetic powder mixture) to an extrusion molding process to have overall elasticity according to the restoring force of the stone powder. In this embodiment, a magnetic powder-mixed powder comprising a powder of a ferrite magnet and a powder of a rare earth magnet having a high magnetic flux strength. Magnetic powder to magnet part i. The mixing ratio of the silicone is set at about 7:3. The magnet portion is magnetically polarized. particular

Ground, as shown in Fig. 2, the magnets are polarized in such a manner that the two magnetic poles are formed on their respective opposite outer sides. The warm cover portion 20 is provided to cover the magnet portion 1. The entire periphery is prevented from leaking or scattering the magnetic powder contained in the magnet portion 1G to the outside. In this embodiment, the sheath portion 20 is formed to have about. A member of the thickness of .3_. Sheath portion 2. The 'formation' is formed by subjecting the silicone to an extrusion process. The crotch portion 20 has sufficient elasticity to easily and erect as shown in Fig. i while surrounding the magnet portion 1 在 therein. Compared to other synthetic resins, tannin is considered to be a material that has a relatively low adverse effect on the human body. Thus, when the magnetic gas: the chain 1 directly contacts the skin of the user, the sheath portion 2G formed by the stone gel to cover the magnet portion 10 can more reliably suppress the adverse effect on the user's skin while preventing the magnetic powder. Attached to the user's skin. The locking portion 22 is provided as a means for locking the hinge portion %. In this embodiment, the locking portion 22 and the slitting are formed in the sheath portion 2 (). The portion 22 is provided with a protrusion 24 which "4" protrudes outwardly. The locking projection 24 is adapted to engage with the merging 28 of the genus 2014-9150-PF 7 200826990 of the cloning portion 26 described later for locking The Confucian Department / The mouth / 26 is adapted to be locked by the broken locking portion 22. Specifically, the fitting portion 26 is provided with a sheath portion 2 on the opposite side of the locking portion oyster 4 22 At the other end, the splicing portion 26 is formed to have a hobby && aperture 28 which is releasable by the two, When joining each other, the magnetic 顼锸 $ $ $ Μ Μ 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 巩 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当Wearing, that is, wearing a cut, P 嗫. Hole 28 When the tooth 2 is wrapped around the user's neck, the crotch portion 20 is bent and directly covered on the magnet portion i: on the surrounding skin, maintaining it The obstacle is that the magnetic flux from the magnet 10 will be applied to the user's body, and the blood flow on the user's body == hairpin, such as in the stone In the magnetic gas necklace 1, the magnetic field strength from the magnetic enthalpy 10 is about 5 〇 mT. The method of manufacturing the above magnetic gas necklace 1 will be described below with reference to the Fen. The illustration is for extruding the magnetic gas necklace. BRIEF DESCRIPTION OF THE FORMING EXTRACTION DEVICE: Fig. 4 is a top view showing the extrusion molding apparatus of Fig. 3. Fig.: Extrusion of one of the crystal grains which is not used in the extrusion molding apparatus: the molding apparatus includes ··· - kneading machine 31; a second kneading machine:; two = 峨 41; _ second extrusion plant; - vulcanized paper two drawing machine 60, 61, and a reeling machine 7 〇. Use (four) device magnetic gas The manufacturing method includes the following steps: (1) pulverizing step - pulverizing step is performed to pulverize the magnet portion 1 and the sheath portion 2

2014—9150-PF 8 200826990 and plasticized millable silicone. In this case, the rubber enamel is made of the raw rubber lip of the 'millable type gutta-percha' in the first whistle, and the "two brothers kneading machine 31, 3, raw rubber and gradually plasticized. , (2) kneading step

&~Scratch the material that can be milled to fit the plasticized material. In the kneading step, the sharp substance, the rare earth magnet 4 powder, and the vulcanizing agent such as an organic peroxide are put into the V-soil machine 31, and are kneaded and evenly mixed with each other. Medium 2: a mixture of stone side. Furthermore, the millable type of silicone, and the like, and the protection of such as organic peroxides

