TWI413847B - The anti - shake button structure of the camera device - Google Patents

The anti - shake button structure of the camera device Download PDF

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Publication number
TWI413847B
TWI413847B TW98134096A TW98134096A TWI413847B TW I413847 B TWI413847 B TW I413847B TW 98134096 A TW98134096 A TW 98134096A TW 98134096 A TW98134096 A TW 98134096A TW I413847 B TWI413847 B TW I413847B
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button
floating
switching element
casing
buffer portion
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TW98134096A
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TW201113626A (en
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Kye Systems Corp
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Abstract

This invention relates to an anti-handshake button structure of an imaging device. The anti-handshake button structure comprises of a floating button structure installed on the clam shell of an imaging device; furthermore, a button allowing press down is setup on the clam shell. The floating button structure has a floating piece which is set up inside the clam shell, and a switch component corresponding to the floating piece. Moreover, the floating piece is located below the button and is elastic. When the button is pressed down, the floating piece will displace from a first location to a second location; moreover, the switch component will be activated when the floating piece arrives at the second location. The aforementioned floating piece can absorb vibration by buffering user press down against the button which happens before the switch is activated. As a result, this design achieves the anti-handshake goal.

Description

攝像裝置之防手震按鈕結構Anti-shock button structure of camera

本發明係關於一種攝像裝置之防手震按鈕結構,尤指一種利用浮動結構在觸壓按鈕時提供緩衝行程而達成防手震目的之按鈕開關。The invention relates to an anti-shock button structure of an image pickup device, in particular to a button switch which utilizes a floating structure to provide a buffer stroke when a button is pressed to achieve an anti-shock effect.

儘管電子科技的發展快速,許多設備都已朝自動化控制的方向前進,但仍有很多設備或裝置有賴於人工操作,例如日常生活中使用的數位相機、數位攝影機(DV)、網路攝影機(webcam)及照相手機等,其擷取靜態影像(照相)時,因涉及照相者對於擷取影像的取景要求,必須在確認取景符合要求後再用手按下快門。雖然是非常簡單的按鍵動作,並非任何人在任何時間、地點,都能應付裕如,一般人照相時最大的困擾之一是手震問題,在按下快門時因手部震動造成擷取的影像模糊,此種狀況尤其容易出現在低光源或照明不足的操作環境下。Despite the rapid development of electronic technology, many devices have moved in the direction of automation control, but there are still many devices or devices that rely on manual operations, such as digital cameras, digital cameras (DV), and webcams (webcam) used in daily life. ) and camera phones, etc., when taking still images (photographing), the photographer must press the shutter by hand after confirming that the framing meets the requirements. Although it is a very simple button action, not everyone can cope with any situation at any time and place. One of the biggest problems when people take pictures is the hand shake problem, which is blurred by the hand vibration when the shutter is pressed. This condition is particularly prone to low light sources or under-lit operating environments.

為解決前述手震問題,目前有許多攝像裝置,譬如數位相機、數位攝影機,均內建防手震(AS,Anti-Shake)功能,至於防手震採取的技術原理可分:光學式或數位式(利用軟體或韌體進行補償處理)。但不論是光學防手震或數位防手震,不論是從成本或技術的角度,都有一定水準以上的問檻,因此一般消費者很容易發現,某種規格以上的數位相機、數位攝影機及照相手機才會配備防手震功能,至於較低階的數位相機、數位攝影機,幾乎都不具備防手震功能。而在技術成本的考量下,前述的狀況或許可以理解,但無改於即使是低階產品對於防手震功能仍有殷切需求的事實。因此如何在兼顧成本與技術問檻的考量下,賦予低階產品防手震功能,甚至進一步作為高階產品抑震系統的輔助式設計,即有待積極尋求可行的解決方案。In order to solve the aforementioned hand-shock problem, many camera devices, such as digital cameras and digital cameras, have built-in anti-shake (AS) functions. The technical principles of anti-shake can be divided into optical or digital. (compensation treatment with software or firmware). However, whether it is optical anti-shake or digital anti-shake, whether it is from a cost or technical point of view, there is a certain level of questioning, so it is easy for the average consumer to find digital cameras and digital cameras of a certain specification or more. Camera phones will be equipped with anti-shake function. As for lower-end digital cameras and digital cameras, almost no anti-shake function is available. Under the consideration of technical cost, the foregoing situation may be understandable, but it is not changed to the fact that even low-end products have strong demand for anti-shake function. Therefore, under the consideration of cost and technical considerations, the anti-shock function of low-end products is given, and even as an auxiliary design of high-order product vibration suppression system, it is necessary to actively seek feasible solutions.

