M435051 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種太陽能電池的技術領域，特別是有關 於一種太陽能電池串之導電條裁切裝置，尤其是應用裁刀 自動裁切太陽能電池串之導電條的裝置。 _【先前技術】 太陽能本身並無公害問題且取得容易，永不竭盡，故 太陽能成為重要替代性能源之一。較常應用太陽能之太陽 能電池是一種光電轉換元件，其經由太陽光照射後，把光 能轉換成電能。 太陽能電池串是一種以導電條（Ribbon)串聯組裝若干 個太陽能電池在平板上的組裝件，以提供較大的電能。在 實際應用上，若干個太陽能電池串會以太陽能接線盒 (Junction Box)加以並聯或串聯而提供較大的電能。 太陽能電池串在連接至接太陽能接線盒之前會先裁切 延伸於太陽能電池串之外的導線條，裁切成合適長度，之 後才連接至太陽能接線盒。 然而，傳統上，裁切導線條的工作大多是以人力來完 成，故相當浪費人力、時間及成本，並且準確度不高，生 產力難以提升。 因此，如何解決上述缺失，以成為熟悉該項技術人士 的一項重要的課題。 【新型内容】 本創作之目的在於針對太陽能電池串雙側凸出的導電 M435051 其中，該裁刀具一刀刃，該刀刀與該刀座頂部之間形 成一裁切口，該刀刃一端形成一突出的導引部，該導引部 與該刀座一端側滑動接觸，使該導引部導引該刀刃在該裁 切口往復位移；該裝置體内具有一容室，該容室内設有一 容置盒，該容置盒坐落於該裁刀下方，以容置該導電條經 該裁刀裁切後的殘屑；該裝置體另一側設有一活動蓋板， 以遮蓋該容室。 在另一具體實施上，該裁切裝置更包含一滑座，該滑 φ 座坐落於該裝置體下方，該裝置體於該滑座上形成水平往 復位移；該裁切裝置更包含一第四驅動器，該第四驅動器 驅動該滑座沿著水平方向作前後往復位移。 本創作的導電條裁切裝置透過各構件的配合來實現自 動裁切該導電條之目的，當該太陽能電池串沿著該橫向路 徑進入該刀座頂部時，藉由該壓制件壓持該刀座頂部的太 陽能電池串，再藉由該刀座上方之一側的裁刀沿著該縱向 路徑裁切該太陽能電池串之一端側的導電條，如此不僅可 Φ 而有效提升該太陽能電池串的裁切精確度及加工良率，並 可減少人力成本支出及提高產能。 然而，為能明確且充分揭露本創作，併予列舉較佳實 施之圖例，以詳細說明其實施方式如後述： 【實施方式】 首觀圖1所示，揭示出本創作較佳實施例的立體圖， 並配合圖1至圖7b說明本創作太陽能電池串之導電條裁切 裝置，其中該太陽能電池串2包含至少一導電條21串聯組 裝多個太陽能電池22,該導電條21並延伸至該太陽能電池 M435051 更包含一可作縱向路徑方向位移的第三驅動器5,該第三驅 動器5驅動該裁刀14作上下往復位移；該第三驅動器5為 氣壓缸，該氣壓缸之缸桿連結該裁刀14(如圖3所示）。 其中，該裁刀14具一刀刃141，該刀刃141與該刀座 頂部121之間形成一裁切口 143,該刀刃141 一端形成一突 出的導引部144,該導引部144與該刀座12 —端側滑動接 觸，使該導引部144導引該刀刃141在該裁切口 143往復 位移；該刀刃141的硬度必須大於該導電條21，以裁切該 鲁 導電條21(如圖4所不）。 在另一具體實施上，該裁切裝置更包含一滑座7，該滑 座7坐落於該裝置體11下方，該裝置體11於該滑座7上 形成水平往復位移(如圖5所示）。該裁切裝置更包含一第四 驅動器6,該第四驅動器6驅動該滑座7沿著水平方向作前 後往復位移（如圖5所示）。 依據上述構件組成，可供據以實施本創作，其動作流 程如下：首先令該第一驅動器3以若干吸盤31吸附該太陽 φ 能電池串2沿著該橫向路徑122進入該刀座頂部121，同時 使該未裁切前之導線條21通過該第一通道123進入該刀座 12之一側（配合圖1、圖2及圖6a所示}; 當該太陽能電池串2位於該刀座頂部121時，令該第 二驅動器4驅動該壓制件13下移以壓持該刀座頂部121， 使該太陽能電池串2定位於該刀座頂部121，可防止該太陽 能電池串2因該裁刀14的觸動而產生微量偏離（配合圖1及 圖6b所示）； 令該第三驅動器5驅動該裁刀14下移，以裁切該刀座 7 M435051 12 —側之導線條21 (配合圖1及圖6c所示）； 最後，令該第三驅動器5驅動該裁刀14上移，並且令 該第二驅動器4驅動該壓制件13上移以脫離該刀座頂部 121，同時令該第一驅動器3吸附該太陽能電池串2沿著該 橫向路徑122脫離該刀座頂部121，使該已裁切後之導線條 21通過該第二通道124離開該刀座12之一側（配合圖1及 圖6d所示）。 如此，該裁切裝置可實現自動裁切該太陽能電池串2 φ 單側凸出的導電條21。 另外，可於該裁切裝置自動裁切完畢後，抽拉該裝置 體11另一側的活動蓋板17，自該容室15内將該容置盒16 取出，以清潔該容置盒16内所容置的導電條21殘屑。 一般來說，可配置兩組裁切裝置裁切該太陽能電池串2 雙侧凸出的導電條21，並且可選用兩種方式進行裁切，其 中： 第一種：兩組裁切裝置利用前述的動作流程分別裁切 φ 該太陽能電池串2雙側凸出的導電條21(配合圖7a所示）； 第二種：其中一組裁切裝置利用前述的動作流程裁切 該太陽能電池串2 —側凸出的導電條21，另一組裁切裝置 於該滑座7上往後位移以保留（即不裁切）該太陽能電池串2 另一側凸出的導電條21(配合圖7b所示）。 本創作的導電條裁切裝置透過各構件的配合來實現自 動裁切該導電條21之目的，當該太陽能電池串2沿著該橫 向路徑122進入該刀座頂部時，藉由該壓制件13壓持該刀 座頂部121的太陽能電池串2，再藉由該刀座12上方之一 M435051 側的裁刀14沿著該縱向路徑142裁切該太陽能電池串2之 一端側的導電條21，如此不僅可而有效提升該太陽能電池 串2的裁切精確度及加工良率，並可減少人力成本支出及 提高產能。 综上所陳，僅為本創作之較佳實施例而已，並非用以 限定本創作；凡其他未脫離本創作所揭示之精神下而完成 的等效修飾或置換，均應包含於後述申請專利範圍内。 【圖式簡單說明】 • 圖1是本創作較佳實施例的立體圖； 圖2是第一驅動器吸附太陽能電池串的示意圖； 圖3是圖1的側視圖； 圖4是圖1的裁刀示意圖； 圖5是圖1增設滑座之示意圖； 圖6a至圖6d是圖1之一使用狀態圖； 圖7a至7b是兩組裁切裝置裁切太陽能電池串雙側凸出的導 電條之示意圖。 ®【主餅符號說明】 裝置體11 刀座12 刀座頂部121 橫向路徑122 第一通道123 第二通道124 壓制件13 M435051 裁刀14 刀刃141 縱向路徑142 裁切口 143 導引部144 容室15 容置盒16 活動蓋板17 ® 太陽能電池串2 導電條21 太陽能電池22 第一驅動器3 吸盤31 第二驅動器4 第三驅動器5 鲁 第四驅動器6 滑座7M435051 V. New description: [New technology field] The present invention relates to the technical field of solar cells, in particular to a conductive strip cutting device for a solar battery string, in particular to automatically cutting a solar battery string using a cutter A device for a conductive strip. _[Prior Art] Solar energy itself has no pollution problems and is easy to obtain, never exhausting, so solar energy has become one of the important alternative energy sources. A solar cell that uses solar energy more often is a photoelectric conversion element that converts light energy into electrical energy after being irradiated by sunlight. A solar cell string is an assembly in which a plurality of solar cells are assembled in series on a flat plate with a conductive strip (Ribbon) to provide a large electric energy. In practical applications, several solar cell strings are connected in parallel or in series with a solar junction box to provide greater electrical energy. The solar cell string is cut into strips that extend beyond the solar cell string before being connected to the solar junction box, cut to the appropriate length, and then connected to the solar junction box. However, traditionally, the work of cutting the wire strips is mostly done by manpower, which is a waste of manpower, time and cost, and the accuracy is not high, and the productivity is difficult to increase. Therefore, how to solve the above-mentioned shortcomings is an important issue for those familiar with the technology. [New content] The purpose of this creation is to guide the conductive M435051 on both sides of the solar cell string. The cutting tool has a cutting edge, and a cutting slit is formed between the knife and the top of the holder, and a protruding end is formed at one end of the cutting edge. a guiding portion, the guiding portion is in sliding contact with the one end side of the holder, so that the guiding portion guides the cutting edge to reciprocately move in the cutting slit; the device body has a chamber, and the receiving chamber is provided with a receiving box The accommodating box is located under the cutting knife to receive the scraping of the conductive strip through the cutting knife; the movable body cover is disposed on the other side of the device body to cover the chamber. In another embodiment, the cutting device further comprises a sliding seat, the sliding φ seat is located under the device body, and the device body forms a horizontal reciprocating displacement on the sliding seat; the cutting device further comprises a fourth a driver that drives the carriage to reciprocate back and forth in a horizontal direction. The conductive strip cutting device of the present invention achieves the purpose of automatically cutting the conductive strip through the cooperation of the components. When the solar battery string enters the top of the holder along the lateral path, the pressing member presses the knife The solar cell string at the top of the seat is cut along the longitudinal path by the cutter on one side above the holder to cut the conductive strip on one end side of the solar cell string, so that the solar cell string can be effectively improved not only by Φ Cutting accuracy and processing yield, and