M367259 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種磁浮軸承結構，尤指一種可利 用高強度結構包覆非高強度磁鐵，並以其相斥關係之中 心磁鐵與圍繞中心之磁鐵間形成幅射狀之平行排列，運 用其外圍多個磁鐵對中心磁鐵同極相斥特性，創作成一 高穩定性之磁浮軸承結構。 【先前技術】 先前之磁浮轴承技術其磁鐵易脫落，其磁鐵材質脆 弱無法承重及機械運動力，具難以為工業界作出貢獻， 應有更進步之研發及新技術作改良，使磁浮轴承之機械 運用精進。 【新型内容】 本創作係提供一種磁浮軸承結構。係具備有一磁浮 軸承體，其磁浮軸承體上設置有磁浮軸承孔及多個軸承 磁鐵孔，其多個軸承磁鐵孔以該磁浮軸承孔為中心以幅 射之形式來環繞該磁浮軸承孔，其軸承磁鐵孔之孔道並 與磁浮軸承孔之孔道平行，其多個軸承磁鐵孔内設置有 多個軸承磁浮磁鐵；一磁浮軸心，其磁浮軸心設置於該 磁浮軸承體之磁浮軸承孔内，其磁浮軸心上設置有軸心 磁鐵孔，其軸心磁鐵孔内部設置有軸心磁浮磁鐵，其軸 3 M367259 心磁浮磁鐵與軸承磁鐵孔内設置之軸承磁浮磁鐵平 行，其轴心磁鐵兩磁極並與該多個軸承磁浮磁鐵之兩磁 極相互以同磁極相斥方式排列設置’使其中心之轴心磁 浮磁鐵對圓周之軸承磁浮磁鐵正負磁極皆能同時產生 斥力。其磁浮軸承體及磁浮軸心材質具備非磁性或弱磁 性得以減少對其内部磁鐵磁性之干擾。當磁浮軸心穿插 於該磁浮軸承體之磁浮轴承孔内旋轉時，轴心磁鐵孔内 之軸心磁浮磁鐵之磁極係受其周圍幅射環繞方之軸承 磁鐵孔内之多個軸承磁浮磁鐵之磁極形成圓周幅射狀 且同磁極相斥之推力，使得軸心磁浮磁鐵外之磁浮軸心 因重力或運動而偏向磁浮軸承體上之磁浮軸承孔内壁 的任一方向時，即受到軸承磁浮磁鐵之同極相斥力被推 回中心原位，而使其磁浮軸心於磁浮軸承體上之磁浮軸 承孔内形成磁力懸浮之旋轉狀態，而得以減少機械磨 擦、增加運轉轉速、節省耗用能源之效果。 本創作係提供一種磁浮轴承結構。其磁浮轴承體上 之磁浮軸承孔内底部設置有軸承止推磁鐵，其軸承止推 磁鐵與軸心磁浮磁鐵相貼近並其兩者相貼近之表面磁 場極性相同且相斥，而達成其相互間之止推效果。該所 具備之止推效果使得磁浮軸承體與磁浮轴心成為經常 無接觸狀態，大量減低機械磨擦作用。 本創作係提供一種磁浮軸承結構。其多個轴承磁浮 磁鐵與軸心磁浮磁鐵之間，其中受有重力重壓或運動運 作之衝力較大一方之軸承磁浮磁鐵係為以增加其軸承 4 M367259 磁浮磁鐵之磁性斥力來調整多個軸承磁浮磁鐵與輛心 磁浮磁鐵之距離關係位置，以使得磁浮轴心於磁浮軸承 孔内不會過於偏離磁浮軸承孔内之中心位置。當重力重 壓或運動運作之衝力向下作用時，此時調整下方之軸承 磁浮磁鐵之磁性使之斥力大於上方；當重力重壓或運動 運作之衝力向後作用時，此時調整後方之軸承磁浮磁鐵 之磁性使之斥力大於前方；以能使得磁浮軸心位置得到 適當控制，而有益機械運作。 斥而相互具備止推效果。一般機械g 者為軸；當機械固定方改為磁浮軸 時，懸空旋轉者便換為磁浮軸承體， 心而非磁浮軸承體M367259 V. New Description: [New Technology Field] This creation is about a magnetic bearing structure, especially a high-strength structure that can be used to coat non-high-strength magnets with a center magnet and a center around them. The magnets form a parallel arrangement of radiation shapes, and a magnetic suspension bearing structure with high stability is created by using a plurality of magnets on the periphery thereof to repel the same polarity of the center magnet. [Prior Art] In the previous magnetic bearing technology, the magnet is easy to fall off, the magnet material is fragile and cannot bear the weight and mechanical movement force, and it is difficult to contribute to the industry. There should be more advanced research and development and new technology to improve the mechanical equipment of the magnetic bearing. Use precision. [New content] This creation provides a magnetic bearing structure. The magnetic floating bearing body is provided with a magnetic floating bearing hole and a plurality of bearing magnet holes, and a plurality of bearing magnet holes surround the magnetic floating bearing hole in the form of radiation centering on the magnetic floating bearing hole, The hole of the bearing magnet hole is parallel with the hole of the magnetic floating bearing hole, and a plurality of bearing magnetic floating magnets are arranged in the plurality of bearing magnet holes; a magnetic floating axis, the magnetic floating axis is disposed in the magnetic floating bearing hole of the magnetic floating bearing body, A shaft magnet hole is arranged on the magnetic floating axis, and an axial magnetic floating magnet is arranged inside the shaft magnet hole, and the shaft 3 M367259 core magnetic floating magnet is parallel with the bearing magnetic floating magnet arranged in the bearing magnet hole, and the axial magnet has two magnetic poles. And the two magnetic poles of the plurality of bearing magnetic floating magnets are mutually arranged in the same magnetic pole repulsion direction, so that the center of the magnetic center of the magnetic floating magnet to the