201021937 九、發明說明： 【發明所屬之技術領域】 ’尤指利用於鋁帶 本發明係關於一種銘帶進給裁斷裝置 銲接設備中之鋁帶進給裁斷裝置。 【先前技術】201021937 IX. Description of the invention: [Technical field to which the invention pertains] ‘especially for use in an aluminum belt The present invention relates to an aluminum belt feeding and cutting device in a welding device for a cutting belt feeding device. [Prior Art]
在燃燒式能源魏i乏齡日，_A自斜 的能源是-項絕佳的解決途徑，風力、水力、太陽能...等^ 。在场能的利用中’主要係利用輻射熱或 =太料所產生的電能，針對太陽光所產生電能的利用，即 為一般所稱的太陽能電池。 當剛有數種太陽能電池的技術正在發展中，請參閱第一 圖’第-圖係薄膜太陽能電池2基板與㈣位置之示音圖。 ==陽能電池2為场能電池之一種，本案先僅以;薄膜太 池2來進行說明’薄膜太陽能電池2具有接收光線能 產生电流之基板1G ’基板1G的詳細構造為另-項產業之知 2此不再贅述。基板1Q所產生之電流，係透過導線12以 ^導至薄社陽能電池2外部以供_，早麟_採用銀 線’塗佈或印刷設置於基板表面，但為節省成本，铭帶已逐 漸取代銀線而為_太電池表面主要所f之導線12。 册以往’係人工牽拉以將鋁帶導線12送料，並以指頭按壓 铭π導線12於基板10的表面，可利用黏貼材將銘帶導線12 黏貼於基板1〇表面；再進步者係可彻銲接器（圖中未示） 產生起曰波掏田於銘帶導線之表面。藉此使铭帶導線u 201021937 銲接於基板ίο表面；後續於銲接完畢之後，再人工持用刀 以切斷多餘的紹帶導線]2。 即使再後來，也财㈣具取代獅的按壓以減少污指 以及偏差的技術’送料製程、裁切製程、以及銲接製程的 =仍主^以人工（成。此項產業的發展於當前仍處於萌芽階 ^、’市場上苦無理想的自動化設側助此銲難程以提生】 能以及良率。 籲 ❹ 因此’本發_主要目的在於提供—種姻於銘帶 設備中之銘帶進給靖裝置，以改善上述問題。 要 【發明内容】 、本發明之目的在提供—種_於㈣雜設備中之 斷Ϊ置’能自動化、快速、穩定、精準的將紹帶輪送 輔助後段銲接製程自動化之配套所需，能大幅節省 =====娜卜術，魏大幅的提 穿置種轉進給裁崎置，脑帶進給裁斷 if詩―崎銲接設備中，_以自動地將-紹帶導 立Ϊ，所述之預定位置可為-基板之表面;實務 _太陽能電池之基板表面’以後續於 賴喊接設備中進行銲接製程 面，帶進給裁斷裝置主要係包含5 及一刀件。 罟係包卷帶輪、一馬達、以 該卷帶輪係卷收-鄉，並能伸出料拉之姆末端。 201021937 達或伺服馬達等，該馬達係牽拉自該 所延伸出德帶，以將時送往所述之預定位置。 77勤ί刀件係鄰近軸帶之雜路彳纽設置，使該刀件之刀 斷該紹^帶’ #勤驗帶移_刀件時，會使該刀刀切 因=’藉由本發_贿帶銲接設射之 = 輪、馬達、與刀件的搭配設置，能自動： =:::的將辦輸送與裁切，輔助後段鲜接製程 i需，能大幅節省生產線的人卫成本與廢料所 =。名的成本，並能大幅的提高產能與客戶對產品的信賴 附圖=====神可_由以下的發明詳述及所 【實施方式】 參 所閱第—圖’第二圖係本發_帶進給裁斷裳置50 用二自動=帶雜設備30之俯期。轉祕設備3〇伟 用以自動植及鋅接-紹帶34(圖示於第一圖以 = ΐίί基^2表面’其中基板％係為—_太陽“‘ 土板2’~34係為該薄膜太陽能電池表面之導線。， 圖例中師鐸接賴3G係包含—個可移動的平 固疋於千⑽端之二夾持臂42、平台4()上方可升 之純輪44、以及能移動平台4G的移動機構46。移動 平台40係用以承載基板32，並且於基板犯表面置放鋁 201021937 帶如。失持臂α係固定設置於平台4〇Jl，失持臂犯盘平 夹持基板32以及基板32上_帶34，以Ϊ位 於基板32的表面，其中，為能理想夾持於正確的位 置，夾持臂42係能相對平台40以升降以及平移。 銲接輪44係設置於平台40上方，輪身能滾動於基板犯 上、也能升降調整，並能產生高頻的超音波以將鄉34 於基板32之表面。移動機構46連接於平台4〇， Ο 會In the era of burning energy, _A self-slanting energy is an excellent solution, wind, water, solar energy, etc. ^. In the utilization of field energy, the use of radiant heat or electric energy generated by the material is used, and the utilization of electric energy generated by sunlight is generally referred to as a solar cell. When the technology of several solar cells is under development, please refer to the first diagram of the first-picture thin film solar cell 2 substrate and (four) position of the sound map. == Yangneng battery 2 is a kind of field energy battery. In this case, only the film Taichi 2 is used for explanation. 'Thin film solar cell 2 has a substrate 1G that receives light and generates electric current. 