M254296 9、創作說明（1) 【新型所屬之技術領域】 轉動：ΐ Ξ:ί ΐ ϋ盤有_，尤其有關於-種利用機械 【先前技ΐΓ 力之永久磁盤。 一般切削加工機篝τ从输u y 檯面，將待加工物件ί用2械，係利用一磁盤為一工作 上，再對該待加^吸附於工作楼面之 分為永久磁盤與電磁盤。彳丁加作業，—般習用之磁盤概 按習見如「第Ί闇 「处 該磁盤2将徂斗 」、第2圖」所示之磁盤結構， 磁盤座3 ==加工物件’主要包含有一磁盤座1，該 北（N )、、南r :有一磁盤2，該磁盤2上排列有複數個 盤2左右移勒#里）極相間之磁石3，該各磁石3可隨磁 (N )、南 改變其對應磁盤座1上所設之各北 極之磁石3斜：i Ϊ之固定磁石4，當磁盤2上北（N ) 相吸之磁吸力二石、疏座1南（S )極之固定磁石4 ,彼此 物件，反之=其頂部鐵製外框7具有磁力能吸取加工 上方北（N彳，欲卸下加工物件時則可移動該磁盤2使其 磁石4，其如f之磁石3對應磁盤座1北（N )極之固定 移動乃由其下士作用得以將加工物件卸下來，而磁盤2之 接，使磁盤I:齒條5與位於磁盤座1内腹之齒輪6嵌 南（s)隨該齒輪6旋轉產生左右位移，令其表面各 其與磁盤座】1 ( N )極之磁石3可以來回位移，以改變 對合與表面南（S)極及北（N)極之固定磁石4 、曰’以彼此產生相吸或相斥作用，達到磁吸或放 ΐΚϋΐ 第5頁 M254296 、創作說明（2) 鬆目的。而習男磁般λ 面，當磁盤2藉齒條，各磁石3係憂置在磁盤座1之表 來回移動時，該磁盤2 m^齒輪6驅動產生 合，來回移翻士 你 斤有之磁石3皆與磁盤座1表面貼 二讓吸取4目ί摩擦之結果久而久之難免影響到磁吸 物件之磁吸力逐漸被消減。 經驗不斷努力研:;乍人乃：由其從事相關行業多年之 創作，並且能徹底解、广而終於發展出-極具實用性之 【新型内容】解決上述之缺… 磁石於提供-種較為省力且其 本創作係包含力之水久磁盤。 所製成，該磁盤藉由一 ς =棒，該磁盤係由導磁材料 部，該乘載部具有一磁；；：分用隔=載部與-底座 棒可於該中空容置空；=具空間，·該^ 第一材料部，該第二材料由’、已3第一材料部與 該第-材料部係由導磁材料所=不導，材料所製成，而 石，且該兩兩相鄰之磁石| 並安裝有複數之磁 【實施方式】 ^有相反之磁極方向。 為俾使責委員對本創 說明如后： 請參閱「第3圖」與「第4圖 更加深入之瞭解與認同 j特欲、目的及功效 說明如后： 舉一較佳實施例並配合= 磁盤 其包括有 $ 6頁 M254296M254296 9. Creation instructions (1) [Technical field to which the new type belongs] Rotation: ΐ ί: ΐ ΐ The disk has _, especially about-a kind of mechanical disk [previous technique: permanent magnetic disk with force. Generally, the cutting machine bon τ uses the u u y table to use two machines, using a magnetic disk as a job, and then attaches the to-be-added to the work floor into permanent disks and electro-magnetic disks. For Dingjia operations, the disks that are commonly used are generally used as shown in the disk structure shown in "The darkest" where the disk 2 will fight ", Figure 2", the disk holder 3 == processing object 'mainly contains a disk Block 1, the north (N), south r: there is a magnetic disk 2, on the magnetic disk 2 are arranged a plurality of magnetic disks 3 which are shifted to the left and right, each of the magnetic disks 3 can follow the magnetic (N), South changes its oblique magnets 3 on the magnetic disk base 1: i 磁 fixed magnet 4, when magnetic disk 2 on the north (N) phase attracts two magnets, and 1 on the south (S) pole The fixed magnet 4 is an object of each other, otherwise, the top iron frame 7 has magnetic energy to absorb the upper part of the processing (N 彳, if you want to remove the processed object, you can move the disk 2 to make it a magnet 4, which is like the magnet 3 of f The fixed movement corresponding to the north (N) pole of the disk holder 1 can be used to remove the processing objects by its corporal role, and the connection of the disk 2 makes the disk I: the rack 5 and the gear 6 located in the inner belly of the disk holder 1 embedded in the south ( s) As the gear 6 rotates to generate left and right displacement, the surface of the gear 6 and the disk holder] 1 (N) pole magnet 3 can be moved back and forth to change Combine the fixed magnets on the south (S) and north (N) poles on the surface. 