因此,本發明主要目的在提供一種攝像裝置之防手震按鈕結構,其採用一簡單的浮動按鈕設計,在使用者壓下按鈕時產生一緩衝行程,以即時吸收行程中出現的震動,藉此達成防手震目的。Accordingly, it is a primary object of the present invention to provide an anti-shock button structure of an image pickup apparatus that employs a simple floating button design to generate a cushioning stroke when the user presses the button to instantly absorb the vibration occurring in the stroke. Achieve anti-hand shock.

為達成前述目的採取的技術手段係令前述防手震按鈕結構包括:一機殼,其上設有一可下壓的按鈕;一按鈕浮動機構,係設於前述機殼內且位於其按鈕的下方;該按鈕浮動機構主要係由一浮動件及一開關元件組成,該浮動件係局部地結合於機殼內壁並位於按鈕下方,可在按鈕下壓時由一第一位置下移至一第二位置;該開關元件係對應於浮動件,並在該浮動件到達第二位置時產生開關動作;由於前述按鈕浮動機構係令具彈性的浮動件局部地結合機殼內壁,而可在第一及第二位置之間移動,當使用者壓下按鈕,浮動件將由第一位置移至第二位置,其過程中將可有效地吸收使用者壓下按鈕時出現之手部震動,俟浮動件的可動部位移至第二位置時,始令開關元件產生開關動作,藉此可在超低成本下提供防手震功能。The technical means for achieving the foregoing objective is that the anti-shock button structure comprises: a casing provided with a push button; a button floating mechanism is disposed in the casing and below the button The button floating mechanism is mainly composed of a floating member and a switching element. The floating member is partially coupled to the inner wall of the casing and located under the button, and can be moved from a first position to a first position when the button is pressed down. a second position; the switching element corresponds to the floating member, and generates a switching action when the floating member reaches the second position; since the button floating mechanism causes the elastic floating member to partially combine the inner wall of the casing, Moving between the first position and the second position, when the user presses the button, the floating member will move from the first position to the second position, during which the hand vibration can be effectively absorbed when the user presses the button, and the floating When the movable portion of the member is displaced to the second position, the switching element is caused to generate a switching operation, thereby providing an anti-shake function at an ultra-low cost.

有關本發明之一較佳實施例,首先請參閱第一圖所示,主要係於一攝像裝置,譬如數位相機、數位攝影機、可照像式手機、網路攝影機...等等,於其機殼(10)內設有一按鈕浮動機構(20);該機殼(10)係泛指各種攝像裝置的外殼;又機殼(10)上設有一可觸按下壓的按鈕(11),於本實施例中,該機殼(10)上形成有一按鈕孔(12),供前述按鈕(11)容設於其間,並令按鈕(11)上端得突出於機殼(10)以外;對於所屬技術領域具有通常知識者可以理解的是:該按鈕(11)不必然為前述形式,機殼(10)上的按鈕孔(12)亦不必然存在,該按鈕(11)可能係一種直接形成機殼(10)上微突而可供壓下的薄膜構造。Referring to a preferred embodiment of the present invention, first, as shown in the first figure, mainly used in a camera device, such as a digital camera, a digital camera, a camera phone, a network camera, etc. A button floating mechanism (20) is disposed in the casing (10); the casing (10) generally refers to a casing of various camera devices; and the casing (10) is provided with a button (11) that can be pressed and pressed. In this embodiment, a button hole (12) is formed in the casing (10), and the button (11) is accommodated therebetween, and the upper end of the button (11) protrudes beyond the casing (10); It will be understood by those skilled in the art that the button (11) is not necessarily in the foregoing form, and the button hole (12) on the casing (10) does not necessarily exist, and the button (11) may be directly formed. The casing (10) is slightly convex and can be constructed by pressing the film.

