M259992 四、創作說明（1) 【新型所屬之 技術領域】 =份之軟質磁鐵構造’尤指一種在磁性材 原料所複合而成之軟質材料片中，滲和有岣 之鐵基成份，使得該軟質材料片之兩側面均 之磁鐵表面，费可:去古乂 . 、 又』在禾充磁面因鐵基成份形 成一可被磁吸性表面者。 【先前技術】 在一般軟 板上吸壓文件 展示之用；請 設成複數個片 片狀磁鐵薄片 一種具鐵 料與橡/塑膠 勻分佈於其中 能形成具磁性 依序且 且於至 其設計 片1 0 易達成 花樣之 然 仍存在 由 姑或侧 ，在至 欲將兩 綿密之 少一側 ’可供 ，相繼 不同磁 益智堆 而，請 有如下 於該等 等基料 少一侧 兩磁鐵 質磁鐵之應 ，或有在其 參第1圖至 型玩偶之態 1 0之至少 正、負磁極 面則貼附或 使用者將設 對應附貼， 鐵片上的個 疊或其他具 參考第1或 所述之缺失 磁鐵薄片1 與高分子橡 面會佈設有 薄片1 0相 用，最常見 上製具圖案 第2圖，另 樣（如玩偶 一面經磁區 1 1、1 2 結合一預先 置有多樣化 藉以在對應 別圖樣可對 美觀組併之 2圖，該磁 〇所使用之 /塑膠材料 正、負磁極 互堆疊磁貼 者係使用在 或文字，以 有者是將該 拼圖），其 配向方式充 、2 2 1、 設計之圖像 造型之具圖 磁吸貼附中 應拼組成所 效果。 鐵薄片1 〇 可被磁吸 作為吸著 軟質磁鐵 係在軟質 磁佈設有 2 2 2, 膠片；藉 像磁鐵薄 ，恰能簡 需大小或 在設計上 材料為鋇、鳃、铷、 所組合而成，充磁時 或12，因此若 ’則必須在吸附時，M259992 IV. Creation instructions (1) [Technical field of new type] = Soft magnetic structure of "parts", especially a soft material sheet compounded with magnetic materials, impregnated with iron-based components, making the On both sides of the soft material sheet, the magnet surface can be used to remove the ancient magnets. Also, on the magnetically charged surface of the helium, an iron-based component forms a magnetically attractable surface. [Prior technology] For display of pressure-absorbing documents on general soft boards; please set it as a plurality of pieces of sheet-like magnets with iron and rubber / plastic evenly distributed in it to form a magnetic sequence and its design. It is easy to reach the pattern, but it still exists from the side or the side, to the side where you want to be two densely dense, 'Successively different magnetic puzzle piles, please have the following two on the side of the base material and so on The magnet should be attached to at least the positive and negative magnetic pole faces of the figure 1 to the figure 10, or the user will set a corresponding sticker. The stack on the iron sheet or other reference 1 or the missing magnet sheet 1 and the polymer rubber surface will be provided with a sheet 10 for the most common use of the tooling pattern Figure 2, otherwise (such as the doll's side through the magnetic zone 1 1, 1 2 combined with a pre-set There are a variety of pictures that can be combined with the beautiful group in the corresponding pattern. The magnetic material used is plastic or positive and negative magnetic poles stacked on top of each other. Its orientation mode is charged, 2 2 1, The image of the plan The graphic of the shape The magnetic stickers should be combined to make up the effect. The iron sheet 1 〇 can be magnetically attracted as a soft magnet system. The soft magnetic cloth is provided with 2 2 2 film. By being thin like a magnet, it can be simply required for size or the design is made of barium, gill, maggot, and combination. Into, magnetization or 12, so if 'then must be at the time of adsorption,
9305057.ptd 第5頁 M259992 四、創作說明（2) 將上下磁鐵薄片1〇之正磁 對應，方可使兩者磁貼效果 位置為同極性對應或磁極對 效果減弱甚而無效脫落；因 片1 0，若在吸附過程因疏 兩薄片之磁極預先對應正確 生上 、下磁鐵薄片無法正確對應 易產生上下圖像無法正確對 另有一種磁鐵薄片2 0 只具單一磁性面2 2 ，另一 間之相互疊貼能力已極為弱 磁力係磁性面2 2穿透無磁 在已相互磁貼後之第二磁鐵 一或更多薄片時，則由於該 相互抵消，己缺乏足夠之吸 之作用；而為改進上述之問 0之磁性面2 2的充磁能量 成本及困難度，且其效果亦 理想 ，並不符商業效益之設計。 極1 1與負磁極1 2相互吻合 達到最佳，反之若兩者之磁吸 應產生偏移時，則將使得磁吸 此’貼附有圖像膠片之磁鐵薄 忽而令圖面後方之磁極未能與 ’則將因磁極之對應問題，產 貼附之問題，若附有圖案，則 正之情況。 (如第2圖所示），其基片係 則為無磁性面2 1 ，因此薄片钃丨. 小’其位於無磁性面2 1處之 性面2 1所形成，因此，若是 ，片2 0後方上，欲再施貼另 等磁鐵薄片2 0之磁力消耗及 附能力，而無法達成多層疊貼 題，若是增加對其磁鐵薄片2 ，不僅將大幅提高整體之製造 因磁埸之相互抵消而不如預期 步之改善，使其 克服之課題。 