200815186 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種拉鏈射製定位裝置，特別是關於 可用以感應附有一個拉頭或二個拉頭之拉鏈布條，並在一 活動板設有一插桿，該插桿可將該拉鏈布條導正至一導才接 内，另藉由一動力組控制該活動板垂直下降蓋住該拉鏈^ 條後，可控制一計數齒輪組向上嗜合該拉鏈布條之鏈齒部 ，以便該拉鏈布條前進至一預定位置進行後續射令紫， • $而致動該活動板垂直上升。 衣作業 【先前技術】 &板上設有一定位塊，該定位塊可相對樞轉角度，200815186 IX. Description of the Invention: [Technical Field] The present invention relates to a zipper shooting positioning device, and more particularly to a zipper strip that can be used to sense a slider or two sliders attached thereto, and on a movable panel A plunging rod is arranged to guide the zipper strip to a guide, and the movable slab is vertically lowered to cover the zipper by a power unit, and a counting gear set can be controlled upward The zipper strip of the zipper strip is attached to the zipper strip to advance to a predetermined position for subsequent shot purple, and the movable panel is actuated to rise vertically. Clothing operation [Prior Art] The & board is provided with a positioning block, which can be pivoted at a relative angle.
由於該拉鏈布條附有拉頭且該拉頭相對 。習用拉鏈射製定位裝置，如中華民國公告第469944 Ί號「塑膠開口拉鏈射出成型機之定位與輸送裝置」新型專 利▲，該輸送裝置具有-定位機構’該定位機構設有二導板 ’該導板用以導引二拉鏈布條前進至預定位置，且其中一 町狍锝角度，以提供 ’另一無拉頭之拉鏈 C:\Linda\Ht PmWl0|5Rd〇c 0(5/09/22/09:,¾ Λ» 200815186 較大，故該定位塊向下樞轉時，並不易準確定位該拉鏈布 條，而可能會有碰到該拉鏈布條之鏈齒部等情形發生，進 而影響該拉蜂布條之後續射製作業。 另一習用拉鏈射製定位裝置，如申請人先前申請之 中華民國公告第1256339號「附拉頭拉鏈之射製定位構造 」發明專利，其包含-基座、—主座板、—活動板組及一 計數齒輪組。該基座供該主座板設置其上，該主座板具有 一導槽及二拉頭感測元件，該活動板組設有一活動板、一 缺齒感測件及一驅動缸，該活動板係樞接於該基座上。藉 此，係利用該驅動缸致動該活動板枢轉作動，使該活動板 可於該基座上方相對樞轉上升或下降。 該習用拉鏈射製定位裝置於實際使用時，其主要係 設置於一組合模具前方，並配合一引拉元件致動一拉鏈布 條於該導槽中朝該組合模具之方向前進。該二拉頭感測件 分別感測該拉鏈布條是否接近或已通過該活動板，再傳送 訊號至該驅動缸以控制該活動板之樞轉上升或下降，以便 該拉鏈布條之一拉頭可順利通過該活動板。另外，該缺齒 感測器可控制該計數齒輪組計算該拉鏈布條是否前進至一 預定位置，以利該組合模具對該拉鏈布條進行如上止、插 梢及梢箱等配件之後續射製作業。 一般而言，上述習用拉鏈射製定位裝置具有下列缺 點，例如：該活動板雖可相對樞轉上升或下降以供該拉鏈 布條順利通過，惟該活動板主要係利用樞轉擺動之方式以 相對改邊其南度位置’故造成該驅動缸致動該活動板作動 —7 C:\Lindii\PK Pht\PI 1015«. doc flf*/的/22/ί»»:3Β 200815186 L 該基座上進行前、後樞轉擺動之 ==此’該制拉魏製定位裝置姆必需騰出更大 使用;間供該軸板前、後樞轉擺動，進而降低其空間 ί用裕度。再者，該拉鏈布條附有拉頭，於該導槽中前進 =易保持在正確位置，故絲動板轉下降後，能否準 對位#亥拉鏈布條係值得雜。基於上述賴，確實有必 要進一步改良上述習用拉鏈射製定位裝置。 、 有鑑於此，本發明改良上述之缺點，其係藉由一動 力組結合一活動板，並配合二拉頭感測件感應一主座板上 之拉鍵布條的前進狀態，進而致動魅動板於該主座板上 方垂直升降移動供該拉鏈布條通過。藉此，該活動板主要 係以垂直升降方式作動，且該活動板係與該拉鏈布條平行 ，以解決前述習用拉鏈射製定位裝置利用樞轉角度之方式 作動所產生的缺點，故不需騰出過多的空間供該活動板作 動，且該活動板之垂直升降的作動方式亦不易產生過大之 展動，同時提升空間使用裕度及該拉鏈布條之定位精確度 。再者，該活動板設有一插桿，使該活動板垂直升降之過 私中，可藉由該插桿導正該拉鏈布條回歸定位，進而精確 且快速的定位該拉鏈布條於導槽内，以便進行後續該拉鏈 布條之射製作業。 【發明内容】 本發明之主要目的係提供一種拉鏈射製定位裝置， 其係藉由一動力組控制一活動板以垂直升降方式作動，使 該活動板之活動範圍不致太大，並可相對降低其作動過程Since the zipper strip is attached with a slider and the slider is opposite. Conventional zipper shooting positioning device, such as the Republic of China Announcement No. 469944 nickname "Plastic opening zipper injection molding machine positioning and conveying device" new patent ▲, the conveying device has - positioning mechanism 'the positioning mechanism is provided with two guide plates' The guide plate is used to guide the two zipper strips to advance to a predetermined position, and one of the chord angles is provided to provide 'another zipper without a slider C:\Linda\Ht PmWl0|5Rd〇c 0 (5/09/ 22/09:,3⁄4 Λ» 200815186 is larger, so when the positioning block pivots downward, it is not easy to accurately position the zipper strip, and there may be a situation in which the sprocket of the zipper strip is hit, and then Affecting the subsequent shooting operation of the pulling bee strip. Another conventional zipper shooting positioning device, such as the applicant's previous application for the Republic of China Announcement No. 1256339 "with the pull head zipper shooting positioning structure" invention patent, which includes - a base, a main seat plate, a movable plate set and a counting gear set. The base is provided with the main seat plate, the main seat plate has a guiding slot and two slider sensing elements, and the