'The detailed structure of the substrate 1G is another industry. Know 2, no longer repeat them. The current generated by the substrate 1Q is transmitted through the wire 12 to the outside of the thin solar cell 2 for _, and the lining is applied or printed on the surface of the substrate by silver wire, but in order to save costs, the tape has been gradually replaced. The silver wire is the wire 12 of the main surface of the battery. In the past, the manual pulling was carried out to feed the aluminum strip wire 12, and the surface of the substrate 10 was pressed on the surface of the substrate 10 with a finger. The adhesive tape was used to adhere the surface tape 12 to the surface of the substrate 1; The welding device (not shown) produces the surface of the wire with the 曰波掏田于铭. Thereby, the name tape wire u 201021937 is welded to the surface of the substrate ίο; after the welding is completed, the knife is manually held to cut off the excess tape. Even later, Cai (4) has the technology to replace the lion's press to reduce the fouling and deviation. The 'feeding process, the cutting process, and the welding process are still artificial. The development of this industry is still at present. Budding stage ^, 'the market is not ideal for the automation of the side to help this welding difficult to lift the life" and the yield. Call for the reason, 'this hair _ main purpose is to provide - the kind of inscription in the equipment Feeding the Jing device to improve the above problems. [Invention content] The purpose of the present invention is to provide a kind of _ in the (four) miscellaneous equipment, which can be automated, fast, stable and accurate. After the matching of the welding process automation in the latter stage, it can save a lot of money ===== Nab, Wei drastically puts the seed into the cuts, and the brain belt feeds the cut if-saki welding equipment, _ Automatically guiding the shovel to the shovel, the predetermined position may be the surface of the substrate; the practice _ the surface of the substrate of the solar cell is followed by the welding process surface in the slamming device, and the feeding cutting device is mainly Includes 5 and one blade. 罟The winding pulley, a motor, and the reel are taken from the home, and can be extended to the end of the tail. 201021937 or the servo motor, etc., the motor is pulled from the extension to the German belt to When the time is sent to the predetermined position. 77 Qin ί knife is the adjacent road shaft of the miscellaneous road 设置 button setting, so that the knife of the knife is broken the ^ ^ belt ' #勤检带移_刀件, will make Knife cutting cause = 'With this hair _ bribe with welding set = wheel, motor, and the matching of the knife set, can automatically: =::: will be transported and cut, assisted the next section of the fresh process i need It can greatly save the cost of the production line and the cost of the waste. The cost of the name can greatly increase the capacity and the customer's trust in the product. Figure =====神可_ The following invention details and implementation Mode] Participate in the reading - Figure 'The second picture is the hair _ with the feed cut off the skirt 50 with two automatic = with the miscellaneous equipment 30. The transfer device 3 Wei Wei for automatic planting and zinc connection - Shao Band 34 (shown in the first figure with = ΐίί基^2 surface' where the substrate % is -_Sun" '土板2'~34 is the guide of the thin film solar cell surface In the legend, the 3G system consists of a movable clamping mechanism 42 that is movable on the thousand (10) end, a pure wheel 44 that can be lifted above the platform 4 (), and a moving mechanism that can move the platform 4G. 46. The mobile platform 40 is used to carry the substrate 32, and the aluminum 201021937 tape is placed on the surface of the substrate. The misalignment arm α is fixedly disposed on the platform 4〇J1, and the lost arm slaps the flat clamping substrate 32 and the substrate 32. The upper band 34 is located on the surface of the substrate 32, wherein the clamping arm 42 can be lifted and translated relative to the platform 40 in order to be properly clamped in the correct position. The welding wheel 44 is disposed above the platform 40, the wheel The body can roll on the substrate and can also be adjusted up and down, and can generate high-frequency ultrasonic waves to be used on the surface of the substrate 32. The moving mechanism 46 is connected to the platform 4〇,
相對銲接輪44移動。 α U 進一步，使平台40與銲接輪44相對移動，並使銲 44鄰近並對應移動独帶34上方，則超音波會使銘帶 步地銲接在基板32表面。 、 配合第二圖進-步請參閱第三八圖，第三A圖偏呂 接設備30中平台40與基板32移動前之側視圖。由圖 視，平台40與基板32皆在鋁帶銲接設備3〇之左 時基板32表面並沒有鮮接之鋁帶34。 進-步請參閱第三B圖’第三B圖係銘帶銲接設備3〇 中平台40與基板32移動中之側視圖。由圖中可視，平台 與基板32受移動機構46之驅動，移動至銲接輪44下方°， 鲜接輪44受升降機構48之驅動，使銲接輪44靠近平台= 上之基板32。平台40右端Rs固定有夾持臂犯，夹持^ 與平台40相互紐著基板32以及基板32表面義帶料， ^帶34是由銘帶進給裁斷裝置50所送出至基板％表面 輸2幌右物，罐4則順 201021937 進一步請參閱第三c圖，第三c圖係鋁帶銲接設備3〇 中平台40與基板32移動完成之側視圖。由圖中可視，平台 40與基板32受移動機構46之驅動，全部移動至銘帶銲接設 備30之右端RS，此時鋁帶34已經完全銲接在基板32的表 面，並且鋁帶進給裁斷裝置5〇也準確且自動的把鋁帶34切 斷。如此，即能自動化的完成薄膜太陽能電池之基板32。 ❹ φ 請參閱第四圖，第四圖係本發明鋁帶進給裁斷裝置讥 之示意圖。本發明係關於一種銘帶進給裁斷裝置5〇，飽帶進 給裁斷裝置50係_於前述之!時銲接設備3Q中，係用以 自動地將-㈣34導駐-預枝置，所述之默位置係可 之表面。實務上係可將紹帶34送往薄膜太陽能 電权基板32絲，讀續麵帶_雜3㈠進行鮮接 製程把銘帶34銲接在基板32表面。 鋁帶進給裁斷裝置50係包含一卷帶輪6〇、一 :=:端卷帶輪6。係卷一34,並能伸崎 馬達62可以採用步進馬達或是舰馬達， 拉自卷帶輪60所延伸出之鋁帶34 » 預定位置。馬達62更具有—動力於㈣呂:34达在所述之 驅動動力輪6202轉動。動力輪6J 二達62 ^體來 _，卷帶輪60所延伸出之f _輪面係套§又一0型環 之環面，馬達62帶動動力 上之〇型環6204與紹帶34間1用動力輪6202 所述之預定位置。 靜摩祭力’以將紹帶34送往 201021937 給裁斷裝置50進—步包含一定位輪66，定位輪 面係能貼附於G型環_上之辦34，以定位銘帶 ；型％ 6204上，輔助鋁帶34穩定的輸送。 於勒^64係鄰近崎34之移動路徑以設置，圖例中係設 a =輪6202之後端，使刀件64之刀刃64〇4朝向鋁帶％ ; 虽朝向銘帶34移動刀件64時，會使刀則彻切斷銘帶私。 配合刀件64之設置’铭帶進給裁斷裝置5〇進一步包含 ，· '•η /Δ. n a 、▲一 一 ~一 ' 〜、w Ά哄Ί双1 JU 1¾ —艾已含 65 ’刀件64之刀刃_係朝向钻台防之邊緣；當 t帶34移動刀件64時，會使刀骑G4無台65邊緣 夾切銘帶34,如此，裁斷之效果會較為理想。 緣 進一步說明，圖例之紹帶進給裁斷裝置5〇中係利用 ^置6402來連接刀件64 ’氣動裝置㈣以氣動為動力來 移動刀件64，藉此可達穩歧動刀件64的功效，但實於上 並不限於以氣動裝置6搬來當作刀件64之動力源。此二卜， 參 除了利用氣動裝置64G2之外’也可_電練置，產生類似 的動力效果，於此不再贅述。 —請參閱第五圖，第五圖係本發明卷帶輪6〇之示意圖。如 ㈣之铭帶進給裁斷裝置5Q，其中卷帶輪6q進—步包人一 =帶固定板_，帶固定板_係較 ^卷6602之材質為硬；銘帶卷_2係用以卷收銘帶如， —般可為紙質’該二IS帶固定板瞻係夾持於銘帶卷_ 之外側’ -般可為塑膠片或是金屬片。如此，可避免 鋁帶卷6602側向形變而致使鋁帶34不平整。 、、 請參閱第六A圖以及六b圖，第六A圖係本發明動力輪 201021937 6202之細部示意圖。第六B圖係本發明鋁帶與〇型環剝離之 正視示意圖。