WO2017133614A1 - 一种高能旋磁器及旋磁按摩椅结构 - Google Patents

一种高能旋磁器及旋磁按摩椅结构 Download PDF

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Publication number
WO2017133614A1
WO2017133614A1 PCT/CN2017/072579 CN2017072579W WO2017133614A1 WO 2017133614 A1 WO2017133614 A1 WO 2017133614A1 CN 2017072579 W CN2017072579 W CN 2017072579W WO 2017133614 A1 WO2017133614 A1 WO 2017133614A1
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WO
WIPO (PCT)
Prior art keywords
pole block
bearing
magnetic
high energy
magnetic pole
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Application number
PCT/CN2017/072579
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English (en)
French (fr)
Inventor
方志财
胡立江
李俊
Original Assignee
浙江和也健康科技有限公司
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Filing date
Publication date
Application filed by 浙江和也健康科技有限公司 filed Critical 浙江和也健康科技有限公司
Priority to MYPI2018702625A priority Critical patent/MY190122A/en
Priority to US16/072,302 priority patent/US10940326B2/en
Priority to EP17746934.3A priority patent/EP3412338B1/en
Priority to JP2018540421A priority patent/JP6650528B2/ja
Publication of WO2017133614A1 publication Critical patent/WO2017133614A1/zh

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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
    • A61N2/00—Magnetotherapy
    • A61N2/12—Magnetotherapy using variable magnetic fields obtained by mechanical movement
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47C—CHAIRS; SOFAS; BEDS
    • A47C7/00—Parts, details, or accessories of chairs or stools
    • A47C7/50—Supports for the feet or the legs coupled to fixed parts of the chair
    • A47C7/506—Supports for the feet or the legs coupled to fixed parts of the chair of adjustable type
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47C—CHAIRS; SOFAS; BEDS
    • A47C7/00—Parts, details, or accessories of chairs or stools
    • A47C7/62—Accessories for chairs
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
    • A61H23/00—Percussion or vibration massage, e.g. using supersonic vibration; Suction-vibration massage; Massage with moving diaphragms
    • A61H23/02—Percussion or vibration massage, e.g. using supersonic vibration; Suction-vibration massage; Massage with moving diaphragms with electric or magnetic drive
    • A61H23/0254—Percussion or vibration massage, e.g. using supersonic vibration; Suction-vibration massage; Massage with moving diaphragms with electric or magnetic drive with rotary motor
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
    • A61H2201/00—Characteristics of apparatus not provided for in the preceding codes
    • A61H2201/01—Constructive details
    • A61H2201/0119—Support for the device
    • A61H2201/0138—Support for the device incorporated in furniture
    • A61H2201/0149—Seat or chair

Definitions

  • the invention relates to the technical field of a rotating magnetic field device, in particular to a high energy gyromagnetic device and a rotating magnetic massage chair structure.
  • a high-energy gyrotron including a longitudinal drive shaft, the longitudinal drive shaft coupled to a motor, and an upper end of the longitudinal drive shaft coupled to a gear set, the gear The group is meshed with a drive gear, and an upper portion of the drive gear is fixed with a base rotary disk on which a magnetic component is mounted.
  • the stability of the whole structure is better, the force distribution is more optimized, and the low-power motor can be used for low-power operation, and the energy consumption is low, the space is small, the vibration is small, and the noise is small.
  • the heat dissipation effect is better and the like, and the magnetic component in the structure can adopt the magnetic super-strong magnetic component, which not only forms a spatially strong magnetic field with more optimized distribution, but also has higher effective utilization of the magnetic field, which is beneficial to the action of a strong magnetic field, magnetic The health care effect is better.
  • the gear set can adopt a single gear or a combination of a gear shifting gear or a gear box.
  • the motor power can be reduced, a high-power motor can be used to meet high load requirements, and a shifting, basic rotating disk can be realized.
  • the driving of the gear is driven by the operation of the motor so that it can rotate.
  • an assembly carrier is provided below the drive gear. Improve assembly and operation fluency, reduce failure rate, further optimize structure and force distribution, improve various physical properties, and better magnetic health effects.
  • the assembly carrier comprises a load bearing. Improve assembly and operation fluency, reduce failure rate, further optimize structure and force distribution, improve various physical properties, and better magnetic health effects.
  • the bearing outer ring of the bearing bearing is mounted on the support frame, the drive gear is disposed above the bearing inner ring of the bearing bearing, and the rotating auxiliary bearing is disposed in the central region of the driving gear, and the support frame is provided with a rotation The center column of the inner ring of the auxiliary bearing.
  • an outer motor cover is provided on the exterior of the motor. It plays a better protective role, reduces the interference of external magnetic components such as magnetic field and dust, and ensures the validity and service life of the motor.
  • the magnetic assembly includes a base main pole piece mounted on a base rotating disk. Further optimize the structure and force distribution, improve various physical properties, and better magnetic health effects.
  • the magnetic assembly further includes an upper main pole block disposed on an upper portion of the base main pole block. Further optimize the structure and force distribution, improve various physical properties, and better magnetic health effects.
  • the magnetic assembly further includes an auxiliary pole block disposed on a side of the upper main pole block. Further optimize the structure and force distribution, improve various physical properties, and better the magnetic health effect. Through the combined structure, not only the magnetic component can achieve very strong surface magnetic, but also can reduce the processing and production of a single strong magnetic block. Cost, optimization of the structure and improvement of various performances are very beneficial.
  • the outer side of the magnetic assembly is sheathed with a protective cover. It is beautiful and protects the magnetic pole block from being oxidized, avoids the direct contact between the ferromagnetic object and the magnetic pole block, and prevents the magnetic component from falling off during high-speed operation, further optimizing the structure and force distribution, and improving various physical properties. Magnetic health effects are also better.
  • the lower portion of the shield extends to form a cover mounting tab for secure attachment to the base rotating disk.
  • the shield is a non-magnetic isolation stainless steel cover. Further optimize the structure and force distribution, improve various physical properties, and better magnetic health effects.
