201024187 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種流水線，尤其涉及一種用於生產電子 裝置之流水線。 【先前技術】 電子裝置之生產通常藉由流水線來實現，即將電子裝 置之元件置放於一流水線之傳送帶上，藉由各種不同工位 φ之加工處理’最後組裝成一完整之電子裝置。 惟，由於不同工位之工種各種各樣，包括組褒工位、 檢測工位及包裝工位等，如此單一之流水線結構很難滿足 *高效率生產之需求。 【發明内容】 有鑒於此，有必要提供一種能提高電子襄置生產效率 之流水線。 一種流水線，包括依次連接為一體之一組装線、一檢 ❿測線及一包裝線，該組裝線包括一第一侧板及一與該第— 侧板鄰接設置之第一傳送帶，該檢測線包括一第二側板2 一與該第二側板間隔設置之第二傳送帶，該包装線包括j 第三側板及一與該第三側板鄰接設置之第三傳送帶。 相較習知技術，所述流水線藉由次連接為一體之組 線、檢測線及包裝線’提高了組裝效率、檢測效率及' 效率，從而提高了整個電子裝置之生產效率。 0屐 【實施方式】 本發明之較佳實施方式公開了一種流水線，其適用於 201024187 行動電話或個人數位助理（personal digital assitant，PDA ) —等電子裝置之生產。 請參閱圖1，該流水線10包括一組裝線11、一檢測線 12、一包裝線13及二連接裝置14。該組裝線11、檢測線 12及包裝線13藉由該連接裝置14依次連接為一體。 請參閱圖2，所述組裝線11具有一 “h”形截面，其包 括一第一頂板111、一第一側板112、一第一工作台113、 一第一傳送帶114及複數第一支腳115。該第一頂板111 及第一工作台113連接於該第一侧板112之相對兩端。該 第一傳送帶114裝設於該第一工作台113與第一側板112 ‘之間。該第一工作台113之表面可貼附一層防靜電薄膜， '以免產生靜電而對電子裝置造成影響。該第一支腳115固 接於第一工作台113之週緣，用於支撐該組裝線11。該第 一頂板111上裝設有照明燈1111，提供一亮度較高之組裝 環境。該第一侧板112朝第一傳送帶114 一側凸設一物料 參台1121，用於置放與組裝相關之物料。如此，該第一頂板 111、第一侧板112及第一工作台113則構成了一組裝操作 空間116。操作員將於該組裝操作空間116内進行組裝。 必要時，還可藉由防靜電薄膜對該組裝操作空間116進行 封閉，以提供一個潔淨度較高之組裝環境。 請參閱圖3，所述檢測線12具有一 “h”形截面，其包 括一第二頂板121、一第二側板122、一第二工作台123、 一第二傳送帶124及複數第二支腳125。該第二頂板121 及第二工作台123連接於該第二側板122之相對兩端。該 7 201024187 第二工作台123裝設於該第二側板122與第二傳送帶124 _之間。該第二工作台123上裝設有複數用於檢測電子裝置 性能之檢測設備（圖未示）。該第二支腳125固接於第二工 作台123之週緣，用於支撐該檢測線12。該第二支腳125 之長度較第一支腳115之長度短。該第二頂板121上裝設 有照明燈1211，用於提供一亮度較高之組裝環境。該第二 側板122朝第二傳送帶124 —侧凸設一物料台1221，用於 置放與檢測相關之物料。如此，該第二頂板121、第二侧 板122及第二工作台123則構成了一檢測操作空間126。 操作員將於該檢測操作空間126内進行檢測。 ‘ 請參閱圖4，所述包裝線13具有一 “h”形截面，其包 括一第三頂板131、一第三側板132、一第三工作台133、 一第三傳送帶134及複數第三支腳135。該第三頂板131 及第三工作台133連接於該第三侧板132之相對兩端。該 該第三傳送帶134裝設於第三工作台133與第三側板132 ❿之間。該第三工作台133之表面可貼附一層防靜電薄膜， 以免產生靜電而對電子裝置造成影響。該第三支腳135固 接於第三工作台133之週緣，用於支撐該組裝線13。該第 三支腳135之長度較第二支腳125之長度短。該第三頂板 131上裝設有照明燈1311，用於提供一亮度較高之組裝環 境。該第三侧板132朝第三傳送帶134 —側凸設一物料台 1321，用於置放與包裝相關之物料。如此，該第三頂板 131、第三側板132及第三工作台133則構成了一包裝操作 空間136。 8 201024187 Λ 請參閱圖5,所述每一連接裝置14為一傾斜滑道，其 具有一進口端141及一相對之出口端142。 組裝該流水線ίο時，首先將該組裝線n、檢測線12 及包裝線13大致排成一排上，然後於組裝線η及檢測線 12之間安裝一連接裝置14,該連接裝置14之進口端141 與第一傳送帶114相連，該出口端142與第二傳送帶124 相連；接著於檢測線12與包裝線13之間安裝另一連接裝 ❿置14 ’該連接裝置14之進口端ι41與第二傳送帶124相 連，該出口端142與第三傳送帶134相連，如此該組裝線 11、檢測線12及包裝線13藉由該連接裝置14依次連接為 一體。 使用該流水線10時’啟動該第一傳送帶114、第二傳 送帶124及第三傳送帶134 ’操作員面對第一侧板112、第 一側板122及第二侧板13 3操作，操作員首先將該電子裝 置之零部件藉由該組裝線11進行組裝；隨後將組裝完畢之 ®整機藉由該檢測線12進行性能檢測；最後將電子裝置於包 裝線13進行打包裝箱。 ' 該組裝線11之第一傳送帶114及包裝線13之第三傳 送帶134鄰接各自之侧板设置，如此操作員可以將雙手置 放於第一工作台113及第三工作台133上，不僅減輕了操 作員之體力消耗，還大大提高了組裝效率和包裝效率。另 外，該檢測線12之第二傳送帶124遠離第二側板122設 置，-方面可以於第二傳送帶124與第二侧板m之間裝 設檢測設備，另-方面還縮短了檢測設備與第二傳送帶 9 201024187 124之間之距離，必然提高檢測效率。 所述流水線10藉由具不同結構之組裝線n、 ,12及包裝線13’提高了組裳效率、檢測效率及包裝效率， 從而提高了整個電子裝置之生產效率。 ， 綜上所述，本發明符合發明專利要件，爰依法提出專 利申明。惟，以上所述者僅為本發明之較佳實施例，本發 明之範圍並不以上述實施例為限，舉凡熟悉本案技藝之又 ❹士援依本發明之精神所作之等效修飾或變化，皆應=蓋於 以下申請專利範圍内。 、 【圖式簡單說明】 圖1係本發明流水線較佳實施方式之佈局示意圖； 圖2係圖1所示之組裝線之侧視圖； 圖3係圖1所示之檢測線之側視圖； 圖4係圖1所示之包裝線之侧視圖； 圖5係圖1所示之連接裝置之V-V剖視圖。 ❹【主要元件符號說明】 流水線 10 組裝線 11 第一頂板 111 照明燈 1111 該第一側板 112 物料台 1121 第一工作台 113 第一傳送帶 114 第一支腳 115 組裝操作空間 116 檢測線 12 第二頂板 121 照明燈 1211 第二側板 122 物料台 1221 第二工作台 123 201024187 第二傳送帶1 124 第二支腳 125 —檢測操作空間 126 包裝線 13 第三頂板 131 照明燈 1311 第三側板 132 物料台 1321 第三工作台 133 第三傳送帶 134 第三支腳 135 包裝操作空間 136 連接裝置 14 進口端 141 出口端 142 〇 11201024187 IX. Description of the Invention: [Technical Field] The present invention relates to a pipeline, and more particularly to a pipeline for producing an electronic device. [Prior Art] The production of electronic devices is usually realized by a pipeline, that is, components of an electronic device are placed on a conveyor belt of a first-class waterline, and processed by various processing stations φ to be finally assembled into a complete electronic device. However, due to the variety of work types of different stations, including group work stations, inspection stations and packaging stations, such a single assembly line structure is difficult to meet * high-efficiency production needs. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide a pipeline that can improve the production efficiency of an electronic device. An assembly line comprising an assembly line, an inspection line and a packaging line, which are sequentially connected to each other, the assembly line comprising a first side plate and a first conveyor belt disposed adjacent to the first side plate, the detection line The second side panel 2 includes a second conveyor belt spaced apart from the second side panel. The packaging line includes a third side panel and a third conveyor belt disposed adjacent to the third side panel. Compared with the prior art, the assembly line improves the assembly efficiency, the detection efficiency and the efficiency by the sub-connection of the assembly line, the detection line and the packaging line, thereby improving the production efficiency of the entire electronic device. [Embodiment] A preferred embodiment of the present invention discloses a pipeline suitable for use in the production of 201024187 mobile phones or personal digital assitants (PDAs). Referring to FIG. 1, the assembly line 10 includes an assembly line 11, a detection line 12, a packaging line 13, and two connecting devices 14. The assembly line 11, the detection line 12, and the packaging line 13 are sequentially connected in one piece by the connecting device 14. Referring to FIG. 2 , the assembly line 11 has an “h” shaped cross section, including a first top plate 111 , a first side plate 112 , a first working table 113 , a first conveyor belt 114 , and a plurality of first legs . 115. The first top plate 111 and the first working table 113 are connected to opposite ends of the first side plate 112. The first conveyor belt 114 is disposed between the first table 113 and the first side plate 112'. The surface of the first workbench 113 can be attached with an antistatic film to prevent the static electricity from affecting the electronic device. The first leg 115 is fixed to the periphery of the first table 113 for supporting the assembly line 11. The first top plate 111 is provided with an illumination lamp 1111 to provide a higher brightness assembly environment. The first side panel 112 protrudes toward a side of the first conveyor belt 114 with a material table 1121 for placing materials associated with the assembly. Thus, the first top plate 111, the first side plate 112 and the first table 113 constitute an assembly operation space 116. The operator will assemble within the assembly operating space 116. If necessary, the assembly operation space 116 can also be closed by an antistatic film to provide a highly clean assembly environment. Referring to FIG. 3 , the detecting line 12 has an “h” shaped cross section, and includes a second top plate 121 , a second side plate 122 , a second working table 123 , a second conveyor belt 124 , and a plurality of second legs . 125. The second top plate 121 and the second table 123 are connected to opposite ends of the second side plate 122. The 7 201024187 second table 123 is disposed between the second side plate 122 and the second conveyor belt 124 _. The second stage 123 is provided with a plurality of detecting devices (not shown) for detecting the performance of the electronic device. The second leg 125 is fixed to the periphery of the second table 123 for supporting the detecting line 12. The length of the second leg 125 is shorter than the length of the first leg 115. The second top plate 121 is provided with an illumination lamp 1211 for providing a high brightness assembly environment. The second side plate 122 protrudes toward the second conveyor belt 124 to form a material table 1221 for placing materials related to the detection. Thus, the second top plate 121, the second side plate 122, and the second table 123 constitute a detection operation space 126. The operator will perform the test within the test operating space 126. Referring to FIG. 4, the packaging line 13 has an "h"-shaped cross section, which includes a third top plate 131, a third side plate 132, a third table 133, a third conveyor belt 134, and a plurality of third branches. Feet 135. The third top plate 131 and the third table 133 are connected to opposite ends of the third side plate 132. The third conveyor belt 134 is disposed between the third table 133 and the third side plate 132 。. The surface of the third stage 133 can be attached with an antistatic film to prevent static electricity from affecting the electronic device. The third leg 135 is fixed to the periphery of the third table 133 for supporting the assembly line 13. The length of the third leg 135 is shorter than the length of the second leg 125. The third top plate 131 is provided with an illumination lamp 1311 for providing a higher brightness assembly environment. The third side plate 132 protrudes from the side of the third conveyor belt 134 with a material table 1321 for placing materials related to the packaging. Thus, the third top plate 131, the third side plate 132, and the third table 133 constitute a packaging operation space 136. 