CN104274909A - Wearable magnetic device and method for enabling body area to be influenced by magnetic field - Google Patents
Wearable magnetic device and method for enabling body area to be influenced by magnetic field Download PDFInfo
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- CN104274909A CN104274909A CN201310279181.1A CN201310279181A CN104274909A CN 104274909 A CN104274909 A CN 104274909A CN 201310279181 A CN201310279181 A CN 201310279181A CN 104274909 A CN104274909 A CN 104274909A
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Abstract
The invention discloses a wearable magnetic device, a method for enabling the body area to be influenced by a magnetic field and a component unit. The wearable magnetic device comprises a magnetic structure, an auxiliary magnet and a fastener, wherein a magnetic field can be generated in a field area of the device by the magnetic structure, the auxiliary magnet is connected with the magnetic structure, the intensity of the magnetic field in the field area of the device can be improved through the auxiliary magnet, and the auxiliary magnet and the fastener are arranged in the mode that the fastener is magnetically fixed to the side, with back towards the field area of the device, of the auxiliary magnet, so that a fabric piece or a garment piece is arranged between the auxiliary magnet and the fastener.
Description
Technical field
The present invention relates generally to a kind of wearable magnetic apparatus, relates to a kind of method making body region be subject to influence of magnetic field, and relates to one group of parts (parts).
Background technology
There are a kind of needs to exist always, namely provide equipment and method with a kind of non-intruding, the comfortable and mode not limiting people's activity to strengthen centrality and the Vigilance of spirit, alleviate slight illness such as chronic pain or damage or postoperative recovery or disease.
Although such as provide magnetic pendant and bracelet to attempt solving above-mentioned needs, exist a lot with this device-dependent problem.These problems may comprise, and pendant or bracelet may not mate with the style that individual wears ornaments, and/or they are for too obvious other people, may cause embarrassment and/or cause the wearer of this equipment to think there are " having to make an explanation " needs.
Each embodiment of the present invention provides wearable equipment, makes body region be subject to method and one group of parts of influence of magnetic field, attempts at least one in solving the problem.
Summary of the invention
According to first aspect, provide a kind of wearable magnetic apparatus, this magnetic apparatus comprises: be configured to the magnetic texure producing magnetic field in the field areas of this equipment; Be connected with this magnetic texure and be configured to the auxiliary magnet of the intensity in the magnetic field increased in the field areas of this equipment; And fastener; Wherein this auxiliary magnet and fastener to be configured on the side that auxiliary magnet deviates from the field areas of this equipment magnetically attachment fastener and to make piece of cloth or medicated clothing sheet be placed between auxiliary magnet and fastener simultaneously.
According to second aspect, provide a kind of method making body region be subject to influence of magnetic field, the method comprises: provide magnetic texure, and this magnetic texure is configured to produce magnetic field in field areas; There is provided auxiliary magnet, this auxiliary magnet is connected with this magnetic texure and is configured to the intensity in the magnetic field increased in this field areas; And on the side deviating from field areas at auxiliary magnet magnetically attachment fastener the piece of cloth that will be worn on this body region or medicated clothing sheet are placed between auxiliary magnet and fastener simultaneously.
According to the third aspect, provide one group of parts, comprising: the magnetic texure being configured to produce magnetic field in the field areas of equipment; Be connected with this magnetic texure and be configured to the auxiliary magnet of the intensity in the magnetic field increased in the field areas of this equipment; And one or more fastener; Wherein this auxiliary magnet and one or more fastener to be configured on the side that auxiliary magnet deviates from the field areas of this equipment magnetically attachment fastener and to make piece of cloth or medicated clothing sheet be placed between auxiliary magnet and each fastener simultaneously.
Accompanying drawing explanation
By only text description as an example by reference to the accompanying drawings, each embodiment of the present invention can be better understood, and is apparent for those of ordinary skills below, in the accompanying drawings:
Fig. 1 (a) is schematic diagram, shows the side view of the wearable magnetic apparatus according to exemplary embodiment.
Fig. 1 (b) is schematic diagram, shows the cross-sectional view of the wearable magnetic apparatus of Fig. 1 (a).
Fig. 2 (a) is schematic diagram, shows a part for the magnetic texure of the equipment of Fig. 1 (a).
Fig. 2 (b) is schematic diagram, shows the cross-sectional view of a part for the equipment of Fig. 1 (a).