circumference of the bearing magnetic floating magnet positive and negative magnetic poles can simultaneously generate a repulsive force. The magnetic floating bearing body and the magnetic floating shaft material have non-magnetic or weak magnetic properties to reduce the interference of the magnetic properties of the internal magnet. When the magnetic floating axis is inserted into the magnetic floating bearing hole of the magnetic floating bearing body, the magnetic pole of the axial magnetic floating magnet in the axial magnetic hole is surrounded by a plurality of bearing magnetic floating magnets in the bearing magnet hole around the surrounding radiation. The magnetic pole forms a circumferentially radiating and repulsive thrust with the magnetic pole, so that the magnetic floating axis outside the axial magnetic floating magnet is biased toward any direction of the inner wall of the magnetic bearing shell on the magnetic floating bearing body due to gravity or motion, that is, the bearing magnetic floating magnet The same-pole repulsive force is pushed back to the center position, and the magnetic floating axis is formed into a magnetic suspension rotation state in the magnetic floating bearing hole on the magnetic floating bearing body, thereby reducing mechanical friction, increasing the running speed, and saving energy consumption. effect. This creation provides a magnetic bearing structure. The bottom of the magnetic floating bearing hole on the magnetic floating bearing body is provided with a bearing thrust magnet, and the bearing thrust magnet is close to the axial magnetic floating magnet and the surface magnetic field of the two close to each other has the same polarity and repels each other, thereby achieving mutual mutual The push effect. The thrust effect of the bearing makes the magnetic floating bearing body and the magnetic floating axis become the contactless state frequently, and the mechanical friction is greatly reduced. This creation provides a magnetic bearing structure. Between the plurality of bearing magnetic floating magnets and the axial magnetic floating magnets, the bearing magnetic floating magnets which are subjected to gravity heavy pressure or movement operation are larger to adjust the magnetic repulsion of the bearing 4 M367259 magnetic floating magnet to adjust the plurality of bearings The position relationship between the magnetic floating magnet and the magnetic floating magnet of the heart is such that the magnetic floating axis does not deviate too far from the center position in the hole of the magnetic bearing. When the gravity pressure or the motion of the motion is downward, the magnetic force of the bearing magnetic floating magnet below is adjusted to make the repulsive force greater than the upper portion; when the gravity pressure or the motion of the motion is backward, the rear bearing magnetic float is adjusted at this time. The magnetism of the magnet makes the repulsive force greater than the front; so that the position of the maglev axis can be properly controlled, and the mechanical operation is beneficial. Repelling each other with a thrust effect. Generally, the mechanical g is the shaft; when the mechanical fixed side is changed to the magnetic floating shaft, the suspended rotating person is replaced by the magnetic floating bearing body, and the core is not the magnetic floating bearing body.