如前述之銘帶進給裁斷褒置50，馬達62所連 接之動力輪6202之輪面包覆有0型環6204，於〇型環6204 側設有至少一導向肋6206，圖中於0型環6204兩側共設有 二導向肋6206，對應二導向肋6206於〇型環62〇4外部具有 二干涉肋6208。 導向肋6206之末端突出於〇型環6204之環面，輸送中 之銘帶34碰觸導向肋6206之末端’係能使銘帶34離開〇 型環6204之環面’干涉肋6208係防止剥離的鋁帶34滑走， 如此’鋁帶34輸送被導向肋6206剝離〇型環6204之讀面， 並被干涉肋6208限位，而才能順利進入下一站。 請參閱第七圖，第七圖係本發明導引結構6δ之示意圖。 如前述之銘帶進給裁斷裝置50 ’鋁帶進給裁斷裝置5〇更包 含一導引結構68，導引結構68係装設於該預定^置之前ι 用以將鱗34導引至該預定位置。導引結構68係進一;包 含一導引槽件6802、以及一蓋體6804。 導引槽件6802具有長形溝槽_2a，溝槽咖％係 紹帶34。蓋體刪係覆蓋導引槽件刚2之溝槽 包覆鋁帶34於溝槽6802a中。 曰 蓋體6804進-步包含至少—修正孔_a，修正孔6购 係對應溝槽巾之㈣34，錢外部之物件透過修正孔 6804a以導正溝槽6802a中不平整的鋁帶糾。 ^ 進一步說明，導引槽件6802係以一軸接卢 導引槽件6802對應所轉動之方向更具有—弧轉動二 201021937 位肋68c相對導引槽件6802為固定係伸入弧形槽_中，以 弧形槽兩端干涉定位肋68c以限位導引槽件68〇2之轉動 藉此，可以微調導引槽件_的出口，不論基板犯 疋厚疋溥，使鋁帶34能夠適切的置於基板32表面。 由本發明祕呂料接設備3〇中之銘帶進給裁 =裝置50，利用卷帶輪6〇、馬達62、與刀件64的搭配設置， 月匕自動化、快速、穩定、精準的將銘帶34輪送與裁切，辅助 ❿ 馨 接製程自動化之配套所需，能大幅節省生產線的人工 廢撕造成額外的成本，並能大幅的提高產能與客戶 對產品的彳§賴度。 '十、士Ϊ由以上難具體實施例之詳述，係輕能更加清楚描 a X明讀徵與精神，巾並相上述所揭 购之範嘴加以限制。相反地，其目的是希;： 圍=變及具相等性的安排一 【圖式簡單說明】 第圖係相太陽能電池基板與銘帶位置之示意圖； 接設===辑縣帶麟贿裝賴實祕之銘帶焊 圖；第三A圖係銘帶銲接設備中平台與基板移動前之侧視 圖 第三B圖 係鋁帶銲接設備中平台與基板移動中之側視 12 201021937 第二c圖係鋁帶銲接設備中平台與基板移動完成之側 視圖； 第四圖係本發明鋁帶進給裁斷裝置之示意圖； 第五圖係本發明卷帶輪之示意圖； 第六A圖係'本發明動力輪之細部示意圖； 以及第六B圖係本發明轉與〇型_離之正視示意圖； 第七圖係本發明導引結構之示意圖。 【主要元件符號說明】 在呂帶銲接設備30 鋁帶34 夾持臂42 左端Ls 移動機構46 升降機構48 馬達62 〇型環6204 氣動裝置6402 刀刃6404 定位輪66 基板32 平台40 銲接輪44 鋁帶進給裁斷裝置50 右端Rs 卷帶輪60 動力輪6202 導向肋6206 刀件64 钻台65 鋁帶卷6602 201021937 鋁帶固定板6604 導引槽件6802 蓋體6804 軸接處68a 定位肋68c 導引結構68 溝槽6802a 修正孔6804a 弧形槽68b 干涉肋6208The relative welding wheel 44 moves. Further, α U, relative to the movement of the platform 40 and the welding wheel 44, and the welding 44 adjacent and correspondingly above the moving belt 34, the ultrasonic waves will be soldered to the surface of the substrate 32. Referring to the second figure, please refer to the third figure. The third A is a side view of the platform 30 and the substrate 32 before the substrate 32 is moved. From the figure, the platform 40 and the substrate 32 are both on the left side of the aluminum strip soldering apparatus 3, and the surface of the substrate 32 is not provided with a fresh aluminum strip 34. For further steps, please refer to the third B diagram. The third B diagram is a side view of the welding device 3 〇 in the movement of the platform 40 and the substrate 32. As can be seen from the figure, the platform and substrate 32 are driven by the moving mechanism 46 to move below the welding wheel 44. The fresh wheel 44 is driven by the lifting mechanism 48 to bring the welding wheel 44 closer to the substrate 32 on the platform. The right end Rs of the platform 40 is fixed with a clamping arm, and the clamping plate and the platform 40 are mutually adjacent to the substrate 32 and the surface of the substrate 32. The tape 34 is sent by the cutting tape feed cutting device 50 to the substrate.