Fig. 3 (a)-3(c) be schematic diagram, show the manufacture of the magnetic texure for wearable magnetic apparatus according to exemplary embodiment.
Fig. 4 is schematic diagram, shows the side perspective view of the magnetic texure for wearable magnetic apparatus according to exemplary embodiment.
Fig. 5 is schematic diagram, shows the rearview of a shirt, has one or more wearable magnetic apparatus according to exemplary embodiment to be attached on this shirt.
Fig. 6 is schematic diagram, shows the rearview of a medicated underpants, has one or more wearable magnetic apparatus according to exemplary embodiment to be attached on this medicated underpants.
Fig. 7 is schematic diagram, shows the side cross-sectional view of a part for the shirt in Fig. 5, and an attachment in wearable magnetic apparatus on the portion.
Fig. 8 is schematic diagram, shows and is attached with a wearable belt for magnetic apparatus or the view of binder.
Fig. 9 is schematic diagram, shows and is attached with a wearable helmet for magnetic apparatus or the view of headwear.
Figure 10 shows the heat picture (thermal images) of comparing neck area and dorsal area are exposed in magnetic interference field before and after 3 minutes according to exemplary embodiment.
Figure 11 shows the heat picture of comparing arm regions and lower leg area are exposed in magnetic interference field before and after 3 minutes according to exemplary embodiment.
Figure 12 shows the heat picture of comparing carpal area and abdomen area are exposed in magnetic interference field before and after 3 minutes according to exemplary embodiment.
Figure 13 shows the heat picture of comparing head zone be exposed in magnetic interference field before and after 3 minutes according to exemplary embodiment.
Figure 14 shows and is subject to the flow chart of the method for influence of magnetic field according to the body region that makes of an embodiment.
Detailed description of the invention
Each embodiment of the present invention relates to wearable magnetic apparatus, relates to the method making body region be subject to influence of magnetic field, and relates to one group of parts.In one embodiment, provide a kind of method making body region be subject to influence of magnetic field, comprise: magnetic texure is provided, this magnetic texure is configured in field areas, produce magnetic interference field, auxiliary magnet is provided, this auxiliary magnet is connected with magnetic texure and is configured to the intensity of the magnetic interference field increased in field areas, and on the side deviating from field areas at auxiliary magnet, magnetically attachment fastener is placed in the medicated clothing sheet that will be worn on body region between auxiliary magnet and fastener simultaneously.
The schematic side elevation according to the magnetic apparatus 100 of exemplary embodiment and schematic side elevational cross-sectional view is respectively illustrated in Fig. 1 (a) and Fig. 1 (b).Magnetic apparatus 100 comprises magnetic texure 102, and this magnetic texure is configured to produce magnetic interference field outstanding in the field areas 106 of equipment 100.Equipment 100 comprises supporting construction 108, auxiliary magnet 110 and fastener 112 further, and this supporting construction 108 is configured to support magnetic texure 102, and this auxiliary magnet 110 is configured to the intensity of the magnetic interference field in the field areas 106 of increase equipment 100.Auxiliary magnet 110 and fastener 112 to be configured on the side that auxiliary magnet 110 deviates from the field areas of equipment magnetically attachment fastener 112 and piece of cloth or medicated clothing sheet (not shown) to be placed between auxiliary magnet 110 and fastener 112 simultaneously.In the exemplary embodiment, multi-functional auxiliary magnet 110 advantageously strengthens magnetic interference field, is also configured to equipment 100 to be fixed on fabric or medicated clothing that user dresses.This can make equipment 100 easy to use better, and the risk (if there is) damaging fabric or medicated clothing is very little.In order to the globality of structure, magnetic texure 102, supporting construction 108 and auxiliary magnet 110 can utilize one or more layers bonding sheet (not shown) to encapsulate at least in part, such as, such as, and cellophane tape or polyethylene.
In the exemplary embodiment, auxiliary magnet 110 is embedded in supporting construction 108, is positioned at the side of the field areas 106 that it deviates from equipment 100.The size of fastener 112 makes the edge 114 of fastener 112 under the state of magnetic fastening extend beyond the periphery of auxiliary magnet 110, but is less than the inner recess region 113 of equipment 100.This can advantageously impel fastener 112 to interlock (interlocking) securely with auxiliary magnet 110 under magnetic pull effect in sunk area 113, and piece of cloth or medicated clothing sheet are placed between the two simultaneously.