  • the base rotating disk is a conductive disk. Further optimize the structure and force distribution, improve various physical properties, and better magnetic health effects.
  • the conductive disk can be iron plate, steel plate or other magnetic material plate.
  • the invention has the beneficial effects that the stability of the whole structure is better, the force distribution is more optimized, and the low-power motor can be used for low-power operation, and the energy consumption is low, the space is small, the vibration is small, and the noise is low.
  • the utility model has the advantages of small heat dissipation and better heat dissipation effect, and the magnetic component in the structure can adopt the magnetic super-strong magnetic component, which not only forms a spatially strong magnetic field with more optimized distribution, but also has higher effective utilization rate of the magnetic field, and is beneficial to the action of a strong magnetic field.
  • the magnetic health effect is better.
  • the gear set can adopt a single gear or a combination of a shifting gear or a gear box. Further, the power of the motor can be reduced, and a high-power motor can be used to meet the high load demand, and the shift can be realized.
  • Another object of the present invention is to provide a structure of a rotating magnetic massage chair with a safe and reliable structure, strong maneuverability, low cost and good magnetic health effect.
  • the high-energy rotation of any of the above is provided below the seat of the rotating magnetic massage chair.
  • a magnet, a seat and a bottom of the chair of the rotating massage chair are provided with a liftable telescopic footrest mechanism for the footrest, the telescopic footrest mechanism comprising a hinged seat on the front side of the high energy spinner a hinged rod that is hinged to the other end of the leaning rod and located below the high energy spinner a telescopic cylinder, which is hinged to the other end of the curved rod and located below the high-energy gyrotron, the piston rod of the telescopic cylinder is hinged with a lower strut, and the other end of the lower strut is hinged to the front end of the chair bottom The rear end of the telescopic cylinder is hinged to the rear end of the
  • FIG. 1 is a perspective structural view showing a split assembly of a base rotating disk and a driving gear of Embodiment 1 of the present invention which have not been assembled;
  • FIG. 2 is a schematic perspective structural view of the components connected to the support frame when the basic rotating disk and the driving gear of the embodiment 1 of the present invention have not been assembled;
  • Figure 3 is a cross-sectional structural view showing the basic rotating disk of Embodiment 2 of the present invention after being assembled with a magnetic component;
  • Figure 4 is a magnetic pole distribution diagram of the second embodiment of the present invention in which two magnetic components are disposed;
  • Figure 5 is a cross-sectional structural view showing the basic rotating disk of Embodiment 3 of the present invention after being assembled with a magnetic component;
  • Figure 6 is a perspective view showing the structure of Embodiment 4 of the present invention.
  • FIG. 7 is a top plan view showing the design of one of the magnetic components of Embodiment 4 of the present invention.
  • Fig. 8 is also a top plan view showing the design of one of the magnetic components of Embodiment 4 of the present invention.
  • a high-energy gyrotron includes a longitudinal drive shaft 9, the longitudinal drive shaft 9 is connected with a motor 3, and the upper end of the longitudinal drive shaft 9 is connected with a gear set 91.
  • the gear set 91 is meshingly coupled to a drive gear 92, and an upper portion of the drive gear 92 is fixed with a base rotary disk 1 on which a magnetic assembly 2 is mounted.
  • the gear set 91 can adopt a single gear or a combination of a shifting gear or a gear box. Further, the power of the motor can be reduced, and a high-power motor can be used to meet the high load demand, and the shifting can be realized; the basic rotating disc 1 is placed as flat as possible.
  • the outer shape is axially symmetric or centrally symmetric, and the number of the magnetic components 2 is preferably an even number, which is disposed around the central region.
  • the magnetic component 2 of the present invention can adopt a single strong magnetic pole block with a strong magnetic field or Existing few
  • a plurality of magnetic pole blocks have a newly combined structure, which not only optimizes the structure, but also can increase the magnetic field strength of the magnetic pole block to a single magnetic pole block which is difficult to achieve by processing. Extremely strong magnetic field.
  • An assembly bearing device is disposed under the driving gear 92.
  • the assembly bearing device can not only complete the effective cooperation with the driving gear 92, but also carry the upper weight of the upper part, reduce the motor load, reduce the wear of the motor bearing, reduce the required power, and prolong the power.
  • the life of the motor is reduced and the temperature rise of the motor is reduced.
  • the setting of the assembly carrying device should not affect the normal rotation of the basic rotating disk 1, but should ensure that the basic rotating disk 1 is more Rotate effectively and smoothly.
  • the assembly bearing device comprises a bearing bearing 5, and the bearing bearing 5 is also laid as flat as possible.
  • the bearing bearing 5 can preferably adopt a radial bearing.
  • the radial sealing bearing can be used; the device of the present application can adjust the motor according to the magnetic field required by the human body. 3 rpm, during the rotation process, an alternating dynamic magnetic field is generated, so that the human body is in an alternating dynamic magnetic field, which adjusts and changes the biological magnetic field of the human body, thereby achieving the regulation of the human body's microcirculation, and also treating the human body's appropriate diseases.
  • the base rotating disk 1 is preferably a conductive disk, and for example, an iron disk, a steel disk or other magnetically permeable material disk may be used.
  • the bearing outer ring 52 of the bearing bearing 5 is mounted on the support frame 93.
  • the driving gear 92 is disposed above the bearing inner ring 51 of the bearing bearing 5.
  • the rotating auxiliary bearing 55 is disposed in the central region of the driving gear 92.
  • the support frame 93 can be configured as a frame-type frame structure, that is, the outer part is a rectangular frame, and the two ribs are cross-connected to form a cross shape, and the center column 56 can be disposed at the intersection of the two ribs and In the longitudinal direction, the support frame 93 can also be provided with a bearing seat 6 in the cross position of the two reinforcing ribs.
  • the bearing seat 6 is provided with a bearing 5 for bearing and a bearing outer ring 52 for erecting and assembling.
  • the annular step groove portion greatly improves the assemblability, improves the assembly effect, and reduces the failure rate. After the structure is connected, the load on the motor rotor is greatly reduced, the wear of the motor bearing is reduced, and the required power is required.