該按鈕浮動機構(20)包括一浮動件(21)及一開關元件(22),於本實施例中,該浮動件(21)主要係於一浮塊(210)的周邊環設一緩衝部(211),該緩衝部(211)係呈片狀,其具有彈性,包括但不侷限於係由橡膠、塑膠...等可吸收震動之材料所構成;又緩衝部(211)係在周邊處局部地與機殼(10)的內壁結合,於本實施例中,係在緩衝部(211)周邊處設有複數的彈性體(212),透過彈性體(212)結合於機殼(10)的內壁,該彈性體(212)的可行元件為彈簧或具備相同特性的其他元件以吸收使用者按壓按鈕(11)時所產生的震動;又前述浮動件(21)係位於按鈕(11)的下方,該按鈕(11)底端並與浮塊(210)相接,當按鈕(11)壓下時,該浮動件(21)的浮塊(210)可由常態下的第一位置移至第二位置,當然該浮塊(210)也可以停留在第一、第二位置之間的任何位置。The button floating mechanism (20) includes a floating member (21) and a switching element (22). In the embodiment, the floating member (21) is mainly provided with a buffer portion around the periphery of a floating block (210). (211), the buffer portion (211) is in the form of a sheet, which has elasticity, including but not limited to, a material that absorbs vibrations such as rubber, plastic, etc.; and the buffer portion (211) is attached to the periphery. The portion is combined with the inner wall of the casing (10). In this embodiment, a plurality of elastic bodies (212) are disposed around the buffer portion (211), and are coupled to the casing through the elastic body (212). 10) the inner wall, the viable component of the elastic body (212) is a spring or other component having the same characteristics to absorb the vibration generated when the user presses the button (11); and the aforementioned floating member (21) is located at the button ( Below the 11), the bottom end of the button (11) is connected to the floating block (210), and when the button (11) is depressed, the floating block (210) of the floating member (21) can be in the first position in the normal state. Moving to the second position, of course, the float (210) can also stay anywhere between the first and second positions.

又本實施例中,前述開關元件(22)係一光耦合器,其具有一光發射端(221)及一光接收端(222),該光發射端(221)與光接收端(222)之間具有一間隙(220),又開關元件(22)進一步包括一遮斷件(223),該遮斷件(223)一端係結合於浮動件(21)的浮塊(210)底部,其下端係對應位於開關元件(22)的間隙(220)上方;以前述設置方式下,當按鈕(11)未壓下,遮斷件(223)未進入開關元件(22)的間隙(220)處,開關元件(22)的光發射端(221)發射的光線可為光接收端(222)所接收,此為未發生開關動作前的狀態;一旦按鈕(11)被壓下,浮塊(210)由第一位置下移至第二位置,即同時帶動遮斷件(223)下移,令遮斷件(223)下端進入開關元件(22)的間隙(220)中,此時光發射端(221)發射的光線將被遮蔽,光接收端(222)不再接收光線,隨即產生開關動作。對於所屬技術領域具有通常知識者可以理解的是:當開關元件(22)的安裝方向改變,遮斷件(223)下端挖孔,亦可改變為按鈕(11)未動作前,遮斷件(223)下端已在其間隙(220)內將光線遮蔽,俟按鈕(11)下壓,遮斷件(223)底端自間隙(220)內移出,並使挖孔處對應於光發射端(221)與光接收端(222),令光發射端(221)發射的光可為光接收端(222)所接收,進而產生開關動作。In this embodiment, the switching element (22) is an optical coupler having a light emitting end (221) and a light receiving end (222), and the light emitting end (221) and the light receiving end (222) There is a gap (220) between them, and the switching element (22) further comprises a blocking member (223), one end of which is coupled to the bottom of the floating block (210) of the floating member (21), The lower end corresponds to the gap (220) located at the switching element (22); in the foregoing arrangement, when the button (11) is not depressed, the blocking member (223) does not enter the gap (220) of the switching element (22) The light emitted by the light emitting end (221) of the switching element (22) can be received by the light receiving end (222), which is the state before the switching action occurs; once the button (11) is pressed, the floating block (210) Moving from the first position to the second position, that is, simultaneously moving the blocking member (223) downward, so that the lower end of the blocking member (223) enters the gap (220) of the switching element (22), and the light emitting end ( 221) The emitted light will be shielded, and the light receiving end (222) will no longer receive the light, and then the switching action will be generated. It will be understood by those of ordinary skill in the art that when the mounting direction of the switching element (22) is changed, the lower end of the blocking member (223) can be boring, and the blocking member can be changed before the button (11) is not actuated ( 223) The lower end has shielded the light in the gap (220), the 俟 button (11) is pressed down, the bottom end of the blocking member (223) is removed from the gap (220), and the boring hole corresponds to the light emitting end ( 221) and the light receiving end (222), the light emitted by the light emitting end (221) can be received by the light receiving end (222), thereby generating a switching action.