movable plate group It has a movable plate, a missing tooth sensing piece and a drive The movable plate is pivotally connected to the base, whereby the driving plate is used to actuate the movable plate to pivot, so that the movable plate can be pivoted up or down relative to the base. In practical use, the zipper shooting positioning device is mainly disposed in front of a combined mold, and cooperates with a pulling element to actuate a zipper strip in the guiding groove to advance toward the combined mold. The measuring member respectively senses whether the zipper strip is close to or has passed the movable panel, and then transmits a signal to the driving cylinder to control the pivoting rise or fall of the movable panel, so that one of the zipper strips can smoothly pass the In addition, the missing tooth sensor can control the counting gear set to calculate whether the zipper strip advances to a predetermined position, so that the combined mold can perform the above-mentioned zipper strips, such as the stop, the tip and the tip box. In the following, the conventional zipper shooting positioning device has the following disadvantages, for example, the movable plate can be relatively pivoted up or down for the zipper cloth to pass smoothly, but the activity Mainly by means of pivoting and swinging to relatively change the southward position of the edge, so that the driving cylinder actuates the movable plate to act - 7 C:\Lindii\PK Pht\PI 1015«. doc flf*/ /22/ »»»:3Β 200815186 L The front and rear pivoting swings on the pedestal ==This 'The system of the pull-type positioning device must be used for greater use; the front and rear pivoting of the shaft plate, and then In addition, the zipper strip is attached with a slider, and the advancement in the guide groove is easy to maintain in the correct position, so whether the silk plate can be aligned and the alignment can be aligned. Based on the above, it is indeed necessary to further improve the above-mentioned conventional zipper shooting positioning device. In view of the above, the present invention improves the above-mentioned disadvantages by combining a movable plate with a power group and cooperating with two pulling The head sensing component senses the advancement state of the pull button strip on the main seat plate, and then activates the charm plate to vertically move up and above the main seat plate for the zipper strip to pass. In this way, the movable panel is mainly operated in a vertical lifting manner, and the movable panel is parallel to the zipper strip to solve the shortcomings caused by the use of the pivotal angle of the conventional zipper shooting positioning device, so Excessive space is provided for the movable panel to be actuated, and the vertical lifting of the movable panel is not easy to produce excessive expansion, and the space utilization margin and the positioning accuracy of the zipper strip are improved. Furthermore, the movable panel is provided with a plunger, so that the movable panel is vertically lifted and lowered, and the zipper strip can be returned to the positioning position by the plunger, thereby accurately and quickly positioning the zipper strip in the guiding slot. In order to carry out the subsequent shooting operation of the zipper strip. SUMMARY OF THE INVENTION The main object of the present invention is to provide a zipper shooting positioning device that controls a movable panel to be vertically lifted by a power group, so that the movable panel has a range of motion that is not too large and can be relatively lowered. Actuation process
