1299174 • 九、發明說明： ；【發明所屬之技術領域】 、本务明係有關於一種具有磁性元件之磁性開關及該 / ，性元^牛^之固定方法，更詳而言之，係有關於一種結構簡 、單、固疋牢固之具有磁性元件之磁性開關及該磁性元件之 固定方法。 【先前技術】 #旦目前電子技術日新月異，在追求輕便性與實用性的考 蓋下市面上的電子裝置一般都是趨向於做成輕、薄、短、 j以符合現代社會之生活方式。各種例如電腦、伺服器 等電子瓜置之組裝愈來愈精密，不論其硬體的設計、製 造、、或是組裝，都必須朝向優化結構、提高工作效率及降 低成本等目標不斷地創新研究。以筆記型電腦為代表之可 攜，電子裝置，為便於攜帶，製造商通常會將其設計成可 ”折宜式。一般來說，可折疊式的電子裝置可分為二機體， 擎二機體之間係以減的方式連接，並透過—閉合開關而使 '一機體可相互閉合。 π麥閱第1圖，其係顯示習知應用於筆記型電腦之閉 合開關之結構示意圖，如圖所示，該筆記型電腦1〇係包 括一例如為顯示面板之第一機體1〇〇、以及一透過樞接軸 120與該第-機冑100相樞接之例如為主機之第二機體 110。而閉合開關係包括一卡鉤13〇、一撥動按鈕14〇以 及一卡槽15〇，其中，t亥卡釣130係設於該第一機體1〇〇 遠離該樞接軸⑶之-端，而_動純⑽係設於該第 19425 5 12991741299174 • Nine, invention description: ; [Technical field to which the invention belongs], the present invention relates to a magnetic switch having a magnetic element and a fixing method of the /, elemental ^^^^, more specifically, A magnetic switch having a magnetic element and a method of fixing the magnetic element, which is simple in structure, single, and solid. [Prior Art] #旦 Currently, electronic technology is changing with each passing day. In the pursuit of portability and practicability, electronic devices on the market generally tend to be light, thin, short, and j to conform to the lifestyle of modern society. The assembly of various electronic melons, such as computers and servers, is becoming more and more sophisticated. Regardless of the hardware design, manufacturing, or assembly, it is necessary to continuously innovate research toward the goal of optimizing the structure, improving work efficiency, and reducing cost. The portable electronic device represented by the notebook computer is designed to be "suitable" for the convenience of the manufacturer. Generally speaking, the foldable electronic device can be divided into two bodies, the second body. The connection between the two is made in a reduced manner, and the 'one body can be closed to each other through the closed-close switch. π Mai's 1st figure shows a schematic diagram of a structure of a closed switch that is conventionally applied to a notebook computer, as shown in the figure. The notebook computer 1 includes a first body 1 such as a display panel, and a second body 110, such as a main body, pivotally coupled to the first cassette 100 via a pivot shaft 120. The closed relationship includes a hook 13〇, a toggle button 14〇, and a card slot 15〇, wherein the t-camper 130 is disposed at a side of the first body 1 away from the pivot axis (3) , and _ moving pure (10) is set in the 19425 5 1299174
一機體100上，且連技於兮上 _ 且連接於该卡鉤130,用以 忒卡槽I50係設於該第二機體110 之糕，且對應該卡鉤130。 才空制該卡鉤13〇 遠離該樞接軸 於4使:者欲將筆記型電腦1。閉合時，可施加一力量 順勢滑入該對庫之卡枰1:二疋動’如此’該卡鉤130可 第二機#⑴ 而使該第一機體100與該A body 100 is coupled to the hook 130 for attaching the card slot I50 to the cake of the second body 110 and corresponding to the hook 130. The hook 13 is free to move away from the pivot axis. 4: The notebook computer 1 is intended to be used. When closed, a force can be applied to slide into the pair of banks. 1: Two clicks 'So' the hook 130 can be the second machine #(1) to make the first body 100
