M424700 五、新型說明： 【新型所屬之技術領域】 種可確保電路板免於 本創作係有關於充電座，尤指 遇水而損壞之具排水功能之充電座 【先前技術】 隨著科技的日益進步，各式各樣的可攜式電子產品 (如：手機、數位相機等等）充斥於生活中，而可攜式電子產 品大多使用充電電池作為電源，當電池沒電時，可利用充 電器進行充電，使電池恢復電力以重複提供電子產品使用。M424700 V. New description: [New technical field] It can ensure that the circuit board is free of the charging stand, especially the charging seat with water function and damage. [Previous technology] With the increasing technology Progress, a variety of portable electronic products (such as: mobile phones, digital cameras, etc.) are full of life, while portable electronic products mostly use rechargeable batteries as a power source, when the battery is dead, you can use the charger Charging, restoring the battery to repeat the use of electronic products.
充電器有多種不同類型，其中一種為充電座，請參閱 圖7至9所示，現有技術之充電器，其主要結構係於一底 座40上依序設置有一電路板5〇及一頂蓋6〇，該電路板5〇 上設有一定位塊51，複數充電端子52固定於該定位塊51 上且與電路板50連接，該頂蓋60頂面内凹設有一容置槽 61,該容置槽61槽面具有對應於該充電端子52的透孔 62 ’使得充電端子52可外露於透孔62的外部，欲對電池 進行充電時’係將電池放置於容置槽61中且與充電端子52 接觸’進而充電端子52可將電力輸出至電池並進行充電。 然而，上述之充電座於實際使用時存在有以下的缺 點：當有水不慎從頂蓋60之透孔61流進充電座内部時， 會進一步流至電路板50表面’使得電路板50因遇水而受 到損壞及產生鏽蝕，進而^致充電座無法提供正常使用， 實有待加以改良。 【新型内容】 M424700 有鑑於前述現有技術之缺點，本創作之目的係在於提 供一種具排水功能之充電座，藉由於充電端子、定位塊及 底座設計有相互連通的通孔可供水流通，以達到確保電路 板免於遇水而受到損壞之目的。 為達到前述之創作目的，本創作所設計之具排水功能 之充電座’其係包括有一底座、一電路板以及一頂蓋，其 中：該底座上貫穿設有至少一排水孔；該電路板上貫穿設 有配置孔’該配置孔處設有一定位塊，複數充電端子定 位在該定位塊上並與電路板連接，且各充電端子上貫穿設 有一穿孔’定位塊上貫穿設有對應於充電端子之穿孔的複 數貫孔’該電路板係固設於底座内部，且電路板之配置孔 對應位於底座之排水孔的上方；該頂蓋頂面内凹設有一容 置槽’該容置槽槽面貫穿設有對應於充電端子的複數透 孔，該頂蓋係蓋設於電路板上方並與底座結合，使充電端 子得以外露於透孔的外部，頂蓋底面且位於透孔周緣處向 下突伸有一環狀隔板’該環狀隔板係罩設並結合於定位塊 的外側^ 所述之具排水功能之充電座，其中：該底座具有一底 板’該底板頂面向上突伸有一環側壁’該排水孔係位於該 環側壁内部；該定位塊形成有一頂板，該頂板底面内凹設 有一凹槽’該凹槽與該貫孔相互連通，頂板底面的後端處 向下突伸有一背板及兩側板，該背板及該側板之間形成有 一流道空間’該流道空間與凹槽相互連通，該背板及該側 板係依序插設於電路板之配置孔及底座之環側壁中，該頂 板係抵於電路板頂面。 M424700 所述之具排水功能之充電座’其中：該電路板上貫穿 設有複數連接孔’該定位塊之頂板頂面間隔内凹設有複數 定位槽，各定位槽槽面貫穿設有該貫孔及一插孔，該插孔 對應於電路板之連接孔；各充電端子呈彎折狀並形成有一 階級板’該階級板上貫穿設有該穿孔’充電端子底端形成 有一插片’充電端子係以階級板置於定位塊之定位槽中， 並以插片依序插設於定位塊之插孔及對應的電路板之連接 孔中。 所述之具排水功能之充電座’其中：該底座之底板周 緣向上突伸有一周緣側壁，該周緣側壁内壁面間隔突伸有 複數支撐塊’該電路板係由該支撐塊所支樓。 所述之具排水功能之充電座’其中該底座之底板底面 突伸有複數墊塊。 所述之具排水功能之充電座，其中該頂蓋之環狀隔板 與定位塊之間的結合係以緊配合達成。 所述之具排水功能之充電座’其中該頂蓋之環狀隔板 與定位塊之間的結合係以膠合達成。 本創作所提供之具排水功能之充電座，可以獲得的優 點及功效增進至少包括：由於頂蓋所設之環狀隔板係罩設 於定位塊的外侧，使得當有水不慎從頂蓋之透孔流進充電 座内部時’不會流至電路板表面，而會依序流經充電端子 之穿孔、定位塊之貫孔及電路板之配置孔，最後從底座之 排水孔流出’進而付以碟保電路板免於遇水而受到損壞。 【實施方式】 請參閱圖1至3所示，本創作之具排水功能之充電座， 5 M424700 其係包括有一底座10、一電路板20以及一頂蓋3〇,其中： 該底座10具有一底板11及該底板11周緣向上突伸有 一周緣側壁1 2，底板11頂面向上突伸有一環側壁1彳1，底 板11的板體上且位於該環側壁111内部處貫穿設有至少一 排水孔11 2，請配合參閱圖4所示’本創作具體實施例係在 底板11的板體上間隔貫穿設有複數排水孔彳1 2，另底板i i 底面突伸有複數墊塊11 3，周緣侧壁12内壁面間隔突伸有 複數支撐塊1 21 ; 該電路板20上貫穿設有一配置孔21及複數連接孔 22 ’該配置孔21處設有一定位塊23，複數充電端子24定 位在該定位塊23上並與電路板20連接，該電路板20係固 設於底座10内部並由支撐塊121所支撐，且電路板20之 配置孔21對應位於底座1 〇之排水孔1 12的上方； 請配合參閱圖5所示，該定位塊23為一塊體，其形成 有一頂板231，該頂板231頂面間隔内凹設有複數定位槽 2311 ’各定位槽2311槽面貫穿設有一貫孔2312及一插孔 2313，頂板231底面内凹設有一凹槽2314(如圖3所示）， 該凹槽2314與該貫孔2312及該插孔2313相互連通，頂 板231底面的後端處向下突伸有一背板232及兩側板 233 ’該背板232及該側板233之間形成有一流道空間 234 ’該流道空間234與凹槽2314相互連通，該背板232 及該側板233係依序插設於電路板20之配置孔21及底座 10之環側壁111中，該頂板231係抵於電路板20頂面， 且頂板231之插孔2313對應於電路板20之連接孔22 ; 各充電端子24呈彎折狀並形成有一階級板241，該階 M424700 級板241上貫穿設有一穿孔242,且充電端子24底端形成 有一插片243，充電端子24的數量係配合定位塊上23之 定位槽2311的數量，充電端子24係以階級板241置於定 位塊23之定位槽2311中’使得充電端子24之穿孔242 對應於定位塊23之貫孔2312，插片242係依序插設於定 位塊23之插孔2313及對應的電路板20之連接孔22中； 該頂蓋30頂面内凹設有一容置槽31，該容置槽31槽 面貫穿設有對應於充電端子24的複數透孔32,該頂蓋30 ® 係蓋設於電路板20上方並與底座1〇結合，使充電端子24 得以外露於透孔32的外部以提供電力輸出，請配合參閱圖 6所示’頂蓋30底面且位於透孔32周緣處向下突伸有一環 狀隔板33’該環狀隔板33係罩設並結合於定位塊23的外 侧’環狀隔板33與定位塊23之間的結合可以緊配合或膝合 等方式達成。 本創作的特點在於，藉由頂蓋30所設之環狀隔板33 罩設於定位塊23的外側，使得當有水不慎從頂蓋3〇之透 孔32流進充電座内部時，將受到環狀隔板33的隔擋而不 會流至電路板20表面，且水會依序經由充電端子24之穿 孔242、定位塊23之貫孔2312、凹槽2314及流道空間 234,最後從底座1()之排水孔112流出，進而得以確保電 路板2 0免於遇水而受到損壞。 【圖式簡單說明】 圖1係本創作之立體外觀圖。 圖2係本創作之分解圖。 圖3係本創作之側視剖面圖。 7 M424700 圖4係本創作之前視剖面圖。 圖5係本創作之定位塊及充電端子分解圖。 圖6係本創作之頂蓋另一角度立體外觀圖。 圖7係現有技術之立體外觀圖。 圖8係現有技術之分解圖。 圖9係現有技術之剖面圖。 