4, "To attract or repel each other, to achieve magnetic attraction or discharge. K254, page 5 M254296, creative instructions (2) loose. The magnetic λ plane of Xi Nan, when the magnetic disk 2 borrows the rack, each magnet 3 is placed on the table of the magnetic disk 1 and moves back and forth, the magnetic disk 2 m ^ gear 6 is driven to move back and forth. The magnet 3 is attached to the surface of the magnetic disk holder 2 and the result of friction is 4 times. The result is that the magnetic attraction of magnetic objects is gradually reduced over time. Experience continues to work hard: The first person is engaged in the creation of related industries for many years And, it can be thoroughly solved, and finally developed-a very practical [new content] to solve the above-mentioned shortcomings ... magnets provide-a kind of relatively labor-saving and its original creative system contains the power of Mizuhisa disk. The magnetic disk has a magnetic rod, the magnetic disk is made of a magnetically conductive material, and the load-carrying portion has a magnetic field ;: the dividing partition = the load-bearing portion and the base rod can be vacated in the hollow space; The ^ first material section, the second material consists of the first material section and the 3 The first-material part is made of magnetically conductive material = non-conductive, material, and stone, and the two adjacent magnets | and a plurality of magnets are installed. [Embodiment] ^ There are opposite magnetic pole directions. The explanation of the original commissioner is as follows: Please refer to "Figure 3" and "Figure 4 for a deeper understanding and recognition of the special desire, purpose and effect. The description is as follows: Give a preferred embodiment and cooperate = disk includes There are $ 6 pages of M254296
l 〇與一磁棒 2 0 〇 2 10 部1 〇 6 座部 棒2 ，並 空間 參閱 狀之 複數 極方 「第 生磁 2， ，此 又該 製成 2 0 (Ν 盤表 (圖 「第 藉由一隔磁板1 〇 1分隔 0 3，該乘載部1 〇 2具 該加工物件（圖中未 數之隔磁片1 〇 6，並利 導磁區107，該乘載部 區域具有一中空容置空間 一材料部2 0 1與一第二 容置空間1〇4内，且可 〇 該第一材料部2 0 1具有 3 ’該複數之凹陷空間 且該兩兩相鄰之磁石3 〇 成一乘 有一磁 示）， 用該隔 10 2 10 4 材料部 於該中 請 複數呈 2 0 3 具有相 請 表面1 該乘載 底座部 之磁極 由導磁 與第一 10 7 1 0 2 可將加 請 載部1 盤表面 該乘栽 磁片1 與該底 ’該磁 2 0 2 空容置 再一併 現齒條 安裝有 反之礤 再參閱 0 5產 部1 0 1 0 3 方向， 材料所 材料部 ’由北 之該磁 工物件 再參閱 ’該磁 與一底 5，用 〇 2並 分隔出 10 3 〇係包 安裝於 10 4 「第5 凹陷空 之磁石 向。 6圖」 力時， 亦即將 時由於 第一材 ，因此 1磁化 )極發 ® 1 0 中未示 8圖」 盤1 0 座部1 於乘載 具有複 複數之 之相接 含一第 該中空 内轉動 圖」， 間2 〇 3 0, 與「第 將第一 第二材 該兩兩 料部2 磁力線 ，磁力 射至南 5會形 )吸附 與「第 7圖」 材料部 料部2 相鄰之 0 1與 4 0會 線4 0 (S ) 成複數 在該磁 9圖」 ，本創作 2 0 1旋 0 2旋轉 磁石3 0 該乘載部 將該乘載 會經由導 極，故該 之磁力線 盤表面1 ，當要把 要於磁盤 轉至靠近 至罪近該 具有不同 1 0 2係 部1 0 2 磁區 乘載部 4 0，其 0 5° 加工物件l 〇 and a magnetic rod 2 0 〇2 10 10 pedestal rod 2 and the space refers to the multiple poles of the shape "the first magnetic field 2, which should be made 2 0 (N disk table (Figure" 0 3 is separated by a magnetic isolation plate 1 〇1, the load carrying portion 10 is equipped with the processing object (the magnetic separation piece 1 06 not counted in the figure, and the magnetically permeable region 107 is provided, the area of the load carrying portion has A hollow accommodating space including a material portion 201 and a second accommodating space 104, and the first material portion 201 has 3 'the plurality of recessed spaces and the two adjacent magnets. 