201010566 九、發明說明： 【發明所屬之技術領域】. 本發明關於一種電子裝置，特別關於一種具有揚聲器 的可攜式電子裝置。 【先前技術】 科技的進步與電子產品的普及，使得可攜式電子裝置 成為重要的消費性電子產品之一，例如筆記型電腦、行動 ^ 通訊裝及影音播放裝置等，已成為不可或缺的曰常用品。 而這些可攜式電子裝置皆具有揚聲器以播放聲音及音 樂。另外，各式消費性電子產品已由功能性趨向以設計、 新奇與時尚為主的藝術性發展，消費性不僅著重功能性， 設計與產品型態更是影響消費者行為的主要因素。 【發明内容】 有鑑於此，本發明提供一種具有時尚結合功能設計之 揚聲器的可攜式電子裝置，以提升產品競爭力。 根據本發明之一特色，本發明所提供之可攜式電子裝 置包括一殼體、一按鍵、一揚聲器、一軟性絕緣材以及一 - 致動單元。按鍵設置於殼體。揚聲器嵌入於殼體，使殼體 呈現平整外觀。軟性絕緣材覆蓋殼體與揚聲器。致動單元 耦接按鍵及揚聲器，而依據按鍵之作動致動揚聲器突出於 殼體。 在本發明之一實施例中，軟性絕緣材包括布料、或皮 6 201010566 革、或合成皮革、或橡膠、切膠、或其組合。 根據本發明之另―特色，可攜式電子裳置包括—殼 體、-揚聲器、—軟性絕緣材以及—致動單心揚聲器鼓 入於殼體’使殼體呈現平整外觀。軟性絕緣材覆蓋殼體與 揚聲器。致動單福胁揚㈣，而依據_操作訊號致動 揚聲器突出於殼體。 ^ IX, 在本發明之—實施例中，軟性絕緣材包括布料 革、或合成皮革、或橡膠、切膠、或其組合。 在本發明之-實_巾，操作訊號可為開機訊號、或 關機訊號、或軟體使用訊號。 ，.不上所述本發明之揚聲器可在按鍵作動時，藉由致 動單元致動而上升或下降，或是依據操作訊號，例如是開 Ο 機訊號、：關機訊號、或軟體使用訊號，而藉由致動單元 致動而上升或下降。使用的狀況可例如為 源鍵進行開機時，旁邊的揚㈣下電 影音軟體時，揚聲^ =聲 當使用者開傲 上升的揚聲器會下降:或是當使用者關機時’原本 亦可避=者在不需二===感’ 等，:軟:布料、或皮革相 凸起==覺:提供不同的質感。並且軟性絕緣材ΐ 吸並力^洛的液體°藉此’本發明能夠提升時庚 :於太:護電子裳置，進而提升產品競爭力。 、明之優點與精神可以藉由以下的發明詳域 201010566 及所附圖式得到進一步的瞭解。 【實施方式】 圖1是根據本發明一較佳實施例之可攜式電子裝置1 的示意圖。可攜式電子裝置1包括一殼體11、一按鍵12、 一揚聲器13及一軟性絕緣材14。本實施例之可攜式電子 裝置1是以筆記型電腦為例，當然，本發明不限制可攜式 電子裝置的種類，其可例如為鍵盤、或通訊裝置、或影音 ® 播放裝置、或其他具有上述元件之可攜式電子裝置。 本實施例之殼體11是以筆記型電腦之鍵盤側的殼體 為例。按鍵12設置於殼體11，本實施例之按鍵12是以電 源鍵為例，當然，按鍵12可為可攜式電子裝置1上之其 他按鍵。揚聲器13嵌入於殼體11，使殼體11呈現平整外 觀，亦即揚聲器13完全未突出於殼體，揚聲器13可包括 磁性元件、振動元件、振膜、音箱等元件，以發出聲音。 g 軟性絕緣材14覆蓋殼體11及揚聲器13，其中，軟性絕緣 材14可覆蓋殼體11之一部分或全覆蓋，另外，軟性絕緣 材14亦可覆蓋其他元件，例如按鍵12及其他按鍵。軟性 絕緣材14可包括植物原料、或動物原料、或合成原料、 或其組合，例如是布料、或皮革、或合成皮革、或橡勝、 或矽膠、或其組合。 此外，可攜式電子裝置1更包括一致動單元（圖1未 示），耦接按鍵12及揚聲器13，而依據按鍵12之作動致 動揚聲器13突出於殼體11，例如當使用者按壓按鍵12 8 201010566 時，致動單元致動揚¢11 13冑出於殼體U，而當使用者 再按壓按鍵12時’揚聲器13下降。 本見施例之致動單元可有多種變化態樣來致動揚聲 ㈢13上升及下降，以下以圖3至圖5舉例說明其中不 同的實施態樣使用不同的標號。 如圖2所示’可攜式電子裝置2包括殼體21、按鍵 22、揚聲器23、軟性絕緣材24及致動單元25。按鍵22 设置於忒體2卜揚聲器23嵌入於殼體21。軟性絕緣材24 覆蓋殼體21與揚聲器23。致動單元25耦接於按鍵22及 揚聲器23 ’而依據按鍊22之作動致動揚聲器23上升而突 出於殼體21或下降而使殼體21呈現平整外觀。 致動單元25可包括齒輪、或連桿、或樞紐、或磁鐵、 或其他致動元件、或其組合，可依實際需要而設計。於此， 致動單元25以包括連桿251、252、253及樞紐254為例， 連桿251、252、253的一端與樞紐254連接，另一端分別 φ 與殼體21、揚聲器23及按鍵22連接，且連桿252、253 可依據樞紐254轉動。另外，按鍵22與一推頂式（push_push type)結構26連接。於此，推頂式結構26具有一彈性元 件261及一接觸點262、263，接觸點263為固定，接觸點 262係與彈性元件261連結。推頂式結構26具有一壓下狀 態及一復原狀態，在本實施例中，圖2顯示壓下狀態，當 推頂式結構26在壓下狀態時，彈性元件261受壓且二接 觸點262、263相互卡合；當推頂式結構26在復原狀態時， 彈性元件261係復原且二接觸點262、263分開。 201010566 藉此，备使用者按魔按鍵22時（例如操作開機），連 桿252、253的作動會使揚聲器23上升而突出於殼體21 (如圖所示）。而當使用者再次按壓按鍵22時（例如操作 關機）’推頂式結構26即回到復原狀態，連捍262 /263 再次依據樞紐254作動，使得揚聲器23下降，而使殼體 21呈現平整外觀。藉由軟性絕緣材24覆蓋揚聲器23，當 揚聲器23上升時，軟性絕緣材24會有凸起及^陷的^ 覺，而提供時尚設計感，且揚聲器23突出於殼體21亦可 提供不同的音色。 請參照圖3所示’可攜式電子裝置3包括殼體31、按 鍵32、揚聲器33、軟性絕緣材34及致動單元35。按鍵 32設置於殼體31。揚聲器33嵌入於殼體31。軟性絕緣材 34覆蓋殼體31與揚聲器33。致動單元35耦接於按鍵32 及揚聲器33’而依據按鍵32之作動致動揚聲器33上升（突 出於殼體31 )或下降（使殼體31呈現平整外觀）。 ❹ 致動卓元35可.包括齒輪、或連桿、或拖紐、或磁鐵.、 或其他致動元件、或其組合，可依實際需要而設計。於此， 致動單元35以包括連桿351、352及齒輪353為例，連桿 351的一端與殼體31連接，另一端與齒輪353連接，連桿 352與揚聲器33連接，並具有多數個凹部以與齒輪353嚙 合。另外’按鍵32亦具有多數個凹部以與齒輪353嚙合。 另外’按鍵32與一推頂式結構36連接。 藉此’當使用者按壓按鍵32時（例如操作開機），推 頂式結構36的壓下狀態會帶動齒輪353順時針轉動，進 201010566 而帶動揚聲器33上升而突出於殼體31 (如圖所示）。而當 使用者再次按壓按鍵32時（例如操作關機），推頂式結構 36即回到復原狀態，進而帶動齒輪353逆時針轉動，進而 使得揚聲器33下降，而使殼體31呈現平整外觀。 睛參照圖4所示，可攜式電子裝置4包括殼體41、按 鍵42、揚聲器43、軟性絕緣材44及致動單元45。按鍵 42設置於殼體41。揚聲器43嵌入於殼體41。軟性絕緣材 ❹ 44覆蓋殼體41與揚聲器43。致動單元45耦接於按鍵42 及揚聲器43,而依據按鍵42之作動致動揚聲器43上升而 犬出於设體41或下降而使殼體41呈現平整外觀。 致動單元45可包括齒輪、或連桿、或框紐、或磁鐵、 或其他致動元件、或其組合’可依實際需要而設計。 於此’致動單元45以包括連桿451及磁鐵452、453為例， 連才干451與按鍵42連接，磁鐵452設置於連桿451，磁鐵 453設置於揚聲器43。 φ 本實施例之按鍵42之按壓方向為橫向，即當使用者 欲操作按鍵42時，會讓按鍵42以左或右方向來移動。