M338018 v - 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種數位相框。 【先前技術】 a通常，數位相片儲存在記憶卡、唯讀光碟機或個人電腦中， ’而，法被直接觀看。因此，業界開發出—種數位相框，使用者 -可藉由數位相框來儲存、展示及分享數位照片。 請參閱圖1 ’係-種先前技術數位相框之立體示意圖。該數 鲁位相框10包括一主體顯示部份17及一支架16，該支架16支撐該 主體顯示部份17。 ’ 請參閱圖2，係圖1所示數位相框之立體分解示咅圖。該主 體顯示部份17包括一前框11、一液晶面板12、一電池13、一驅 動電路板14及一后殼體15。該前框11及該后殼體15相互配合收 容該液晶面板12、該電池13及該驅動電路板14。 該電池13设置於該液晶面板12及該驅動電路板μ之間。該 電池13藉由複數連接線（圖未示）或軟性電路板（圖未示）與該驅 ®動電路板14相連接。 該后殼體15包括 ^合孔151，該卡合孔151由一圓形通孔 152及二矩形通孔153組成，該二矩形通孔153對稱設置於該圓形 -通孔152之兩側’並與該圓形通孔152相連通。 • 該支架16包括一弧形擋板161、由該弧形擋板161延伸出的 一彎折的支撐部162及一卡合部163。該卡合部；[63設置於該弧形 擋板161之一側，且與該卡合孔151之形狀對應。該卡合部163包 括一圓形凸體165及二矩形凸體164。該二矩形凸體164對稱設置 6 M338018 -於該圓形凸體165之兩側。該二矩形凸體164與該圓形凸體us為 一體結構。 … 該數位相框10之組裝過程如下： 首先，該前框11及該后殼體15相互配合收容該液晶面板 12、該電池13及該驅動電路板14。接著，將該支架16之卡合部 ，163插入該卡合孔151，並旋轉至該矩形凸體164與該矩形通孔 -153之位置不對應即可。此時，該卡合部163卡在該卡合孔151内。 然’該電池13設置於該主體顯示部份17之内部，電池充電 修或更換時需將該主體顯示部份17拆開，較為繁瑣。且拆卸過程 極易觸碰到該液晶面板12及該驅動電路板14，而導致該數位相 框10損壞。另外，該電池13設置於該主體顯示部份17中，佔據 4主體顯示部份;[7之内部空間，從而增加該數位相框iq的厚产。 【新型内容】 & 有鏗於上述内容，有必要提供一種更換電池方便且主體顯示部份 較薄的數位相框。 一種數位相框，其包括一主體顯示部份、一用於支撐該主體顯示 部份之支架及一用於向該主體顯示部份供電之電池。該電池設置於該 支架内。 、^ 相較於先前技術，本創作之數位相框將電池設置於其支架内，更 .換笔’也日寸，僅品拆卸支架取出電池即可，且可避免觸碰到主體顯示部 •份内之其他元件。另，本創作將電池設置於支架内，而沒有設置於顯 示主體内部，充分利用該支架的空間，從而減小數位相框之主體顯二 部份之厚度。 ’、、、不 【實施方式】 請參閱圖3,係本創作數位相框一較佳實施方式之立體分解示咅 7 M338018 • 圖。該數位相框20包括一主體顯示部份27、一支架26及一電池263。 該支架26用於支撐該主體顯示部份27，該電池263設置在該支架26 内，用於向該主體顯示部份27供電。 該主體顯示部份27包括一前框21、一液晶面板22、一驅動電路 板23、二第一導電片24及一后殼體25。該前框21及該后殼體25相 •互配合收容該液晶面板22及該驅動電路板23。該支架26係一中空結 •構。該第一導電片24係由彈性金屬材質製成。 該后殼體25包括一卡合孔251及二卡合口 252。該卡合孔251由 ® —圓形通孔254及二矩形通孔255組成，該二矩形通孔255對稱設置 於該圓形通孔254的兩側。該二矩形通孔255與該圓形通孔254相連 通。該二卡合口 252對稱設置於該圓形通孔254的兩侧。該第一導電 片24藉由該二卡合口 252與外界相通。 請參閱圖4，係圖3所示第一導電片24之立體放大示意圖。該第 一導電片24包括二導電基部241、二突起242及由該二導電基部241 分別延伸出的一第一彎折部244及一第二彎折部245。該二突起242 設置於該二導電基部241之間，且該二突起242之間形成一收容空間 243。該^一突起242之截面形狀係一矩形。 請參閱圖5，係圖3所示支架20之立體分解示意圖。該支架26 包括一前蓋261、一后蓋262、一電池263及二第二導電片264。該第 •二導電片264係由彈性金屬材質製成。該前蓋261及該后蓋262形狀 '相對應，且相互配合收容該電池263。該前蓋261包括一弧形擋板265、 一^^合部267及由該弧形擋板265延伸出之一支撐部260。該卡合部 267設置於該弧形擋板265之一側，且與該卡合孔251之形狀相對應。 該弧形擋板265包括與該后殼體25之二卡合口 252相對應的二矩形開 口 266 〇 8 M338018 . 該卡合部267包括一圓形凸體2671及二矩形凸體2672。該二矩 形凸體2672對稱設置於該圓形凸體2671之兩侧。該二矩形凸體2672 與該圓形凸體26TL為一體結構。 該后蓋262係一具有收容結構的框體’其包括一狐形框體(未標示) 及由該弧形框體延伸出一彎折之支撐框體(未標示）。該弧形框體與該 •前蓋261之弧形擋板265相對應，該支撐框體與該前蓋261之支撐部 • 260相對應。該后蓋262包括設置於該孤形框體内之二凸體2防及設 置於該支撐框體内之複數卡柱269。該二凸體268與該支架前框261 鲁之二矩形開口 266相對應，且其高度略小於該后蓋262之厚度。該二 凸體268上分別設置一螺孔。該卡柱269用於固定該電池263。 請參閱圖6，係圖5所示第二導電片264之立體放大示意圖。該 第二導電片264包括一導電基部2641、一突起2642及由該導電基部 2641之二端分別延伸出的一第一彎折部2643及一第二彎折部26糾。 該突起2642之截面形狀係一矩形，且該突起26幻與該第一導電片％ 之收容空間243相對應。該突起麗將該導電基部⑽分成兩部份， 其中較長的部份包括-螺孔(未標示），該螺孔與該后蓋遍之凸體· 之螺孔相對應。 該數位相框20之后殼體25與該支架26之組裝過程如下·· -百先，該二第-導電片24之突起242分別插入該后殼體25之二 m2内。織，齡獅職二第—導㈣24 _在該后殼體 • 25上(圖未示）。接著，該第一導電片％藉由導線與該驅動電路板幻 運接。至此，完成該后殼體25與該第一導電片24的組裝。 該二第二導電片264藉由螺絲固定於該支架％之后蓋脱之二凸 1立=電池263設置於該后蓋262之框體内，藉由複數卡桂膽 該電池263之正負極分別藉由導線與該第二導電片264連接。 9 M338018 •該第二導電片264之突起2642插入該前蓋261之矩形開口 266,貫穿 該矩形開口 266后，該突起2642之部份位於該前蓋216之弧形擋板 265之外側’即與該卡合部267在同一側。該前蓋261與該后蓋262 藉由螺絲鎖固。如此，完成該支架26之組裝，其組裝完畢之立體示意 圖如圖7所示。 該支架26之卡合部267插入該后殼體25之卡合孔251並旋轉， .使該前蓋261之二矩形開口 266與該后殼體25之二卡合口 252相對。 同時，該卡合部267卡在該后殼體25之卡合孔251之圓形通孔2幻 内，此時，該矩形凸體2672與該矩形通孔255不相對應。該第二導電 片264之大起2642貫穿該矩形開口 266后之露出部份卡入該第一導電 片24一之收容空間243 n。