M442247 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種裁切供料裝置的技術領域，特別 關於一種帶狀物件的裁切供料裝置。 【先前技術】M442247 V. New description: [New technical field] The present invention relates to a technical field of cutting and feeding devices, and more particularly to a cutting and feeding device for belt-shaped articles. [Prior Art]
本創作所稱的帶叙物件，是指呈捲帶形式且被收集成 綑狀的物件’通常被架置於純供錢上❹。舉以太陽 能面板上電性連接若干太陽能 電池的導電條為例，其原料 供應時’料電條即是呈捲帶形式*被收集成綑，隨後經 裁切成合適的長度後才被設置於太陽能面板上電性連接太 陽能電池。 目前，已知業者大多是以機械裁切該帶狀導電條，並 且使裁切後的導電條散亂的掉落在-容料H㈣積，該容 料器隨後會送至作業區供人工取置導電條以進行焊接作 m m3The term “articles” as used in this work refers to objects that are in the form of a tape and are collected in bundles. For example, a conductive strip in which a solar panel is electrically connected to a plurality of solar cells is used. When the raw material is supplied, the electric strip is collected in a strip form* and then collected into a bundle, which is then set to a suitable length. The solar panel is electrically connected to the solar cell. At present, it is known that most of the manufacturers cut the strip-shaped conductive strips mechanically, and the cut conductive strips are scattered and scattered on the material H (four), and the container is then sent to the working area for manual take-up. Place a conductive strip for soldering as m m3
wπ合料器内未經整理排列的導電條只合^ 人工取置之焊接作業，並不利於導電條 程，因此應加収^ 【新型内容】 放方本創作之目的在於改進導電條裁切後的存 行Τί:卜J於後續的自動化取置、焊接等作業能順利進 ._ 創作提供一種可自動裁切帶狀物件的裝置， 其技術手段包括：一供粗罝介、一哉 „ 容料器’其中：供枓^ 裁切益、—拉料器及一 3 M442247 該供料單元用以容置該帶狀物件，該帶狀物件具有一 料，’且該供料單元具有一出料端’用以提供該料頭；裁 山益^有一裁切該帶狀物件的裁切口，並且坐落於該出料 .該帶狀物件能通過該裁切口，該料頭能懸持於該裁切 該拉料器包含一能往復線性位移的夾爪，並且活動配 於該裁切口之一端側，該夾爪能夾持及拉動通過該裁切 ^的帶狀物件；及該容料器具有-供該帶狀物件容置的容 处/ 且'舌動配置於該裁切口與該拉料器之間，該容料器 月"*在復升降而容置通過該裁切口的帶狀物件。 物件2具，實施上’該供料單元還包含—捲繞111定該帶狀 該出料= 供料單元還包含若干牽引該帶狀物件至 隙的該供料料還包含若干形成一報壓間 元梠：f 該帶狀物件能通過該輾壓間隙，使該供料單 裁切【輾::料頭;該裁切口由一相對的裁刀所形成，該 端與該：f 與該裁刀傳動聯結的第一驅動件；該出料 該壓抵間配置一壓抵件供壓抵定位該帶狀物件； 滑轨上，並驅動件傳動聯結；該炎爪設置在一線性 觸動件傳動聯:動件傳動聯結；該容料器與-第《 二=r刀移往該裁切口及裁切該二Γ:: 於機‘臂等在該容料器的容糟内，而便 使後痛取置、焊鮮作自動 = M442247 升產能。 然而，為能明確且右八 施之圖例，咖㈣===併㈣較佳實 【實施方式】 首觀圖1所示，揭斤山士 配合圖2至圖6說明作較佳實施例的示意圖’並 置，包括-供料單元n作的—帶狀物件的裁切供料裝 料器14,其巾··、一裁切器& 一拉料器13及一容 該帶狀物件15可以县接 件15的-端具有1頭=帶狀(如圖2所示）’該帶狀物 對應該料頭151的尾蠕。該帶物件15 :另-端具有 電池用的導電條或導壤，^ 件15可以是串接太陽能 子琛但不限於此。 裁切供料裝置的本體 架。該供料單元U用心干極設滾輪用的滾輪 11具有-出料端111，用^帶狀物件15 ’且該供料單元 用从提供該料頭151。 請合併參閱圖1及圖 _ ^ 捲繞固定該帶狀物件15⑪不’該供料早疋11還包含- 端是固定在該固定輪112的卜固定輪112’該帶狀物件15的尾 引該帶狀物件至該出料端；還包含若干牽 件15是置入該若干導弓丨於的導引輪113 ’該帶狀物 該若干導引輪m於相^的相切處，且是經由轉動的 出料端m。並且該若干持推進作用而被牽引至該 引該帶狀物件15至該出料· 113疋以不同的轉動方向牽 干形成-輾壓11S的=11。該供料單元11還包含若 過該輾壓間隙115,使該供^輪114，該帶狀物件Η能通 乂供枓早元11提供輾平的料頭151。 5 M442247 β玄裁切器12具有一裁切該帶狀物件15的裁切口 121， 並且坐落於該出料端1U，該帶狀物件15能通過該裁切口 121，該料頭151能懸持於該裁切口丨21。該裁切口 121由 一相對的裁刀122所形成，該裁切器12設置有一與該裁刀 122傳動聯結的第一驅動件123。 該出料端111與該裁切口 121之間配置一壓抵件 供壓抵定位該帶狀物件15,使該帶狀物件15可穩固的抵靠 在該壓抵件124下方的一凸座125上’以增強裁切穩定性。 該凸座125是形成於該本體上對應該壓抵件124。該壓抵件 124與一第二驅動件126傳動聯結。 該拉料器13包含一能往復線性位移的夾爪131，並且 活動配置於該裁切口 121之一端侧，該夾爪131能夾持及 拉動通過該裁切口 121的帶狀物件15。該夾爪131設置在 一線性滑軌132上，並與一第三驅動件133傳動聯結。 該容料器14具有一供該帶狀物件15容置的容槽141， 並且活動配置於該裁切口 121與該拉料器13之間，該容料 器14能往復升降而容置通過該裁切口 121的帶狀物件15。 該容料器14與一第四驅動件142傳動聯結。 該帶狀物件的裁切供料裝置在使用上可依據下述步驟 進行操作： 首先，操作人員在該供料單元11的固定輪112上套設 及固定該帶狀物件15，使該帶狀物件15置入該若干導引輪 113的相切處，並通過該若干輾壓輪114所形成的輾壓間隙 115至該裁切器12的裁切口 121，且抵靠在該壓抵件ι24 下方的凸座125上’形成料頭151懸持於該裁切口 ι21的 6 M442247 下方的凸座125上，形成料頭151懸持於該裁切p 121的 狀況(如圖2所示）。 接著’由該第三驅動件133驅動該夹爪HI在該線性 滑軌132上移往該裁切σ 121，使該夹爪i3i接近及夹持該 料頭151(配合圖2及圖3所示）。 接著，由該第二驅動件133驅動該夾爪131復歸，使 該夾爪131在夾持該料頭151的狀況下拉動該帶狀物件15 在該線性滑軌132上移離該裁切口 121，直到符合所需的裁 φ 切長度為止（配合圖2及圖4所示）。 