藉 此，當使用者按壓按鍵42時（例如將按鍵42右移而開機， 如圖所不），連桿451會帶動磁鐵452而對準磁鐵453，並 由於磁鐵452與磁鐵453的磁性相同，故產生互斥作用， 而造成揚聲器43上升。而當使用者再次按壓按鍵42時（例 如將按鍵42左移而關機），連桿451會帶動磁鐵452不對 準磁鐵453，造成揚聲器43下降。 本發明之揚聲器除可藉由一按鍵加上結構設計而被 201010566 升或下降之外’亦可藉由電路控制加上結構設計而 升或下降。就電路控制加上結構料而言，可使 揚聲為猎由一择# 1跋，/Rtl Κ η '、乍訊號例如疋開機訊號、關機訊號或軟 體使用訊號，而上升或下降，以下舉例說明。201010566 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to an electronic device, and more particularly to a portable electronic device having a speaker. [Prior Art] Advances in technology and the popularity of electronic products have made portable electronic devices one of the most important consumer electronic products, such as notebook computers, mobile devices, video and audio playback devices, etc., which have become indispensable.曰 often supplies. These portable electronic devices all have speakers for playing sound and music. In addition, all kinds of consumer electronic products have been driven by the artistic development of design, novelty and fashion. Consumerism not only focuses on functionality, but design and product type are the main factors affecting consumer behavior. SUMMARY OF THE INVENTION In view of the above, the present invention provides a portable electronic device having a speaker with a stylish combination function to enhance product competitiveness. According to a feature of the present invention, a portable electronic device according to the present invention includes a housing, a button, a speaker, a flexible insulating material, and an actuating unit. The button is disposed in the housing. The speaker is embedded in the housing to give the housing a flat appearance. A soft insulating material covers the housing and the speaker. The actuating unit couples the button and the speaker, and the actuating speaker protrudes from the housing according to the action of the button. In one embodiment of the invention, the soft insulating material comprises cloth, or leather, or synthetic leather, or rubber, rubber, or a combination thereof. In accordance with another feature of the present invention, the portable electronic skirt includes a housing, a speaker, a flexible insulating material, and an actuating unitary speaker that is bulged into the housing to provide a flat appearance to the housing. A soft insulating material covers the housing and the speaker. Actuate Shan Fu Yang (4), and actuate the speaker to protrude from the housing according to the _ operation signal. ^ IX, In the embodiment of the present invention, the soft insulating material comprises cloth leather, or synthetic leather, or rubber, rubber, or a combination thereof. In the present invention, the operation signal can be a power-on signal, a power-off signal, or a software use signal. The speaker of the present invention may be raised or lowered by actuation of the actuation unit when the button is actuated, or may be based on an operation signal such as a switch signal, a shutdown signal, or a software use signal. And rise or fall by actuation of the actuation unit. The condition of use can be, for example, when the source button is turned on, when the next (four) movie sound software is next, the sound of the sound is lowered when the user is arrogantly rising: or when the user is turned off, the original can be avoided. = Those who do not need two === Sense', etc.: Soft: cloth, or leather bulge == Sense: Provide different