.1 To ^ ^ t 口狀心打開訏’可撥動該撥動按鈕140，俾帶 13G作滑移’而使該卡鉤130脫離卡槽15〇,以 開啟该筆記型電腦10之第一機體100。 值侍注意的是，上述習知技術所設計之閉合開關中， =該卡鉤13〇、撥動按钮140及該卡槽15〇之搭配係為 额性構件，反覆使料能造成其機械結構產生磨耗及毀 才貝所以於長期使用下而使卡名句j3〇或撥動按幻⑽損壞 時，可能會造成筆記型電腦10發生無法正常閉合的情 形。而且，該閉合開關之存在亦會影響該筆記型電腦1〇 表面之外觀美觀度。另外，第一機體1〇〇之卡鉤13〇及第 二機體110之卡槽150之間在設計時需要較精確之定位， 這會增加製造的困難度。 為克服上述開關結構之缺失，業界即設計出一種可利 用磁性元件所產生之磁力進行閉合之磁性開關，該磁性開 關係包括一設於例如顯示面板上之磁性元件以及一設於 主機且對應該磁性元件之導磁金屬片。該磁性元件一般係 19425 6 1299174 '例如透過一黏膠塗覆於該磁性元件背面的方式、或透過一 :膠帶綁縛該磁性元件之各端面的方式，而使該磁性元件固 定於該顯示面板之安裝位置。此種磁性開關雖然可克服前 ^述▲知開關之機械強度及操作不便的缺陷，然而，該磁性 乂開關猶存在不足之處，舉例來說，因該磁性開關係用以使 该顯示面板及主機折疊後可相互閉合且保證其不輕易打 開，该磁性開關之磁性元件必須具有一定強度之磁力，但 詹疋由於磁性元件的磁力作用方向係與開啟動作相反，且經 過反覆多次地進行開合動作之後，很容易使該用以固定之 黏膠或膠帶脫落、老化甚至失去效能，致使該磁性元件自 忒顯不面板鬆動或剝落，最終造成該顯示面板與該主機無 法閉合。 因此，如何提供一種具有磁性元件之磁性開關及該磁 性元件固定方法，以避免習知技術中開關結構複雜且使用 不便，以及磁性元件之固定強度較差之缺失，實已成目前 •亟欲解決的課題。 一 【發明内容】 鑒於以上所述習知技術之缺點，本發明之主要目的在 於提供一種具有磁性元件之磁性開關及該磁性元件之固 定方法，藉以提高該磁性元件之固定強度。 本發明之另一目的在於提供一種結構簡單且便於操 作之具有磁性元件之磁性開關及該磁性元件之固定方法。 本發明之再一目的在於提供一種閉合性能較佳且耐 用性較高之具有磁性元件之磁性開關及該磁性元件之固 19425 7 1299174 定方法。 本發明之又一目的在於提供一種可降低成本之具有 磁性元件之磁性開關及該磁性元件之固定方法。 為達上揭及其他目的，本發明提供一種磁性開關，係 應用於一可折疊式電子裝置中，且該可折疊式電子裝置係 具有藉由枢接軸相互樞接之第一機體及第二機體，該磁性 開關係包括：磁性元件，設於該第一機體中不位於該樞接 軸之處；固定部，形成於該第一機體中且對應固定該磁性 兀件，以及導磁部，設於該第二機體中且相對於該磁性元 件，俾供該磁性元件之磁力吸附而使該第一機體與該第二 機體相互閉合。。 鈉述居磁性元件可係為磁鐵，較佳地，該磁鐵係可呈 ，开y畊面及梯形斷面之其中一者。該固定部係可形成於該 第一機體中且對應位於該磁性元件週邊，並且可經熱熔變 形而扣^固定該磁性元件，較佳地，該固定部係為一體形 成於及第機體巾且對應位於該磁性元件週邊之框體。該 導磁部則可為選自導磁性金屬片及片狀磁鐵之其中一 者，較佳地係預埋於該第二機體内部。 Λ可折宜式電子裝置係可為筆記型電腦，於一較佳實 乂苐钱體係為顯示面板，而該第二機體传為主 機二但於另-較佳實施例中，該第_機艘亦可為主二為而 该第一機體可係為顯示面板。 , 為達上述目的以及其他目的，本發明亦提供一 種前述磁性元件之以方法，係用以固定磁性㈣於二可 19425 8 1299174 /攜式電子裝置之機體中，其包括··提供一形成有固定部之 /機體，且該固定部係形成於所欲固定之磁性元件的周邊之 、處；設置一磁性元件於該固定部之中；以及熱熔該固定 部，以使該固定部變形而扣合固定該磁性元件。 前述熱溶該固定部之步驟中’係可利用一熱熔探頭熱 熔該固定部，以使該固定部變形而扣合固定該磁性元件。 於一較佳實施例中，該固定部之高度係可高於該磁性元 件，而熱熔該固定部係使該固定部局部向内彎曲變形而扣 合固定該磁性元件；於另一較佳實施例中，該磁性元件係 可呈梯形斷面，而熱熔該固定部係使該固定部向内傾斜變 形而貼靠扣合該磁性元件。相較於習知技術，本發明之磁 性開關，係由一設於該第一機體之磁性元件、固定部、以 及一設於該第二機體且對應該磁性元件之導磁部所構 成，俾該導磁部受到該磁性元件之磁力吸引而使該第一機 馨 體該第二機體相互閉合，避免如習知閉合開關般結構複雜 且耐用性較差之問題；並且本發明磁性元件之固定方法， 係熱溶該固定部以其變形而扣合固定該磁性元件，俾將該 磁性兀件固定於該第—機體，藉以提高該磁性元件之固定 強度’避免如習知技術般因利用黏膠或膠帶固定該磁性元 致固，強度不足，進而致使該磁性元件自機體脫落 ㈣。另外’本發明之磁性開關，結構簡單， 材料成本，故而避免了資 一从 兄Γ貝源/良費。因此，本發明具有磁性 ::::::關及該磁性元件固定方法實已具備較高之 19425 9 1299174 【實施方式】 以下藉由特定的具體實施例說明本發明之告^ 式’熟悉此技藝之人士可由本說明書所揭示之内=方 瞭解本發明之其他優點及功效。本發明亦可=易地 的具體實施例加以施行或應用，本說明書中^ 〃他不同 可基於不同的觀點與應用，在不# =一亦 各種修飾與變更。 a之精神下進行 •、請參閱第2A及第找圖’係顯示本發明具有 之磁性開關之較佳實施例圖，請參閱第2a圖，係顯 ‘發明之磁性開關應用於電子裝置之外觀示意圖，本發= 磁性開關2係供應用於一可折疊式電子裝置％中，其中 該可折疊式電子裝置30係包括一第一機體31及一與該第 :機體31相樞接之第二機體32,於本實施例中，該折 疊式電子裝置30係指筆記型電腦，該第一機體31及第二 機體32係指顯示面板及主機，並透過一枢接軸33而相: 馨樞接。此外，該磁性開關2係包括磁性元件21、固定部 23、以及導磁部25，於本實施例中，該磁性開關2係分 別包括相對應之二磁性元件21、二固定部23、以及二導 磁部25。 睛同時配合第2B圖，該磁性元件21係供設於該第一 機體31中，且不位於柩接軸33上，而該固定部23係形 成於該第一機體31中且對應固定該磁性元件21。於本實 施例中，該磁性元件21係設於該第一機體31遠離該樞接 軸33之處，且係為一具磁力吸附特性例如呈矩形截面之 10 19425 1299174 ，、載’ °玄固疋部23係為例如—體形成於該第-機體31 :二:對應位於該磁性元件21週邊之框體，特別因應該第 -機體31之材質而可對應選擇為塑膠框體，同時該塑膠 /框體係具有複數間斷處，但於其他實施例中亦可呈連續之 •框體結構。該例如為塑膠框體之固定部23可經熱熔變形 $扣合固定該磁性元件21，俾將該磁性元件21固定於該 第-機體3卜於本實施例中，該固定部23之高度係高於 癱该磁性tl件2卜而熱熔該固定部21係使該固定部”局 •部向内彎曲變形而扣合固定該磁性元件21。 --該導磁部25係供設於該第二機體32,且對應於該磁 性π件21，俾當使用者將該第一機體31與第二機體 相互折疊時，隨著該導磁部25與該磁性元件21之對應距 離逐漸縮小，該導磁部25會受到該磁性元件21之磁^吸 附而使該第一機體31與該第二機體32相互閉合。於本實 施例中，該導磁部25係可例如為一可受該磁性元件磁力 _吸附之導磁性金屬片，但並不以此為限，其亦可例如為一 一與該磁性元件21之極性相反之片狀磁鐵結構者。 因此’本發明之磁性開關2，其係由一設於該第一機 體31之磁性元件21、形成於該第一機體31中且對應固 定該磁性元件21之固定部23、以及一設於該第二機體32 且對應該磁性元件21之導磁部25所構成，。藉由該磁性 開關2 ’俾當使用者將該第一機體31與第二機體3 2相互 折豐時’可使該導磁部2 5受到該磁性元件21之磁力吸附 而使該第一機體31該第二機體32相互閉合，該磁性開關 19425 11 1299174 2結構簡單且易於操作，避免如習知閉 且因長期使用而導致無法正常開合之耐用性較差： =°另1卜該磁性元件21係透過設於該磁性元件周 攻之固疋部23經熱溶變形而扣合固定該磁性元件Η，因 此將該磁性元件21固定於該第—機體3卜相 知技 術透過黏膠或膠帶綁缚來固定該磁性元件2卜確實提高 該磁性元件21之固定強度。 貝 同 雖然本實施例中係以該第一機體31係顯示面板、第 -機體32係主機，並且將磁性元件21及固定部μ設於 第一機體3卜及將導磁部25設於第二機體&為例，作 =其他實施例中’亦可相反地設定該第—機體為主機、而 弟二機體為顯示面板，相當於將磁性元件21及固定部Μ 設於第二機體32、及將導磁部25設於第一機體31均可 達到相同功效。 請參閱第3Α及第3Β圖，其係顯示本發明磁性元件之 _固定方法之較佳實施例示意圖。 凊麥閱第3Α圖，首先提供一形成有固定部23之第一 機體31’且該固定部23係形成於所欲固定之磁性元^牛21 的周邊之處，且略凸於該磁性元件21。如此，可限制該 磁性兀件21於其各側面方向之移動自由度。