幌Right object, tank 4 is compliant with 201021937. Please refer to the third c-figure. The third c-picture is a side view of the movement of the platform 40 and the substrate 32 in the aluminum strip welding equipment. As can be seen from the figure, the platform 40 and the substrate 32 are driven by the moving mechanism 46, all moving to the right end RS of the in-band soldering device 30, at which time the aluminum strip 34 has been completely soldered on the surface of the substrate 32, and the aluminum strip feed cutting device 5〇 also cuts the aluminum strip 34 accurately and automatically. In this way, the substrate 32 of the thin film solar cell can be automated. ❹ φ Please refer to the fourth figure, and the fourth figure is a schematic view of the aluminum strip feeding cutting device of the present invention. The present invention relates to a headband feed cutting device 5, which is used in the welding device 3Q described above to automatically carry--------- The silent position is the surface that can be used. In practice, the tape 34 can be sent to the thin film solar power substrate 32 wire, and the read surface tape _ miscellaneous 3 (1) can be soldered to the surface of the substrate 32. The aluminum belt feed cutting device 50 includes a winding pulley 6 〇 and a :=: end winding pulley 6. The coils one 34 and can be stretched out. The motor 62 can be a stepping motor or a ship motor, and the aluminum strip 34 » from the reel 60 is extended to a predetermined position. The motor 62 is further powered by (four) LV: 34 to rotate the drive power wheel 6202 as described. The power wheel 6J is up to 62 ^ body _, the reel _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 1 The predetermined position as described by the power wheel 6202. Static Sacrifice 'to send Shao 34 to 201021937 to the cutting device 50 - the step includes a positioning wheel 66, the positioning wheel surface can be attached to the G-ring _ on the 34, to locate the name band; type % On 6204, the auxiliary aluminum strip 34 is stably transported. The U-64 is adjacent to the moving path of the Kawasaki 34. In the illustration, the a = the rear end of the wheel 6202 is set so that the blade 64 〇 4 of the blade 64 faces the aluminum band %; while the blade 64 is moved toward the name band 34, It will make the knife cut off the private label. In conjunction with the setting of the blade member 64, the inscribed feed cutting device 5〇 further includes, · '•η /Δ. na , ▲ one to one ' 〜, w Ά哄Ί double 1 JU 13⁄4 — Ai already contains 65 'knife The edge of the piece 64 is oriented toward the edge of the drill rig; when the t-belt 34 moves the blade 64, the knife rides the G4 without the edge of the 65 cutting edge band 34, so that the cutting effect is ideal. Further, the legend further illustrates that the feed cutting device 5 is connected to the blade 64 by the setting 6402. The pneumatic device (4) moves the blade 64 pneumatically, thereby achieving the stability of the movable blade 64. Efficacy, but in fact is not limited to being powered by the pneumatic