textures. And the soft insulating material sucks and pulls the liquid of the Luo. By the way, the invention can improve the time G: Yutai: protects the electronic skirt, thereby improving the competitiveness of the product. The advantages and spirit of Ming and Ming can be further understood by the following detailed description of the invention 201010566 and the drawings. Embodiments FIG. 1 is a schematic diagram of a portable electronic device 1 in accordance with a preferred embodiment of the present invention. The portable electronic device 1 includes a housing 11, a button 12, a speaker 13, and a flexible insulating material 14. The portable electronic device 1 of the present embodiment is an example of a notebook computer. Of course, the present invention does not limit the type of the portable electronic device, and may be, for example, a keyboard, a communication device, or a video/audio device, or the like. A portable electronic device having the above components. The casing 11 of this embodiment is an example of a casing on the keyboard side of a notebook computer. The button 12 is disposed on the housing 11. The button 12 in this embodiment is an example of a power button. Of course, the button 12 can be another button on the portable electronic device 1. The speaker 13 is embedded in the casing 11, so that the casing 11 assumes a flat appearance, that is, the speaker 13 does not protrude from the casing at all, and the speaker 13 may include elements such as a magnetic element, a vibrating element, a diaphragm, a sound box, and the like to emit sound. g The soft insulating material 14 covers the casing 11 and the speaker 13, wherein the soft insulating material 14 can cover a part or full coverage of the casing 11, and the soft insulating material 14 can also cover other components such as the button 12 and other buttons. The flexible insulating material 14 may comprise a plant material, or an animal material, or a synthetic material, or a combination thereof, such as cloth, or leather, or synthetic leather, or rubber, or silicone, or a combination thereof. In addition, the portable electronic device 1 further includes an actuating unit (not shown in FIG. 1 ) coupled to the button 12 and the speaker 13 , and the actuating speaker 13 protrudes from the housing 11 according to the action of the button 12 , for example, when the user presses the button. 12 8 201010566, the actuating unit actuates the lift 11 13 胄 out of the housing U, and when the user presses the button 12 again, the 'speaker 13 descends. The actuating unit of the present embodiment can have a variety of variations to actuate the speaker (3) 13 ascending and descending. The following Figures 3 through 5 illustrate different embodiments in which different numbers are used. As shown in FIG. 2, the portable electronic device 2 includes a housing 21, a button 22, a speaker 23, a flexible insulating member 24, and an actuating unit 25. The button 22 is disposed on the body 2 and the speaker 23 is embedded in the casing 21. The flexible insulating material 24 covers the casing 21 and the speaker 23. The actuating unit 25 is coupled to the button 22 and the speaker 23' to actuate the speaker 23 according to the action of the chain 22 to protrude from the housing 21 or to lower the housing 21 to assume a flat