  • the drive gear 92 is provided with a plurality of fixed mounting holes 920 in a circumferential array along the wheel surface, and can be fixed by the locking member such as a bolt and the basic rotating disk 1 Connecting, the corresponding rotating hole 1 can be provided with corresponding mounting holes, and at the same time, the driving gear 92 can be integrally formed with a gear reinforcing rib 9200 along the circumferential array and disposed on Between the adjacent fixed mounting holes 920; the motor 3 can be disposed on the support frame 93 and on the two sides of the support frame 93 with the base rotating disk 1, the motor 3 can be erected, and the motor shaft of the motor 3 can be directly used as the longitudinal driving shaft 9 is used, or the motor 3 can be placed horizontally and its motor shaft is used as a transmission shaft, and the other rotating shaft is driven by an existing variable-direction transmission connection structure such as a bevel gear, and the rotating shaft can be used as the longitudinal driving shaft 9.
  • the longitudinal driving shaft 9 is used, or the motor 3 can be placed horizontally and its
  • the motor 3 is provided with a motor outer cover outside, and the motor outer cover can be made of a magnetic material cover, so that the external magnetic lines can be guided without affecting the motor.
  • Embodiment 2 differs from Embodiment 1 in the design of the magnetic component 2, in the present embodiment, the first embodiment, the magnetic component 2 includes a substrate mounted on the base rotating disk 1.
  • the main magnetic pole block 71 and the base main magnetic pole block 71 can be used alone as the magnetic component 2, and a rectangular parallelepiped or cubic magnetic pole block having a large surface magnetic field strength can be used.
  • the magnetic component 2 includes not only the base main magnetic pole block 71.
  • the upper main magnetic pole block 72 is disposed on the upper portion of the base main magnetic pole block 71.
  • the upper main magnetic pole block 72 can also be a rectangular parallelepiped or cubic magnetic pole block having a large surface magnetic field strength.
  • the pole block 72 and the base main pole block 71 may be sized to be the same or similar, and the surface magnetic field strength may be set to be the same or similar.
  • the upper main pole block 72 or the base may be disposed above the upper main pole block 72.
  • the main magnetic pole block 71 is similar to the magnetic pole block.
  • the base main magnetic pole block 71 is mounted and connected to the base rotating disc 1.
  • the base main magnetic pole block 71 defines a vertical screw hole 777 extending through the top and bottom.
  • Corresponding mounting screw holes are provided, and longitudinal bolts 778 are disposed in the longitudinal screw holes 777 and the longitudinal bolts 778 pass through the mounting screw holes on the base rotating disc 1 and are locked by the nuts 779. Further, the position of the lower portion of the basic rotating disc 1 can be set.
  • the corresponding nut for the nut 779 which is in communication with the mounting screw hole is placed in the groove 7799.
  • the highest point of the longitudinal bolt 778 does not exceed the top surface of the base main magnetic pole block 71, the base main magnetic pole block 71 and the upper main magnetic pole block 72.
  • the arrangement direction of the magnetic poles is all along the longitudinal direction and the polarity of the adjacent one side is the same, so that the base main magnetic pole block 71 and the upper main magnetic pole block 72 can be sucked up and down and the top surface of the base main magnetic pole block 71 and the upper main magnetic pole
  • the bottom surface of the block 72 is seamlessly connected and in close contact.
  • the magnetic component 2 is effectively fixed on the base rotating disk 1, and the problem that the base main magnetic pole block 71 generates a top leakage magnetic flux due to the opening can be avoided.
  • the magnetic assembly 2 and the basic rotating disk 1 are mechanically connected, firm and reliable, and the third solution is implemented on the basis of the second solution, that is, the magnetic component 2 further includes an auxiliary magnetic pole block 73, the auxiliary The magnetic pole block 73 is disposed on the side of the upper main magnetic pole block 72, and the size of the auxiliary magnetic pole block 73 and the surface magnetic field strength may be set smaller than the upper main magnetic pole block 72 or the base main magnetic pole block 71, and the auxiliary magnetic pole block 73 may be a rectangular parallelepiped or a cube.
  • the magnetic pole block is disposed as far as possible above the upper main magnetic pole block 72, and can be in contact with the side of the upper main magnetic pole block 72 and form a sufficient distance from the base rotating disk 1 without contact, thus avoiding the auxiliary magnetic pole block.
  • the magnetic short circuit of the 73, the magnetic drop, and the magnetic material are also saved; the auxiliary magnetic pole block 73 may be provided in plurality, for example, two auxiliary magnetic pole pieces 73 are disposed and located on opposite sides of the upper main magnetic pole block 72 to form a T-shaped shape.
  • the structure, or the plurality of auxiliary magnetic pole pieces 73 form a mouth-shaped structure surrounding the upper main magnetic pole block 72, and the magnetic poles of the auxiliary magnetic pole block 73 are arranged in the lateral direction and the magnetic pole polarity on the side in contact with the upper main magnetic pole block 72
  • the polarity of the magnetic pole above the upper main magnetic pole block 72 is the same, so that the upper main magnetic pole block 72 and the auxiliary magnetic pole block 73 can be seamlessly assembled and closely contacted, and no air gap reluctance is generated.
  • the magnetic field strength of the upper main magnetic pole block 72 can be greatly increased, and can reach 10,000 gauss or more, and the depth of the magnetic field is about 1 m.
  • the upper main magnetic pole block 72 is further provided with a magnetic pole block and can be arranged with the upper main
  • the magnetic pole block 72 has the same structure.
  • the magnetic pole block above the upper main magnetic pole block 72 can be regarded as the newly added upper main magnetic pole block 72, and the auxiliary magnetic pole block 73 is in the upper main magnetic pole block.
  • the auxiliary magnetic pole block 73 should also be disposed on the side of the magnetic pole block above 72.
  • the auxiliary magnetic pole block 73 on the side of the upper main magnetic pole block 72 can be retained or removed.
  • two magnetic components 2 can be preferably disposed.