本創作係提供一種磁浮轴承結構。其磁浮軸承體側 設置有軸承並排座，其軸承並排座設置有軸承並排座 孔，其軸承並排航内裝置有轴承並排座止推磁鐵，其 軸承並排座止推磁鐵與磁浮軸承體内之軸承止推磁鐵 才目貼近並其兩者㈣近之磁鐵表面磁場極性相同且相 般機械固定方為軸承，旋轉 【實施方式】This creation provides a magnetic bearing structure. The magnetic floating bearing body side is provided with a bearing side by side seat, and the bearing side by side seat is provided with a bearing side by side seat hole, and the bearing and the inner row device have a bearing side by side thrust magnet, and the bearing side by side thrust magnet and the magnetic floating bearing body bearing The thrust magnets are close to each other and the two (4) near magnet surfaces have the same magnetic field polarity and the mechanical fixed side is the bearing, rotating [embodiment]
5 M367259 具備有一磁浮轴承體1，其磁浮軸承體丨上設置有磁、〇 軸承孔la及多個轴承磁鐵孔lb，其多個軸承磁鐵 以該磁浮軸承孔la為中心並以幅射之形式環繞該磁浮 軸承孔la設置，其軸承磁鐵孔lb之孔道並與：輛 孔la之孔道平行’⑽使得置放入其孔内之磁鐵亦能 平行，其多個軸承磁鐵孔lb内設置有多個轴承磁浮: 鐵3(3a); —磁浮轴心2，其磁浮軸心2設置於兮磁… 軸承體1之磁浮軸承孔la内，其磁浮軸心=汗 上* 5又置有 軸心磁鐵孔2a，其軸心磁鐵孔2a内部設置有轴、、、< 磁鐵5，其軸心磁浮磁鐵5與軸承磁鐵孔1匕内^^< 軸承磁浮磁鐵3(3a)平行’其轴心磁浮磁鐡 之 與該多個軸承磁浮磁鐵3(3a)之兩磁極相互以同、 斥方式排列設置。其磁浮軸承體1及磁浮軸心2材^ = 備非磁性或弱磁性得以減少對其内部磁鐵磁性作用具 干擾。當磁浮轴心2穿插於該磁浮轴承體丨之磁淳軸= 孔la内旋轉時，軸心磁鐵孔2a内之軸心磁浮磁=之磁 極係受其周圍幅射環繞方之軸承磁鐵孔lb内之多 承磁浮磁鐵3 (3 a)之磁極形成外圍對中心圓周枰射狀之 同極相斥之推力作用，使得軸心磁浮磁鐵5外^之 軸心2於偏向磁浮軸承體丨上之磁浮轴承孔内、汗 :方向時’即受到輛承磁浮磁鐵3(3a)之同極相 被推=中^原位’能使其磁浮心2於磁料 之磁子軸承孔la内部形成相斥磁力懸浮之 而得以減少機械磨擦、增加運轉轉速及節省耗用^’。 6 M367259 請參閱、第二·圖、第五圖、第六圖及第七圖，本創 作係提供一種磁浮麵承結構。其磁浮軸承體1上之磁浮 軸承孔la内部設置有軸承止推磁鐵6，其軸承止推磁 鐵6與軸心磁浮磁鐵5相貼近並其兩者相貼近之表面磁 場極性相同且相斥，而能相互具備止推效果。該所具備 之止推效果使得磁浮轴承體丨與磁浮軸心2經常户二盔 接觸狀態能大幅減低磨擦耗損。 处、…、 萌歹阅弟二5 M367259 is provided with a magnetic floating bearing body 1 , the magnetic floating bearing body is provided with a magnetic, 〇 bearing hole la and a plurality of bearing magnet holes lb, and a plurality of bearing magnets are centered on the magnetic bearing bearing la and in the form of radiation Surrounding the magnetic bearing bearing hole la, the hole of the bearing magnet hole lb is parallel to the hole of the hole la ('10) so that the magnets placed in the hole can also be parallel, and the plurality of bearing magnet holes lb are disposed in the same Bearing magnetic float: iron 3 (3a); - magnetic floating axis 2, its magnetic floating axis 2 is set in the neodymium magnet... The magnetic floating bearing hole la of the bearing body 1 has its magnetic floating axis = sweat on * 5 and has an axis The magnet hole 2a is provided with a shaft, and a magnet 5 inside the shaft magnet hole 2a. The shaft maglev magnet 5 and the bearing magnet hole 1 are in parallel with the bearing maglev magnet 3 (3a). The magnetic poles of the magnetic flux and the magnetic poles of the plurality of bearing maglev magnets 3 (3a) are arranged in the same manner and in a repulsive manner. The magnetic bearing body 1 and the magnetic