device 6 as a power source for the blade 64. In addition, the use of the pneumatic device 64G2 can also be used to generate similar power effects, which will not be described here. - Please refer to the fifth figure, and the fifth figure is a schematic view of the reel 6 of the present invention. For example, the inscription of (4) is fed into the cutting device 5Q, in which the reeling pulley 6q is in the step-by-step package = a fixed plate _, with a fixing plate _ is made of a harder material than the coil 6602; For example, the paper can be made of paper. The two IS-belt fixing plates are clamped on the outside of the inscription tape _ and can be plastic or metal. Thus, the lateral deformation of the aluminum strip roll 6602 can be prevented to cause the aluminum strip 34 to be uneven. Please refer to FIG. 6A and FIG. 6b. FIG. 6A is a detailed diagram of the power wheel 201021937 6202 of the present invention. Fig. 6B is a front elevational view showing the stripping of the aluminum strip and the crucible ring of the present invention. The wheel of the power wheel 6202 to which the motor 62 is connected is covered with a 0-ring 6204, and at least one guiding rib 6206 is provided on the side of the 〇-shaped ring 6204, as shown in the figure 0. Two guiding ribs 6206 are disposed on two sides of the ring 6204, and the two guiding ribs 6206 have two interference ribs 6208 outside the 〇-shaped ring 62〇4. The end of the guiding rib 6206 protrudes from the toroidal surface of the 〇-shaped ring 6204, and the end of the guiding rib 6 is in contact with the end of the guiding rib 6206, so that the surface of the yoke 34 is separated from the toroidal surface of the 〇-shaped ring 6204. The aluminum strip 34 slides away, so that the 'aluminum strip 34 is conveyed by the guiding rib 6206 to peel off the reading surface of the 〇-shaped ring 6204, and is restrained by the interference rib 6208, so as to smoothly enter the next station. Please refer to the seventh figure, which is a schematic diagram of the guiding structure 6δ of the present invention. The infeed cutting device 50', the aluminum tape feed cutting device 5 further includes a guiding structure 68, and the guiding structure 68 is installed before the predetermined setting to guide the scale 34 to the Pre-determined location. The guiding structure 68 is fastened into one; and includes a guiding groove member 6802 and a cover body 6804. The guide groove member 6802 has an elongated groove _2a, and the groove is provided with a belt 34. The cover body is covered with a groove of the guide groove member 2, and the aluminum tape 34 is wrapped in the groove 6802a.