【主要元件符號說明】 10底座 1 1 1環側壁 113墊塊 1 21支撐塊 21 配置孔 23定位塊 2311 定位槽 2313插孔 232背板 234流道空間 241階級板 243插片 31容置槽 33環狀隔板 50電路板 52充電端子 61容置槽 11底板 112排水孔 1 2周緣側壁 20電路板 22連接孔 231頂板 2312貫孔 2314凹槽 233側板 24充電端子 242穿孔 30頂蓋 32透孔 40底座 51定位塊 60頂蓋 62透孔There are many different types of chargers, one of which is a charging base. Please refer to FIGS. 7 to 9 . The charger of the prior art is mainly provided with a circuit board 5 〇 and a top cover 6 on a base 40 . The accommodating block 51 is disposed on the circuit board 5, and the plurality of charging terminals 52 are fixed on the positioning block 51 and connected to the circuit board 50. The top surface of the top cover 60 is recessed with a receiving slot 61. The slot 61 of the slot 61 has a through hole 62 ′ corresponding to the charging terminal 52 such that the charging terminal 52 can be exposed outside the through hole 62. When the battery is to be charged, the battery is placed in the receiving slot 61 and the charging terminal 52 Contact 'The charging terminal 52 can then output power to the battery and charge it. However, the above-mentioned charging stand has the following disadvantages in practical use: when water inadvertently flows from the through hole 61 of the top cover 60 into the inside of the charging stand, it will further flow to the surface of the circuit board 50 so that the circuit board 50 is caused by Damaged by water and rust, and the charging stand can not provide normal use, which needs to be improved. [New content] M424700 In view of the above-mentioned shortcomings of the prior art, the purpose of the present invention is to provide a charging stand with a drain function, wherein the charging terminal, the positioning block and the base are designed with interconnecting through holes for water circulation. Ensure that the board is protected from water and damage. In order to achieve the above-mentioned creative purpose, the charging stand of the present invention has a base, a circuit board and a top cover, wherein: the base is provided with at least one drain hole; the circuit board A positioning block is disposed at the configuration hole, and a plurality of charging terminals are positioned on the positioning block and connected to the circuit board, and a through hole is disposed through each of the charging terminals. The perforated plurality of through holes 'the circuit board is fixed inside the base, and the arrangement hole of the circuit board corresponds to the drainage hole above the base; the top surface of the top cover is recessed with a receiving groove The top surface is provided with a plurality of through holes corresponding to the charging terminals. The top cover is disposed above the circuit board and combined with the base, so that the charging terminal is exposed outside the through hole, and the bottom surface of the top cover is located at the periphery of the through hole. An annular baffle is protruded and the annular baffle is sleeved and coupled to the outer side of the positioning block, wherein the base has a bottom plate An annular side wall protrudes upwardly. The drainage hole is located inside the side wall of the ring; the positioning block is formed with a top plate, and a bottom surface of the top plate is recessed with a groove. The groove communicates with the through hole, and the rear end of the bottom surface of the top plate A back plate and two side plates are protruded downwardly, and a first-class space is formed between the back plate and the side plate. The flow channel space and the groove communicate with each other, and the back plate and the side plate are sequentially inserted into the circuit board. In the side wall of the ring that configures the hole and the base, the top plate is tied to the top surface of the circuit board. The charging seat of the draining function described in M424700 includes: a plurality of connecting holes are formed in the circuit board. The top surface of the top plate of the positioning block is recessed with a plurality of positioning grooves, and each positioning groove surface is provided with the same a hole and a jack