M442248 五、新型說明： 【新型所屬之技術領域】 本創作涉及裁切供料裝置的技術領域， g 一種帶狀物件的多槽式裁切供料裝置。—、別疋有關於 【先前技術】 本創作所稱的帶狀物件，是指呈捲 綑狀的物件，通常被架置於原料供應機上使：：收集成 能面板上電性連接若干太陽能電池的4 舉以太陽 :應時，該導電條即是呈捲帶形式而被收其原料 、切成合相長度後才被設置於太 二* ’隨後經 陽能電池。 呀犯面板上電性連接太 且使i:二裁!該帶狀導電條，並 料__至;在;導=:積，4 業。 導電條以進行烊接作 然而，由於容料器内未經整理排列 士工取置之焊接作業’並不利於導電條的自動^t適於 程，因此應加以改善。 ’ 匕焊接製 【新型内容】 姑方i i /此’本創作之目的在於改進導電條裁切德％ 放方式，Μ利於後續的自動化取置 ^的存 行。為此，本創作裎报你汗牧哥作蒹祀噸利進 直拮術年動裁切帶狀物件的畢署 3術手奴包括：-供料單元、-裁切器、一拉置’ 容料器，其中： 祖抖窃及〜 4 該供料草元 料頭，且該供科„以各置該帶狀物件，該帶狀物件具有一 該裁切器且1几具有一出料端，用以提供該料頭； 於該出料端，；切該帶狀物件的裁切口’並且坐落 於該裁切口； /狀物件能通過該裁切口，該料頭能懸持 置於往復線性位移的爽爪，並且活動配 口的帶狀物件；及，該夾爪能夾持及拉動通過該裁切 =容料ϋ具有多個供該帶狀物件容置的容槽，並且活 動配置於該裁切口盘該扣 。 位移而Μ該轉11練復線性 4移而谷置通過该裁切口的帶狀物件。 具财虹，該簡單元還包含―捲、_定該帶狀 物件的固定輪·’該供料單元還包含 該出料端的導引輪；該供料單域包含若干形至 隙2輾壓輪，該帶狀物件能通過該輾壓 2 :提供輾平的料頭;該裁切口由一相對的裁二= 益设置有一與該裁刀傳動聯結的第-驅動件丄； 該壓抵件與一第二媒動件傳動 配置的第-線性滑軌上’並與一第三驅動件傳 直向 容料器設置在-橫向配置的第二線性滑轨上 t，該 驅動件傳動聯結；該容料器底部設置有二—第四 容料器。 71探件供頂升該 與習用技術相比，本創作所述帶狀物 供料裝置能驅動該料器在 M442248 料器的容槽對應即將裁切的導電條，令裁切後的導電條整 齊的掉落在該容料器的容槽内，隨後更以該頂撐件頂升該 容料器，以抬高該容料器而便於機械手臂等生產機具較準 確的夾取或吸附各容槽中的帶狀物件，使裁切電條後的取 置、焊接等作業能施以自動化流程來提升產能。 .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示意圖，並 配合圖2至圖6b說明本創作的一帶狀物件的多槽式裁切供 料裝置，包括一供料單元11、一裁切器12、一拉料器13 及一容料器14，其中： 該帶狀物件15可以是捲帶狀(如圖2所示），該帶狀物 件15的一端具有一料頭151，該帶狀物件15的另一端具有 對應該料頭151的尾端。該帶狀物件15可以是串接太陽能 電池用的導電條或導線，但不限於此。 裁切供料裝置的本體上具有若干枢設滾輪用的滾輪 架。該供料單元11用以容置該帶狀物件15，且該供料單元 11具有一出料端111，用以提供該料頭151。 請合併參閱圖1及圖2所示，該供料單元11還包含一 捲繞固定該帶狀物件15的固定輪112,該帶狀物件15的尾 端是固定在該固定輪112上。該供料單元11還包含若干牵 引該帶狀物件15至該出料端111的導引輪113，該帶狀物 件15是置入該若干導引輪113的相切處，且是經由轉動的 該若干導引輪113於相切處的夾持推進作用而被牽引至該 6 M442248 出料端111。並且該若干導引輪113是以不同的轉動方向牵 引該帶狀物件15至該出料端111。該供料單元Η還包含若 干形成一輾壓間隙115的輾壓輪114，該帶狀物件15能通 過該輾壓間隙115，使該供料單元11提供報平的料頭151。 該裁切器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111，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 121。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124 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設置在一 直向配置的第一線性滑軌132上，並與一第三驅動件133 傳動聯結，藉由該第三驅動件133的驅動使該爽爪131能 夾持及拉動通過該裁切口 121的帶狀物件15。 該容料器14具有多個供該帶狀物件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設置在一橫向配置的第二線性滑軌142上，並 與一第四驅動件143傳動聯結，藉由該第四驅動件143的 驅動使該容料器14能往復線性位移而容置通過該裁切口 121的帶狀物件15。並且該容料器14底部設置有一頂撐件 7 M442248 該谷料器14，該頂撐件144可以是伸縮汽缸， 二二t 14的端邊緊鄰—卡掣件145，該卡掣件145可 與該卿件144成對角設置(如圖3所示）。 帶狀物件的多槽式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u的固定輪112上套設 及固疋該帶狀物件，使該帶狀物件b置人該若干導引輪 113，Μ ’ ^該若干輾壓輪m所形成的輾壓間隙 • 115至该裁切器12的裁切口⑵，且抵靠在該壓抵件124 下方的凸座125上’形成料頭151懸持於該裁切口 121的 狀況(如圖2所示）。 接著，由該第三驅動件133驅動該夾爪131在該第一 線性滑軌132上移往該裁切口 12ι，使該夾爪131接近及夾 持該料頭151(配合圖2及圖4a所示）。 接著’由該第三驅動件133驅動該夾爪131復歸而在 該第一線性滑軌132上移離該裁切口 121，使該夹爪131央 φ 持該料頭151及拉動該帶狀物件15至所需的裁切長度（配 合圖2及圖4b所示）。 接著，由該第二驅動件126驅動該壓抵件124下壓， 使該壓抵件124壓抵定位該帶狀物件15在該壓抵件124下 方的凸座125上（配合圖2及圖4c所示），並由該第一驅動 件123驅動該裁刀122裁切該帶狀物件15(配合圖2及圖4d 所示）。由於該容料器14的第一個容槽141是預設位在該裁 切口 121下方，因此該第三驅動件133再度驅動該夾爪鬆 開該已裁切的帶狀物件15’使該已裁切的帶狀物件15落入 8 M442248 該容料器14的第一個容槽141中（配合圖2及圖4e所示）。 接著，由該第四驅動件143驅動該容料器14在該第二 線性滑轨142上橫移，使該容料器14的第二個容槽141(戈 其他容槽141)移至該裁切口 121下方（配合圖2及圖46所 示）。接著，可在該容料器14的各容槽141皆已置入該已裁 切的帶狀物件15之後，由該頂撐件144頂升該容料器W， 使該容料器Μ的端邊Μ抵住該卡掣件145而被抬高（如 5所示），如此，所述各容槽14中的帶狀物件15鄰靠二 圖6a至6b所示），藉此定位方式可使機械 （ 較準確的夾域吸出所述各容槽14中的帶狀物件Μ產機具 與習用技術相比’本創作所述帶狀物件 供料裝置能驅動該容料器14在第 日式裁切 使該容料器Μ的容請對應即將= = 42上滑移， 裁切後的帶狀物们5整齊的掉落 ^的帶狀物件15,令 内，隨後更以該頂撐件的容槽⑷ 料益14而便於機械手臂等生產機 1 4,以抬高該容 容槽⑷中㈣狀物件15，使後續=的夾取或吸附各 施以自動化流程來提升產能。 取置、焊接等作業能 以上實施例僅爲表達了本 不能因此而理解爲對本創作 ，施方式，但並 是，對於本創作所屬技術領域中=限制。應當指出的 不脫離本創作構思的前提下，還、通常知識者而言，在 進，這些都屬於本創作的保護範圍？二做出若干變形和改 清專利範财限定輯求 因此，摘作應以申 【圖式簡單朗】 9 M442248 圖1為本創作較佳實施例的示意圖。 圖2為圖1的侧視圖。 圖3為圖1的俯視圖。 