3 〇 multiplied by a magnetic indication), using the partition 10 2 10 4 material part in the plural, please have 2 0 3 with the surface 1 the magnetic pole of the load base part by magnetic permeability and the first 10 7 1 0 2 The loading surface of the loading section 1 can be loaded with the magnetic disk 1 and the bottom 'the magnetic 2 0 2 empty space and the rack is installed vice versa, please refer to the direction of 0 5 production department 1 0 1 0 3, The material department of the Institute of Materials 'Refer to the magnetic object from the north again' The magnetic and the bottom 5 are separated by 〇2 and separated by 10 3 〇 system package installed on the 10 4 "the 5th hollow of the depression The direction of the magnet. Figure 6 "When the force is applied, it is also due to the first material, so 1 magnetization) pole hair ® 10, not shown in Figure 8" plate 1 0 seat 1 is connected with a complex number The first hollow inner rotation diagram ", between 2030, and" the first two materials the two two material parts 2 magnetic lines of force, the magnetic force hits the South 5 shape) adsorption and "Figure 7" material parts material parts 2 The adjacent 0 1 and 4 0 meet 4 0 (S) into a complex number in this magnetic image. ”In this work, 2 0 1 spins 0 2 rotates the magnet 3 0. The loading unit passes the loading through the conducting pole. Therefore, when the surface of the magnetic field disk 1 is to be moved closer to the magnetic disk, it should have a different 1 0 2 series part 1 0 2 magnetic field loading part 40, and its 0 5 ° processing object
M254296 創作說明（4) 2 =表面i 0 5移除時，將第一材 近兮；】ί部1 3 3 ’亦即將第二材料部2 〇 2 r旋轉至 乘载部i 〇 2 ’·同樣的礙石3 〇之磁^ 2旋轉至靠 (N )極發射至南（s )極， 次4 〇會由 料所製成，故磁力線4 〇會祐^ ^二〇 3係由導磁材 外露於該磁盤表面1 〇 5 ，又5第=H〇 3吸y而避免 :板1 〇 1係由不導磁材料所製&，此：：^ 〇 2與該隔 為隔磁板1 〇 i與第二材料 且力線4 〇會因 座部103之導弓卜因此磁石3〇〇=:，1且受到底 :盤21 0 5，據此可移除該磁盤表面心會遠離該 件（圖中未示）。 囬丄〇 5之加工物 ，為了節省不 ’該第二材祠 /料部2 〇 2 §亥隔磁部 請再參閱「第1 0圖」與「第 導磁材料之使用（不導磁材料之成本，1 部2 0 2可以不完全為不導磁材料，誃=一 係包含一隔磁部2 ◦ 4與一基材部 ^ 了/一r < 2 0 4係由不導磁材料所製成’硪隔磁部 樣的可以達到本創作之目的；本創 ^ 即省材料下， 用之材料很多，其中較常使用之不導磁材料可以 導磁材料最常用的是各種鐵材。 ”s、不鐵鋼等等； ::卜’由於磁棒2 〇係在該中空容置 二以Ξ磁棒2 0之兩端可以各加裝-滾珠〇 可以、加轉動磁棒2 0之便利性， 1 5 0， 接端6 〇，其可供使用者以任何也戽有〜 一點值得注的是，磁石3 0安擎在Χ =、棒2 0， υ文裒在凹陷空間2 〇 3時 M254296 四、創作說明（5) 力方向有兩種選擇’-種與磁轂砉 订（本創作所！會製之圖形為此類），另一^面1〇5平 ^ 5垂直，這兩種類型之不同點在於後者J磁盤表面 30本身之磁力線4〇來穿透磁盤表面} ^利用磁石 透磁盤表面105之磁力線4〇主要來自j，而前者穿 =第-材料部201 ’但此一者皆可達到本磁 —綜上所述僅為本新型的較佳實施例而已，並非用 疋本新型之實施範圍，即凡依本新型申請專利範圍之内ς 所為的等效變化與修飾，皆應為本新型之技術範疇。M254296 Creation instructions (4) 2 = When the surface i 0 5 is removed, close the first material;] ί section 1 3 3 ', that is, the second material section 2 〇2 r is rotated to the loading section i 〇2' · Similarly, the magnetism of the stone 3 〇 2 is rotated to the (N) pole and emitted to the south (s) pole. The next 4 〇 will be made of material, so the magnetic field line 4 〇 will be ^ ^ 203 is made by magnetic conduction. The material is exposed on the surface of the magnetic disk 〇5, and the 5th = H〇3 sucks and avoids: the plate 1 〇1 is made of non-magnetic material &, this: ^ 〇2 and the partition is a magnetic barrier 1 〇i and the second material and the force line 4 〇 will be caused by the guide bow of the seat 103 so the magnet 300 ==, 1 and subject to the bottom: disk 21 0 5, according to which the surface of the disk can be removed and away from This piece (not shown). In order to save the processed product of 〇05, in order to save the second material ancestral temple / material department 2 〇 § magnetic isolation department, please refer to "Figure 10" and "the use of magnetically permeable material Cost, 1 2 2 may not be completely non-magnetic material, 誃 = a series including a magnetic barrier 2 2 ◦ 4 and a base part ^ / / r < 2 0 4 is made of non-magnetic material The 'magnet-isolated