Fastener 112 comprises the first rigid plastics dish 115, is wherein formed with stepped sunk area 117.Fastener 112 comprises the flat larger magnet 118 of vinyl disc 116, first be arranged on the first larger magnet 118 further and is seated in second compared with the top of small magnet 119.Rigid plastics dish 116 is adapted the top of advanced scalariform sunk area 117, thus magnet 118 and 119 is all firmly held in the appropriate location in vinyl disc 115.
Fastener 112 is preferably at least set to neutral color on the surface deviating from field areas, that is, can by the surface seen when user wears this magnetic apparatus.In various embodiments, the fastener of one or more different colours can be provided, such as, as one group, make color can with expect clothings harmony.This advantageously can promote the fusion of the medicated clothing dressed with the user of equipment 100, can reduce and wear magnetic apparatus by probability that others notices.
In this embodiment, equipment 100 comprises the hard structure 121 be made of plastics further.In this exemplary embodiment, hard structure 121 follows in fact the domed tendency of magnetic texure 102 towards the surface of the field areas 106 of equipment 100.Because equipment 100 comprises plastic construction 121, the direct or close contact between the skin of user and magnetic texure preferably can be avoided.By selecting the characteristic of cladding material, equipment can be optimized for the comfortableness of user such as in contact pressure, scraping and/or skin irritation.
Hard structure (or covering) 121 can have scope and be about the height that the diameter of 30-35mm and scope be about 8-12mm.Dish 115 can have scope and be about the height that the diameter of 18-22mm and scope be about 5-8mm.In one embodiment, hard structure (or covering) 121 has the diameter being about 33mm and the height being about 10mm, and coils 115 and have the diameter being about 20mm and the height being about 6.5mm.But should be realized that, each embodiment is not limited to these scopes and numerical value, other size and/or shape can be used in various embodiments.
The schematic diagram of a part for the magnetic texure 102 of equipment 100 has been shown in Fig. 2 (a).For purposes of illustration, the relative size of the various piece (feature) of magnetic texure 102 is exaggerated.Magnetic texure 102 generally includes the multiple magnet fragments 202 formed by monolithic magnetic material (not shown), and magnet fragment 202 movement is relative to each other prohibited (inhibit).Multiple magnet fragment 202 is located adjacent one another and separate certain interval 204, and this gap 204 defines the border 206 between adjacent magnet fragment 202, interferes the magnetic field formed to produce by the magnetic of each magnet fragment 202.The size in the gap 204 between magnet fragment 202 can such as in the scope of about 0.05mm to 3.00mm.
The magnetic of magnet fragment 202 interferes the intensity being found to increase the magnetic field of giving prominence to from multiple magnet fragment 202.Therefore, the intensity that magnetic is interfered is larger, and magnetic field intensity increases more.
The schematic diagram of a part 250 for equipment 100 along the cross section of paper plane in Fig. 1 (a) has been shown in Fig. 2 (b).Auxiliary magnet 110 is arranged on the side of the magnet fragment 202 of magnetic texure 102.Auxiliary magnet 110 is connected to magnet fragment by supporting construction 108.Auxiliary magnet 110 contributes to increasing from equipment 100(Fig. 1 (a) further) the overall magnetic flux density in outstanding magnetic field, and contribute to being increased in further the intensity that magnetic that gap 204 place between magnet fragment 202 formed interferes.In the exemplary embodiment, because auxiliary magnet 110 is magnetic texures of monolithic, the magnetic that so there is no be sent from auxiliary magnet 110 by himself is interfered.Therefore, auxiliary magnet 110 is also preferably used as shielding element, exceedes auxiliary magnet 110 in order to stop the magnetic interference field outstanding from magnet fragment 202 towards the side of auxiliary magnet 110 to be launched at least in part.Auxiliary magnet 110 can be such as the form of monolithic permanent magnet.
Magnetic material for the formation of magnetic texure 102 and auxiliary magnet 110 can be made up of the material comprising such as ferrite, pottery, SmCo or neodymium.Magnetic material can be polarized to the polarity of expectation before magnetic texure 102 is formed, or can be polarized to the polarity of expectation after magnetic texure 102 is formed.