於本實施例中,該開關元件(22)係設於一電路板(30)上,該電路板(30)上進一步設有控制電路。In this embodiment, the switching element (22) is disposed on a circuit board (30), and the circuit board (30) is further provided with a control circuit.

在前述實施例中,由於設有該按鈕浮動機構(20),當按鈕(11)下壓時,開關元件(22)並不會馬上產生開關動作;因此是由浮動件(21)先產生一小段緩衝行程,並在該段緩衝行程中將吸收使用者壓下按鈕(11)時出現的手部震動,如第二圖所示,由於緩衝部(211)具有吸震的效果,因此當浮塊(210)由第一位置移至第二位置時,可俟震動消減(失)後始產生開關動作,藉此避免或減少在手部震動的狀態下按下快門,造成影像模糊。此外,由於緩衝部(211)之周邊設有複數個彈性體(212),因此在緩衝部(211)吸收震動的同時,藉由彈性體(212)的可伸縮特性,可再次地吸收按鈕(11)下壓時所產生的震動,進而強化防手震的功效。In the foregoing embodiment, since the button floating mechanism (20) is provided, when the button (11) is pressed down, the switching element (22) does not immediately generate a switching action; therefore, the floating member (21) first generates a a small section of the buffer stroke, and in this section of the buffer stroke will absorb the hand vibration that occurs when the user presses the button (11), as shown in the second figure, because the buffer portion (211) has the effect of shock absorption, so when the floating block (210) When moving from the first position to the second position, the switch action can be generated after the vibration is reduced (missed), thereby preventing or reducing the pressing of the shutter in the state of hand vibration, resulting in image blur. In addition, since a plurality of elastic bodies (212) are provided around the buffer portion (211), the shock absorber can be absorbed again by the elastic property of the elastic body (212) while the shock absorber (211) absorbs vibration. 11) The vibration generated when the pressure is pressed, thereby enhancing the anti-shake effect.

又請參閱第三圖所示,係本發明之第二較佳實施例,該機殼(10)及其上的按鈕(11)與第一實施例相同,該按鈕浮動機構(40)仍包括一浮動件(41)及一開關元件(42);不同處在於:第一實施例中的浮塊(210)於第二實施例中係為一開關元件(42),譬如係為一微動開關,該開關元件(20)上設有一可下壓導通並在壓力解除後可自動復位的開關凸點(420)以致動該開關元件(42),該開關凸點(420)係位於按鈕(11)下方。再者,開關元件(42)係透過一導線(43)與電路板(30)連接,以送出一開關訊號。值得注意的是,開關元件(42)係為一種已知之電子產品,因此其結構並不以第三圖所示的說明或結構為限。Referring also to the third embodiment, in the second preferred embodiment of the present invention, the casing (10) and the button (11) thereon are the same as the first embodiment, and the button floating mechanism (40) still includes a floating member (41) and a switching element (42); the difference is that the floating block (210) in the first embodiment is a switching element (42) in the second embodiment, such as a micro switch The switching element (20) is provided with a switch bump (420) that can be pressed down and automatically reset after the pressure is released to actuate the switching element (42), the switch bump (420) being located at the button (11) ) below. Furthermore, the switching element (42) is connected to the circuit board (30) through a wire (43) to send a switching signal. It is to be noted that the switching element (42) is a known electronic product, and thus its structure is not limited to the description or structure shown in the third figure.