appearance. The actuation unit 25 can include gears, or linkages, or hubs, or magnets, or other actuating elements, or combinations thereof, that can be designed as desired. Here, the actuating unit 25 is exemplified by including the connecting rods 251, 252, 253 and the hinge 254. One end of the connecting rods 251, 252, 253 is connected to the hinge 254, and the other end is respectively φ and the housing 21, the speaker 23 and the button 22 Connected, and the links 252, 253 are rotatable in accordance with the hub 254. In addition, the button 22 is coupled to a push-push type structure 26. Here, the push-up structure 26 has an elastic member 261 and a contact point 262, 263. The contact point 263 is fixed, and the contact point 262 is coupled to the elastic member 261. The push-up structure 26 has a depressed state and a restored state. In the present embodiment, FIG. 2 shows a depressed state. When the push-up structure 26 is in the depressed state, the elastic member 261 is pressed and the two contact points 262. 263 are engaged with each other; when the push-up structure 26 is in the restored state, the elastic member 261 is restored and the two contact points 262, 263 are separated. 201010566 Thus, when the user presses the magic button 22 (for example, the operation is turned on), the action of the links 252, 253 causes the speaker 23 to rise and protrude from the housing 21 (as shown). When the user presses the button 22 again (for example, the operation is turned off), the push-up structure 26 returns to the restored state, and the link 262 / 263 is again actuated according to the hinge 254, so that the speaker 23 is lowered, and the housing 21 is presented with a flat appearance. . The speaker 23 is covered by the soft insulating material 24. When the speaker 23 is raised, the soft insulating material 24 has a convexity and a sag, and provides a stylish design, and the speaker 23 protrudes from the casing 21 to provide different Tone. Referring to FIG. 3, the portable electronic device 3 includes a housing 31, a push button 32, a speaker 33, a flexible insulating material 34, and an actuating unit 35. The button 32 is disposed in the housing 31. The speaker 33 is embedded in the casing 31. The flexible insulating material 34 covers the casing 31 and the speaker 33. The actuating unit 35 is coupled to the button 32 and the speaker 33' to actuate the speaker 33 to rise (bump out of the housing 31) or to descend (to give the housing 31 a flat appearance) depending on the actuation of the button 32.致 Actuating Zhuoyuan 35 can include gears, or connecting rods, or drags, or magnets, or other actuating elements, or a combination thereof, which can be designed according to actual needs. Here, the actuating unit 35 is exemplified by the connecting rods 351 and 352 and the gear 353. One end of the connecting rod 351 is connected to the casing 31, the other end is connected to the gear 353, and the connecting rod 352 is connected to the speaker 33, and has a plurality of The recess engages with the gear 353. Further, the button 32 also has a plurality of recesses for engaging the gear 353. Further, the button 32 is coupled to a push-up structure 36. Therefore, when the user presses the button 32 (for example, the operation is turned on), the depressed state of the push-up structure 