The intensity that the magnetic formed between magnet fragment 202 is interfered depends on a number of factors, and usually can be represented by following equalities:
Intensity=f (B that magnetic is interfered
1 2, B
2 2, L, g
-2, D
-2) (1)
Wherein,
B
lit is the average flux density [Gauss] of magnet fragment 202;
B
2it is the magnetic flux density [Gauss] of auxiliary magnet 110;
L is the total length [rice] on the border 204 between magnet fragment;
G is the average distance [rice] between magnet fragment, wherein g ≠ O; And
D is the vertical dimension [rice] of the surface plane apart from magnet fragment 202, D ≠ O.
According to equation (1) above, can observe given vertical dimension (D) place in the surface plane apart from Magnet fragment 202, magnetic interference strength is proportional to the length (L) on the border between magnet fragment 202, the average flux density (B of magnet fragment 202
1) square and the magnetic flux density (B of auxiliary magnet 110
2) square.But, magnetic interference strength be inversely proportional to average distance (g) between magnet fragment 202 square.
The schematic diagram manufacturing the method be used according to the magnetic texure in the equipment of exemplary embodiment has been shown in Fig. 3 (a) to Fig. 3 (b).Be that the retaining element of two bonding sheets 301 is attached on the magnetic material 300 of monolithic in form.As shown in Fig. 3 (a), this sheet magnetic material 300 is placed between two bonding sheets 301.Bonding sheet 301 is along the relative surface attachment of magnetic material 300.
Bonding sheet 301 can comprise transparent elastic bonding sheet, and this bonding sheet is stretched and around the relative surface wrap of magnetic material 300, thus can bundlees magnetic material 300.Therefore, compression stress is applied on magnetic material 300.But, should be realized that, as long as magnet fragment 304(Fig. 3 (b)) movement is relative to each other prohibited, and also can use the retaining element of other type and the method for other application retaining element.
As shown in Figure 3 (b), stamping machine 302 is used the sheet of magnetic material 300 to be physically broken for multiple adjacent magnet fragment 304 in this embodiment.Stamping machine 302 comprises multiple projection on leading surface.Stamping machine 302 is advanced by towards magnetic material 300, and the power that applies on magnetic material 300 magnetic material 300 to be broken for multiple adjacent magnet fragment 304.After the sheet fragmentation of magnetic material 300, stamping machine 302 bounces back.Therefore, the magnetic texure 306 comprising multiple adjacent magnet fragments 304 is obtained.When magnetic material 300 fragmentation, the bonding sheet 301 that magnet fragment 304 movement is relative to each other wound around by the sheet around magnetic material 300 forbid.The magnetic texure 306 of Fig. 3 (b) is similar to the magnetic texure 200 shown in Fig. 2 (a) usually.Magnetic texure 306 is plate-likes.Should be realized that, depend on design needs, magnetic texure 308 also can be other shape, such as square, circular etc.In addition, should be realized that, except having except projection on leading surface, as long as magnetic material 300 can be broken for multiple magnet fragment 304 by stamping machine, stamping machine 302 can have other geometry and structure.Similarly, the technology that other applying level, transverse direction and/or crooked pressure carrys out broken magnetic material can be applied in various embodiments.
By applying compression stress so that magnet fragment 304 is remained on correct position relative to each other on magnetic texure 306, bonding sheet 301 is used for forbidding magnet fragment 304 movement relative to each other, any repulsive force between opposing magnet fragment 304.Magnet fragment 304 is located adjacent one another and separate a Separation, and this separation gap defines the border 307 between adjacent magnet fragment 304, interferes the magnetic field formed to produce by magnetic.In addition, bonding sheet 301 preferably can fully be out of shape, to make the bonding sheet 301 when applying power carrys out the sheet of broken magnetic material 300 not damaged or not damaged in fact.Bonding sheet 301 can be such as cellophane tape or polyethylene.In superincumbent description, employ two bonding sheets 301, but should be realized that, as long as multiple magnet fragment 304 can be securely fixed, the relative motion of magnet fragment 304 is prohibited, between adjacent magnet fragment 304, keep small―gap suture thus, single bonding sheet can be attached to the sheet of magnetic material 300 at least one on the surface.
By multiple magnet fragment 304 is kept located adjacent one another with the small―gap suture between adjacent magnets fragment 304, the magnetic interference formed by adjacent magnet fragment 304 is strengthened.Reference equation (1) (and suppose every other factor, B
l, B
2, L and D remain unchanged), when the spacing distance that can be observed between adjacent magnet fragment 304 reduces, due to magnetic interference strength be inversely proportional to spacing distance (g) square, therefore magnetic interference strength increases.Therefore, the spacing distance between adjacent magnet fragment 304 preferably keeps little as far as possible and interferes with the magnetic reaching greater strength.