接者，由該第一驅動件126驅動該麗抵件124下壓， 使s亥壓抵件124壓抵定位該帶狀物件μ在該壓抵件124下 方的凸座125上，並由該第四驅動件丨42驅動該容料器14 升起，使該容料器14的容槽141容置通過該裁切口 12ι的 帶狀物件15，且由該第一驅動件123驅動該裁刀122移往 該裁切口 121及裁切該帶狀物件15(配合圖1及圖5所示）。 最後’由機械手臂16等生產機具自該容料器14的容 φ 槽141内夾起或吸出該已裁切完成的帶狀物件15(如圖6所 示）。 與習用技術相比’本創作所述帶狀物件的裁切供料裝 置能驅動該容料器14往復升降而容置通過該裁切口 ι21的 帶狀物件15，且驅動該裁刀122移往該裁切口 121及裁切 該帶狀物件15，令裁切後的該帶狀物件15整齊的掉落在該 容料器14的容槽Η1内’而便於機械手臂等生產機具較準 確的夾取或吸附容槽141中的帶狀物件15,使後續的取置、 焊接等作業能施以自動化流程來提升產能。 7 M442247 以上實施例僅爲表達了本創作的幾種實施方式，但並 不能因此而理解爲對本創作專利範圍的限制。應當指出的 是，對於本創作所屬技術領域中具有通常知識者而言，在 不脫離本創作構思的前提下，還可以做出若干變形和改 進，這些都屬於本創作的保護範圍。因此，本創作應以申 請專利範圍中限定的請求項内容為準。 【圖式簡單說明】 圖1為本創作較佳實施例的示意圖； 圖2為圖1的側視圖； 圖3至圖6為圖1的動作示意圖。 【主要件符號說明】 供料單元11 出料端111 固定輪112 導引輪113 輾壓輪114 輾壓間隙115 裁切器12 裁切口 121 裁刀122 第一驅動件123 壓抵件124 凸座125 第二驅動件126 M442247 拉料器13 夾爪131 線性滑軌132 第三驅動件133 容料器14 容槽141 第四驅動件142 帶狀物件15 料頭151 機械手臂16The unwelded conductive strips in the wπ hopper are only suitable for the manual welding operation, which is not conducive to the conductive strip, so it should be added ^ [New content] The purpose of this creation is to improve the strip cutting After the deposit Τ ί: Bu J in the subsequent automated take-up, welding and other operations can smoothly enter. _ Creation provides a device that can automatically cut the strips of the device, the technical means include: a for the rough, a 哉 容Feeder 'where: supply 裁 ^ cutting benefit, - puller and a 3 M442247 the feeding unit is used to accommodate the belt member, the belt member has a material, and the feeding unit has a The material end is used to provide the material head; the cutting edge has a cutting slit for cutting the belt member, and is located at the discharging. The belt member can pass through the cutting slit, and the material head can be hung on the Cutting the puller comprises a jaw capable of reciprocating linear displacement, and is movably disposed on one end side of the cutting slit, the jaw clamping and pulling the belt member passing through the cutting; and the container Having a capacity for the belt member to be accommodated / and 'the tongue is arranged in the cutting Between the mouth and the puller, the container month "* is hoisted to accommodate the strip member passing through the cut. The object 2 has, the implementation of the 'feed unit further includes - winding 111 The strip-shaped discharge = the feed unit further comprises a plurality of the feed material for pulling the strip-shaped member to the gap, further comprising a plurality of forming a press-pressing unit 梠: f the strip-shaped member can pass the rolling gap to make the supply The material sheet is cut [辗:: the material head; the cutting slit is formed by an opposite cutter, the end and the: f are connected to the first driving member of the cutter driving; the discharging is arranged between the pressing portions The pressing member is pressed against the positioning of the belt member; on the sliding rail, and the driving member is driven and coupled; the inflaming claw is disposed in a linear actuator transmission connection: the moving member transmission coupling; the container and the - "two = r The knife moves to the cutting and cuts the second Γ:: The arm of the machine is placed in the tolerance of the container, and the pain is removed, and the welding is automatically performed = M442247 liter capacity. Clear and right eight-study legend, coffee (four) === and (four) better [implementation] First look at Figure 1, Jie Jinshan with