又浮動件(41)包括一環設於開關元件(42)周圍的緩衝部(410),該緩衝部(410)係呈片狀並具備彈性,可由橡膠構成;又緩衝部(410)係由其周邊處局部地結合於機殼(10)內壁,其一可行實現方式係如前一實施例般,係在緩衝部(410)的周邊處設有數個彈性體(411),再透過各彈性體(411)結合至機殼(10)內壁,同樣的,該彈性體(411)可由彈簧或其他具備相同特性的元件所構成。The floating member (41) includes a buffer portion (410) disposed around the switching element (42). The buffer portion (410) is in the form of a sheet and has elasticity and can be made of rubber; and the buffer portion (410) is composed of The peripheral portion is partially coupled to the inner wall of the casing (10). One possible implementation manner is as in the previous embodiment, and a plurality of elastic bodies (411) are disposed at the periphery of the buffer portion (410), and then the respective elastic members are The body (411) is coupled to the inner wall of the casing (10). Similarly, the elastomer (411) may be formed of a spring or other component having the same characteristics.

在本實施例中,該開關元件(42)係位於按鈕(11)下方,且其開關凸點(420)係與按鈕(11)底部接觸,但當按鈕(11)被下壓時,並不會馬上觸動開關元件(42)的開關凸點(420),原因在於:該開關元件(42)係由浮動件(41)以浮動方式構成支撐,當按鈕(11)被壓下,因浮動件(41)阻力小於開關元件(42)上開關凸點(420)的阻力,因此浮動件(41)之緩衝部(410)將先行移動,當開關元件(42)由第一位置移動至第二位置(如第四圖所示),緩衝部(410)彈性降低、阻力變大,此時按鈕(11)之壓力方作用在開關元件(42)的開關凸點(420)上,開關凸點(420)隨即被觸動而產生開關動作。而在開關元件(42)由第一位置移動至第二位置的過程中已充分吸收使用者壓下按鈕(11)時所出現的震動,故可達成防手震之目的。此外,在緩衝部(410)之周邊由於設有複數個彈性體(411),因此在緩衝部(410)吸收震動的同時,藉由彈性體(411)的可伸縮特性,可再次地吸收按鈕(11)下壓時所產生的震動,進而強化防手震的功效。In this embodiment, the switching element (42) is located below the button (11), and its switching bump (420) is in contact with the bottom of the button (11), but when the button (11) is pressed, it is not The switch bump (420) of the switching element (42) is immediately activated because the switching element (42) is supported by the floating member (41) in a floating manner, when the button (11) is depressed, due to the floating member (41) the resistance is less than the resistance of the switch bump (420) on the switching element (42), so the buffer portion (410) of the floating member (41) will move first, when the switching element (42) moves from the first position to the second position Position (as shown in the fourth figure), the buffer portion (410) is reduced in elasticity and the resistance is increased. At this time, the pressure of the button (11) acts on the switch bump (420) of the switching element (42), and the switch bump (420) is then activated to produce a switching action. When the switching element (42) is moved from the first position to the second position, the vibration generated when the user presses the button (11) is sufficiently absorbed, so that the purpose of preventing the shaking can be achieved. In addition, since a plurality of elastic bodies (411) are provided around the buffer portion (410), the buffer portion (410) absorbs vibration and the button can be absorbed again by the elastic property of the elastic body (411). (11) The vibration generated when the pressure is pressed, thereby enhancing the effect of preventing hand shake.

由上述說明可瞭解本發明前述兩種實施例的具體構造及工作原理,其不僅可提供使用該防手震按鈕結構之攝像裝置具有一防手震功能,由於其可以非常低的成本達成,因此非常適用於低階的攝像裝置(如低階相機、可照相式手機及網路攝影機等),除適合應用在低階產品外,亦可應用在高階產品作為其抑震系統的輔助性設計。The specific configuration and working principle of the foregoing two embodiments of the present invention can be understood from the above description, which not only provides an anti-shake function of the camera device using the anti-shake button structure, since it can be achieved at a very low cost, It is very suitable for low-end camera devices (such as low-end cameras, camera phones and webcams). It can be applied to high-end products as an auxiliary design of its anti-vibration system, in addition to low-end products.