Separation gap between magnet fragment 304 such as can in the scope of about 0.01mm to about 3.00mm.This magnetic having advantageously generated abundant enhancing is interfered.The magnetic material forming magnetic texure 306 can be polarized to the polarity of expectation before magnetic texure 306 is formed, or can be polarized to the polarity of expectation after magnetic texure 306 is formed.
The intensity of interfering owing to increasing magnetic adds the intensity in magnetic field, and the size and/or the quantity that reach the magnet required for magnetic field intensity of expectation are reduced.This preferably can reduce gross weight and the cost of equipment then.
After the sheet fragmentation making magnetic material 300, in Fig. 3 (b), the magnetic texure 306 of usual plane is formed dome-shaped magnetic texure 314 as shown in Figure 3 (c), keeps in fact magnet fragment 304 position relative to each other simultaneously.The magnetic texure 306 of usual plane is placed by near the support member 316 with domed tendency 318, thus the magnetic texure of plane complies with domed tendency 308 usually.Bonding sheet (not shown) can be used to be wound around magnetic texure 314 near support member 316, to maintain the shape of cheese magnetic texure 314.Should be realized that, by using the support member with respective profile/shape, the magnetic texure 306 of usual plane can be formed other shape expected, such as arc, and is not cheese.In the exemplary embodiment, support member 316 can be made up of any nonmetallic materials, such as plastics.
The magnetic texure 312 formed thus comprises cheese magnetic texure 314 and is such as the magnetic shield apparatus of auxiliary magnet 310 in form, and auxiliary magnet 310 is placed in the side of magnetic texure 314.In one embodiment, the south pole side of the magnetic texure 312 formed thus is made into the protrusion side of magnetic texure 314.Magnetic interference field is given prominence to from the south pole side of the protrusion of magnetic texure 314.Auxiliary magnet 310 is arranged on the opposite side (that is, north pole side) of magnetic texure 314 to shield from the outstanding magnetic interference field of the north pole side of magnetic texure 314.In this exemplary embodiment, the south pole side of auxiliary magnet 310 is towards the north pole side of magnetic texure 314.Auxiliary magnet 310 can be the permanent magnet of any type or can be made up of magnetic material.
Should be realized that, if will be projected in field areas by the magnetic interference field from the arctic, the north pole side of magnetic texure can be the south pole side protruding side and magnetic texure can be opposite side.One skilled in the art would recognize that existence two polarity and direction in magnetic field.A direction is from north magnetic pole, and another direction is from south magnetic pole.According to scientific convention, compass " north " pointed flow direction, namely, from the direction that the arctic end of magnet is outside, in the direction that the South Pole end of magnet is inside.
In other embodiments, two or more dome-shaped magnetic texure 314 can be stacking in the mode on a limit on the other.In other embodiments two or more auxiliary magnet 310 can one limit is stacking on the other.
The schematic diagram of the magnetic apparatus 400 according to another embodiment has been shown in Fig. 4.Equipment 400 comprises the magnetic texure 404 of dome-shaped support member 402, multiple plane be in fact arranged on the protrusion side 401 of dome-shaped support part 402.In this embodiment, each magnetic texure 404 is such as similar to the magnetic texure 308 in Fig. 3 (b).Each magnetic texure 404 comprises one group of magnet fragment 310 formed by monolithic magnetic material.The magnetic interference field that the opposite side that auxiliary magnet 414 is arranged on dome-shaped support part 402 is given prominence to from this side of support member 402 with shielding.
Magnetic texure 404 arranges in the mode of interlaced arrangement in fact on the protrusion side 401 of dome-shaped support part 402, interferes to produce further magnetic between magnetic texure 404.This is the magnetic interference except the magnetic interference except being produced separately by magnetic texure 404.Should be realized that, in a further embodiment, the magnetic texure 404 of each plane can be replaced by the stacking of the magnetic texure of two or more plane.
About the description being suitable for producing the manufacture method being configured to the magnetic texure producing magnetic interference field, can also be the PCT application of WO2008/030191 with reference to publication number, its content be herein incorporated by cross reference.