圖4a至圖6b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 拉料器13 夾爪131 第一線性滑轨132 第三驅動件133 容料器14 M442248 容槽141 第二線性滑執142 第四驅動件143 頂撐件144 卡掣件145 帶狀物件15 料頭151M442248 V. New description: [New technical field] This creation involves the technical field of cutting and feeding device, g. A multi-slot cutting and feeding device with belt parts. —, 疋 疋 【 先前 先前 先前 先前 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本The battery is lifted by the sun: When it is time, the conductive strip is taken in the form of a tape and is taken into the raw material, and cut into a combined length before being placed in the Taiji*'. The panel is electrically connected too much and makes i: two cut! The strip-shaped conductive strip, and __ to; in; guide =: product, 4 industry. Conductive strips are used for splicing. However, due to the unfinished arrangement of the welders in the hopper, it is not conducive to the automatic processing of the strips, so it should be improved.匕 匕 welding system [new content] 姑方 i i / this 'The purpose of this creation is to improve the conductive strip cutting % 放 放 Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ 导电 导电 导电 导电 导电 导电 导电 导电 导电 导电 导电 导电 导电 导电 导电 导电 导电To this end, this creation 裎 你 汗 汗 汗 汗 汗 汗 汗 汗 汗 直 直 直 直 直 直 直 直 直 直 直 直 直 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 a container, wherein: the tamper is smashed and ～ 4 the feeding grass head, and the singer is provided with the strip member, the strip member has a cutter and the one has a discharge a tip for providing the material head; at the discharge end, cutting the cutting edge of the belt member and sitting on the cutting slit; the material member can pass through the cutting slit, and the material head can be suspended and placed a linearly displaced claw, and a belt-shaped member of the movable fitting; and, the jaw can be gripped and pulled by the cutting = the magazine has a plurality of pockets for receiving the belt member, and the movable configuration The buckle is in the cutting disk. The displacement and the rotation 11 are linearly shifted by 4 and the valley is placed through the slit of the cutting piece. With the Caihong, the simple unit also includes a "volume" Fixed wheel · 'The feeding unit further comprises a guiding wheel of the discharging end; the feeding single field comprises a plurality of shaped to gap 2 rolling wheels, the belt member Through the pressing 2: providing a flattened material head; the cutting slit is provided with a first driving member 联 connected to the cutter driving by a relative cutting; the pressing member and a second medium The first linear slide of the piece drive arrangement is disposed on the second linear slide of the transverse displacement of the third drive member and is disposed on the second lateral slide of the transverse direction. The drive member is coupled to the drive; the bottom of the container is disposed There are two-fourth material feeders. 71 probes for jacking. Compared with the conventional technology, the strip feeding device of the present invention can drive the material in the slot of the M442248 to correspond to the conductive to be cut. a strip, the cut conductive strip is neatly dropped in the container of the container, and then the top support is used to lift the container to raise the container for the production of the robot arm. The tool accurately picks up or adsorbs the strips in each tank, so that the operations such as picking and welding after cutting the strip can be automated to increase productivity. However, in order to clearly and fully expose the creation The drawings of the preferred implementation are listed to explain in detail the embodiments thereof as follows: Embodiments First, a schematic view of a preferred embodiment of the present invention is disclosed, and a multi-groove cutting and feeding device for a belt member of the present invention is described with reference to FIGS. 2 to 6b, including a feeding. The unit 11 , a cutter 