該數位相框2〇 裝完畢之立體示意圖如圖 8 所 〇M338018 v - VIII, new description: [New technical field] This creation is about a digital photo frame. [Prior Art] a Usually, digital photos are stored on a memory card, a CD-ROM drive or a personal computer, and the method is directly viewed. Therefore, the industry has developed a digital photo frame, and users can store, display and share digital photos through digital photo frames. Please refer to FIG. 1 for a perspective view of a prior art digital photo frame. The number of the photo frame 10 includes a main body display portion 17 and a bracket 16, and the bracket 16 supports the main body display portion 17. Please refer to Figure 2, which is a perspective exploded view of the digital photo frame shown in Figure 1. The main body display portion 17 includes a front bezel 11, a liquid crystal panel 12, a battery 13, a driving circuit board 14, and a rear casing 15. The front frame 11 and the rear case 15 cooperate with each other to receive the liquid crystal panel 12, the battery 13, and the drive circuit board 14. The battery 13 is disposed between the liquid crystal panel 12 and the drive circuit board μ. The battery 13 is connected to the drive circuit board 14 by a plurality of connecting wires (not shown) or a flexible circuit board (not shown). The rear housing 15 includes a matching hole 151. The engaging hole 151 is formed by a circular through hole 152 and two rectangular through holes 153. The two rectangular through holes 153 are symmetrically disposed on both sides of the circular through hole 152. 'and communicate with the circular through hole 152. • The bracket 16 includes a curved baffle 161, a bent support portion 162 extending from the curved baffle 161, and an engaging portion 163. The engaging portion; [63] is disposed on one side of the curved baffle 161 and corresponds to the shape of the engaging hole 151. The engaging portion 163 includes a circular convex body 165 and two rectangular convex bodies 164. The two rectangular protrusions 164 are symmetrically disposed 6 M338018 - on both sides of the circular protrusion 165. The two rectangular protrusions 164 and the circular protrusions us are of a unitary structure. The assembling process of the digital photo frame 10 is as follows: First, the front bezel 11 and the rear casing 15 cooperate with each other to accommodate the liquid crystal panel 12, the battery 13 and the driving circuit board 14. Next, the engaging portion 163 of the bracket 16 is inserted into the engaging hole 151, and is rotated until the rectangular convex body 164 does not correspond to the position of the rectangular through hole - 153. At this time, the engaging portion 163 is caught in the engaging hole 151. However, the battery 13 is disposed inside the main body display portion 17. When the battery is repaired or replaced, the main body display portion 17 needs to be disassembled, which is cumbersome. Moreover, the disassembly process easily touches the liquid crystal panel 12 and the driving circuit board 14, and the digital phase frame 10 is damaged. In addition, the battery 13 is disposed in the main body display portion 17, occupying 4 main body display portions; [7 internal space, thereby increasing the yield of the digital photo frame iq. [New Content] & In view of the above, it is necessary to provide a digital photo frame that is convenient to replace the battery and has a thin display portion. A digital photo frame comprising a main body display portion, a support for supporting the display portion of the main body, and a battery for supplying power to the display portion of the main body. The battery is disposed in the bracket. Compared with the