Fig. 5 and Fig. 6 is respectively the schematic diagram of the rearview showing shirt 500 and medicated underpants 600, is eachly attached with the one or more impact of magnetic apparatus in order to make the different body regions of wearer (not shown) be subject to magnetic interference field according to exemplary embodiment.As an example, one or more impacts that can be subject to magnetic interference field by the magnetic apparatus 501-504 of one or more attachment in neck area, shoulder regions and upper dorsal area, and the one or more impacts that can be subject to magnetic interference field by the magnetic apparatus 601-603 of one or more attachment in lower back portion region and thigh.
Fig. 7 shows the schematic diagram of the side cross-sectional view of a part for the shirt 500 being attached with a wearable magnetic apparatus 504.As can be seen from Figure 7, the fastener 700 of equipment 504 is magnetically fixed on auxiliary magnet 702 and deviated from the side of the field areas of equipment 504, and the piece of cloth of shirt 500 is placed between auxiliary magnet 702 and fastener 700 simultaneously.The dome-shaped lid 704 of equipment 504 and the skin of user or other contact with clothing be through below shirt 500.Magnetic texure 708 and the supporting construction 710 of equipment 504 are arranged on below lid 704.Fig. 7 also show the interlocking between fastener 700 in the depression 712 being received in and being limited by lid 704 and the piece of cloth being placed in the shirt 500 between auxiliary magnet 702 and fastener 700 under the state of being fixed by magnetic force.The less desirable displacement of equipment 504 when this can preferably be conducive to being avoided wearing.
Fig. 8 and Fig. 9 is schematic diagram, respectively illustrate the perspective view of belt or binder 800 and the side view of the helmet or headwear 900, eachly be attached with one or more magnetic apparatus 801-803 and 901-903 according to exemplary embodiment respectively, the body region in order to make wearer different is subject to the impact of magnetic interference field.
Should be realized that, the position shown in Fig. 5 to Fig. 9 is not limited to according to the magnetic apparatus of each embodiment of the present invention, but the diverse location that can be attached on shirt 500, medicated underpants 600, belt or binder 800, the helmet or headwear 900 and/or any medicated clothing that other is dressed by people or will be dressed by people, with the impact making different body regions be subject to magnetic interference field.Word " piece of cloth or medicated clothing sheet " used in the specification and claims is intended to the example included, but not limited to shown in Fig. 5-9.
Figure 10 show neck area and dorsal area to be exposed in magnetic interference field (top row 1000) before 3 minutes with afterwards the heat picture of comparing of (bottom line 1002).Each arrow such as 1004,1006 indicates the corresponding surface temperature close to each image center location.
Figure 11 show arm regions and lower leg area to be exposed in magnetic interference field (top row 1100) before 3 minutes with afterwards the heat picture of comparing of (bottom boat 1102).Each arrow such as 1104,1106 indicates the corresponding surface temperature close to each image center location.
Figure 12 show carpal area and abdomen area to be exposed in magnetic interference field (top row 1200) before 3 minutes with afterwards the heat picture of comparing of (bottom boat 1202).Each arrow such as 1204,1206 indicates the corresponding surface temperature close to each image center location.
Figure 13 show head zone to be exposed in magnetic interference field (1300) before 3 minutes with afterwards the heat picture of comparing of (1302).In these heat pictures, brighter shadow representation temperature is higher.
Possible explanation for viewed phenomenon is, the line of flux of static-magnetic interference field can be unordered (chaotic), the form of turn round and round (swirling).This can to the liquid comprised in living tissue and blood vessel and Aquatic product magnetisation inductive effect.Therefore magnetic induction effect can cause the increase of water and binding liquid, because this increasing the tensioning (tensioning) of tissue and blood vessel wall.
Exemplary embodiment of the present invention can be advantageously used to make various body region be subject to the impact of magnetic interference field, it can with a kind of non-intruding, the comfortable and mode not limiting people's activity to provide concentrating property and the Vigilance of enhancing, alleviates slight illness such as chronic pain or damage or postoperative recovery or disease.
In one embodiment, wearable magnetic apparatus comprises: be configured to the magnetic texure producing magnetic field in the field areas of this equipment; Be connected with this magnetic texure and be configured to the auxiliary magnet of the intensity in the magnetic field increased in the field areas of this equipment; And fastener; Wherein this auxiliary magnet and fastener to be configured on the side that auxiliary magnet deviates from the field areas of this equipment magnetically attachment fastener and to make piece of cloth or medicated clothing sheet be placed between auxiliary magnet and fastener simultaneously.