part' can be used to achieve the purpose of this creation; this creation ^ means saving a lot of materials, of which the more commonly used non-magnetic materials can be magnetic materials. The most commonly used are various iron materials ”S, non-iron steel, etc. :: :: 'Because the magnetic rod 2 0 is placed in the hollow space, the two ends of the magnetic rod 20 can be installed-balls ○ can be added, rotating magnetic rod 2 0 Convenience, 1 5 0, the end 6 0, which can be used by the user to have any ~ It is worth noting that the magnet 3 0 Anqing in X =, rod 2 0, υ Wen 裒 in the recessed space 2 〇3 M254296 IV. Creation instructions (5) There are two choices of the force direction '-the type is customized with the magnetic hub (this workshop! The graphics will be made in this category), the other side is 105 flat and 5 vertical The difference between the two types is that the magnetic field lines 40 of the latter J disk surface 30 itself penetrate the magnetic disk surface} ^ The magnetic field lines 40 of the magnetic disk through the magnetic disk surface 105 are mainly from j, and the former wears = the-material section 201 'but Both of them can achieve this magnetic-in summary, it is only the preferred embodiment of the new model, not the implementation scope of the new model, that is, all equivalent changes and within the scope of the patent application of the new model Modifications should be in the category of new technologies.
M254296 圖式簡單說明 【圖式簡單說明】 第1圖，係習知永久磁盤平面圖。 第2圖，係第1圖A — A處剖面圖。 第3圖，係本創作立體結構分解圖。 第4圖，係本創作立體結構示意圖。 第5圖，係第4圖B — B處側視圖。 第6圖，係磁棒位置示意圖一。 第7圖，係磁盤磁力線運作示意圖一。M254296 Schematic description [Schematic description] Figure 1 is a plan view of a conventional permanent disk. Fig. 2 is a cross-sectional view at A-A in Fig. 1. Figure 3 is an exploded view of the three-dimensional structure of this creation. Figure 4 is a schematic diagram of the three-dimensional structure of this creation. Fig. 5 is a side view of Fig. 4 B-B. Figure 6 shows the first position of the magnetic rod. Figure 7 is the first schematic diagram of the magnetic field lines of a magnetic disk.
第8圖，係磁棒位置示意圖二。 第9圖，係磁盤磁力線運作示意圖二。 第1 0圖，係另一實施方法之示意圖。 第1 1圖，係另一實施方法之另一角度示意圖。 【圖式之符號說明】 習知 1 :磁盤座 2 :磁盤 3 :磁石 4 :固定磁石Figure 8 shows the second position of the magnetic rod. Figure 9 is the second schematic diagram of the magnetic field lines of a magnetic disk. Figure 10 is a schematic diagram of another implementation method. Figure 11 is a schematic diagram of another implementation method from another angle. [Explanation of Symbols of Drawings] Known 1: Disk holder 2: Disk 3: Magnet 4: Fixed magnet
5 :齒條 6 :齒輪 7 :外框 本創作 1 0 :磁盤 1 0 1 :隔磁板5: Rack 6: Gear 7: Outer frame Original creation 10: Disk 1 0 1: Magnetically shielded plate
第10頁 M254296 圖式簡單說明 10 2 10 3 4567 : 12345 ........ oooooooooooooo 1111222 2 223456 乘載部 底座部 中空容置空間 磁盤表面 隔磁片 導磁區 έ棒 第一材料部 第二材料部 凹陷空間 隔磁部 基材部 έ石 έ力線 I珠軸承 i接端Page 10 M254296 Schematic description 10 2 10 3 4567: 12345 ........ oooooooooooooo 1111222 2 223456 Carrying part base part Hollow storage space Disk surface Magnetically isolated sheet Magnetically permeable area Hand rod First material part The second material part is recessed, the space is separated from the magnetic part, the base material part is slab, the line of force, the I-bearing, and the end is connected.
第11頁Page 11