因此，如何能將該等磁鐵貼片作進一 可利用性更為提高，則是相關產業界亟待 【新型内容】9305057.ptd Page 5 M259992 IV. Creation instructions (2) The positive magnetic correspondence of the upper and lower magnet sheets 1 can be made so that the effect position of the two magnetic patches is the same polarity or the magnetic pole pair effect is weakened or even invalidated; 0, if the magnetic poles of the two lamellae are pre-corresponded correctly during the adsorption process, the upper and lower magnet lamellas cannot be correctly aligned, and the upper and lower images may be generated incorrectly. The mutual superimposition ability is extremely weak. The magnetic surface 22 penetrates non-magnetically. When one or more sheets of the second magnet have been pasted to each other, due to the mutual cancellation, there is no sufficient suction effect; and In order to improve the magnetization energy cost and difficulty of the magnetic surface 2 2 mentioned above, and its effect is also ideal, it is not in accordance with the design of commercial efficiency. The pole 1 1 and the negative magnetic pole 12 coincide with each other to achieve the best, otherwise if the magnetic attraction of the two should be offset, it will make the magnetic attraction. The magnet with the image film attached is thin and the magnetic pole behind the drawing is suddenly caused. Failure to do so will result in the problem of the corresponding magnetic poles and the problem of attaching the product. If a pattern is attached, it will be the case. (As shown in Figure 2), the substrate is a non-magnetic surface 2 1, so the thin sheet 钃 丨. Small 'is formed on the non-magnetic surface 21 at the sexual surface 21, so if it is, the sheet 2 On the rear side, it is necessary to apply another magnetic sheet 20 magnetic force consumption and additional capacity, and it is not possible to achieve a multi-layer sticking problem. If the magnetic sheet 2 is increased, not only the overall manufacturing will be greatly improved due to the mutual cancellation of the magnetic maggots. The problem is not improved as expected, so that it can overcome the problem. Therefore, how to further improve the availability of these magnet patches is urgently needed by related industries. 【New Content】
M259992 9、創作說明（3) 因此，本創作之主要 片之磁佈置型式影響而得 磁鐵貼片之構造，主要藉 有無磁性之可磁吸物質層 充設依序分佈之正、負磁 作用分佈，可受相鄰磁鐵 上述傳統具磁極磁鐵片受 附時易生拉引錯位之困擾 消減弱或喪失之情況，在 能力者。 目的即在提 隨意位置及 由將一磁鐵 (如鐵）， 極，使得該 貝占片之任意 上下磁極分 ’且不致產 多層疊貼之 供一種 方向穩 薄片之 並在其 可磁吸 位置直 佈位置 生上述 時，提 可不受 定貼著 内部均 至少一 性物質 接磁吸 之限制 磁吸能 供充分 磁性鐵 之軟質 勻分佈 側面上 因導磁 ，克服，在吸 力相抵 吸附之 東昭i i作構造、應用原理、作用與功效，則β 參照下列所作之說明，即可得到較佳的了解； 【實施方式】 响參考第3一1圖及3—2圖所示，由圖示可看出， ^作之磁性貼片構造係預先在一可磁化之軟性基片3 〇 •V和有鐵基等可被磁吸物質3 〇 1 ，即該軟性基片3 〇 可由塑膠或橡膠等膠質材料，混拌鋇、勰、铷、鈷或硼等 =性物質3 0 〇之粉末，再滲和適當量之可被磁吸材料3 1 ( f點所示）所模合成型為片狀，而後在該片狀材料 、之至乂 面充没佈置有正、負磁極320、3 2 1以形鲁 $磁性面3 2 ;而可被磁吸物質3 0 1則複合滾壓成型於 其中’亦可產生可被磁吸特性；該可被磁吸物質3 〇 1係 可由生鐵、還原鐵、鑄鐵等鐵性物質粉末形成。 藉此若以第3 — 2圖為例，其具有一磁性面3 2及一 M259992 1、創作說明（4) ' 無磁性面3 1 ，在磁性面3 2可依其磁極3 2 〇、3 2丄 對可磁吸物品進行磁吸，而另一無磁性面3 i ，則可利用 -該可被磁吸物質3 0 1良好地接受任何磁性面（體）之吸 引，且對任何磁鐵片之磁極不會產生接受磁吸位置之限制 ’即可隨意位置進行磁吸貼附，恰可避免上述同極互斥現 象，有助於多層疊貼之進行。 綜合以上所述’可知本創作突破了傳統軟質磁鐵貼片 構造之設製瓶韻’確實能達到預期之使用功效，又其所揭 露之具體構造不僅未曾見諸於同類產品中，且未曾公開於 申請前，誠已完全合於專利法之規定與要求，爰依法提出 申請專利，謹請早日賜准專利，實感德便。M259992 9. Creation description (3) Therefore, the structure of the magnet patch is influenced by the magnetic layout type of the main piece of this creation. The positive and negative magnetic interaction distribution is mainly distributed by the non-magnetic magnetizable material layer. It can be weakened or lost due to the above-mentioned problems of the conventional conventional magnetic pole magnet pieces with adjacent poles that are easily pulled and dislocated when attached, and those who are capable. The purpose is to lift a random position and place a magnet (such as iron) and poles, so that any of the upper and lower magnetic poles of the shell can be divided, and the multi-layer paste is