36 causes the gear 353 to rotate clockwise, and enters 201010566 to drive the speaker 33 to rise and protrude from the housing 31 (as shown in the figure). Show). When the user presses the button 32 again (for example, the operation is turned off), the push-up structure 36 returns to the restored state, thereby driving the gear 353 to rotate counterclockwise, thereby causing the speaker 33 to descend, and the housing 31 to assume a flat appearance. Referring to Figure 4, the portable electronic device 4 includes a housing 41, a push button 42, a speaker 43, a flexible insulating material 44, and an actuating unit 45. The button 42 is provided to the casing 41. The speaker 43 is embedded in the housing 41. The flexible insulating material ❹ 44 covers the casing 41 and the speaker 43. The actuating unit 45 is coupled to the button 42 and the speaker 43, and the actuating speaker 43 is raised according to the action of the button 42 and the dog 41 assumes a flat appearance due to the setting or lowering of the body 41. Actuating unit 45 may comprise a gear, or a connecting rod, or a frame, or a magnet, or other actuating element, or a combination thereof, which may be designed as desired. Here, the actuator unit 45 is exemplified by a link 451 and magnets 452 and 453. The connector 451 is connected to the button 42, the magnet 452 is disposed on the link 451, and the magnet 453 is disposed on the speaker 43. φ The pressing direction of the button 42 of this embodiment is horizontal, that is, when the user wants to operate the button 42, the button 42 is moved in the left or right direction. Thereby, when the user presses the button 42 (for example, the button 42 is moved to the right and turned on, as shown in the figure), the link 451 drives the magnet 452 to align with the magnet 453, and since the magnet 452 and the magnet 453 have the same magnetic properties, Therefore, mutual exclusion occurs, causing the speaker 43 to rise. When the user presses the button 42 again (for example, turning the button 42 to the left to turn off), the link 451 causes the magnet 452 to misalign the magnet 453, causing the speaker 43 to descend. The speaker of the present invention can be raised or lowered by 201010566 by a button plus structural design. It can also be raised or lowered by circuit control plus structural design. In terms of circuit control plus structural materials, the sound can be raised or lowered by the choice of #1跋, /Rtl Κ η ', 乍 signal such as 疋 start signal, shutdown signal or software use signal, the following examples Description.
圖5為彻電路控制揚聲器上升或下降的方塊示意 攜_式電子I置5包括-致動單元55及-揚聲器53, 致動早tl55與揚聲器53㈣而依據—操作訊號s。致動揚 聲器53上升或下降。致動單元55可包括馬達、或齒輪、 或連桿、或樞紐、或磁鐵、或其他致動元件、或其组合。 操作訊號S〇可由使用者操作按鍵、或滑鼠或觸控面 板、或其他人機介面所產生的訊號。操作訊號“可例如為 開機訊號、或關機訊號、或軟體使用訊號。例如當使用者 開機時，致動單元55依據操作訊號（開機訊號）致動揚 聲器53上升；例如當使用者關機時，致動單元55依據操 作δίΐ5虎（關機訊號）致動揚聲器$ 3下降，例如回復至未 上升的位置；例如當使用者使用某一軟體（例如影音軟體） 時’致動單元5_5—依據操作訊號（軟體使用訊號）致動揚 聲器53上升，而當使用者關閉該軟體時，致動單元55依 據操作訊號致動揚聲器53下降，例如回復至未上升的位 置。 可攜式電子裝置5可更包括一控制單元57,控制單元 57與致動單元55耦接而依據操作訊號S〇傳送一控制訊號 Sc至致動單元55。致動單元55之一電子元件，例如馬達， 可接收控制訊號Sc而作動，並因而致動揚聲器53上升或 12 201010566 下降。著馬達的種類不同’控制訊號可不同，例如直流 馬達可接收直流（DC)控制訊號，交流馬達可接收交流 (AC)控制訊號’脈衝馬達可接收脈衝（卩…代）控制訊 號。另外，控制單元57可包括一晶片、或是一中央處理 單元（cpu)、或是一微控制單元（MCU)。 如圖6所示，可攜式電子裝置6包括殼體61、揚聲器 63、軟性絕緣材64及致動單元65。揚聲器63嵌入於殼體 ❹ 61。軟性絕緣材64覆蓋殼體61與揚聲器63。