The chemicals are placed in the second kneading machine 32; L wei ugly is kneaded and uniformly mixed together to obtain a sheath side mixture. (3) Feeding step A feeding step is carried out to fill the respective magnet side and sheath side mixtures which are kneaded in the kneading step into the respective first and second extruders 41, 42. Specifically, in the charging step, the magnet side mixture kneaded in the first kneader μ is filled into the first extruder 4, and the sheath side mixture kneaded in the second kneading machine 32 is filled. To the second extruder 42. (4) Extrusion step An extrusion step is performed to press the filled magnet side and sheath side mixture from the corresponding first and second extruders 41, 42. The first and second extruders 41, 42 are each connected to a bonding unit 43 provided on the vulcanizer 50. Specifically, the bonding unit 43 has crystal grains 4 3 a as shown in Fig. 5 . The die 43a includes a circle formed by a vertical extension of the thin-walled plate member 2014-9150-PF 9 200826990, a cylindrical inner frame 45, and a frame 44 surrounding the inner frame 45. First; the outlet of the I# press 41 is coupled to the inlet of the inner frame 45 and the outlet of the second extruder 42 is coupled to the annular space surrounded by the inner and outer frames 45, 4 Λ ^ Eight Ports 0 In the squeezing step, the first extruder 41 μ squeezes the magnet side mixture in the squeezing machine 41 from the outlet of the inner frame 45 downward through its internal space. At the same time, the second extruder operates from t plus X c ^ Z to

The ring-shaped space around the outer frame wood 45, 44 is _ 广 广 Ώ 向下 向下 向下 向下 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 向下 向下 向下 向下 向下 向下 向下 向下 向下 此 此 此It is covered on the side of the extruded magnet side and the combined magnet side and the side of the side are supplied with only 1 σ to be fed toward the vulcanizer 5 Q. (5) Vulcanization step The first vulcanization step is performed to vulcanize the combined magnet side and sheath side mixture which is pressed from the first and second extruders 41, 42. In the vulcanization step, about 200 t at ambient pressure; hot air is supplied to the outer periphery of the sheath-side mixture covering the mixture on the magnet side to vulcanize and harden the millable type contained in the mixture on the magnet side and the sheath side Silicone. In this step, the silicone in the mixture on the side of the magnet and the silicone in the sheath-side mixture are vulcanized in contact with each other. Thereby, the individual silicones are hardened so that the magnet ports P 1 G and the crotch portion 20 are bonded together. In this manner, the string-like magnetic gas member 1a having the structure of the magnet portion 1 and the entire sheath portion 20 covering the magnet portion 10 is formed by the vulcanization step'.

(6) Winding step 2014-9150-PF 10 200826990 A winding step is executed. The magnet portion 10 and the guard (four) 2 member 1a are _= from the vulcanizer 50 in the form of the entire structure of the row +. In the winding step, the drawing machines 60, 61 of the magnetic gas member la# 70 are pulled, and the door is wound up by the winding machine 70. (7) Cutting step The step is performed to cut the magnetizer member la to a given length. (8) Locking section fusion bonding step", the setting zone fusion bonding step is performed to melt-bond the locking section including the locking portion 2 2 and the "portion 26" to the magnetic milk member cut to a given length The sheath portion 2Q of la. In the locking section blending engagement step, the first opposite end of the sleeve portion 20 is attached to the kneading-side mold assembly 8 of the pattern 80a including the locking portion 22 as shown in FIG. Then, the separately formed millable type reticle film is inserted into the mold assembly 8 。. Next, a given molding pressure is applied to the mold assembly 8. At this time, the sheet is melted and joined to the sheath portion 2. The first end. In the same manner, the locking portion 形 is formed at the other end ', i.e., the second end, of the sheath portion 20. The outer shape of the magnetic gas necklace 1 is formed by the locking section. (9) Polarization step In the polarization step, a high magnetic field is applied to the magnet portion 1 〇 covered by the sheath portion 2 〇 to magnetically polarize the magnet portion 1 〇. By the polarization step, the magnet portion 1 is formed to have magnets of N and S poles each arranged along the longitudinal direction of 3 kel. In the above manner, the magnetic flux necklace 1 capable of uniformly applying the magnetic flux of the magnet portion 1 至 to the user's body is obtained.