  • the polarities of the upper magnetic poles of the upper main magnetic pole block 72 of the two magnetic components 2 are opposite to each other, so that a very good spatial magnetic field can be formed; the auxiliary magnetic pole block 73 and the upper main magnetic pole block 72 can be laterally penetrated through the transverse screw holes. 888, and are connected in series by the horizontal bolts 889, and locked by the nut 779, without the use of adhesive bonding, the fixing effect is good, and the air gap reluctance between the upper main magnetic pole block 72 and the auxiliary magnetic pole block 73 is effectively avoided.
  • the magnetic field strength is reduced.
  • Embodiment 3 differs from Embodiment 1 or 2 in that the outer side of the magnetic assembly 2 is covered with a protective cover 8, and the lower portion of the protective cover 8 is extended to form a cover for fixed connection with the basic rotating disk 1.
  • the mounting piece 80 and the cover mounting piece 80 can be fixed and fixed with the basic rotating disk 1 by screws or the like.
  • the protective cover 8 is a non-magnetic magnetic stainless steel cover, that is, a stainless steel cover without magnetic separation can be used, which is both beautiful and protects the magnetic pole block from being protected.
  • Oxidation avoiding the direct contact between the ferromagnetic object and the magnetic pole block, can also prevent the magnetic component 2 from falling off during high-speed operation, causing accidents, further optimizing the structure and force distribution, improving various physical properties, and better magnetic health effects.
  • Embodiment 4 is a structure of a gyromagnetic massage chair.
  • the high-energy gyrotron according to any one of Embodiments 1-3 is provided below the seat 990 of the gyromagnetic massage chair, and the seat 990 is provided.
  • a telescopic footrest mechanism 992 for lifting the foot is provided between the chair bottom 991 of the gyromagnetic massage chair, and the telescopic footrest mechanism 992 includes a hinge hinged to the seat 990 on the front side of the high energy gyrotron.
  • the piston rod 996 is hinged with a lower strut 997, and the other end of the lower strut 997 is hinged to the front end portion of the chair bottom 991, and the rear end of the telescopic cylinder 995 is hinged to the rear end portion of the chair bottom 991, and the curved rod 994 It is possible to provide a curved portion that is arched in a direction away from the high energy spinner.
  • the low-level triangular structure not only facilitates the placement of a relatively large-volume high-energy gyrotron, but also forms a sufficient space for a magnetic field, which is also advantageous for heat dissipation, mute, etc., and enables the chair of the high-energy gyrotron and the telescopic footrest mechanism 992 to be lifted.
  • the deformation operation of the mechanism or the backrest pusher mechanism does not cause interference or rubbing.
  • Embodiment 5 differs from Embodiment 2 in the design of the magnetic component 2.
  • the upper main magnetic pole block 72 and the base main magnetic pole block 71 are arranged in a cylindrical structure, assisting The magnetic pole block 73 is disposed above the upper main magnetic pole block 72, and is in contact with the side of the upper main magnetic pole block 72 and generates sufficient spacing from the base rotating disc 1 without contact.
  • a plurality of auxiliary magnetic pole blocks 73 may be disposed.
  • a square-shaped structure or a ring structure is formed to surround the upper main magnetic pole block 72, or a single auxiliary-shaped or ring-shaped auxiliary magnetic pole block 73 is used to surround the upper main magnetic pole block 72, the base main magnetic pole block 71 and the upper main magnetic pole block.
  • the magnetic poles of the block 72 are arranged in the longitudinal direction and have the same polarity on the adjacent side, and the magnetic poles of the auxiliary magnetic pole block 73 are arranged in the lateral direction and the polarity of the magnetic pole on the side in contact with the upper main magnetic pole block 72
  • the magnetic poles of the upper main magnetic pole block 72 have the same polarity.
  • the base main magnetic pole block 71 and the upper main magnetic pole block 72 can be formed into the same magnetic pole block.
  • the upper main magnetic pole block 72 can be disposed on the basic rotating disc 1. 72, without providing the base main magnetic pole block 71, at this time, the upper main magnetic pole block 72 can be simultaneously recognized as a single main magnetic pole block integrally formed by the base main magnetic pole block 71 and the upper main magnetic pole block 72, and the auxiliary magnetic pole block 73 is surrounded. It is disposed at a position above the single main magnetic pole block, and the upper main magnetic pole block 72 can be directly attracted to the basic rotating disc 1.
  • Embodiment 6 which differs from Embodiment 1 or 2 in that an upper cover and a lower cover are disposed on the periphery of the high-energy rotator, and the upper cover and the lower cover can be combined to wrap the high-energy rotator inside, the upper cover and the lower cover.
  • the cover can be made of a polymer material such as plastic, and the upper cover and the lower cover can both adopt an arched bread-shaped cover body and are vertically symmetrical, and the utility model can effectively protect the high-energy rotator after being assembled. Ensure that the high-energy rotator runs smoothly.
  • Embodiment 7 which differs from Embodiment 1 or 2 in that, for the improvement of some of the components of Embodiment 1 or 2, the center post 56 can be assembled from a bushing and a shaft, and the center post 56 passes through the drive gear.
  • the central region of 92 that is, the region of the central hole of the drive gear 92, the gear of the gear set 91 and the drive gear 92 may each be a plastic gear or a plastic gear, etc., and a portion of the drive gear 92 extending in the center portion is formed upward for rotation assistance.
  • the bearing housing 6 can correspond to the driving gear 92.
  • the bearing bearing 5 is used, and can be designed in a circular shape at this time. In fact, it can also be used for the gear set 91, so that the shape of the bearing seat 6 can be designed as a teardrop shape or a figure-eight shape, and corresponding gear sets are arranged thereon.
  • the gear of the gear set 91 can also be a plastic gear or a plastic gear, etc., and the upper part of the gear directly acting on the bearing directly extends upward to form a corresponding shaft. Inserted into the lower middle portion or the portion extending downwardly into the respective bearing portions for the placement.