致動單元 65耦接於揚聲器63 ,而依據一操作訊號致動揚聲器63上 升（突出於殼體61)或下降（使殼體61呈現平整外觀）。 致動單元65可包括馬達、或齒輪、或連桿、或樞紐、 或磁鐵、或其他致動元件、或其組合，可依實際需要而設 計。於此，致動單元65以包括磁鐵651及電磁鐵652為 例’磁鐵651設置於揚聲器63，電磁鐵652設置於殼體 61 ° ❿ 藉此’當使用者開機、或使用軟體、或進行其他操作 而產生一操作訊號時’控制單元傳送對應的控制訊號至電 磁鐵652，使得電磁鐵652產生磁性，且其磁場可與磁鐵 651產生相斥作用’造成揚聲器63上升。而當使用者關機、 或關閉軟體、或進行其他操作而產生一操作訊號時，控制 單元便停止傳送控制訊號至電磁鐵652，使電磁鐵652之 磁場消失，造成揚聲器63下降；或是控制單元傳送另一 控制訊號至電磁鐵652 ’使電磁鐵652之磁場與磁鐵651 產生相吸作用’造成揚聲器63下降。 13 201010566 ^請參照圖7所示，可攜式電子裝置7包括殼體71、揚 聲器73、軟性絕緣材74及致動單元乃。揚聲器乃嵌入 於殼體71。軟性絕緣材74覆蓋殼體71與揚聲器致 ，单兀75耦接於揚聲器73，而依據—操作訊號致動揚聲 器73上升（突出於殼體71)或下降（使殼體7ι呈現 外觀）。 致動單元75可包括馬達、或齒輪、或連桿、或框紐、 或磁鐵、或其他致動元件、或其組合，可依實際需要而設 ❹計。於此，致動單元75以包括連桿751、752、齒輪乃3 及馬達Μ為例。連桿751之兩端分別與馬達M及齒輪乃3 連接，並由馬達]v[的驅動而帶動齒輪753轉動。連桿乃2 與揚聲器73連接’且具有多數個凹部以與齒輪753嚙合。 藉此，當使用者開機、或使用軟體、或進行其他操作 而產生一操作訊號時，控制單元傳送對應的控制訊號至馬 達Μ，藉由馬達μ的驅動而帶動連桿751、齒輪乃3及連 和· 52作動進而&成揚聲器乃上升。而當使用者關機、 ^關軟體、或進行其他操作而產生-操作訊號時，控制 單元便傳送另-控制職至馬，使馬達乂反向驅動而 造成揚聲器73下降。 .”+上所述’本發明之揚聲器可在按鍵作動時，藉由致 動單f致動而上升或下降，或是依據操作訊號，例如是開 機訊號、或關機訊號、或軟體使用訊號，而藉由致動單元 蘇動而上升或下降。使用的狀況可例如為當使用者按下電 雜進打開機時，旁邊的揚聲器上升；或是當使用者開啟 201010566 影音軟體時，揚聲器會升起；或是當使用者關機時，原本 上升的揚聲器會下降。藉此，不但可以提升時尚設計感， 亦可避免使用者在不需使用揚聲器時，觸碰到揚聲器。 此外，藉由軟性絕緣材，例如布料、或皮革、或矽膠 等，覆蓋揚聲器，使得揚聲器上升時，造成軟性絕緣材有 凸起及凹陷的感覺，提供不同的質感。並且軟性絕緣材可 吸汗或吸收不慎滴落的液體。藉此，本發明能夠提升時尚 設計感，並加強保護電子裝置，進而提升產品競爭力。 藉由以上較佳具體實施例之詳述，係希望能更加清楚 描述本發明之特徵與精神，而並非以上述所揭露的較佳具 體實施例來對本發明之範疇加以限制。相反地，其目的是 希望能涵蓋各種改變及具相等性的安排於本發明所欲申 請之專利範圍的範疇内。因此，本發明所申請之專利範圍 的範疇應該根據上述的說明作最寬廣的解釋，以致使其涵 蓋所有可能的改變以及具相等性的安排。 【圖式簡單說明】 圖1為依據本發明一較佳實施例之可攜式電子裝置的 示意圖； 圖2至圖4為依據本發明較佳實施例之可攜式電子裝 置使用結構設計讓揚聲器上升或下降的示意圖； 圖5為依據本發明另一較佳實施例之可攜式電子裝置 的方塊示意圖；以及 圖6及圖7為依據本發明較佳實施例之可攜式電子裝 15 201010566 置使用電路控制加上結構設計讓揚聲器上升或下降的示 意圖。 【主要元件符號說明】 I、 2、3、4、5、6、7:可攜式電子裝置 II、 21、31、41、61、71 :殼體 12、 22、32、42 :按鍵 13、 23、33、43、53、63 ' 73 :揚聲器 14、 24、34、44、64、74 :軟性絕緣材 25、 35、45、55、65、75 :致動單元 251、252、253、351、352、451、751、752 :連桿 254 :枢紐 26、 36 :推頂式結構 261、 361 :彈性元件 262、 263、362、363 :接觸點 Q 353、753 :齒輪 452、453、651 :磁鐵 57:控制單元 652 ·電磁鐵 Μ :馬達 Sc :控制訊號 S〇 :操作訊號 16Fig. 5 is a block diagram showing the rise or fall of the circuit control speaker. The type of the electronic device 5 includes an actuating unit 55 and a speaker 53, actuating the early t155 and the speaker 53 (4) in accordance with the operation signal s. The actuating speaker 53 is raised or lowered. Actuating unit 55 can include a motor, or a gear, or a linkage, or a hub, or a magnet, or other actuating element, or a combination thereof. The operation signal S can be generated by a user operating a button, or a mouse or a touch panel, or other human interface. The operation signal " can be, for example, a power-on signal, a power-off signal, or a software use signal. For example, when the user turns on the power-on unit 55, the actuation unit 55 activates the speaker 53 according to the operation signal (starting signal); for example, when the user turns off, The moving unit 55 acts to lower the speaker $3 according to the operation δίΐ5 tiger (shutdown signal), for example, to return to the position that is not raised; for example, when the user uses a certain software (such as audio and video software), the 'actuating unit 5_5—depends on the operation signal ( The software uses the signal to actuate the speaker 53 to rise, and when the user turns off the software, the actuating unit 55 acts to lower the speaker 53 according to the operation signal, for example, to return to the unraised position. The portable electronic device 5 