corresponding to the connecting hole of the circuit board; each charging terminal is bent and formed with a class plate. The cross plate is provided with the through hole. The bottom end of the charging terminal is formed with a tab. The terminal is placed in the positioning groove of the positioning block by the class plate, and is inserted into the insertion hole of the positioning block and the corresponding connection hole of the corresponding circuit board by the insertion piece. The charging function of the charging seat' wherein: the periphery of the bottom plate of the base protrudes upwardly with a peripheral side wall, and the inner wall surface of the peripheral side wall is spaced apart from the plurality of supporting blocks. The circuit board is supported by the supporting block. The charging seat of the draining function has a plurality of blocks protruding from a bottom surface of the bottom plate of the base. The charging function of the charging seat, wherein the connection between the annular partition of the top cover and the positioning block is achieved by a tight fit. The charging function of the charging seat' wherein the combination of the annular partition of the top cover and the positioning block is achieved by gluing. The advantages and enhancements that can be obtained by the charging stand provided by the present invention include at least: since the annular partition cover provided by the top cover is disposed on the outer side of the positioning block, when there is water inadvertently from the top cover When the through hole flows into the inside of the charging stand, it will not flow to the surface of the circuit board, but will flow through the through hole of the charging terminal, the through hole of the positioning block and the arrangement hole of the circuit board, and finally flow out from the drainage hole of the base. The disc board is protected from water damage. [Embodiment] Referring to Figures 1 to 3, the present invention has a drainage function charging stand, 5 M424700, which comprises a base 10, a circuit board 20 and a top cover 3, wherein: the base 10 has a A peripheral side wall 12 is protruded from a periphery of the bottom plate 11 and the bottom surface of the bottom plate 11 , and a ring side wall 1 彳 1 protrudes from a top surface of the bottom plate 11 , and at least one of the bottom surface of the bottom plate 11 is located at the inner side of the ring side wall 111 . The drainage hole 11 2 , please refer to FIG. 4 . The specific embodiment of the present invention is provided with a plurality of drainage holes 彳 1 2 spaced apart from the plate body of the bottom plate 11 , and a plurality of blocks 11 3 protrude from the bottom surface of the bottom plate ii. A plurality of supporting blocks 1 21 are protruded from the inner wall of the peripheral side wall 12; a plurality of supporting holes 21 and a plurality of connecting holes 22 are formed in the circuit board 20. The positioning hole 21 is provided with a positioning block 23, and the plurality of charging terminals 24 are positioned at The positioning block 23 is connected to the circuit board 20, and the circuit board 20 is fixed inside the base 10 and supported by the support block 121, and the arrangement hole 21 of the circuit board 20 corresponds to the drainage hole 1 12 of the base 1 Above; please refer to Figure 5, the positioning block 2 3 is a body, which is formed with a top plate 231. The top surface of the top plate 231 is recessed with a plurality of positioning grooves 2311. Each of the positioning grooves 2311 has a continuous hole 2312 and a hole 2313. The bottom surface of the top plate 231 is recessed. There is a recess 2314 (shown in FIG. 3), the recess 2314 communicates with the through hole 2312 and the insertion hole 2313, and a rear plate 232 and two side plates 233' protrude downward from the rear end of the