201007326 九、發明說明： 【發明所屬之技術領域】 本發明涉及電子領域，尤其涉及一種成像裝置。 【先前技術】 目前，成像裝置等電子產品通常採用鋰電池作為電源， 由於標準化的需要，一般採用電池盒蓋等電池固定裝置將鋰 電池裝入以形成内置的電池結構。 傳統地，成像裝置等電子產品的電池固定裝置，大部分 參係設置在成像裝置機體的底部或者側邊，而設置在底部的電 池口疋裝置，需經常承受電池的重力或急放電子產品的重力 衝擊，或者係使用者不熟悉操作，不慎打開電池固定裝置， 造成電池意外彈出或者掉落。而對於普通的電池固定裝置而 «，使用者常在取電池時因操作失誤就會損壞電池固定裝 置。 【發明内容】 ❹、有鑒於此，有必要提供一種成像裝置，其能防止電池意 外脫出，並能防止取出電池時因錯誤操作而損壞電池固定裝 置。 一種成像裝置，其包括一個機體、一個開設在該機體上 的電池容置槽、-個收容於該電池容置槽⑽電池以及一個 電池固定裝置。該機體包括一個容置孔以及一個位於該容置 孔邊緣的擋塊。該電池固定裝置包括一個用於卡緊該電池的 卡緊°卩、遠離該卡緊部依次延伸的一個與該擋塊相配合的抵 觸部及一個收容於該容置孔内的本體部以及一個套設於該 201007326 本體部上的彈性元件。該本體部包括—個柱體部及一個垂直 该柱體部的凸塊，該彈性元件包括—個第-端及-個第二 ，端’該第-端與該凸塊相抵觸，該第二端緊密收容於該容置 孔内，該抵觸部與該擋塊相抵觸時該卡緊部卡緊該電地，該 抵觸部脫離該擋塊時該卡緊部鬆開該電池。 與先前技術相比，該成像裝置利用該電池固定裝置的卡 緊部將該電池固定於成像裝置内以防止該電池意外脫出且 該抵觸部與該擋塊相配合錄擋住該卡緊部的過度旋轉，從 而防止取出該電池時因錯誤操作而損壞該電地固定裝置。 【實施方式】 下面將結合附圖，對本發明作進一步的詳細說明。 凊參閱圖1 ’為本發明提供的成像裝置1〇，其可為數位 相機及數位攝影機等電子產品，本實施方式中為數位相機。 該成像裝置10包括-個機體110、一個開設在該機體11〇 上的電池容置槽120、一個收容於該電池容置槽12〇内的電 0池130以及一個電池固定裝置14〇。 請結合圖2，該機體110包括一個容置孔112以及一個 擋塊114。該容置孔112包括一個開設有凹槽116的底部117 及垂直該底部117的侧壁118，該凹槽116與該侧壁118相 鄰該播塊114位於該谷置孔112的邊緣且靠近該電池容置 槽120的一側。 請一併參閱圖1、圖2及圖3，該電池固定裝置140包 括一個卡緊部142、遠離該卡緊部142依次延伸的一個與該 擔塊114相配合的抵觸部144及一個收容於該容置孔112内 201007326 的本體部146以及一個套設於該本體部146上的彈性元件 148 ° 該卡緊部142用於卡緊電池130。該抵觸部144包括一 個圓柱體狀的基體144a以及從該基體144a上延伸的突出部 144b，該基體144a與該突出部144b形成凸輪狀的所述抵觸 部144，該突出部144b與該擋塊114相配合。該本體部146 包括一個柱體部141及一個垂直該柱體部141的凸塊143。 該凸塊143包括一個承靠部143a以及一個從該承靠部143a ❿上彎折的彎折部143b，該承靠部143a、該彎折部143b以及 該柱體部141形成一個收容空間145。本實施方式中，該彈 性元件148為扭簧。該彈性元件148包括一個第一端148a 以及一個第二端148b，該第一端148a緊密卡合於該收容空 間145内，該第二端148b緊密卡合於該凹槽116内並與該 側壁118緊密抵觸。 可以理解，該第一端148a並不局限於本實施方式的緊 密卡合於該收容空間145内，還可以係膠合於該凸塊143 上；該第二端148b也不局限於本實施方式的緊密卡合於該 凹槽116内並與該側壁118緊密抵觸，還可以係膠合於該凹 槽116内或者膠合於該側壁118上。 組裝該電池固定裝置140於該成像裝置10内時，先將 該彈性元件148套設於該本體部146的柱體部141上，且使 該第一端148a緊密卡合於該收容空間145内；接著將該本 體部146放置於該容置孔112内，且使該第二端148b緊密 卡合於該凹槽116内並與該側壁118緊密抵觸。 201007326 若將該電池130固定於該成像裝置10内時，則先將該 電池130放置於該電池容置槽120内，接著朝靠近該電池容 置槽120的一側的方向撥動該卡緊部142直至該凸輪狀的抵 觸部144被該擋塊114擋住，此時該卡緊部142卡緊該電池 130 ;若將該電池130從該成像裝置10内取出時，則先朝遠 離該電池容置槽120的一側的方向撥動該卡緊部142直至該 卡緊部142脫離該電池130，接著即可從該電池容置槽120 内取出該電池130。 可以理解，該擋塊114並不局限於本實施方式的位於該 容置孔112的邊緣且靠近該電池容置槽120的一侧，該擋塊 114可以位於該容置孔112的邊緣的任意位置，只要滿足該 擋塊114與該抵觸部144相配合，且該抵觸部144與該擂塊 114相抵觸時該卡緊部142卡緊該電池130，該抵觸部144 脫離該擋塊114時該卡緊部142鬆開該電池130。 本發明提供的成像裝置10利用該電池固定裝置140的 卡緊部142將該電池130固定於成像裝置10内以防止該電 池10意外脫出，且該抵觸部144與該擋塊114相配合以阻 擋住該卡緊部142的過度旋轉，從而防止取出該電池130時 因錯誤操作損壞該電池固定裝置140。 綜上所述，本發明確已符合發明專利要件，爰依法提出 專利申請。惟，以上所述者僅為本發明之較佳實施方式，舉 凡熟悉本案技藝之人士，於援依本案發明精神所作之等效修 飾或變化，皆應包含於以下之申請專利範圍内。 【圖式簡單說明】 201007326 圖1為本發明提供的成像裝置的分解示意圖。 圖2為圖1中的成像裝置的組裝示意圖。 圖3為圖1中成像裝置的電池固定裝置的立體示意圖。 【主要元件符號說明】 成像裝置 10 機體 110 容置孔 112 擔塊 114 凹槽 116 底部 117 側壁 118 電池容置槽 120 電池 130 電池固定裝置 140 柱體部 141 卡緊部 142 凸塊 143 承罪部 143a 彎折部 143b 抵觸部 144 基體 144a 突出部 144b 收容空間 145 本體部 146 彈性元件 148 第一端 148a ❿第二端 148b 11201007326 IX. Description of the Invention: [Technical Field] The present invention relates to the field of electronics, and more particularly to an imaging device. [Prior Art] At present, an electronic product such as an image forming apparatus usually uses a lithium battery as a power source. Due to the need for standardization, a lithium battery is generally charged by a battery fixing device such as a battery cover to form a built-in battery structure. Conventionally, a battery fixing device for an electronic device such as an imaging device is mostly disposed at the bottom or side of the imaging device body, and the battery port device disposed at the bottom is required to constantly withstand the gravity of the battery or the electronic product of the emergency device. Gravity impact, or the user is not familiar with the operation, accidentally open the battery fixture, causing the battery to accidentally pop out or fall. For ordinary battery fixtures, «users often damage the battery fixture due to operational errors when taking the battery. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide an image forming apparatus which can prevent the battery from being accidentally released and can prevent the battery fixing device from being damaged due to an erroneous operation when the battery is taken out. An image forming apparatus comprising a body, a battery receiving groove formed on the body, a battery housed in the battery receiving groove (10), and a battery fixing device. The body includes a receiving hole and a stop at the edge of the receiving hole. The battery fixing device includes a clamping portion for clamping the battery, an abutting portion extending from the locking portion and engaging with the blocking block, and a body portion received in the receiving hole and a body portion An elastic member that is placed on the body of the 201007326. The body portion includes a cylindrical portion and a protrusion perpendicular to the cylindrical portion. The elastic member includes a first end and a second end, and the end end is in conflict with the convex portion. The two ends are tightly received in the receiving hole. When the abutting portion is in contact with the blocking block, the clamping portion clamps the electric ground. When the abutting portion is disengaged from the blocking block, the clamping portion releases the battery. Compared with the prior art, the image forming apparatus fixes the battery in the image forming apparatus by using the clamping portion of the battery fixing device to prevent the battery from accidentally coming out and the engaging portion cooperates with the stopper to record the clamping portion. Excessive rotation prevents damage to the electrical grounding device due to erroneous operation when the battery is removed. [Embodiment] Hereinafter, the present invention will be further described in detail with reference to the accompanying drawings. 1 is an image forming apparatus 1 provided by the present invention, which may be an electronic product such as a digital camera or a digital camera, and is a digital camera in the present embodiment. The image forming apparatus 10 includes a body 110, a battery receiving groove 120 formed in the body 11b, a battery 130 housed in the battery receiving groove 12b, and a battery fixing device 14A. Referring to FIG. 2, the body 110 includes a receiving hole 112 and a stopper 114. The receiving hole 112 includes a bottom portion 117 having a groove 116 and a side wall 118 perpendicular to the bottom portion 117. The groove 116 is adjacent to the side wall 118. The block 114 is located at the edge of the valley hole 112 and close to The battery houses one side of the slot 120. Referring to FIG. 1 , FIG. 2 and FIG. 3 , the battery fixing device 140 includes a clamping portion 142 , an abutting portion 144 extending from the clamping portion 142 and engaging with the supporting block 114 , and a receiving portion The body portion 146 of the 201007326 in the receiving hole 112 and an elastic member 148 that is sleeved on the body portion 146 are used to clamp the battery 130. The abutting portion 144 includes a cylindrical base body 144a and a protruding portion 144b extending from the base body 144a. The base body 144a and the protruding portion 144b form a cam-shaped abutting portion 144, the protruding portion 144b and the blocking portion Block 114 cooperates. The body portion 146 includes a cylindrical portion 141 and a projection 143 perpendicular to the cylindrical portion 141. The protrusion 143 includes a receiving portion 143a and a bent portion 143b bent from the receiving portion 143a. The receiving portion 143a, the bent portion 143b, and the cylindrical portion 141 form a receiving space 145. . In the present embodiment, the elastic member 148 is a torsion spring. The elastic member 148 