於本實施例 中，該固定部係如前述之塑膠框體為例，值得注意的是， 於本貫施例中，並不要求設於該磁性元件21周邊之固定 部23都必須略凸於該磁性元件21，只要於後續步驟中可 使該磁性元件21穩固地固定於該第一機體31，則該固定 19425 12 1299174 部23之數量、設置位置及型態結構並不以此為限，且相 ; 對可提升該磁性元件21之設計彈性。 接著，設置一磁性兀件21於該固定部23之中，於本 /實施例中，該磁性元件21係為一具磁力吸附特性例如呈 矩形截面之磁鐵。.1 To ^ ^ t mouth opening 訏 ' can be used to toggle the toggle button 140, the strap 13G for slipping ', and the hook 130 is disengaged from the card slot 15 以 to open the first of the notebook computer 10 The body 100. It should be noted that in the closed switch designed by the above-mentioned prior art, the combination of the hook 13 〇, the toggle button 140 and the card slot 15 系 is a forehead member, and the material can be caused by the mechanical structure. If the card name j3〇 or the dialing illusion (10) is damaged under long-term use, the notebook computer 10 may not be properly closed. Moreover, the presence of the closed switch also affects the aesthetic appearance of the surface of the notebook computer. In addition, the positioning between the hook 13 of the first body 1 and the slot 150 of the second body 110 requires a more precise positioning during design, which increases the difficulty of manufacturing. In order to overcome the lack of the above-mentioned switch structure, the industry has devised a magnetic switch that can be closed by the magnetic force generated by the magnetic component. The magnetic switch relationship includes a magnetic component disposed on, for example, a display panel and a corresponding device disposed on the host. A magnetically conductive metal piece of a magnetic element. The magnetic component is generally 19425 6 1299174 ', for example, by applying a glue to the back surface of the magnetic component or by bonding a magnetic tape to each end surface of the magnetic component, the magnetic component is fixed to the display panel. The installation location. Although the magnetic switch can overcome the defects of the mechanical strength and inconvenience of the operation of the switch, the magnetic switch has drawbacks. For example, the magnetic switch is used to make the display panel and After the main body is folded, it can be closed to each other and ensure that it does not open easily. The magnetic component of the magnetic switch must have a certain strength of magnetic force, but the direction of the magnetic force of the magnetic element is opposite to the opening action, and the opening is repeated multiple times. After the action, it is easy to make the adhesive or tape used for fixing fall off, aging or even lose performance, so that the magnetic component can be loosened or peeled off by the panel, and finally the display panel and the host cannot be closed. Therefore, how to provide a magnetic switch having a magnetic component and a method of fixing the magnetic component to avoid the complicated and inconvenient use of the switch structure in the prior art, and the lack of the fixed strength of the magnetic component, has become a solution to the present. Question. SUMMARY OF THE INVENTION In view of the above disadvantages of the prior art, the main object of the present invention is to provide a magnetic switch having a magnetic element and a fixing method of the magnetic element, thereby improving the fixing strength of the magnetic element. Another object of the present invention is to provide a magnetic switch having a magnetic element and a method of fixing the same, which is simple in structure