This equipment may further include carrying magnetic texure and the supporting construction be arranged in magnetic texure.Auxiliary magnet can be embedded in supporting construction.
In one embodiment, this equipment comprises lid further, and this lid matches with magnetic texure and towards the field areas of this equipment.Fastener is configured to be received in the depression limited by this lid, and under the state fixing by magnetic force, piece of cloth or medicated clothing sheet are placed between auxiliary magnet and fastener simultaneously.
In one embodiment, fastener comprises duromer (rigid body).This duromer can comprise and being formed at wherein in order to receive the depression of at least one fastening magnet.This depression can comprise stepped depression, and for receiving the fastening magnet of two different sizes.This equipment can comprise two magnets be arranged in stepped depression.This equipment may further include fit within this stepped depression top in order to fix hard plate or the dish of two magnets.
In one embodiment, magnetic texure is configured in field areas, produce magnetic interference field.This magnetic texure can comprise multiple fragments of monolithic magnetic material, and wherein the movement relative to each other of each fragment is prohibited.
In another embodiment, magnetic texure comprises two or more monolithic magnetic material, and stacking in the mode in a face on the other, each monolithic is broken to form respective multiple fragments.The diameter of each fragment in every sheet magnetic material and/or respective multiple fragments and/or size and/or thickness can be the same or different.
In one embodiment, auxiliary magnet is connected with magnetic texure by the support member for magnetic texure.
Figure 14 shows flow chart 1400, shows and is subject to the method for influence of magnetic field according to the body region that makes of an embodiment.At 1402 places, provide the magnetic texure being configured to produce magnetic field in field areas.At 1404 places, provide and to be connected with this magnetic texure and to be configured to the auxiliary magnet of the intensity in the magnetic field increased in field areas.At 1406 places, fastener is magnetically fixed on auxiliary magnet and is deviated from the side of field areas, will be worn on piece of cloth on this body region or medicated clothing sheet is placed between auxiliary magnet and fastener simultaneously.
This magnetic field can comprise magnetic interference field.
In one embodiment, the method may further include, fix the position of (arrest) magnetic texure relative to piece of cloth or medicated clothing sheet by receiving fastener in the depression limited by the lid matched with magnetic texure, under the state fixing by magnetic, piece of cloth or medicated clothing sheet are placed between auxiliary magnet and fastener simultaneously.
In one embodiment, one group of parts comprises: be configured to the magnetic texure producing magnetic field in the field areas of equipment; Be connected with this magnetic texure and be configured to the auxiliary magnet of the intensity in the magnetic field increased in the field areas of this equipment; And one or more fastener; Wherein this auxiliary magnet and one or more fastener to be configured on the side that auxiliary magnet deviates from the field areas of this equipment magnetically attachment fastener, make piece of cloth or medicated clothing sheet be placed between auxiliary magnet and each fastener simultaneously.
These group parts can comprise two or more fastener.This two or more fastener can have different colors.
In one embodiment, this magnetic texure is configured in field areas, produce magnetic interference field.
One skilled in the art would recognize that the spirit and scope of the invention do not deviated from as describing in general manner, various change and/or amendment can be carried out to the invention shown in each specific embodiment.Therefore, from the viewpoint of all, embodiment here should be considered to illustrative and not determinate.Equally, the present invention includes the combination of any feature, the combination of any feature especially in Patent right requirement, even if the combination of this feature or feature is not explicitely stated in Patent right requirement or each embodiment here.
Claims (23)
1. a wearable magnetic apparatus, comprising:
Magnetic texure, described magnetic texure is configured to produce magnetic field in the field areas of described equipment;
Auxiliary magnet, described auxiliary magnet is connected with described magnetic texure and is configured to the intensity in the magnetic field increased in the field areas of described equipment; And
Fastener;
Wherein said auxiliary magnet and described fastener are configured to magnetically fix described fastener on the side that described auxiliary magnet deviates from the field areas of described equipment, make piece of cloth or medicated clothing sheet be placed between described auxiliary magnet and described fastener simultaneously.
2. equipment according to claim 1, comprises the described magnetic texure of carrying and the supporting construction be arranged in described magnetic texure further.
3. equipment according to claim 2, wherein said auxiliary magnet is embedded in described supporting construction.