盖 The cover 6804 further includes at least a correction hole _a, and the correction hole 6 is purchased corresponding to the (4) 34 of the grooved towel, and the external object passes through the correction hole 6804a to correct the uneven aluminum band in the groove 6802a. ^ Further, the guiding groove member 6802 is connected to the arc groove _ in the direction of the rotation of the guide groove member 6802 corresponding to the direction of rotation of the shaft guide groove 6802. By rotating the positioning ribs 68c at both ends of the curved groove to rotate the limit guiding groove member 68〇2, the outlet of the guiding groove member _ can be finely adjusted, so that the aluminum strip 34 can be adapted regardless of the thickness of the substrate. Placed on the surface of the substrate 32. The invention is provided by the cutting device 3 of the secret material of the invention, and the cutting device 6 is used, and the combination of the winding pulley 6〇, the motor 62 and the blade 64 is used, and the moonlight is automated, fast, stable and precise. With 34 rounds of feeding and cutting, it is necessary to support the automation of the process, which can greatly save the additional cost of the manual waste of the production line, and can greatly increase the production capacity and the customer's dependence on the product. 'Ten, gentry from the above detailed description of the specific examples, the light can more clearly describe the X reading and spirit, and the towel is limited by the above-mentioned methods. On the contrary, the purpose is to greet;: Circumference = change and equality arrangement 1 [Simple description of the diagram] The diagram shows the position of the phase solar cell substrate and the position of the Ming belt; Connection === Jixian with Lin bribe Lai Shi Mi Ming Ming with welding diagram; the third A picture is the side view of the welding equipment in the platform and the substrate before moving. The third B picture is the aluminum belt welding equipment in the platform and the substrate moving side view 12 201021937 second c The figure is a side view of the movement of the platform and the substrate in the aluminum strip welding equipment; the fourth figure is a schematic diagram of the aluminum strip feeding cutting device of the present invention; the fifth figure is a schematic view of the reel of the present invention; A schematic diagram of a detail of the invention of the power wheel; and a sixth diagram of the invention is shown in the schematic view of the invention. [Main component symbol description] Lulu welding equipment 30 Aluminum belt 34 Clamp arm 42 Left end Ls Movement mechanism 46 Lifting mechanism 48 Motor 62 〇-ring 6204 Pneumatic device 6402 Blade 6404 Positioning wheel 66 Substrate 32 Platform 40 Welding wheel 44 Aluminum strip Feed cutting device 50 Right end Rs Reel pulley 60 Power wheel 6202 Guide rib 6206 Knife 64 Drill floor 65 Aluminum tape roll 6602 201021937 Aluminum band fixing plate 6604 Guide groove member 6802 Cover body 6804 Shaft joint 68a Positioning rib 68c Guide Structure 68 groove 6802a correction hole 6804a arc groove 68b interference rib 6208
1414