and easy to operate. It is still another object of the present invention to provide a magnetic switch having a magnetic element which has better closing performance and high durability, and a method of fixing the magnetic element 19425 7 1299174. It is still another object of the present invention to provide a magnetic switch having a magnetic element and a method of fixing the same. The present invention provides a magnetic switch for use in a foldable electronic device, and the foldable electronic device has a first body and a second body that are pivotally connected to each other by a pivot axis. The magnetic opening relationship includes: a magnetic component disposed in the first body not located at the pivot axis; a fixing portion formed in the first body and correspondingly fixing the magnetic component and the magnetic conductive portion, Provided in the second body and relative to the magnetic element, the magnetic force of the magnetic element is adsorbed to close the first body and the second body. . The sodium-representing magnetic element may be a magnet. Preferably, the magnet may be one of a y-till surface and a trapezoidal cross-section. The fixing portion may be formed in the first body and correspondingly located around the magnetic element, and may be fastened and deformed to fix the magnetic element. Preferably, the fixing portion is integrally formed on the body towel And corresponding to the frame located around the magnetic element. The magnetic conductive portion may be selected from one of a magnetic conductive metal sheet and a sheet magnet, and is preferably embedded in the second body. The foldable electronic device can be a notebook computer, and the display system is a display panel, and the second body is transmitted as a host. However, in another preferred embodiment, the first machine The ship can also be the main one and the first body can be a display panel. In order to achieve the above and other objects, the present invention also provides a method for fixing the magnetic element, which is used for fixing magnetic (4) in a body of a two-in-one 19425 8 1299174 / portable electronic device, which comprises providing a formed a fixing portion/body, and the fixing portion is formed at a periphery of the magnetic member to be fixed; a magnetic member is disposed in the fixing portion; and the fixing portion is thermally melted to deform the fixing portion The magnetic component is fastened by fastening. In the step of thermally dissolving the fixing portion, the fixing portion may be thermally melted by a hot melt probe to deform the fixing portion to fasten and fix the magnetic member. In a preferred embodiment, the height of the fixing portion can be higher than that of the magnetic component, and the fixing portion is configured to partially deform the fixing portion inwardly to buckle and fix the magnetic component; In an embodiment, the magnetic element may have a trapezoidal cross-section, and the fixing portion is configured to thermally deform the fixing portion inwardly to abut against the magnetic element. Compared with the prior art, the magnetic switch of the present invention comprises a magnetic component disposed on the first body, a fixing portion, and a magnetic conductive portion disposed on the second body and corresponding to the magnetic component. The magnetic conductive portion is attracted by the magnetic force of the magnetic