floating shaft 2 are non-magnetic or weakly magnetic to reduce the interference of the magnetic action of the internal magnet. When the magnetic levitation shaft 2 is inserted into the magnetic yoke shaft of the magnetic bearing body = = rotation in the hole la, the shaft magnetic floating magnetic field in the shaft core magnet hole 2a is the bearing magnet hole lb surrounded by the surrounding radiation. The magnetic pole of the multi-magnetic bearing floating magnet 3 (3 a) forms a thrust effect on the outer circumference of the centrally-circumferentially-shaped sinusoidal sinus, so that the axial center 2 of the axial magnetic floating magnet 5 is biased toward the magnetic floating bearing body Inside the hole of the magnetic bearing, sweat: when the direction is received, the same pole phase of the magnetic bearing floating magnet 3 (3a) is pushed = the middle position can make the magnetic floating core 2 form a phase inside the magnetic bearing hole la of the magnetic material. Repulsive magnetic suspension reduces mechanical friction, increases operating speed and saves consumption. 6 M367259 Please refer to the second, fifth, sixth, and seventh figures. This creation provides a magnetic floating surface bearing structure. A bearing thrust magnet 6 is disposed inside the magnetic floating bearing hole 1a of the magnetic floating bearing body 1. The bearing thrust magnet 6 is close to the axial magnetic floating magnet 5, and the surface magnetic fields of the two are close to each other and have the same polarity. Can have a thrust effect on each other. The thrusting effect of the bearing makes the magnetic floating bearing body and the magnetic floating shaft 2 often contact the two helmets to greatly reduce the friction loss. Department,..., 萌歹阅弟二
' 叫久罘七園，尽創作係媳祉 種磁浮轴承結構。其多個轴承磁 磁 浮磁鐵5之間斥力分佈，其中受有重力c磁 軸承磁汗磁鐵3a之 運用增加其 3(獅，浮一承"浮磁鐵 軸心2於磁浮輪承孔la内不=^以使得磁浮 之中心:置。當重力重壓或運動運作之 時，此時調整如下方之㈣ 下作用 斥力大柄料鐵3,t力^賊之 作之衝力為向後方作用時 ;或運動運 浮磁鐵3(3a)之礙性使之斥力大二方之軸承磁 3;運用軸心磁浮磁鐵 、則方之輪承罐浮磁鐵 3(3a)不同大小斥力 /、&繞方之輪承墙浮磁鐵 控制。 錢域浮心2 Μ得到適當 請參閱第~~圖、篦— 本創作係提供-_ 及第七圖， 種♦軸承結構。其磁浮耗承體⑽設 7 M367259 排座7 ’其轴承並排座7設置有轴承排；I 孔7a其轴承並排座孔^ 有轴承並排座 鐵8,其軸承並排々 並排座止推磁 承止推磁鐵6相貼近並其兩 承體1内之袖 極性相同且相斥而相 推磁鐵表面磁場 2而非磁浮料機械固疋方改為磁浮轴心 體卜磁、t 空旋轉者便換為磁浮輛承 鐵5體1之—方止推功出自於軸心磁浮磁 軸承止推磁鐵6之相互斥力作用另一方 由軸承並排座7内之軸承並排座止推磁鐵8盘轴 =:6之相互斥力作用來產生，因而能使轉軸 之义〇予旋轉平衡穩定且無磨擦耗損。 【圖式簡單說明】 第一圖係本創作之前視圖。 • $二圖係本創作之前視剖視圖。 第三圖係本創作之部件側視圖。 第四圖係本創作之另一部件側視圖。 第五圖係本_之立體圖。 第六圖係本創作之立體圖剖視圖。 第七_本_之部件分解圖。 