As described above, in the magnetic gas necklace worker according to the above embodiment, the sheath portion formed by the magnet portion (four) (four) glue formed of the material of the magnetic powder = this makes it possible to prevent the magnetic powder from adhering to the skin of the user or the like and to cause damage , skin. Further, the magnet portion 10 is formed of a mixture of the stone and the magnetic powder, and the sheath portion 20 is formed of the same silicone rubber as the magnet portion. This allows the magnet portion U) and the sheath portion (9) to be sufficiently in contact with each other so as to facilitate the homogenization of the magnetic flux from the magnet portion and to effectively exert a magnetic flux promoting effect on the user's body. Further, the Shixi gum has a physiologically stable material, so that the adverse effects of the crotch portion on the skin can be more easily suppressed. In the above example, a powder of a rare earth magnet having a high magnetic flux intensity is used as a magnetic powder of the magnet portion 1Q. Thereby, the ratio of the Shiqi gum in the magnet portion 1〇 can be increased while ensuring the magnetic effect. This allows the magnetic necklace i to have greater elasticity to more properly contact the skin of the user. If the ratio of the silicone is not increased, the magnetic necklace i can be reduced in size while ensuring the required elasticity. In the above embodiment, the locking portion 22 provided to the sheath portion 20 and the lock portion 22 adapted to be releasably locked by the locking portion 22 are formed. This allows fusion between the sheath portion 2 〇 and the locking portion 22 and between the urging portion 26 so that the formation of the locking portion 22 and the splicing portion 26 in the sheath portion 2 变成 becomes easy, and the locking portion is prevented 22 and the merging portion 26 are separated from the sheath portion 20. In the above method of manufacturing the magnetic gas necklace 1, the magnet side mixture is

2014-9150-PF 200826990 The extrusion step is squeezed while pressing the sheath side mixture to the periphery of the magnet side mixture. The foot makes it easy to cover the magnet portion 1 由 by the sheath portion 2 〇. The magnet side and sheath side mixture which are extruded in the V step are simultaneously vulcanized to fuse between the silicone in the mixture on the magnet side and the tantalum in the sheath side mixture so as to be formed by the respective vulcanized mixture. The integration between the magnet and the crotch portion 10, 20 becomes easy. Specifically, in the vulcanization process, the magnet side and the sheath side mixture are each hardened based on the vulcanization of the stone gum contained in the magnet side and the sheath side mixture. That is, the two blended mixtures are not vulcanized under the different conditions to be the same t, "匕it makes it possible to reduce the complexity of the process and to simplify the manufacturing equipment. - The present invention - an advantageous embodiment has been shown And it is obvious to those skilled in the art that various changes and modifications can be made without departing from the spirit and scope of the present invention, for example, although the above embodiments An example of a magnetic powder that has been used as r rJ gB + 丄石口 P 1 0 based on the end of the sputum including the Qing dynasty, the Japanese κ I rare earth magnet, and the ferrite magnetic eclipse: The magnetic powder used in the present invention is not limited to the end of this J, but may be any suitable magnetic powder 1 $ ^ 7 ^ iron-based magnet. Further, although it is set to about 7:3 in the above embodiment, the present invention does not ρ & 混合 的 mixing ratio 〇 4 know Θ X is not limited to this balance between elasticity and magnetic field strength, magnetic .... Consider set in the range of about 5: 5 to 9: 1 :: mixing ratio of silicone Preferably, the diameter of the magnet portion 10 and the thickness of the sheath portion are changed. Can be changed appropriately

2014-9150-PF 200826990 In addition to the magnetic gas necklace, the present invention can be applied to any other magnetic gas treatment device. The sheath portion may contain other materials such as a pigment or a colorant as needed. In the above embodiment, the sheath portion 20 is formed of a single type of mixture. Alternatively, the sheath portion 20 may be formed of a plurality of types of compounds of different colors. For example, as shown in FIG. 7, the bonding unit in the above embodiment may have a die which is provided with a plurality of spacers which divide the space between the inner frame 1〇5 and the outer frame 104 into a plurality of subspaces. And the second squeezer in the above embodiment may include a plurality of second extruders in which the mixture of different colors is squeezed from the individual subspaces partitioned by the partitions 1A4a. In this case, as shown in Fig. 8, Ganis and Kenting are supplied to a magnetic gas necklace 100, part 20. The jacket of Dingbian Fen 20a, 20b is as described above, and the magnetic therapy device is used, and includes a piece of work, including a necklace, to pinch on the user's body. Blood weep you $μ effect. The magnetic gas therapy device comprises: "elongated holdable": blood: a mixture of promoted glue and magnetic powder formed to be polarized at a given stone and by a crucible; and a flexible sheath portion, which is made of The formation of ^= Shenz and is magnetically applied to the entire periphery. After the magnetic therapy device in the magnet portion, the magnet portion is formed, and the sheath portion covering the magnet portion is & n γ > The sheath portion can be formed by the ancient eight alpha alpha eve. This causes the magnetic pole to singly with a full consistency of the magnet portion to the external & magnetic, s θ ~ ρ contact so that the magnetic flux from ' is sentenced. That is, in the magnetic gas