Figure 2 to Figure 6 BRIEF DESCRIPTION OF THE PREFERRED EMBODIMENT A collocation, including a feeding unit n, a strip feeding member, a feeding feeder 14, a towel, a cutter & a puller 13 and a The strip member 15 can have a head = strip shape at the end of the county member 15 (as shown in FIG. 2). The strip corresponds to the tail creep of the material head 151. The strip member 15 has another end. The conductive strip or the guide material for the battery may be a tandem solar raft, but is not limited thereto. The body frame of the feeding device is cut. The feeding unit U has a roller 11 for the roller for the dry core. The material end 111 is provided with a belt member 15' and the feeding unit is used to provide the material head 151. Please refer to Fig. 1 and Fig. _ ^ to wind and fix the belt member 1511. Included - the end is fixed to the fixed wheel 112 of the fixed wheel 112'. The strip member 15 is led to the strip end to the discharge end; further comprising a plurality of pull members 15 are placed in the plurality of guide bows The guide wheel 113' the strip of the plurality of guide wheels m at the tangent of the phase and is via the rotating discharge end m. And the plurality of holding actions are pulled until the belt member 15 is led to the discharge 113 牵 to be formed in different rotational directions to form -11 of the pressure 11S. The feeding unit 11 further includes, if the rolling gap 115 is provided, the feeding wheel 114, the belt member Η can provide the leveling head 151 by the feeding element 11. 5 M442247 β-shaped cutter 12 has a cutting slit 121 for cutting the belt member 15, and is located at the discharge end 1U, and the belt member 15 can pass through the cutting slit 121, and the material head 151 can be hung Cut the incision 丨21. The cutting slit 121 is formed by an opposing cutter 122 which is provided with a first driving member 123 that is drivingly coupled to the cutter 122. A pressing member is disposed between the discharge end 111 and the cutting edge 121 for pressing against the belt member 15 so that the belt member 15 can firmly abut against a protrusion 125 below the pressing member 124. On 'to enhance cutting stability. The protrusion 125 is formed on the body corresponding to the pressing member 124. The pressing member 124 is drivingly coupled to a second driving member 126. The ejector 13 includes a jaw 131 that is reciprocally linearly displaceable, and is movably disposed on one end side of the cutting slit 121, and the jaw 131 can grip and pull the belt member 15 passing through the cutting slit 121. The jaws 131 are disposed on a linear slide 132 and are drivingly coupled to a third drive member 133. The container 14 has a receiving slot 141 for receiving the strip member 15 and is movably disposed between the cutting slit 121 and the puller 13. The container 14 can be reciprocated up and down to accommodate The strip member 15 of the slit 121 is cut. The container 14 is drivingly coupled to a fourth drive member 142. The cutting and feeding device of the belt member can be operated according to the following steps: First, the operator sleeves and fixes the belt member 15 on the fixing wheel 112 of the feeding unit 11 to make the belt The object 15 is placed at the tangent of the plurality of guide wheels 113, and passes through the rolling gap 115 formed by the plurality of pressure rollers 114 to the cutting slit 121 