includes a first end 148a and a second end 148b. The first end 148a is tightly engaged in the receiving space 145. The second end 148b is tightly engaged with the recess 116 and the side wall. 118 is closely related. It can be understood that the first end 148a is not limited to being tightly engaged in the receiving space 145 of the embodiment, and may be glued to the protruding block 143; the second end 148b is not limited to the embodiment. The sleeve 116 is tightly engaged with the groove 116 and is in close contact with the sidewall 118, and may be glued into the groove 116 or glued to the sidewall 118. When the battery fixing device 140 is assembled in the imaging device 10, the elastic member 148 is sleeved on the cylindrical portion 141 of the main body portion 146, and the first end 148a is tightly engaged in the receiving space 145. The body portion 146 is then placed in the receiving hole 112, and the second end 148b is tightly engaged in the groove 116 and is in close contact with the side wall 118. 201007326 If the battery 130 is fixed in the imaging device 10, the battery 130 is first placed in the battery receiving slot 120, and then the clamping is moved toward the side close to the battery receiving slot 120. The portion 142 until the cam-shaped abutting portion 144 is blocked by the stopper 114. At this time, the clamping portion 142 clamps the battery 130; if the battery 130 is removed from the imaging device 10, it is first away from the The clamping portion 142 is pulled in the direction of one side of the battery receiving slot 120 until the clamping portion 142 is disengaged from the battery 130, and then the battery 130 can be taken out from the battery receiving slot 120. It can be understood that the block 114 is not limited to the side of the accommodating hole 112 of the present embodiment and is close to the side of the battery accommodating groove 120. The block 114 can be located at the edge of the accommodating hole 112. The clamping portion 142 is engaged with the battery 130 when the blocking portion 144 is engaged with the blocking portion 144, and the engaging portion 144 is disengaged from the blocking portion 144 when the blocking portion 144 is disengaged from the blocking portion 144. The clamping portion 142 releases the battery 130. The imaging device 10 provided by the present invention fixes the battery 130 in the imaging device 10 by using the clamping portion 142 of the battery fixing device 140 to prevent the battery 10 from accidentally coming out, and the contact portion 144 cooperates with the stopper 114. The excessive rotation of the chucking portion 142 is blocked, thereby preventing the battery fixing device 140 from being damaged by an erroneous operation when the battery 130 is taken out. In summary, the present invention has indeed met the requirements of the invention patent, and has filed a patent application according to law. The above description is only the preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art of the present invention should be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of an image forming apparatus provided by the present invention. 2 is a schematic view showing the assembly of the image forming apparatus of FIG. 1. 3 is a perspective view of the battery fixing device of the image forming apparatus of FIG. 1. [Description of main components] Imaging device 10 Body 110 accommodating hole 112 Lump 114 Groove 116 Bottom 117 Side wall 118 Battery accommodating groove 120 Battery 130 Battery fixing device 140 Cylinder portion 141 Clamping portion 142 Bump 143 Convict 143a bent portion 143b abutting portion 144 base 144a protruding portion 144b receiving space 145 body portion 146 elastic member 148 first end 148a ❿ second end 148b 11