12 , a puller 13 and a container 14 , wherein: the belt member 15 may be in the form of a tape (as shown in FIG. 2 ), and one end of the belt member 15 has a The other end of the strip member 15 has a tail end corresponding to the material head 151. The strip material member 15 may be a conductive strip or a wire for connecting solar cells in series, but is not limited thereto. The body has a plurality of roller frames for pivoting the roller. The feeding unit 11 is for accommodating the tape member 15, and the feeding unit 11 has a discharging end 111 for providing the material head 151. Referring to FIG. 1 and FIG. 2, the feeding unit 11 further includes a fixing wheel 112 for winding and fixing the belt member 15. The tail end of the belt member 15 is fixed to the fixing wheel 112. The feeding unit 11 further includes a plurality of guiding wheels 113 for pulling the belt member 15 to the discharging end 111. The belt member 15 is placed at a tangent to the plurality of guiding wheels 113 and is rotated. The plurality of guide wheels 113 are pulled to the 6 M442248 discharge end 111 at the tangential thrusting action. And the plurality of guide wheels 113 pull the strip member 15 to the discharge end 111 in different directions of rotation. The feed unit Η further includes a squeezing wheel 114 that forms a squeezing gap 115 through which the belt member 15 can pass to provide the leveling head 151. The cutter 12 has a cutting slit 121 for cutting the belt member 15, and is located at the discharge end 111. The belt member 15 can pass through the cutting slit 121, and the material head 151 can be hung on the cutting edge. The slit 121. 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 124 is disposed between the discharging 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 protruding seat below the pressing member 124. 125 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 puller 13 includes a jaw 131 that is reciprocally linearly displaceable, and is movably disposed on one end side of the cutting slit 121. The gripper 131 is disposed on the first linear slide rail 132 disposed at an all distance, and is coupled to the first linear slide rail 132. The third driving member 133 is coupled by the driving of the third driving member 133 to enable the claw 131 to clamp and pull the belt member 15 passing through the cutting slit 121. The container 14 has a plurality of receptacles 141 ′ for receiving the strip member 15 and is movably disposed between the cutting slit 121 and the puller 13 . The receptacle 14 is disposed in a lateral configuration. The second linear slide 142 is coupled to a fourth driving member 143, and the driven member 14 is reciprocally linearly displaced by the driving of the fourth driving member 143 to accommodate the belt member passing through the cutting slit 121. 15. The bottom of the container 14 is provided with a top support member 7 M442248. The top support member 144 can be a telescopic cylinder, and the end edge of the second and second ends 14 is adjacent to the latching member 145. The latch member 145 can be It is placed diagonally with the 144 piece (as shown in Figure 3). The multi-slot cutting and feeding device of the belt member can be operated according to the following steps: First, the operator sets and fixes the belt member on the fixing wheel 112 of the feeding unit u, so that the The belt member b places the plurality of guide wheels 113, 辗 ' ^ the rolling gaps 115 formed by the plurality of pressure rollers m to the cutting slits (2) of the cutter 12, and abuts against the pressing members 124 The lower projection 125 is formed on the condition that the cutting head 151 is suspended by