element to close the first body and the second body, avoiding the problem of complicated structure and poor durability as in the conventional closed switch; and the fixing method of the magnetic element of the present invention The heat-dissolving portion of the fixing portion fastens and fixes the magnetic member, and the magnetic member is fixed to the first body, thereby improving the fixing strength of the magnetic member, thereby avoiding the use of the adhesive as in the prior art. Or the tape fixes the magnetic element to be solidified, and the strength is insufficient, thereby causing the magnetic element to fall off from the body (4). In addition, the magnetic switch of the present invention has a simple structure and a material cost, thereby avoiding the capital from the source of the brothers. Therefore, the present invention has magnetic:::::: and the magnetic component fixing method has already been provided with a relatively high 19425 9 1299174. [Embodiment] Hereinafter, the present invention will be described by a specific embodiment. Those skilled in the art will be able to understand other advantages and functions of the present invention as disclosed in the specification. The present invention can also be implemented or applied in a specific embodiment of the invention. In the present specification, it can be different based on different viewpoints and applications, and various modifications and changes are not made. In the spirit of a, please refer to FIG. 2A and FIG. 2 for a preferred embodiment of the magnetic switch of the present invention. Referring to FIG. 2a, the appearance of the magnetic switch of the invention is applied to an electronic device. The present invention is a magnetic device 2 for use in a foldable electronic device. The foldable electronic device 30 includes a first body 31 and a second pivotal connection with the first body 31. In the present embodiment, the folding electronic device 30 refers to a notebook computer, and the first body 31 and the second body 32 refer to the display panel and the main body, and are connected through a pivot shaft 33: Pick up. In addition, the magnetic switch 2 includes a magnetic element 21, a fixing portion 23, and a magnetic conductive portion 25. In the embodiment, the magnetic switch 2 includes two corresponding magnetic elements 21, two fixing portions 23, and two Magnetic conductive portion 25. The magnetic element 21 is disposed in the first body 31 and is not located on the splicing shaft 33. The fixing portion 23 is formed in the first body 31 and correspondingly fixes the magnetic body. Element 21. In the present embodiment, the magnetic element 21 is disposed at a position away from the pivot shaft 33 of the first body 31, and is a magnetic adsorption characteristic such as a rectangular cross section 10 19425 1299174, and contains '° Xuangu The crotch portion 23 is formed, for example, on the first body 31: two: corresponding to the frame located around the magnetic element 21, and particularly corresponding to the material of the first body 31, the plastic frame can be selected correspondingly, and the plastic The /frame system has a plurality of discontinuities, but in other embodiments it may also be a continuous frame structure. The fixing portion 23, which is, for example, a plastic frame, can be fastened and fixed to fix the magnetic member 21, and the magnetic member 21 is fixed to the first