bottom surface of the top plate 231. A flow space 234 is formed between the back plate 232 and the side plate 233. The flow space 234 and the groove 2314 are in communication with each other. The back plate 232 and the side plate 233 are sequentially inserted into the arrangement hole 21 of the circuit board 20 and In the ring side wall 111 of the base 10, the top plate 231 is abutted against the top surface of the circuit board 20, and the insertion hole 2313 of the top plate 231 corresponds to the connecting hole 22 of the circuit board 20; each charging terminal 24 is bent and formed with a slab 241, a through hole 242 is formed in the M424700 class plate 241, and a bottom piece 243 is formed at the bottom end of the charging terminal 24. The number of the charging terminals 24 matches the number of the positioning slots 2311 of the positioning block 23, and the charging terminal 24 is The class plate 241 is placed in the positioning groove 2311 of the positioning block 23' The through hole 242 of the electrical terminal 24 corresponds to the through hole 2312 of the positioning block 23, and the inserting piece 242 is sequentially inserted into the insertion hole 2313 of the positioning block 23 and the connecting hole 22 of the corresponding circuit board 20; The receiving recess 31 is provided with a plurality of through holes 32 corresponding to the charging terminals 24, and the top cover 30® is disposed above the circuit board 20 and coupled to the base 1b. The charging terminal 24 is exposed to the outside of the through hole 32 to provide electric power output. Please refer to the bottom surface of the top cover 30 shown in FIG. 6 and at the periphery of the through hole 32, an annular partition 33' protrudes downward. The partition 33 is covered and coupled to the outer side of the positioning block 23. The combination between the annular partition 33 and the positioning block 23 can be achieved by tight fit or knee joint. The present invention is characterized in that the annular partition 33 provided by the top cover 30 is disposed on the outer side of the positioning block 23, so that when water inadvertently flows from the through hole 32 of the top cover 3 into the interior of the charging stand, It will be blocked by the annular partition 33 and will not flow to the surface of the circuit board 20, and the water will sequentially pass through the through hole 242 of the charging terminal 24, the through hole 2312 of the positioning block 23, the groove 2314 and the flow path space 234. Finally, it flows out from the drain hole 112 of the base 1 (), thereby ensuring that the circuit board 20 is protected from water and being damaged. [Simple description of the drawing] Figure 1 is a three-dimensional appearance of the creation. Figure 2 is an exploded view of the creation. Figure 3 is a side cross-sectional view of the present creation. 7 M424700 Figure 4 is a front cross-sectional view of the creation. Figure 5 is an exploded view of the positioning block and charging terminal of the present invention. Fig. 6 is a perspective view of another angle of the top cover of the present invention. Figure 7 is a perspective view of the prior art. Figure 8 is an exploded view of the prior art. Figure 9 is a cross-sectional view of the prior art. [Main component symbol description] 10 base 1 1 1 ring side wall 113 pad 1 21 support block 21 arrangement hole 23 positioning block 2311 positioning groove 2313 socket 232 back plate 234 flow channel space 241 class plate 243 insert 31 receiving groove 33 Annular partition 50 circuit board 52 charging terminal 61 accommodating groove 11 bottom plate 112 drain hole 1 2 peripheral side wall 20 circuit board 22 connection hole 231 top plate 2312 through hole 2314 groove 233 side plate 24 charging terminal 242 perforation 30 top cover 32 through hole 40 base 51 positioning block 60 top cover 62 through hole