the cutting slit 121 (as shown in FIG. 2). Then, the third driving member 133 drives the clamping jaw 131 to move to the cutting slit 121 on the first linear sliding rail 132, so that the clamping jaw 131 approaches and clamps the cutting head 151 (in conjunction with FIG. 2 and FIG. 4a)). Then, the jaw 131 is driven back by the third driving member 133 to move away from the cutting slit 121 on the first linear sliding rail 132, so that the clamping jaw 131 holds the material head 151 and pulls the ribbon. The object 15 is to the desired cutting length (shown in Figures 2 and 4b). Then, the pressing member 124 is driven down by the second driving member 126, and the pressing member 124 is pressed against the protruding seat 125 of the belt member 15 under the pressing member 124 (in conjunction with FIG. 2 and FIG. 4c), and the cutter member 122 is driven by the first driving member 123 to cut the belt member 15 (shown in conjunction with FIGS. 2 and 4d). Since the first pocket 141 of the container 14 is preset below the cutting slit 121, the third driving member 133 drives the jaw again to release the cut strip member 15'. The cut strip member 15 falls into the first pocket 141 of the 8 M442248 of the container 14 (shown in conjunction with Figures 2 and 4e). Then, the fourth driving member 143 drives the container 14 to traverse on the second linear sliding rail 142, so that the second receiving groove 141 of the container 14 (the other receiving groove 141) is moved to the Cut the underside of the slit 121 (shown in conjunction with Figures 2 and 46). Then, after the respective tape grooves 141 of the container 14 have been placed into the cut tape member 15, the top support member 144 lifts the container W to make the container Μ The end edge Μ is raised against the latching member 145 (as shown in FIG. 5), such that the strip member 15 in each of the pockets 14 abuts the two FIGS. 6a to 6b), thereby positioning The machine (the more accurate clip can be sucked out of the strips in the respective tanks 14 and the machine tool is compared with the conventional technology). The strip feeding device of the present invention can drive the container 14 on the first day. The cutting makes the capacity of the container 对应 correspond to the sliding of the == 42, and the cut strips 5 neatly drop the belt member 15 of the ^, so that the inside and then the top support The pocket of the piece (4) is beneficial to the production machine 14 such as a robot arm to raise the (four) object 15 of the capacity tank (4), so that the subsequent = clamping or adsorption is automatically applied to increase the productivity. The above embodiments can only be used to describe the present embodiment, but can not be understood as the original creation and application method, but it is, in the technical field to which the present invention belongs. It should be pointed out that under the premise of this creative concept, and usually, the knowledge is advanced, these are the scope of protection of this creation. Second, a number of changes and changes to the definition of patents are made. 2 is a schematic view of a preferred embodiment of the present invention. Fig. 2 is a side view of Fig. 1. Fig. 3 is a plan view of Fig. 1. Fig. 4a to Fig. 6b are Fig. Schematic diagram of the operation. [Main part symbol description] 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 The first driving member 123 is pressed Member 124 boss 125 second drive member 126 puller 13 jaw 131 first linear slide 132 third drive member 133 container 14 M442248 pocket 141 second linear slider 142 fourth drive member 143 top support Piece 144 card member 145 belt member 15 material head 151