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  • Health & Medical Sciences (AREA)
  • Animal Behavior & Ethology (AREA)
  • Veterinary Medicine (AREA)
  • Public Health (AREA)
  • General Health & Medical Sciences (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Nuclear Medicine, Radiotherapy & Molecular Imaging (AREA)
  • Engineering & Computer Science (AREA)
  • Biomedical Technology (AREA)
  • Radiology & Medical Imaging (AREA)
  • Rehabilitation Therapy (AREA)
  • Physical Education & Sports Medicine (AREA)
  • Pain & Pain Management (AREA)
  • Epidemiology (AREA)
  • Magnetic Treatment Devices (AREA)
  • Dynamo-Electric Clutches, Dynamo-Electric Brakes (AREA)
  • Rehabilitation Tools (AREA)
  • Massaging Devices (AREA)
  • Chair Legs, Seat Parts, And Backrests (AREA)

Abstract

本发明涉及旋转磁场设备的技术领域，具体为一种高能旋磁器及旋磁按摩椅结构，包括纵向驱动转轴，所述纵向驱动转轴连接有电机，所述纵向驱动转轴的上端连接有齿轮组，所述齿轮组啮合连接有驱动齿轮，所述驱动齿轮的上部固定有基础旋转盘，所述基础旋转盘上安装有磁组件，物理性能更佳、成本低又磁保健效果好。

Description

一种高能旋磁器及旋磁按摩椅结构 技术领域
本发明涉及旋转磁场设备的技术领域，具体为一种高能旋磁器及旋磁按摩椅结构。
背景技术
现有的很多家具、按摩保健器材、医疗器材等中已经开始运用旋转磁场的相关设备，但是，现有旋磁设备的技术还不够成熟，用到的旋磁设备结构不够稳定，具有电机功率大、能耗高、占用空间大、振动大、噪音大、散热差等问题，物理性能不好，磁场分布不够优化、有效利用率低，通常不利于强磁场的设置，生产成本也高，磁保健效果也不佳。
发明内容
本发明的一个目的是提供一种物理性能更佳、成本低又磁保健效果好的高能旋磁器。
本发明的上述技术目的是通过以下技术方案得以实现的：一种高能旋磁器，包括纵向驱动转轴，所述纵向驱动转轴连接有电机，所述纵向驱动转轴的上端连接有齿轮组，所述齿轮组啮合连接有驱动齿轮，所述驱动齿轮的上部固定有基础旋转盘，所述基础旋转盘上安装有磁组件。
上述技术方案中，整个结构的稳定性更好，受力分布更加优化，不仅可以采用小功率电机进行小功率的作业，而且还带来了能耗低、占用空间小、振动小、噪音小、散热效果更佳等有益效果，并且该结构中的磁组件可以采用磁性超强的磁组件，不仅形成了分布更加优化的空间强磁场，而且磁场有效利用率更高，利于强磁场的作用，磁保健效果更佳，齿轮组可以采用单个的齿轮或者变速齿轮组合或者齿轮箱等结构，进一步地，可减小电机功率，用小功率电机即可满足高负载需求，还可以实现变速，基础旋转盘作为旋转磁场发生的载体，由电机的工作带动驱动齿轮运转从而使其可以旋转。
作为对本发明的优选，驱动齿轮的下方设有装配承载装置。提高装配性和运行的流畅性，减少故障率，进一步优化结构和受力分布，提升各项物理性能，磁保健效果也更好。
作为对本发明的优选，装配承载装置包括承载轴承。提高装配性和运行的流畅性，减少故障率，进一步优化结构和受力分布，提升各项物理性能，磁保健效果也更好。
作为对本发明的优选，承载轴承的轴承外圈安装于支撑架上，驱动齿轮设置于承载轴承的轴承内圈的上方，驱动齿轮的中心区域内设有旋转辅助轴承，支撑架上设有供旋转辅助轴承的内圈套设的中心柱。提高装配性和运行的流畅性，减少故障率，进一步优化结构和受力分布，提升各项物理性能，磁保健效果也更好。
作为对本发明的优选，电机外部设有电机外保护罩。起到较好的防护作用，减少外部的磁组件的磁场、灰尘等干扰，保证电机的有效性和使用寿命。
作为对本发明的优选，磁组件包括安装于基础旋转盘上的基底主磁极块。进一步优化结构和受力分布，提升各项物理性能，磁保健效果也更好。
作为对本发明的优选，磁组件还包括上部主磁极块，所述上部主磁极块设置于基底主磁极块的上部。进一步优化结构和受力分布，提升各项物理性能，磁保健效果也更好。
作为对本发明的优选，磁组件还包括辅助磁极块，所述辅助磁极块设置于上部主磁极块的旁侧。进一步优化结构和受力分布，提升各项物理性能，磁保健效果也更好，通过该组合式的结构，不仅使得磁组件可以达到非常强的表磁，而且可以降低单个强磁块的加工生产成本，对结构的优化和各项性能的提升都非常有益。
作为对本发明的优选，磁组件的外侧套有防护罩。既美观，又保护磁极块不被氧化、避免铁磁性物件直接和磁极块碰撞接触，也可防止磁组件在高速运转过程中脱落产生事故，进一步优化结构和受力分布，提升各项物理性能，磁保健效果也更好。