2014-9150-PF 14 200826990 In the therapeutic instrument, the magnetic flux from the magnet portion is uniformly applied to the body, so that the magnetic flux-based blood flow promoting action can be effectively exerted on the user's body. Further, as described above, the sheath portion of the magnetic gas is formed of a physiologically stable stone. Thus, the magnetic therapy device is in direct contact with the adverse effects of the user's field sheath on the skin. "" More precisely, the treatment is formed by a multi-color extrusion molding process in which the magnetosphere and the magnetic powder mixture and the sheath tearing of the magnet portion are subjected to a multi-color extrusion molding process. This feature makes it easier to form the jacket portion with the frost on the outer circumference of the magnet material, so that the ❹ type program is more surely in contact with each other. U is extruded into a magnetic gas therapy device, and the magnetic powder can be a high magnetic flux of a rare earth magnet. The magnetic flux is strong:::: The conventional magnet of the magnet portion of the magnet, and the rare earth magnet of the ρ, degree is used as the magnetic powder. . The amount of magnetic powder from the 吏 吏 magnet portion is reduced, and the magnetic effect can still be maintained. This makes it possible to protect the magnetic properties of the magnets. Inch L is small, the same as 4, in addition, if the amount of magnetic powder is allowed to be reduced in the way of ensuring and explaining, the magnetic effect of magnetite 1 && π door privateness can be used in the magnetostatic effect and size. It is increased when the 盥僖-therapeutic treatment is carried out so that it can be raised to the same extent as the magnet portion. This is more flexible. Α Α 并且 并且 并且 并且 并且 并且 并且 并且 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,夕胶 in the sheath

2014-9150-PF 15 200826990 is formed at the other end and is adapted to be releasably locked by the locking portion, and when the merging portion is locked by the locking portion, the magnetic gas therapy is covered in the maintenance sheath portion. It is suitable to have a ring shape in a state above the magnet. The second feature allows the magneto-therapeutic device to have enhanced wear resistance and usability with a disposable article such as a necklace or a hand. In particular, the locking portion and the series that are provided to the sheath portion are formed by the stone glue so that a lock can be formed in the sheath portion between the sheath portion and the locking portion and between the merging portion. Qiu Wanyu entered the i, the 々戍 々戍 lock and the merging part, and more reliably prevented the locking part and the old merging part from undesirably separating from the sheath part, that is, falling off. Furthermore, the method for manufacturing a magnetic gas therapy apparatus includes: a kneading step of kneading the magnetite and the magnetic powder of the magnet portion together with the vulcanizing agent in the first kneader: and the rubber of the sheath portion together with the vulcanizing agent In the kneading machine, the kneading step is performed, and the kneaded side of the stone, the magnetic powder and the vulcanizing agent are fed to the first extruder and the kneaded stone and the vulcanizing agent are sheathed. The side mixture is fed to the second extruder towel; an extrusion step of extruding the magnet side mixture from the first extruder and simultaneously pressing the sheath side mixture from the second extruder to the outer circumference of the magnet side mixture; And a sulfurization step of applying heat to the two extruded mixture to vulcanize the mixture. In this method, each of the magnet side mixture and the sheath side mixture can be sufficiently kneaded in the soil σ step to prevent a change in the mixed state in the magnet portion and the sheath portion. This makes it possible to achieve uniformization of the magnetic effect of the magnetic powder exerted on the user's body. Further, in this method, the magnet side and the sheath side mixture are respectively filled into the first and second extruders in the feeding step, and in the pressing step, the magnet side mixture is extruded while being extruded Protection