may further include a The control unit 57 is coupled to the actuation unit 55 to transmit a control signal Sc to the actuation unit 55 according to the operation signal S. An electronic component of the actuation unit 55, such as a motor, can receive the control signal Sc and actuate And thus actuating the speaker 53 to rise or 12 201010566 to fall. The type of motor is different 'control signal can be different, such as DC horse The DC motor can receive the direct current (DC) control signal, and the AC motor can receive the alternating current (AC) control signal. The pulse motor can receive the pulse (卩... generation) control signal. In addition, the control unit 57 can include a chip or a central processing unit ( As shown in FIG. 6, the portable electronic device 6 includes a housing 61, a speaker 63, a flexible insulating material 64, and an actuating unit 65. The speaker 63 is embedded in the housing ❹ 61. The flexible insulating material 64 covers the housing 61 and the speaker 63. The actuating unit 65 is coupled to the speaker 63, and the speaker 63 is raised (projected from the housing 61) or lowered according to an operation signal (the housing 61 is flattened). Appearance) The actuation unit 65 can include a motor, or a gear, or a linkage, or a hub, or a magnet, or other actuating element, or a combination thereof, can be designed as desired. Here, the actuation unit 65 includes The magnet 651 and the electromagnet 652 are exemplified. The magnet 651 is disposed on the speaker 63, and the electromagnet 652 is disposed in the housing 61. 借此 By 'turning on when the user turns on the computer, or uses software, or performs other operations to generate an operation signal. The corresponding control signal is transmitted to the electromagnet 652, so that the electromagnet 652 is magnetic, and its magnetic field can repel the action with the magnet 651, causing the speaker 63 to rise. When the user turns off, or turns off the software, or performs other operations. When an operation signal is generated, the control unit stops transmitting the control signal to the electromagnet 652, causing the magnetic field of the electromagnet 652 to disappear, causing the speaker 63 to fall; or the control unit transmits another control signal to the electromagnet 652' to make the electromagnet 652 The magnetic field interacts with the magnet 651 to cause the speaker 63 to fall. 13 201010566 ^ Please refer to FIG. 7, the portable electronic device 7 includes a housing 71, a speaker 73, a flexible insulating material 74, and an actuating unit. The speaker is embedded in the housing 71. The flexible insulating material 74 covers the housing 71 and the speaker, and the single turn 75 is coupled to the speaker 73, and the speaker 73 is actuated to rise (higher than the housing 71) or lower (to make the housing 7i look) according to the operation signal. The actuation unit 75 can include a motor, or a gear, or a linkage, or a frame, or a magnet, or other actuating element, or a combination thereof, which can be designed to meet actual needs. Here, the actuating unit 75 is exemplified by including the connecting rods 751, 752, the gears 3, and the motor cymbal. The two ends of the connecting rod 751 are respectively connected to the motor M and the gear 3, and the gear 753 is driven by the