作为对本发明的优选，防护罩的下部延伸形成用于与基础旋转盘固定连接的罩安装片。保证防护罩安装的稳定性，进一步优化结构和受力分布，提升各项物理性能，磁保健效果也更好。
作为对本发明的优选，防护罩为非隔磁不锈钢罩。进一步优化结构和受力分布，提升各项物理性能，磁保健效果也更好。
作为对本发明的优选，基础旋转盘为导磁盘。进一步优化结构和受力分布，提升各项物理性能，磁保健效果也更好，导磁盘可以采用铁盘、钢盘或其他导磁材料盘。
本发明的有益效果：使得整个结构的稳定性更好，受力分布更加优化，不仅可以采用小功率电机进行小功率的作业，而且还带来了能耗低、占用空间小、振动小、噪音小、散热效果更佳等有益效果，并且该结构中的磁组件可以采用磁性超强的磁组件，不仅形成了分布更加优化的空间强磁场，而且磁场有效利用率更高，利于强磁场的作用，磁保健效果更佳，齿轮组可以采用单个的齿轮或者变速齿轮组合或者齿轮箱等结构，进一步地，可减小电机功率，用小功率电机即可满足高负载需求，还可以实现变速。
本发明的另一个目的是提供一种结构安全可靠、机动性强、成本低又磁保健效果好的旋磁按摩椅结构，该旋磁按摩椅的椅座的下方设有上述任一的高能旋磁器，所述椅座和该旋磁按摩椅的椅底部之间设有可抬升的用于搁脚的伸缩搁脚机构，所述伸缩搁脚机构包括靠高能旋磁器前侧的与椅座铰接的倚靠杆、与倚靠杆的另一端铰接的位于靠高能旋磁器前下方的曲 型杆、与曲型杆的另一端铰接的位于高能旋磁器下方的伸缩气缸，所述伸缩气缸的活塞杆铰接有下支杆，所述下支杆的另一端与椅底部靠前端的部位铰接，伸缩气缸的后端与椅底部靠后端的部位铰接。
附图说明
图1是本发明中实施例1的基础旋转盘与驱动齿轮还未完成装配的拆分装配的立体结构示意图；
图2是本发明中实施例1的基础旋转盘与驱动齿轮还未完成装配时的支撑架上连接的各个部件后的立体结构示意图；
图3是本发明中实施例2的基础旋转盘装配有磁组件后的剖视的结构示意图；
图4是本发明中实施例2的其中设置两个磁组件时的一种磁极分布图；
图5是本发明中实施例3的基础旋转盘装配有磁组件后的剖视的结构示意图；
图6是本发明中实施例4的透视的结构示意图；
图7是本发明中实施例4的其中一种磁组件设计的俯视结构示意图；
图8也是本发明中实施例4的其中一种磁组件设计的俯视结构示意图。
图中：9、纵向驱动转轴，3、电机，91、齿轮组，92、驱动齿轮，93、支撑架，1、基础旋转盘，2、磁组件，5、承载轴承，51、轴承内圈，52、轴承外圈，55、旋转辅助轴承，56、中心柱，71、基底主磁极块，72、上部主磁极块，73、辅助磁极块，8、防护罩，80、罩安装片，777、纵向螺孔，778、纵向螺栓，779、螺母，7799、螺母置入槽，888、横向螺孔，889、横向螺栓，6、轴承座，920、固定安装孔，990、椅座，991、椅底部，992、伸缩搁脚机构，993、倚靠杆，994、曲型杆，995、伸缩气缸，996、活塞杆，997、下支杆，9200、齿轮强化筋。
具体实施方式
以下结合附图对本发明作进一步详细说明。
实施例1，如图1、2所示，一种高能旋磁器，包括纵向驱动转轴9，所述纵向驱动转轴9连接有电机3，所述纵向驱动转轴9的上端连接有齿轮组91，所述齿轮组91啮合连接有驱动齿轮92，所述驱动齿轮92的上部固定有基础旋转盘1，所述基础旋转盘1上安装有磁组件2。齿轮组91可以采用单个的齿轮或者变速齿轮组合或者齿轮箱等结构，进一步地，可减小电机功率，用小功率电机即可满足高负载需求，还可以实现变速；基础旋转盘1尽量平放并优选设置成外部形状呈轴对称或者中心对称形状，磁组件2的数量优选为偶数个，绕着中心区域设置，本发明中的磁组件2可以采用单个的磁场较强的强磁磁极块或者现有的几 个磁极块简单叠合的结构等，在实施例2中，还具有多个磁极块新兴的组合结构，不仅优化结构，而且可以将磁极块表面磁场强度提升到单个磁极块通过加工很难达到的超强磁场。驱动齿轮92的下方设有装配承载装置，装配承载装置不仅可以完成与驱动齿轮92的有效配合，同时承载上部的较大重量，减少电机负荷，电机轴承的磨损减小，所需功率降低，延长了电机寿命和减小了电机温升，在运行过程中，保证整个结构的稳定性，而且，装配承载装置的设置不应影响基础旋转盘1的正常旋转，而应该能保证基础旋转盘1更加有效、顺畅地旋转。
装配承载装置包括承载轴承5，承载轴承5也尽量平放，承载轴承5可以优选采用向心轴承，进一步地，可采用向心密封轴承；本申请的装置可根据人体所需磁场，可调节电机3转速，在旋转过程中，产生一个交变的动磁场，使得人体处于一个交变的动磁中，调节改变人体的生物磁场，从而达到调节人体的微循，还能治疗人体相适的疾病。另外，基础旋转盘1优选采用导磁盘，例如，可以采用铁盘、钢盘或其他导磁材料盘。
承载轴承5的轴承外圈52安装于支撑架93上，驱动齿轮92设置于承载轴承5的轴承内圈51的上方，驱动齿轮92的中心区域内设有旋转辅助轴承55，支撑架93上设有供旋转辅助轴承55的内圈套设的中心柱56。支撑架93可以设置为田字型的框型结构，即外部为一个矩形框而框内由两条加强筋交叉连接形成十字型，中心柱56可以设置于上述两条加强筋的十字交叉位置并沿纵向设置，同时，支撑架93还可以在靠上述两条加强筋的十字交叉位置区域设置一个轴承座6，轴承座6上开设可供承载轴承5置入并供轴承外圈52架设装配的环形的台阶槽部，该结构大大提升了可装配性，提高装配效果，可减少故障率等，通过此结构连接后，电机转子所承担的负荷大大降低，电机轴承的磨损减小，所需功率降低，延长了电机寿命和减小了电机温升；驱动齿轮92上沿着轮面开设有呈圆周阵列的多个固定安装孔920，并可通过螺栓等锁紧件与基础旋转盘1进行固定连接，基础旋转盘1上可开设相应的安装孔，同时，驱动齿轮92上可以一体成型有呈沿着圆周阵列状的齿轮强化筋9200并设置于相邻的固定安装孔920之间；电机3可以设置在支撑架93上并与基础旋转盘1分别在支撑架93的两侧，电机3可直立设置，电机3的电机轴可以直接作为纵向驱动转轴9使用，或者电机3可横卧设置而其电机轴作为传动轴，通过伞形齿轮等现有的变向的传动连接结构传动连接另一转动轴，则该转动轴可以作为纵向驱动转轴9，此时纵向驱动转轴9与电机3的电机轴可设置成垂直状。