2014-9150-PF 16 200826990 The side mixture is applied to the periphery of the mixture on the side of the magnet. This makes it easier to cover the magnet side mixture from the sheath side mixture. Then, in the vulcanization step, the two extruded mixtures are simultaneously vulcanized. This makes it possible to realize the squeezing of the silicone and the sheath side mixture in the magnet side mixture, making it easier to form the magnet and the sheath portion by the respective vulcanized mixture. In particular, in the magnetic gas therapy device, each of the magnet side mixture and the sheath side mixture may contain the same type of stone gum, so that the two extruded mixtures may be vulcanized simultaneously without vulcanizing the respective mixtures under different conditions. This makes it possible to reduce the complexity of the process and to simplify the manufacturing equipment. The sputum treatment is a body that uniformly applies magnetic flux to the user while suppressing the adverse effects on the user's skin more reliably. This method can efficiently manufacture a magnetic gas therapy device in an efficient manner. ▲This application is based on the 2QG6-33 及 and _ years of the Japanese patent application filed by the Patent Office in February 2006. Japanese Patent Application No. 2 GG7-014472, filed on Jan. 25, the content of which is hereby incorporated by reference. - Since the present invention can be implemented in several types without departing from the spirit of its essential features, the scope of the present embodiment #$# % M t , is not limited by the additional application, because the present invention - the monthly patent yoke is defined, Rather than being bound by the preceding description, and therefore located within the boundaries and scope of the φ 士 亩 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' '

2014-9150-PF 17 200826990 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front elevational view showing a magnetic gas necklace as a magnetic therapy apparatus according to an embodiment of the present invention. Figure 2 is a cross-sectional view showing the magnetic gas necklace shown in Figure i. Fig. 3 is a schematic front view showing an extrusion molding apparatus for manufacturing the magnetic gas (four) shown in Fig. 1. Figure 4 is a top plan view of the extrusion molding apparatus shown in Figure 3. Fig. 5 is a schematic cross-sectional view showing one of the crystal grains used in the extrusion molding apparatus shown in Fig. 3. Coupling of the magnetic gas necklace Fig. 6 is a schematic cross-sectional view showing the combination of the molds shown in Fig. j. Fig. 7 is a cross-sectional view showing another example of the use of the particles in the extrusion molding apparatus shown in Fig. 3. Fig. 8 is a side elevational view showing the modification of the magnetic engraving of the magnetic necklace of Fig. 1. Sentence [Description of main component symbols] 1, 1 0 0 ··Magnetic gas necklace; 1 a : Stringed magnetic gas component; 1 0 ··Magnetic part; 20: Sheathed part; 2 0 a, 2 0 b ·· Sub-sheathing part, · 22 ··locking part; 24: locking protrusion; 2014-9150-PF 18 200826990 26 : merging part; 28 ·• merging hole; 31: first kneading machine; 32: second kneading 41; first extruder; 42: second extruder; 43: bonding unit; 4 3 a · die, 44, 104: outer frame; 45, 105: inner frame; 50: vulcanizer; , 61: pulling machine; 7 0: winding machine; 80: mold combination; 8 0a: pattern; 104a: partition.

2014-9150-PF 19

Claims (1)

200826990 X. Patent application scope: A magnetic gas therapy device exerts a blood flow-promoting flexible magnet portion on a user's body to extend in a given direction, 'used as a wearable item The effect of the advance comprises: forming a mixture of silicone and magnetic powder and being magnetically polarized; and a flexible sheath portion on the outer circumference. The magnetic gas treatment device formed by the silicone rubber to cover the entire magnet portion of the magnet portion, wherein the (4) of the magnet portion and the magnetic powder mixture and the sheath portion are subjected to multicolor Formed by the extrusion molding process. X 3. If you apply for a patent scope! The magnetic gas treatment device of the item, the magnetic powder is a powder of a rare earth magnet. 4. If you apply for a patent scope! A magnetic therapy device comprising: a locking portion formed by a silicone at an opposite end of the sheath portion; and a meal portion formed by the silicone at the other end of the sheath portion and adapted Removably locked by the locking portion, wherein when the kneading portion is locked by the locking portion, the magnetic gas therapy device is adapted to have a state in which the sheath portion is maintained over the magnet portion ring. 5. A method of manufacturing a magnetic gas therapy device, comprising the magnetic gas therapy device of claim 2, comprising: a kneading step of causing the silicone portion of the magnet portion and the magnetic powder and the vulcanizing agent to be in the first kneading machine Kneading, and kneading the rubber of the sheath portion and the vulcanizing agent in the second kneader; 2014-9150-PF 20 200826990 a feeding step, feeding the side mixture to the sheath side mixture of the first agent, the kneaded a magnetizer-extruder of a silicone, a magnetic powder, and a vulcanizing agent, and feeding the kneaded silicone and vulcanization to a second extruder; and stepping, pressing the magnet side mixture from the first extruder, and At the same time, the sheath side mixture is extruded from the second extruder onto the outer circumference of the magnet side mixture; and a vulcanization step applies heat to the two extruded mixture to vulcanize the mixture. 2014-9150-PF 21