(10)...機殼(10). . . cabinet

(11)...按鈕(11). . . Button

(12)...按鈕孔(12). . . Button hole

(20)...按鈕浮動機構(20). . . Button floating mechanism

(21)...浮動件(twenty one). . . Floating piece

(210)...浮塊(210). . . Floating block

(211)...緩衝部(211). . . Buffer section

(212)...彈性體(212). . . Elastomer

(22)...開關元件(twenty two). . . Switching element

(220)...間隙(220). . . gap

(221)...光發射端(221). . . Light emitting end

(222)...光接收端(222). . . Light receiving end

(223)...遮斷件(223). . . Breaker

(30)...電路板(30). . . Circuit board

(40)...按鈕浮動機構(40). . . Button floating mechanism

(41)...浮動件(41). . . Floating piece

(42)...開關元件(42). . . Switching element

(43)...導線(43). . . wire

(410)...緩衝部(410). . . Buffer section

(411)...彈性體(411). . . Elastomer

(42)...開關元件(42). . . Switching element

(420)...開關凸點(420). . . Switch bump

第一圖:係本發明第一較佳實施例之結構示意圖。First drawing is a schematic structural view of a first preferred embodiment of the present invention.

第二圖:係本發明第一較佳實施例之動作示意圖。Second Figure: A schematic diagram of the action of the first preferred embodiment of the present invention.

第三圖:係本發明第二較佳實施例之結構示意圖。Third Figure: is a schematic view showing the structure of a second preferred embodiment of the present invention.

第四圖:係本發明第二較佳實施例之動作示意圖。Fourth Figure: is a schematic view of the action of the second preferred embodiment of the present invention.

(10)...機殼(10). . . cabinet

(11)...按鈕(11). . . Button

(12)...按鈕孔(12). . . Button hole

(20)...按鈕浮動機構(20). . . Button floating mechanism

(21)...浮動件(twenty one). . . Floating piece

(210)...浮塊(210). . . Floating block

(211)...緩衝部(211). . . Buffer section

(212)...彈性體(212). . . Elastomer

(22)...開關元件(twenty two). . . Switching element

(220)...間隙(220). . . gap

(221)...光發射端(221). . . Light emitting end

(222)...光接收端(222). . . Light receiving end

(223)...遮斷件(223). . . Breaker

(30)...電路板(30). . . Circuit board

Claims (7)