reducing labor costs and productivity. However, in order to clearly and fully disclose the present invention, and to illustrate the preferred embodiment, the detailed description of the embodiments will be described as follows: [Embodiment] FIG. 1 is a first perspective view showing a preferred embodiment of the present invention. And the conductive strip cutting device of the solar cell string of the present invention is described with reference to FIG. 1 to FIG. 7b, wherein the solar cell string 2 includes at least one conductive strip 21 and a plurality of solar cells 22 are assembled in series, and the conductive strip 21 extends to the solar energy. The battery M435051 further includes a third driver 5 that can be displaced in the longitudinal path direction, and the third driver 5 drives the cutter 14 to move up and down. The third driver 5 is a pneumatic cylinder, and the cylinder rod of the pneumatic cylinder is connected to the cutting cylinder. Knife 14 (shown in Figure 3). The cutting blade 14 has a cutting edge 141, and a cutting edge 143 is formed between the cutting edge 141 and the top 121 of the holder. One end of the cutting edge 141 forms a protruding guiding portion 144. The guiding portion 144 and the holder 12 - the end side sliding contact, so that the guiding portion 144 guides the cutting edge 141 to reciprocate the cutting edge 143; the hardness of the cutting edge 141 must be greater than the conductive strip 21 to cut the Lu conductive strip 21 (Fig. 4) No). In another embodiment, the cutting device further comprises a sliding seat 7 which is located below the device body 11. The device body 11 forms a horizontal reciprocating displacement on the sliding seat 7 (as shown in FIG. 5). ). The cutting device further includes a fourth actuator 6 that drives the carriage 7 to reciprocate forward and backward in the horizontal direction (as shown in Fig. 5). According to the above component composition, the present invention can be implemented according to the following steps: first, the first driver 3 is attracted to the sun by a plurality of suction cups 31. The battery string 2 enters the top 121 of the holder along the lateral path 122. At the same time, the uncut wire strip 21 enters one side of the holder 12 through the first passage 123 (as shown in FIG. 1, FIG. 2 and FIG. 6a); when the solar cell string 2 is located at the top of the holder At 121 o'clock, the second driver 4 drives the pressing member 13 to move down to press the holder top 121 to position the solar cell string 2 on the holder top 121, thereby preventing the solar cell string 2 from being cut by the cutter. The touch of 14 causes a slight deviation (shown in Figures 1 and 6b); the third driver 5 drives the cutter 14 to move down to cut the wire strip 21 on the side of the holder 7 M435051 12 1 and FIG. 6c); finally, the third driver 5 drives the cutter 14 to move up, and causes the second driver 4 to drive the pressing member 13 up to disengage from the holder top 121, and at the same time A driver 3 adsorbs the solar