not produced. It is used to stabilize the sheet in one direction and to be straight in its magnetically attractable position. When the position of the cloth is as described above, Tico is not subject to the restriction that the at least one homogeneous substance inside is connected to the magnetic attraction. The magnetic energy can be provided for the soft and uniform distribution of the magnetic iron. For structure, application principle, function and effect, β can be better understood by referring to the following description; [Embodiment] Please refer to Figures 3-11 and 3-2 for reference. The structure of the magnetic patch is prepared in advance on a magnetizable soft substrate 3 〇 • V and iron-based material that can be magnetically attracted 3 〇1, that is, the soft substrate 3 〇 can be made of plastic or rubber. Material, mixed with powder of barium, osmium, osmium, cobalt or boron, etc. = 3 0 〇, repermeate and an appropriate amount of magnetic material 3 1 (shown at point f) to form a sheet shape, Then the sheet material was filled with cloth There are positive and negative magnetic poles 320 and 3 2 1 in the shape of the magnetic surface 3 2; and the magnetically attractable material 3 0 1 is compound-rolled and formed in it. Substance 301 is formed from ferrous substance powders such as pig iron, reduced iron, and cast iron. Taking the third figure as an example, it has a magnetic surface 3 2 and a M259992. 1. Creation instructions (4) 'Non-magnetic surface 3 1, the magnetic surface 3 2 can be based on its magnetic pole 3 2 〇, 3 2 丄 Magnetically attract magnetically susceptible items, while the other non-magnetic surface 3 i can be used-this can be attracted to any magnetic surface (body) by the magnetically attractable substance 3 0 1 and attract any magnet piece The magnetic pole does not have the restriction of accepting the position of magnetic attraction, and the magnetic attachment can be performed at any position, which can avoid the above-mentioned mutual exclusion phenomenon, which is helpful for the multi-layer paste. Based on the above, it can be seen that this creation breaks through the traditional soft magnet patch structure design bottle rhyme indeed can achieve the intended use effect, and the specific structure disclosed not only has not been seen in similar products, and has not been disclosed in Before applying, Cheng has fully complied with the requirements and requirements of the Patent Law, and applied for a patent in accordance with the law.
9305057.ptd 第8頁 M259992 圖式簡單說明 〔圖式簡單說明〕 第1圖係習知軟質磁鐵片結構示意圖。 第2圖係第二種習知軟質磁鐵片結構示意圖。 第3 — 1圖係本創作充磁前之軟性基片的結構示意圖 〇 第3 — 2圖係本創作充磁後之軟性磁片的結構示意圖 〇 〔元件符號對照〕 10、 20··..磁鐵薄片 11、 221、320 正磁極 12、 222、321 負磁極 2 1、3 1 .·…無磁性面 2 2、3 2 ....磁性面 3 0____軟性基片 3 0 0____磁性物質 3 0 1 ....磁吸物質9305057.ptd Page 8 M259992 Simple illustration of the diagram [Simplified illustration of the diagram] Figure 1 is a schematic diagram of the structure of a conventional soft magnet piece. Fig. 2 is a schematic diagram of the structure of a second conventional soft magnet piece. Figures 3-1 are schematic diagrams of the structure of the soft substrate before magnetization in this creation. Figures 3-2 are schematic diagrams of the structure of the soft magnet after magnetization in this creation. [Component Symbol Comparison] 10, 20 ... Magnet sheet 11, 221, 320 Positive magnetic pole 12, 222, 321 Negative magnetic pole 2 1, 3 1 .... Non-magnetic surface 2 2, 3 2 .... Magnetic surface 3 0____Soft substrate 3 0 0____Magnetic substance 3 0 1 .... magnetic substance
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