body 3 in the embodiment. The height of the fixing portion 23 The fixing portion 21 is formed by causing the fixing portion 21 to be inwardly bent and deformed to fasten and fix the magnetic member 21. The magnetic guiding portion 25 is provided for The second body 32 corresponds to the magnetic π member 21, and when the user folds the first body 31 and the second body, the corresponding distance between the magnetic conductive portion 25 and the magnetic member 21 is gradually reduced. The magnetic conductive portion 25 is magnetically attracted by the magnetic member 21 to close the first body 31 and the second body 32. In this embodiment, the magnetic conductive portion 25 can be, for example, The magnetic element magnetically-adsorbs the magnetic conductive metal piece, but not limited thereto, and may also be, for example, a sheet-like magnet structure having the opposite polarity to the magnetic element 21. Therefore, the magnetic switch 2 of the present invention The magnetic component 21 disposed on the first body 31 is formed in the first body 31. And correspondingly, the fixing portion 23 for fixing the magnetic element 21 and the magnetic guiding portion 25 disposed on the second body 32 and corresponding to the magnetic element 21 are formed by the magnetic switch 2' When the body 31 and the second body 3 2 are folded into each other, the magnetic portion of the magnetic member 21 can be attracted by the magnetic force of the magnetic member 21 to close the second body 32 of the first body 31. The magnetic switch 19425 11 1299174 2The structure is simple and easy to operate, avoiding the poor durability that can not be properly opened and closed due to the long-term use of the closed: = ° Another magnetic element 21 is transmitted through the solid part of the magnetic component 23 is fastened and deformed to fix the magnetic component Η, so that the magnetic component 21 is fixed to the first body 3, and the magnetic component is fixed by adhesive or tape bonding. In the present embodiment, the first body 31 is a display panel, and the first body 32 is a main body, and the magnetic element 21 and the fixing portion μ are disposed on the first body 3 and the magnetic conductive portion. 25 set in the second body & For example, in other embodiments, the first body may be set as the main body, and the second body is the display panel, which is equivalent to the magnetic element 21 and the fixed portion being disposed on the second body 32, and the magnetic field will be The portion 25 of the first body 31 can achieve the same effect. Please refer to Figures 3 and 3, which are schematic diagrams showing a preferred embodiment of the method for fixing the magnetic component of the present invention. A first body 31' is formed with a fixing portion 23, and the fixing portion 23 is formed at a periphery of the magnetic element 21 to be fixed, and is slightly convex to the magnetic member 21. Thus, the magnetic 兀 can be restricted. The degree of freedom of movement of the piece 21 in its lateral direction. In this embodiment, the fixing portion is exemplified by the above-mentioned plastic frame. It should be noted that in the present embodiment, the fixing portion 23 provided on the periphery of the magnetic member 21 is not required to be slightly convex. The magnetic element 21 is not limited to the number, arrangement position and configuration of the fixed portion 19425 12 1299174 23 as long as the magnetic element 21 can be firmly fixed to the first body 31 in a subsequent step. And the phase; the design flexibility of the magnetic element 21 can be improved. Next, a magnetic member 21 is disposed in the fixing portion 23. In the present embodiment, the magnetic member 21 is a magnet having a magnetic attraction characteristic such as a rectangular cross section.