cell string 2 along the lateral path 122 The top portion 121 of the holder allows the cut wire strip 21 to exit one side of the holder 12 through the second passage 124 (as shown in FIGS. 1 and 6d). Thus, the cutting device can realize automatic Cutting the solar cell string 2 φ one side of the protruding conductive strip 21. In addition, after the cutting device is automatically cut, the movable cover 17 on the other side of the device body 11 can be pulled, from the chamber The receiving box 16 is taken out to clean the conductive strips 21 contained in the receiving box 16. Generally, two sets of cutting devices can be arranged to cut the solar battery string 2 on both sides. The conductive strip 21 can be cut in two ways, wherein: the first type: two sets of cutting devices respectively cut φ the conductive strips 21 protruding from the two sides of the solar cell string 2 by using the above-mentioned action flow (cooperate FIG. 7a); the second type: wherein a set of cutting devices cuts the conductive strips 21 protruding from the side of the solar cell string 2 by the aforementioned action flow, and another set of cutting devices are arranged on the slides 7 Post-displacement to retain (ie, not cut) the conductive strip 21 protruding from the other side of the solar cell string 2 ( The conductive strip cutting device of the present invention achieves the purpose of automatically cutting the conductive strip 21 through the cooperation of the components, when the solar cell string 2 enters the top of the holder along the lateral path 122. The solar cell string 2 of the holder top 121 is pressed by the pressing member 13, and the solar cell string 2 is cut along the longitudinal path 142 by a cutter 14 on the M435051 side of the holder 12 The conductive strip 21 on one end side can not only effectively improve the cutting precision and the processing yield of the solar cell string 2, but also reduce the labor cost and increase the production capacity. The present invention is not intended to limit the present invention; any equivalent modifications or substitutions made without departing from the spirit of the present invention should be included in the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a preferred embodiment of the present invention; Fig. 2 is a schematic view of a first actuator for absorbing a solar cell string; Fig. 3 is a side view of Fig. 1; Figure 5 is a schematic view of the additional sliding seat of Figure 1; Figures 6a to 6d are a state of use of Figure 1; Figures 7a to 7b are schematic views of the two sets of cutting devices cutting the conductive strips on both sides of the solar cell string. . ® [Description of main cake symbol] Device body 11 Tool holder 12 Seat top 121 Transverse path 122 First channel 123 Second channel 124 Pressing member 13 M435051 Cutter 14 Blade 141 Longitudinal path 142 Cutting slit 143 Guide 144 Housing 15容盒16 Mobile cover 17 ® Solar cell string 2 Conductor strip 21 Solar cell 22 First drive 3 Suction cup 31 Second drive 4 Third drive 5 Lu 4 drive 6 Slide 7