of the cutter 12, and abuts against the pressing member ι24 On the lower projection 125, the forming head 151 is suspended on the projection 125 below the 6 M442247 of the cutting edge 119, forming a condition in which the material head 151 is suspended by the cutting p 121 (as shown in FIG. 2). Then, the third driving member 133 drives the clamping jaw HI to move on the linear sliding rail 132 to the cutting σ 121, so that the clamping jaw i3i approaches and clamps the material 151 (corresponding to FIG. 2 and FIG. 3 Show). Then, the second driving member 133 drives the clamping jaw 131 to return, so that the clamping member 131 pulls the belt member 15 away from the cutting slit 121 on the linear sliding rail 132 when the clamping head 151 is clamped. Until it meets the required cutting length (as shown in Figure 2 and Figure 4). The first driving member 126 drives the biasing member 124 to be pressed down, so that the pressing member 124 is pressed against the protruding seat 125 of the pressing member 124 under the pressing member 124, and The fourth driving member 42 drives the container 14 to be raised, so that the receiving groove 141 of the container 14 is received by the strip member 15 of the cutting slit 12, and the cutter is driven by the first driving member 123. 122 moves to the cutting slit 121 and cuts the strip member 15 (shown in conjunction with Figs. 1 and 5). Finally, the finished tape member 15 is clamped or sucked from the φ groove 141 of the hopper 14 by the machine tool 16 or the like (as shown in Fig. 6). Compared with the conventional technology, the cutting and feeding device of the belt member of the present invention can drive the container 14 to reciprocate up and down to accommodate the belt member 15 passing through the cutting edge ι21, and drive the cutter 122 to move toward The cutting slit 121 and the strip member 15 are cut, so that the cut strip member 15 is neatly dropped into the receiving pocket Η1 of the container 14 to facilitate the accurate clamping of the production tool such as the robot arm. The strip member 15 in the receiving tank 141 is taken or adsorbed, so that subsequent operations such as taking and welding can be performed by an automated process to increase productivity. 7 M442247 The above embodiments are merely illustrative of several implementations of the present invention, but are not to be construed as limiting the scope of the present invention. It should be noted that, for those of ordinary skill in the art to which the present invention pertains, a number of variations and modifications may be made without departing from the inventive concept, which are within the scope of the present invention. Therefore, this creation should be subject to the content of the request as defined in the scope of the application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view of a preferred embodiment of the present invention; Fig. 2 is a side view of Fig. 1; and Figs. 3 to 6 are schematic views of the operation of Fig. 1. [Description of main parts] Feeding unit 11 Discharge end 111 Fixed wheel 112 Guide wheel 113 Rolling wheel 114 Pressing gap 115 Cutter 12 Cutting slit 121 Cutter 122 First driving member 123 Pressing member 124 Relief 125 second drive member 126 M442247 puller 13 jaw 131 linear slide 132 third drive member 133 container 14 slot 141 fourth drive member 142 belt member 15 material head 151 robot arm 16