V 最後，請參閱第3B圖，係熱熔該固定部23，以使該 固定部23變形而扣合固定該磁性元件21，以使該固定部 鲁23略凸於該磁性元件21之局部經熱熔彎曲變形而扣合該 .磁性元件21，使該磁性元件21固定於該第一機體31° •本實施例中，熱熔該固定部23之步驟係透過例如可發熱 之熱熔探頭4接觸該固定部23使其受熱軟化變形。該固 定部23之略凸於該磁性元件21之部分經熱熔而向内彎曲 變形並覆蓋於該磁性元件21之頂面，藉此，可扣合固定 該磁性元件21於各個方向之移動自由度。 因此，本發明磁性元件之固定方法，係利用熱熔方式 參熱熔設於該磁性元件周邊之固定部，俾使該固定部經熱二 一 變形而扣合該磁性元件，以供固定該磁性元件於該第一機 體，藉以提高該磁性元件之固定強度，避免如習知技術般 因利用黏膠或膠帶固定該磁性元件易導致固定強度不 足’進而致使該磁性元件自機體脫落的問題。 應注意的是，雖然本實施例中係以磁性元件21及固 疋°卩2 3 e又於弟一機體31為例進行固定方法之說明，惟於 其他實施例中亦可視需求而固定於例如可攜式電子裝置 之其一機體中，非以該第一機體31為限。此外，該磁性 19425 13 1299174 兀件之固定方法，同樣可固定具不同形狀之磁性元件。 ： 舉例來說，請參閱第4A及第4B圖，該磁性元件21， 一係呈梯形斷面，而該固定部23係設於該磁性元件21之周 /邊’且略凸於該磁性元件21，並與該磁性元件21之間形 ^ 成有間隙231。如第4B所示，由於該磁性元件21，係呈梯 形辦面之故，當藉由熱熔探頭4熱溶該固定部23時，係 使該固定部23向内傾斜變形而貼靠扣合該磁性元件 魯21 因應梯形斷面所形成侧面斜邊之故，該固定部2 3 _ 熱熔向内傾斜變形而填補該間隙22〇後，將完全貼靠該磁 ‘性兀件21’之側邊，因此同樣可對應扣合該磁性元件21，。 综上所述，本發明之具有磁性元件之磁性開關及該磁 性兀件固定方法，透過熱熔設於該磁性元件周邊之固定 部，俾使該固定部經熱熔變形而扣合固定該磁性元件，以 供固定該磁性元件於該電子裝置之機體上，進而提高該磁 f生元件之固疋強度，並可簡化結構及便於操作，實已解決 •習知技術之種種缺失，更具備極高之產業利用價值。、 上述實施例僅為例示性說明本發明之原理及其功 效，而非用於限制本發明，亦即，本發明事實上仍可作其 他改變，舉例來說，該磁性開關亦可設於該可攜式電子裝 置之二機體之側端。因此，任何熟習此項技藝之人士料 在不違背本發明之精神及範轉下，對上述實施例進行丫各 改。因此本發明之權利保護範圍，應如後述之申請範 圍所列。 【圖式簡單說明】 19425 14 1299174 第1圖係顯示習知應用於筆記型電腦之閉合開關之 結構示意圖； 第2A及第2B圖係顯示本發明具磁性元件之磁性開關 之較佳實施例圖，其中第2A圖係顯示本發明之磁性開關 :用於電子裝置之外觀示意圖’ f 2β圖係顯示本發明磁 性元件及固定部之結構示意圖； 〜第3A及第3B圖係顯示本發明磁性it件之固定方法之 第一實施例步驟示意圖；以及 〜第4A及第侧_示本發明磁性元件之^^方 弟一實施例步驟示意圖。 【主要元件符號說明】 10 筆記型電腦 100 第一機體 110 第二機體 120 樞接軸 130 卡鉤 140 撥動按钮 150 卡槽 2 磁性開關 21 磁性元件 23 固定部 231 間隙 25 導磁部 30 可折疊式電子裝置 19425 15 1299174 ' 31 第一機體 /32 第二機體 〜 33 樞接軸V Finally, referring to FIG. 3B, the fixing portion 23 is thermally melted to deform the fixing portion 23 to fasten and fix the magnetic member 21 so that the fixing portion 23 is slightly convex to the local portion of the magnetic member 21. The hot element is bent and deformed to engage the magnetic element 21 to fix the magnetic element 21 to the first body 31. In the present embodiment, the step of thermally melting the fixing portion 23 is transmitted through, for example, a heat-generating hot-melt probe 4. The fixing portion 23 is brought into contact with it to be softened and deformed by heat. The portion of the fixing portion 23 slightly protruding from the magnetic member 21 is thermally deformed and deformed inwardly and covers the top surface of the magnetic member 21, whereby the magnetic member 21 can be fastened and fixed in all directions. degree. Therefore, the fixing method of the magnetic component of the present invention is thermally fused to the fixing portion around the magnetic component by means of a hot melt method, and the fixing portion is deformed by heat to engage the magnetic component for fixing the magnetic component. The component is on the first body, thereby improving the fixing strength of the magnetic component, and avoiding the problem that the magnetic component is easily fixed due to fixing the magnetic component with an adhesive or tape as in the prior art, thereby causing the magnetic component to fall off from the body. It should be noted that, in the present embodiment, the magnetic component 21 