一種防手震按鈕結構,包括:一機殼,其上設有一可下壓的按鈕;一按鈕浮動機構,係設於前述機殼內且位於其按鈕的下方;該按鈕浮動機構主要係由一浮動件及一開關元件組成,該浮動件係局部地結合於機殼內壁並位於按鈕下方;該按鈕被下壓時由一第一位置下移至一第二位置;該開關元件係對應於浮動件,並在該浮動件到達第二位置時致動該開關元件;該浮動件主要係於一浮塊的周邊環設一緩衝部,該緩衝部係呈片狀且具有彈性;該緩衝部係在周邊處局部地與機殼的內壁結合;該開關元件係一光耦合器,其具有一光發射端及一光接收端,該光發射端與光接收端之間具有一間隙,又開關元件進一步包括一遮斷件,該遮斷件一端係結合於浮動件的浮塊底部,其下端係對應開關元件的間隙。 An anti-shock button structure comprises: a casing provided with a push button; a button floating mechanism is disposed in the casing and below the button; the button floating mechanism is mainly composed of a floating member and a switching element, the floating member is partially coupled to the inner wall of the casing and located under the button; the button is moved downward from a first position to a second position when pressed; the switching element corresponds to a floating member, and actuating the switching element when the floating member reaches the second position; the floating member is mainly provided with a buffer portion around the periphery of a floating block, the buffer portion is in the form of a sheet and has elasticity; the buffer portion The device is partially coupled to the inner wall of the casing at the periphery; the switching element is an optical coupler having a light emitting end and a light receiving end, the gap between the light emitting end and the light receiving end, and The switching element further includes a blocking member, one end of which is coupled to the bottom of the floating block of the floating member, and the lower end of which is corresponding to the gap of the switching element. 如申請專利範圍第1項所述之防手震按鈕結構,該緩衝部周邊處設有複數的彈性體,透過彈性體結合於機殼的內壁。 The anti-shock button structure according to claim 1, wherein a plurality of elastic bodies are disposed around the buffer portion, and are coupled to the inner wall of the casing through the elastic body. 如申請專利範圍第2項所述之防手震按鈕結構,該彈性體為彈簧或具備相同特性的其他元件。 The anti-shock button structure described in claim 2, wherein the elastomer is a spring or other component having the same characteristics. 一種防手震按鈕結構,包括:一機殼,其上設有一可下壓的按鈕;一按鈕浮動機構,係設於前述機殼內且位於其按鈕的下方;該按鈕浮動機構主要係由一浮動件及一開關元件組 成,該浮動件係局部地結合於機殼內壁並位於按鈕下方;該按鈕被下壓時由一第一位置下移至一第二位置;該開關元件係對應於浮動件,並在該浮動件到達第二位置時致動該開關元件;該開關元件係一微動開關,又開關元件係對應位於按鈕下方;該浮動件包括一環設於開關元件周圍的緩衝部,該緩衝部係呈片狀並具備彈性,又緩衝部係以其周邊處局部地結合於機殼內壁。 An anti-shock button structure comprises: a casing provided with a push button; a button floating mechanism is disposed in the casing and below the button; the button floating mechanism is mainly composed of Floating member and a switching element group The floating member is partially coupled to the inner wall of the casing and located under the button; when the button is pressed down, it is moved from a first position to a second position; the switching element corresponds to the floating member, and Actuating the switching element when the floating member reaches the second position; the switching element is a micro switch, and the switching element is correspondingly located under the button; the floating member comprises a buffer portion disposed around the switching element, the buffer portion is a piece The shape is elastic and the buffer portion is partially bonded to the inner wall of the casing at its periphery. 如申請專利範圍第4項所述之防手震按鈕結構,該緩衝部的周邊處設有數個彈性體,透過各彈性體結合至機殼內壁。 The anti-shock button structure according to claim 4, wherein the buffer portion is provided with a plurality of elastic bodies at the periphery thereof, and is coupled to the inner wall of the casing through the respective elastic bodies. 一種攝像裝置之防手震按鈕結構,包括:一機殼;一電路板,係容置於該機殼之中;一浮塊,其上設有一按鈕,且該按鈕係穿設於該機殼上;其中,該浮塊之周邊設有一緩衝部,該緩衝部之周邊更設有複數個彈性體,該彈性體係接設於該機殼與該緩衝部之間;該浮塊的底側設有一遮斷件,且該電路板上對應地設有一光耦合器。 An anti-shock button structure of a camera device, comprising: a casing; a circuit board disposed in the casing; a floating block having a button disposed thereon, and the button is disposed in the casing The buffer is provided with a buffer portion, and a plurality of elastic bodies are further disposed around the buffer portion. The elastic system is connected between the casing and the buffer portion. The bottom side of the floating block is disposed. There is a blocking member, and an optical coupler is correspondingly disposed on the circuit board. 如申請專範圍範圍第6項所述攝像裝置之防手震按鈕結構,其中該浮塊係為一具有開關凸點的開關元件,且電性連結該電路板;該按鈕係設於該開關元件之開關凸點上,以觸發該開關元件。 The anti-shock button structure of the camera device according to the sixth aspect of the invention, wherein the floating block is a switch element having a switch bump and electrically connected to the circuit board; the button is disposed on the switch element The switch is bumped to trigger the switching element.
TW98134096A 2009-10-08 2009-10-08 The anti - shake button structure of the camera device TWI413847B (en)

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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6765164B2 (en) * 2002-11-20 2004-07-20 Samsung Electronics Co., Ltd. Push button
JP2006100104A (en) * 2004-09-29 2006-04-13 Canon Inc Electronic equipment with illumination-type button
TWM363669U (en) * 2009-04-07 2009-08-21 Minxon Hotel Technology Inc Push button switch

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6765164B2 (en) * 2002-11-20 2004-07-20 Samsung Electronics Co., Ltd. Push button
JP2006100104A (en) * 2004-09-29 2006-04-13 Canon Inc Electronic equipment with illumination-type button
TWM363669U (en) * 2009-04-07 2009-08-21 Minxon Hotel Technology Inc Push button switch

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