8 201024187 Λ Referring to FIG. 5, each connecting device 14 is an inclined slide having an inlet end 141 and an opposite outlet end 142. When the assembly line ίο is assembled, the assembly line n, the detection line 12 and the packaging line 13 are first arranged in a row, and then a connecting device 14 is installed between the assembly line η and the detection line 12, and the connection device 14 is imported. The end 141 is connected to the first conveyor belt 114, and the outlet end 142 is connected to the second conveyor belt 124; then another connection device 14 is mounted between the detection line 12 and the packaging line 13' The two conveyor belts 124 are connected, and the outlet end 142 is connected to the third conveyor belt 134. Thus, the assembly line 11, the detection line 12 and the packaging line 13 are connected in series by the connecting device 14. When the pipeline 10 is used, 'the first conveyor belt 114, the second conveyor belt 124 and the third conveyor belt 134' are activated. The operator faces the first side panel 112, the first side panel 122 and the second side panel 13 3, and the operator first The components of the electronic device are assembled by the assembly line 11; the assembled machine is then subjected to performance testing by the test line 12; finally, the electronic device is packaged on the packaging line 13. The first conveyor belt 114 of the assembly line 11 and the third conveyor belt 134 of the packaging line 13 are disposed adjacent to the respective side panels, so that the operator can place both hands on the first table 113 and the third table 133, not only It reduces the operator's physical exertion and greatly improves assembly efficiency and packaging efficiency. In addition, the second conveyor belt 124 of the detecting line 12 is disposed away from the second side panel 122, and the detecting device can be installed between the second conveyor belt 124 and the second side panel m, and the detecting device and the second device are also shortened. The distance between the conveyor belt 9 201024187 124 will inevitably increase the detection efficiency. The assembly line 10 improves the assembly efficiency, the detection efficiency, and the packaging efficiency by the assembly lines n, 12 and the packaging line 13' having different structures, thereby improving the production efficiency of the entire electronic device. In summary, the present invention complies with the requirements of the invention patent, and proposes a patent declaration according to law. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiments, and equivalent modifications or changes made by the gentleman in accordance with the spirit of the present invention. All should be covered by the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a layout of a preferred embodiment of the present invention; Fig. 2 is a side view of the assembly line shown in Fig. 1; Fig. 3 is a side view of the detection line shown in Fig. 1. 4 is a side view of the packaging line shown in FIG. 1. FIG. 5 is a VV cross-sectional view of the connecting device shown in FIG. 1. ❹[Main component symbol description] Pipeline 10 Assembly line 11 First top plate 111 Illumination lamp 1111 The first side plate 112 Material table 1121 First table 113 First conveyor belt 114 First leg 115 Assembly operation space 116 Detection line 12 Second Top plate 121 illuminator 1211 second side plate 122 material table 1221 second table 123 201024187 second conveyor belt 1 124 second leg 125 - detection operation space 126 packaging line 13 third top plate 131 illuminating lamp 1311 third side plate 132 material table 1321 Third table 133 third conveyor belt 134 third leg 135 packaging operation space 136 connecting device 14 inlet end 141 outlet end 142 〇 11