prior art, the digital photo frame of the present invention sets the battery in the bracket, and the pen is changed to the same size, and the battery can be removed only by removing the bracket, and the main display portion can be avoided. Other components within. In addition, the present invention sets the battery in the bracket, and is not disposed inside the display body, and fully utilizes the space of the bracket, thereby reducing the thickness of the main body of the digital photo frame. </ br /> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> <RTIgt; The digital photo frame 20 includes a main body display portion 27, a bracket 26 and a battery 263. The bracket 26 is for supporting the main body display portion 27, and the battery 263 is disposed in the bracket 26 for supplying power to the main body display portion 27. The main body display portion 27 includes a front frame 21, a liquid crystal panel 22, a driving circuit board 23, two first conductive sheets 24, and a rear housing 25. The front frame 21 and the rear casing 25 are mutually coupled to receive the liquid crystal panel 22 and the driving circuit board 23. The bracket 26 is a hollow structure. The first conductive sheet 24 is made of an elastic metal material. The rear housing 25 includes an engaging hole 251 and a second engaging opening 252. The engaging hole 251 is composed of a ® - a circular through hole 254 and two rectangular through holes 255 which are symmetrically disposed on both sides of the circular through hole 254. The two rectangular through holes 255 are connected to the circular through holes 254. The two engaging openings 252 are symmetrically disposed on both sides of the circular through hole 254. The first conductive sheet 24 communicates with the outside through the two engaging openings 252. Please refer to FIG. 4 , which is a perspective enlarged view of the first conductive sheet 24 shown in FIG. 3 . The first conductive sheet 24 includes two conductive base portions 241, two protrusions 242, and a first bent portion 244 and a second bent portion 245 respectively extending from the two conductive base portions 241. The two protrusions 242 are disposed between the two conductive bases 241, and a receiving space 243 is formed between the two protrusions 242. The cross-sectional shape of the protrusion 242 is a rectangle. Please refer to FIG. 5 , which is a perspective exploded view of the bracket 20 shown in FIG. 3 . The bracket 26 includes a front cover 261, a rear cover 262, a battery 263 and two second conductive sheets 264. The second conductive sheet 264 is made of an elastic metal material. The front cover 261 and the rear cover 262 are shaped to correspond to each other and accommodate the battery 263. The front cover 261 includes a curved baffle 265, a hinge portion 267, and a support portion 260 extending from the curved baffle 265. The engaging portion 267 is disposed on one side of the curved baffle 265 and corresponds to the shape of the engaging hole 251. The curved baffle 265 includes two rectangular openings 266 〇 8 M338018 corresponding to the two engaging openings 252 of the rear casing 25. The engaging portion 267 includes a circular convex body 2671 and two rectangular convex bodies 2672. The two rectangular protrusions 2672 are symmetrically disposed on both sides of the circular protrusion 2671. The two rectangular protrusions 2672 are integrally formed with