driving of the motor]v[. The link 2 is coupled to the speaker 73 and has a plurality of recesses for engaging the gear 753. Therefore, when the user starts up, or uses the software, or performs other operations to generate an operation signal, the control unit transmits a corresponding control signal to the motor Μ, and the driving rod 751 and the gear 3 are driven by the driving of the motor μ. Lianhe·52 acted and then the speaker was raised. When the user turns off the power, turns off the software, or performs other operations to generate an operation signal, the control unit transmits another control to the horse, causing the motor to drive in the reverse direction to cause the speaker 73 to descend. The speaker of the present invention can be raised or lowered by actuating a single f when the button is actuated, or according to an operation signal, such as a power-on signal, a power-off signal, or a software use signal. And the actuating unit is raised or lowered by the actuating unit. The used condition can be, for example, when the user presses the electric motor into the open machine, the speaker next to it rises; or when the user turns on the 201010566 video software, the speaker will rise. Or when the user turns off, the originally raised speaker will drop. This not only enhances the sense of fashion design, but also prevents the user from touching the speaker when the speaker is not needed. In addition, by soft insulation Materials, such as cloth, or leather, or silicone, cover the speaker, causing the soft insulation material to have a convex and concave feeling when the speaker rises, providing a different texture, and the soft insulation material can absorb sweat or absorb inadvertently dripping. Liquid, thereby enhancing the fashion design and enhancing the protection of the electronic device, thereby enhancing the competitiveness of the product. The detailed description of the embodiments of the present invention is intended to be in the nature of the invention And the scope of the patent application is intended to be within the scope of the invention as claimed. The scope of the invention is therefore to be construed broadly BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a portable electronic device according to a preferred embodiment of the present invention; FIG. 2 to FIG. 4 are portable electronic devices according to a preferred embodiment of the present invention. FIG. 5 is a block diagram of a portable electronic device according to another preferred embodiment of the present invention; and FIGS. 6 and 7 are diagrams illustrating a preferred embodiment of the present invention; Portable electronic device 15 201010566 A schematic diagram using circuit control plus structural design to raise or lower the speaker. [Main component symbol description 】 I, 2, 3, 4, 5, 6, 7: Portable electronic devices II, 21, 31, 41, 61, 71: housings 12, 22, 32, 42: buttons 13, 23, 33, 43 , 53, 63 ' 73 : speakers 14, 24, 34, 44, 64, 74: flexible insulating materials 25, 35, 45, 55, 65, 75: actuating units 251, 252, 253, 351, 352, 451, 751, 752: Link 254: Hub 26, 36: Push-on structure 261, 361: Elastic elements 262, 263, 362, 363: Contact points Q 353, 753: Gears 452, 453, 651: Magnet 57: Control Unit 652 · Electromagnet Μ : Motor Sc : Control signal S 〇: Operation signal 16