【主要元件符號說明】 〔習知〕 8 M367259 〔本創作〕 1 磁浮軸承體 la磁浮軸承孔 lb軸承磁鐵孔 2磁浮軸心 2a軸心磁鐵孔 3轴承磁浮磁鐵 3a軸承磁浮磁鐵 4塞子 5轴心磁浮磁鐵 6軸承止推磁鐵 7軸承並排座 7a軸承並排座孔 8轴承並排座止推磁鐵' Called Jiuyi Seven Parks, and created a magnetic floating bearing structure. The repulsion distribution between the plurality of bearing magnetic magnetic floating magnets 5, wherein the use of the gravity c magnetic bearing magnetic sweat magnet 3a increases its 3 (lion, floating one bearing " floating magnet axis 2 in the magnetic floating wheel bearing hole la =^ to make the center of the maglev: set. When the gravity is heavy or the movement is working, adjust the following (4) to act as the repulsion of the large handle iron 3, and the force of the thief is to move backwards; or The movement of the floating magnet 3 (3a) makes it repulsive to the large magnetic bearing 3; the shaft magnetic floating magnet, the square wheel bearing floating magnet 3 (3a) different size repulsion /, & Wheel-bearing wall floating magnet control. Qian domain floating heart 2 Μ Get appropriate please refer to the ~~, 篦 - This creation provides -_ and seventh figure, kind ♦ bearing structure. Its magnetic floating bearing body (10) is set to 7 M367259 row The seat 7' has its bearing side-by-side seat 7 provided with a bearing row; the I-hole 7a has its bearing side-by-side seat hole ^ there is a bearing side-by-side seat iron 8, and the bearings are arranged side by side, the side-by-side seat stop thrust magnetic bearing push magnet 6 is close to each other and its two bodies The sleeves in 1 have the same polarity and are repulsive and push the surface magnetic field of the magnet 2 instead of the magnetic floating material. The body of the magnetic body, the t-spinner is replaced by the magnetic floating bearing iron 5 body 1 - the thrust is derived from the mutual repulsive force of the axial magnetic floating magnetic bearing thrust magnet 6 and the other bearing by the bearing side by side seat 7 The side-by-side thrust magnet 8 disc shaft = 6 is mutually repulsive to produce, so that the rotation axis can be rotated and balanced stably without friction loss. [Simplified schematic] The first picture is the front view of the creation. $2 is a cross-sectional view of the creation before the creation. The third picture is a side view of the parts of the creation. The fourth picture is a side view of another part of the creation. The fifth picture is a perspective view of the _. The sixth picture is the creation of this Three-dimensional view of the section. The seventh part of the _ the _ the exploded view of the component. [Main component symbol description] [Practical] 8 M367259 [This creation] 1 magnetic bearing body la magnetic bearing lb bearing magnet hole 2 magnetic floating axis 2a axis magnet hole 3 bearing magnetic floating magnet 3a bearing magnetic floating magnet 4 plug 5 axis magnetic floating magnet 6 bearing thrust magnet 7 bearing side by side seat 7a bearing side by side seat 8 bearing side by side seat thrust magnet
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