4. according to the equipment in aforementioned claim described in any one, comprise lid further, described lid matches with described magnetic texure and towards the field areas of described equipment.
5. equipment according to claim 4, wherein, described fastener is configured to be received in the depression limited by described lid, and under the state fixing by magnetic force, piece of cloth or medicated clothing sheet are placed between described auxiliary magnet and described fastener simultaneously.
6., according to the equipment in aforementioned claim described in any one, wherein said fastener comprises duromer.
7. equipment according to claim 6, wherein said duromer comprises and being formed at wherein in order to receive the depression of at least one fastening magnet.
8. equipment according to claim 7, wherein said depression can comprise stepped depression, and for receiving the fastening magnet of two different sizes.
9. equipment according to claim 8, comprises two magnets be arranged in described stepped depression.
10. equipment according to claim 9, comprises the top that fits within described stepped depression further in order to the hard plate of fixing described two magnets or dish.
11. according to the equipment in aforementioned claim described in any one, and wherein said magnetic texure is configured to produce magnetic interference field in described field areas.
12. equipment according to claim 11, wherein said magnetic texure comprises multiple fragments of monolithic magnetic material, and wherein the movement relative to each other of fragment described in each is prohibited.
13. equipment according to claim 12, wherein said magnetic texure comprises two or more monolithic magnetic material, described two or more monolithic magnetic material is stacking in the mode in a face on the other, and each monolithic is broken to form respective multiple fragments.
14. equipment according to claim 13, the diameter of the fragment wherein in every sheet magnetic material and/or respective multiple fragments and/or size and/or thickness are different.
15. equipment according to claim 13, the diameter of the fragment wherein in every sheet magnetic material and/or respective multiple fragments and/or size and/or thickness are identical.
16. according to the equipment in aforementioned claim described in any one, and wherein said auxiliary magnet is connected with described magnetic texure by the support member for described magnetic texure.
17. 1 kinds of methods making body region be subject to influence of magnetic field, described method comprises:
The magnetic texure being configured to produce magnetic field in field areas is provided;
There is provided and to be connected with described magnetic texure and to be configured to the auxiliary magnet of the intensity in the magnetic field increased in described field areas; And
Fastener being magnetically fixed on described auxiliary magnet deviates from the side of described field areas, the piece of cloth that will be worn on described body region or medicated clothing sheet is placed between described auxiliary magnet and described fastener simultaneously.
18. methods according to claim 17, wherein said magnetic field comprises magnetic interference field.
19. methods according to claim 17 or 18, comprise further: the position fixing described magnetic texure by receiving described fastener in the depression limited by lid relative to described piece of cloth or described medicated clothing sheet, described lid matches with described magnetic texure, and under the state fixing by magnetic, piece of cloth or medicated clothing sheet are placed between described auxiliary magnet and described fastener simultaneously.
20. 1 kinds of parts groups, comprising:
Be configured to the magnetic texure producing magnetic field in the field areas of equipment;
Be connected with described magnetic texure and be configured to the auxiliary magnet of the intensity in the magnetic field increased in the field areas of described equipment;
One or more fastener; And
Wherein said auxiliary magnet and described one or more fastener are configured to magnetically fix described fastener on the side that described auxiliary magnet deviates from the field areas of described equipment, make piece of cloth or medicated clothing sheet be placed in described auxiliary magnet and described in each between fastener simultaneously.
21. parts groups according to claim 20, comprise two or more fastener.
22. parts groups according to claim 21, wherein said two or more fastener has different colors.
23. according to the parts group in claim 20 to 22 described in any one, and wherein said magnetic texure is configured to produce magnetic interference field in described field areas.
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| CN201310279181.1A CN104274909A (en) | 2013-07-04 | 2013-07-04 | Wearable magnetic device and method for enabling body area to be influenced by magnetic field |
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| CN201310279181.1A CN104274909A (en) | 2013-07-04 | 2013-07-04 | Wearable magnetic device and method for enabling body area to be influenced by magnetic field |
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| CN104274909A true CN104274909A (en) | 2015-01-14 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105489338A (en) * | 2015-12-15 | 2016-04-13 | 杨平 | Manufacturing method of magnetic structure and magnetic structure |
| CN107810541A (en) * | 2015-04-27 | 2018-03-16 | 依普萨姆有限公司 | Closure member |
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Application publication date: 20150114 |