the circular protrusions 26TL. The rear cover 262 is a frame body having a receiving structure. The utility model comprises a frame body (not shown) and a support frame (not labeled) extending from the curved frame body. The curved frame body corresponds to the curved baffle 265 of the front cover 261, and the support frame corresponds to the support portion 260 of the front cover 261. The rear cover 262 includes two protrusions 2 disposed in the isolated frame to prevent the plurality of posts 269 disposed in the support frame. The two protrusions 268 correspond to the rectangular opening 266 of the bracket front frame 261 and have a height slightly smaller than the thickness of the rear cover 262. A screw hole is respectively disposed on the two convex bodies 268. The post 269 is used to secure the battery 263. Please refer to FIG. 6 , which is a perspective enlarged view of the second conductive sheet 264 shown in FIG. 5 . The second conductive sheet 264 includes a conductive base portion 2641, a protrusion 2642, and a first bent portion 2643 and a second bent portion 26 which are respectively extended from the two ends of the conductive base portion 2641. The cross-sectional shape of the protrusion 2642 is a rectangle, and the protrusion 26 is phantom corresponding to the receiving space 243 of the first conductive sheet %. The protrusions divide the conductive base portion (10) into two parts, wherein the longer portion includes a screw hole (not shown) corresponding to the screw hole of the rear cover. The assembling process of the housing 25 and the bracket 26 after the digital photo frame 20 is as follows. The protrusions 242 of the two first conductive sheets 24 are respectively inserted into the two m2 of the rear housing 25. Weaving, the age of the second lion - guide (four) 24 _ in the rear housing • 25 (not shown). Then, the first conductive sheet % is magically connected to the driving circuit board by wires. So far, the assembly of the rear case 25 and the first conductive sheet 24 is completed. The second conductive sheet 264 is fixed to the bracket after being fixed by the screw, and the battery 263 is disposed in the frame of the back cover 262, and the positive and negative poles of the battery 263 are respectively The second conductive sheet 264 is connected by a wire. 9 M338018 • The protrusion 2642 of the second conductive piece 264 is inserted into the rectangular opening 266 of the front cover 261. After the rectangular opening 266 is penetrated, a portion of the protrusion 2642 is located outside the curved baffle 265 of the front cover 216. It is on the same side as the engaging portion 267. The front cover 261 and the rear cover 262 are locked by screws. Thus, the assembly of the bracket 26 is completed, and the assembled perspective is shown in Fig. 7. The engaging portion 267 of the bracket 26 is inserted into the engaging hole 251 of the rear housing 25 and rotated. The two rectangular openings 266 of the front cover 261 are opposed to the two engaging openings 252 of the rear housing 25. At the same time, the engaging portion 267 is caught in the circular through hole 2 of the engaging hole 251 of the rear casing 25. At this time, the rectangular convex portion 2672 does not correspond to the rectangular through hole 255. The exposed portion of the second conductive sheet 264 extending through the rectangular opening 266 is inserted into the receiving space 243 n of the first conductive sheet 24. The three-dimensional diagram of the digital photo frame 2 is completed as shown in Figure 8.