and the solid body 卩2 3 e are used as an example of the fixing method, but in other embodiments, it may be fixed to, for example, as needed. The body of the portable electronic device is not limited to the first body 31. In addition, the magnetic 19425 13 1299174 clamp method can also fix magnetic components with different shapes. For example, referring to FIGS. 4A and 4B, the magnetic element 21 has a trapezoidal cross section, and the fixing portion 23 is disposed on the circumference/edge of the magnetic element 21 and slightly protrudes from the magnetic element. 21, and a gap 231 is formed between the magnetic element 21. As shown in FIG. 4B, since the magnetic element 21 has a trapezoidal surface, when the fixing portion 23 is thermally dissolved by the hot melt probe 4, the fixing portion 23 is obliquely deformed inwardly and abutted and fastened. The magnetic element ru 21 corresponds to the side bevel of the trapezoidal section, and the fixing part 2 3 _ is thermally deformed inwardly to fill the gap 22 ,, and will completely abut the magnetic 兀 21 ' The side edges can therefore also be engaged with the magnetic element 21 as well. In summary, the magnetic switch having the magnetic element and the magnetic member fixing method of the present invention are thermally fused to the fixing portion around the magnetic member, and the fixing portion is thermally deformed to fasten and fix the magnetic portion. The component is used for fixing the magnetic component on the body of the electronic device, thereby improving the solid strength of the magnetic component, and simplifying the structure and facilitating the operation. The prior art has been solved. High industrial use value. The above embodiments are merely illustrative of the principles and effects of the present invention, and are not intended to limit the present invention, that is, the present invention may still be modified in other ways. For example, the magnetic switch may be provided in the present invention. The side end of the second body of the portable electronic device. Therefore, any person skilled in the art is expected to make various modifications to the above embodiments without departing from the spirit and scope of the invention. Therefore, the scope of protection of the present invention should be as set forth in the scope of the application described below. BRIEF DESCRIPTION OF THE DRAWINGS 19425 14 1299174 FIG. 1 is a schematic view showing a structure of a closed switch applied to a notebook computer; FIGS. 2A and 2B are diagrams showing a preferred embodiment of a magnetic switch having a magnetic element according to the present invention. 2A is a schematic diagram showing the appearance of the magnetic switch of the present invention for the electronic device. The f 2β diagram shows the structure of the magnetic component and the fixing portion of the present invention; ~3A and 3B show the magneticit of the present invention. BRIEF DESCRIPTION OF THE STEPS OF THE FIRST EMBODIMENT OF THE STRUCTURE OF THE PARTS AND THE PARTS OF THE EMBODIMENT OF THE EMBODIMENT OF THE INVENTION [Main component symbol description] 10 Notebook computer 100 First body 110 Second body 120 Pivot axis 130 Hook 140 Toggle button 150 Card slot 2 Magnetic switch 21 Magnetic element 23 Fixing portion 231 Clearance 25 Magnetic guide 30 Foldable Electronic device 19425 15 1299174 ' 31 first body / 32 second body ~ 33 pivot axis