电机3外部设有电机外保护罩，电机外保护罩可以采用导磁材料罩，这样就可以将外部的磁力线进行导流而不会影响电机。
实施例2，如图3、4所示，其与实施例1的区别在于：磁组件2的设计，本实施例中，第一种方案，磁组件2包括安装于基础旋转盘1上的基底主磁极块71，基底主磁极块71可单独使用直接作为磁组件2，可采用表面磁场强度较大的长方体或者立方体状的磁极块；第二种方案，磁组件2不仅包括基底主磁极块71，还包括上部主磁极块72，所述上部主磁极块72设置于基底主磁极块71的上部，上部主磁极块72也可采用表面磁场强度较大的长方体或者立方体状的磁极块，上部主磁极块72和基底主磁极块71的尺寸可设置成相同或者相近、表面磁场强度大小可设置成相同或者相近，当然，在上部主磁极块72的上方还能设置与上部主磁极块72或基底主磁极块71类似的磁极块，基底主磁极块71与基础旋转盘1进行安装连接，基底主磁极块71中开设上下贯穿的纵向螺孔777，基础旋转盘1上开设相应的安装螺孔，在纵向螺孔777中设置纵向螺栓778并且该纵向螺栓778穿过基础旋转盘1上的安装螺孔，通过螺母779锁定，进一步，基础旋转盘1下部的位置可以设置相应的与安装螺孔连通的供螺母779置入的螺母置入槽7799，另外，纵向螺栓778的最高点不超过基底主磁极块71的顶面，基底主磁极块71和上部主磁极块72的磁极排列方向均是沿着纵向设置且相邻一侧极性相同，这样，基底主磁极块71和上部主磁极块72就可以上下吸合且基底主磁极块71的顶面和上部主磁极块72底面之间无缝连接、紧密接触，本结构中，磁组件2有效固定在基础旋转盘1上，还能避免基底主磁极块71因开孔而产生顶部漏磁通的问题，又保证了磁组件2和基础旋转盘1采用机械连接牢固可靠和安全性；第三种方案则是在第二种方案的基础上实现的，即磁组件2还包括辅助磁极块73，所述辅助磁极块73设置于上部主磁极块72的旁侧，辅助磁极块73的尺寸和表面磁场强度均可设置成小于上部主磁极块72或者基底主磁极块71，辅助磁极块73可采用长方体或者立方体状的磁极块并尽量设置在上部主磁极块72靠上方的位置，可与上部主磁极块72的旁侧接触并与基础旋转盘1产生足够的间距而不接触，这样就避免了辅助磁极块73的磁短路、磁性下降，同时也节约了磁材；辅助磁极块73可以设置多个，例如，设置两块辅助磁极块73并位于上部主磁极块72的相对的两侧，形成T字型的结构，或者多个辅助磁极块73形成一个口字型结构包围上部主磁极块72，辅助磁极块73的磁极排列方向沿着横向设置且与上部主磁极块72相接触一侧的磁极极性与上部主磁极块72靠上方的磁极的极性相同，这样，上部主磁极块72和辅助磁极块73可无缝装配、紧密接触，就会无气隙磁阻产生，可使得上部主磁极块72表面磁场强度大大增加，能达到10000高斯以上，同时磁场作用深度高约1m，当然，如果上部主磁极块72的上方还设有磁极块并可设置成与上部主磁极块72一样的结构，此时，上部主磁极块72上方的磁极块可以视为新增的上部主磁极块72，则辅助磁极块73在上部主磁极块 72上方的磁极块旁侧也应该设置辅助磁极块73，则上部主磁极块72旁侧的辅助磁极块73可以保留，也可以拆除，这个方案中，可以优选设置两个磁组件2，则这两个磁组件2的上部主磁极块72靠上方的磁极的极性设置成相反，则可以形成非常好的空间磁场；辅助磁极块73和上部主磁极块72上可以开始横向贯通的横向螺孔888，并通过横向螺栓889串接在一起，并通过螺母779进行锁定，无需采用粘胶方式进行连接，固定效果好，有效避免上部主磁极块72和辅助磁极块73之间产生气隙磁阻而造成磁场强度下降。
实施例3，如图5所示，其与实施例1或2的区别在于：磁组件2的外侧套有防护罩8，防护罩8的下部延伸形成用于与基础旋转盘1固定连接的罩安装片80，罩安装片80通过螺钉等可与基础旋转盘1进行安装固定，防护罩8为非隔磁不锈钢罩，即可以采用不隔磁的不锈钢外罩，既美观，又保护磁极块不被氧化、避免铁磁性物件直接和磁极块碰撞接触，也可防止磁组件2在高速运转过程中脱落产生事故，进一步优化结构和受力分布，提升各项物理性能，磁保健效果也更好。
实施例4，如图6所示，一种旋磁按摩椅结构，该旋磁按摩椅的椅座990的下方设有实施例1-3任一所述的高能旋磁器，所述椅座990和该旋磁按摩椅的椅底部991之间设有可抬升的用于搁脚的伸缩搁脚机构992，所述伸缩搁脚机构992包括靠高能旋磁器前侧的与椅座990铰接的倚靠杆993、与倚靠杆993的另一端铰接的位于靠高能旋磁器前下方的曲型杆994、与曲型杆994的另一端铰接的位于高能旋磁器下方的伸缩气缸995，所述伸缩气缸995的活塞杆996铰接有下支杆997，所述下支杆997的另一端与椅底部991靠前端的部位铰接，伸缩气缸995的后端与椅底部991靠后端的部位铰接，曲型杆994可以设置具有向背对高能旋磁器的方向拱起的曲线形部位。该种低位的三角结构不仅利于体积相对较大的高能旋磁器的置入，并且形成足够的空间供磁场作用，也利于散热、静音等，而且使得高能旋磁器与伸缩搁脚机构992等椅子抬升机构或者靠背推杆机构等的变形动作不会产生干扰或者碰擦等。