相較於先前技術，本創作之數位相框20之電池263設置於該支架 26内。該數位相框2G更換電池方便，只需由該支架26内取出電池即 J、且充分利職支架26之空間，減小了該數位相框2()之主體顯示 邛伤27之厚度，進而減小該數位相框20之厚度。 卜本創作之特徵不僅可躺於上述之實 =當，上的變更。例如，該第—導電片24及該第==而求 =躲雜料電元件，轉細純，可赌該電池％ 興該驅動電路板23導通即可。 請。^上所，，本=作確已符合新型專利之要件，爰依法提出專利申 =上述實為本_之紐實施方式，本創作之範圍並不 作之等效修_變化，ζ、:本案·之人士援依本創作之精神所 【圖式簡單=】應涵盘於以下申請專利範圍内。 M338018 , 圖1係一種先前技術數位相框之立體示意圖。 圖2係圖1所示數位相框之立體分解示意圖。 圖3係本創作數位相框一較佳實施方式之立體分解示意圖。 圖4係圖3所示第一導電片之立體放大示意圖。 圖5係圖3所示支架之立體分解示意圖。 -圖6係圖5所不第二導電片之立體放大不意圖。 , 圖7係圖5所示支架之立體示意圖。 圖8係圖3所示數位相框之立體示意圖。 鲁【主要元件符號說明】 數位相框 20 前框 21 液晶面板 22 驅動電路板 23 第一導電片 24 導電基部 241 突起 242 收容空間 243 第一彎折部 244 第二彎折部 245 后殼體 25 卡合孔 251 卡合口 252 圓形通孔 254 矩形通孔 255 支架 26 B支撐部 260 前蓋 261 后蓋 262 電池 263 第二導電片 264 導電基部 2641 突起 2642 第一彎折部 2643 第二彎折部 2644 弧形擋板 265 _矩形開口 266 卡合部 267 圓形凸體 2671 矩形凸體 2672 凸體 268 卡柱 269 主體顯示部份 27 11Compared with the prior art, the battery 263 of the digital photo frame 20 of the present invention is disposed in the bracket 26. The digital photo frame 2G is convenient to replace the battery, and only the battery is taken out from the bracket 26, and the space of the full-service bracket 26 is fully reduced, thereby reducing the thickness of the main body of the digital photo frame 2 () to display the thickness of the scratch 27, thereby reducing The thickness of the digital photo frame 20. The characteristics of Buben's creation are not only lying on the above-mentioned real = when, the change. For example, the first conductive sheet 24 and the first ===the impurity element are turned into a pure element, and the battery can be priced to turn on the driving circuit board 23. please. ^上所,,本=Do you have met the requirements of the new patent, 提出Proposed patent application according to law=The above is the implementation method of the _ _, the scope of this creation is not equivalent to _ change, ζ,: This case The person who assists in the spirit of this creation [simple figure =] should be included in the scope of the following patent application. M338018, Fig. 1 is a perspective view of a prior art digital photo frame. 2 is a perspective exploded view of the digital photo frame shown in FIG. 1. FIG. 3 is a perspective exploded view of a preferred embodiment of the digital photo frame. 4 is a perspective enlarged view of the first conductive sheet shown in FIG. 3. Figure 5 is a perspective exploded view of the stent shown in Figure 3. - Figure 6 is a schematic perspective view of the second conductive sheet of Figure 5. Figure 7 is a perspective view of the bracket shown in Figure 5. Figure 8 is a perspective view of the digital photo frame shown in Figure 3. Lu [Major component symbol description] Digital photo frame 20 Front frame 21 Liquid crystal panel 22 Driving circuit board 23 First conductive sheet 24 Conductive base 241 Projection 242 Housing space 243 First bending portion 244 Second bending portion 245 Rear housing 25 card Hole 251 Engagement opening 252 Circular through hole 254 Rectangular through hole 255 Bracket 26 B Supporting part 260 Front cover 261 Back cover 262 Battery 263 Second conductive piece 264 Conductive base 2641 Protrusion 2642 First bent part 2643 Second bent part 2644 curved baffle 265 _ rectangular opening 266 engaging portion 267 circular convex body 2671 rectangular convex body 2672 convex body 268 stud 269 main body display portion 27 11