实施例5，如图7、8所示，其与实施例2的区别在于：磁组件2的设计，本实施例中，上部主磁极块72和基底主磁极块71设置成柱形结构，辅助磁极块73设置在上部主磁极块72靠上方的位置，可与上部主磁极块72的旁侧接触并与基础旋转盘1产生足够的间距而不接触，可设置多个辅助磁极块73并可拼成口字型结构或者环形结构以包围上部主磁极块72，或者采用单个的呈口字型或者环形状的辅助磁极块73以包围上部主磁极块72，基底主磁极块71和上部主磁极块72的磁极排列方向均是沿着纵向设置且相邻一侧极性相同，辅助磁极块73的磁极排列方向沿着横向设置且与上部主磁极块72相接触一侧的磁极极性与上 部主磁极块72靠上方的磁极的极性相同，另外，基底主磁极块71和上部主磁极块72可以制作成一样的磁极块，当然，基础旋转盘1上可以仅仅只设置上部主磁极块72，而不设置基底主磁极块71，此时，上部主磁极块72可以同时被认作为基底主磁极块71和上部主磁极块72一体成型后的单个主磁极块，并且辅助磁极块73包围设置在该单个主磁极块靠上方的部位上，而且，该上部主磁极块72可以直接吸合在基础旋转盘1上。
实施例6，其与实施例1或2的区别在于，高能旋磁器的外围设置一个上盖和一个下盖，上盖和下盖可以进行拼合并将高能旋磁器包裹在内部，上盖和下盖均可采用塑料等高分子材料制成的盖子，上盖和下盖均可采用呈拱起状面包型的盖体并呈上下对称状，拼合后有效起到对高能旋磁器的保护作用且保证高能旋磁器顺畅运行。
实施例7，其与实施例1或2的区别在于，对实施例1或2中其中某些部件的改进，中心柱56可由一个轴套和一个轴装配而成，中心柱56穿过驱动齿轮92的中心区域，也就是驱动齿轮92的中心孔的区域，齿轮组91的齿轮和驱动齿轮92均可以采用塑胶齿轮或者塑料齿轮等，驱动齿轮92的靠中心区域的部位向上延伸形成供旋转辅助轴承55置入的上环形待置入部，驱动齿轮92的靠中心区域的部位向下延伸形成可置入轴承内圈51的下环形置入部，另外，轴承座6可以给驱动齿轮92相应的承载轴承5使用，此时可以设计呈圆形状的，其实，也是可以给齿轮组91使用的，这样轴承座6的形状可以设计成水滴形或者是八字形，上面再设置相应的供齿轮组91使用的轴承，又齿轮组91的齿轮也可采用塑胶齿轮或者塑料齿轮等，在与轴承直接作用的齿轮的上部中间部位向上延伸形成供相应轴承置入的置入部或者下部中间部位向下延伸形成供相应轴承置入的置入部。
本具体实施例仅仅是对本发明的解释，其并不是对本发明的限制，本领域技术人员在阅读完本说明书后可以根据需要对本实施例做出没有创造性贡献的修改，但只要在本发明的权利要求范围内都受到专利法的保护。

Claims (10)

  1. 一种高能旋磁器，其特征在于：包括纵向驱动转轴(9)，所述纵向驱动转轴(9)连接有电机(3)，所述纵向驱动转轴(9)的上端连接有齿轮组(91)，所述齿轮组(91)啮合连接有驱动齿轮(92)，所述驱动齿轮(92)的上部固定有基础旋转盘(1)，所述基础旋转盘(1)上安装有磁组件(2)。
  2. 根据权利要求1所述的一种高能旋磁器，其特征在于：驱动齿轮(92)的下方设有装配承载装置。
  3. 根据权利要求2所述的一种高能旋磁器，其特征在于：装配承载装置包括承载轴承(5)。
  4. 根据权利要求3所述的一种高能旋磁器，其特征在于：承载轴承(5)的轴承外圈(52)安装于支撑架(93)上，驱动齿轮(92)设置于承载轴承(5)的轴承内圈(51)的上方，驱动齿轮(92)的中心区域内设有旋转辅助轴承(55)，支撑架(93)上设有供旋转辅助轴承(55)的内圈套设的中心柱(56)。
  5. 根据权利要求1或2或3或4所述的一种高能旋磁器，其特征在于：磁组件(2)包括安装于基础旋转盘(1)上的基底主磁极块(71)。
  6. 根据权利要求5所述的一种高能旋磁器，其特征在于：磁组件(2)还包括上部主磁极块(72)，所述上部主磁极块(72)设置于基底主磁极块(71)的上部。
  7. 根据权利要求6所述的一种高能旋磁器，其特征在于：磁组件(2)还包括辅助磁极块(73)，所述辅助磁极块(73)设置于上部主磁极块(72)的旁侧。
  8. 根据权利要求1或2或3或4所述的一种高能旋磁器，其特征在于：磁组件(2)的外侧套有防护罩(8)。
  9. 根据权利要求1或2或3或4所述的一种高能旋磁器，其特征在于：基础旋转盘(1)为导磁盘。
  10. 旋磁按摩椅结构，其特征在于：该旋磁按摩椅的椅座(990)的下方设有权利要求1-9任一所述的高能旋磁器，所述椅座(990)和该旋磁按摩椅的椅底部(991)之间设有可抬升的用于搁脚的伸缩搁脚机构(992)，所述伸缩搁脚机构(992)包括靠高能旋磁器前侧的与椅座(990)铰接的倚靠杆(993)、与倚靠杆(993)的另一端铰接的位于靠高能旋磁器前下方的曲型杆(994)、与曲 型杆(994)的另一端铰接的位于高能旋磁器下方的伸缩气缸(995)，所述伸缩气缸(995)的活塞杆(996)铰接有下支杆(997)，所述下支杆(997)的另一端与椅底部(991)靠前端的部位铰接，伸缩气缸(995)的后端与椅底部(991)靠后端的部位铰接。
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