C:\Liwta\PK 如玳1〇|5(U —8 — 舫/的/22/的:邡\ 200815186 中所產生之震動，使得本發明具有提升空間使用裕度及定 位精確度之功效。 本發明之次要目的係提供一種拉鏈射製定位裝置， 其係於一基座上設置二直立轨道，藉以導引一活動板穩定 進行垂直升降之動作，進而大幅降低該活動板作動時所產 生之震動，使得本發明具有可進一步防止該活動板作動時 產生過大之震動的功效。 本發明之另一目的係提供一種拉鏈射製定位裝置， 其係於一活動板設置一插桿，以將一拉鍵布條導正至一導 槽内，使得本發明具有可防止該拉鏈布條任意位移之功效 〇 根據本發明之拉鏈射製定位裝置，其包含一主座板、 一活動板組、一動力組及一計數齒輪組，該主座板設有一 導槽及二拉頭感測件，該活動板組設有一活動板及一缺齒 感測件，該活動板設有一插桿，該動力組設有一動力裝置 以致動該活動板於該主座板上方垂直升降移動。該導槽可 用以定位導引一拉鏈布條，該拉鏈布條附有一個拉頭或二 個拉頭’以利用該二拉頭感測件感應該拉鏈布條之前進狀 悲，進而透過該動力裝置控制該活動板進行垂直升降，以 便該拉鏈布條之拉頭通過，並藉由該插桿將該拉鏈布條精 確且快速的導正至導槽内，以便進行該拉鏈布條之後續射 製作業。 【實施方式】 為讓本發明之上述及其他目的、特徵及優點能更明 C:\Limla\PK Ριιΐ\ΡΚ1015β.Αχ 9 — C5/M/22/〇9.3fi a» 200815186 並配合所附圖式 顯易懂’下域舉本翻讀佳實施例 ，作詳細說明如下：C:\Liwta\PK The vibration generated in 玳1〇|5(U —8 — 舫//22/: 邡\ 200815186 makes the invention have the effect of improving space usage margin and positioning accuracy. A secondary object of the present invention is to provide a zipper shooting positioning device, which is provided with two upright rails on a base, thereby guiding a movable panel to stably perform a vertical lifting motion, thereby greatly reducing the occurrence of the movable panel when the movable panel is actuated. The vibration has the effect of further preventing the excessive vibration of the movable plate when the movable plate is actuated. Another object of the present invention is to provide a zipper shooting positioning device, which is provided with a plunger on a movable plate to A pull-tab strip is guided into a guide groove, so that the present invention has the effect of preventing the zipper strip from being arbitrarily displaced. The zipper shot positioning device according to the present invention comprises a main seat plate, a movable plate set, a power unit and a counting gear set, the main seat plate is provided with a guiding slot and two slider sensing members, the movable panel group is provided with a movable panel and a missing tooth sensing component, and the movable panel is provided with a plunger Power set a power device for actuating the movable plate to vertically move up and down the main seat plate. The guide groove can be used for positioning to guide a zipper strip, the zipper strip is attached with a slider or two sliders to utilize the two The slider sensing member senses the zipper strip before entering the sorrow, and then controls the movable panel to vertically lift through the power device, so that the slider of the zipper strip passes, and the zipper strip is accurate by the plunger And quickly guiding into the guide groove to perform the subsequent shooting operation of the zipper strip. [Embodiment] The above and other objects, features and advantages of the present invention can be made clearer C:\Limla\PK Ριιΐ\ ΡΚ1015β.Αχ 9 — C5/M/22/〇9.3fi a» 200815186 and with the accompanying drawings, it is easy to understand the following examples.
、、第1 2及3圖所示，本發明較佳實施例之拉 鏈射製定位裝置可組裝於—組合模具〔未繪示〕前方，用 以定位導5丨至少-拉鏈布條7進人該組合模具，以便對該 拉鏈布條7進行如上止、_及梢箱等配件之射製作業， 本發明拉鏈射製定絲置係包含-基座1、-主座板'2、 一次座板 一活動板組4、 一動力組5及一計數齒輪組 該主座板2及次座板3平行並列設置於該基座1上 該主座板2及次座板3可用以導引定位該拉鏈布條7，該 活動板組4可活動的設置於該主座板2之上方，該動力組 5可提供一動力，以供該活動板組4於該主座板2之上方 進行垂直升降移動，使該拉鏈布條7;_通過該活動板組 4，遠計數齒輪組6則設置於該基座丨内，用以計算該拉 鏈布條7是否前進至一預定位置。As shown in FIGS. 1 and 2, the zipper shooting positioning device of the preferred embodiment of the present invention can be assembled in front of a combination mold (not shown) for positioning the guide 丨 at least the zipper strip 7 into the person. The combined mold is used to perform the shooting operation of the fasteners 7, such as the above, and the tip box. The zipper of the present invention comprises a base 1, a main seat plate 2, and a primary seat plate. a movable plate set 4, a power set 5 and a counting gear set. The main seat plate 2 and the second seat plate 3 are arranged side by side in parallel on the base 1. The main seat plate 2 and the second seat plate 3 can be used to guide positioning. a zipper strip 7, the movable panel 4 is movably disposed above the main deck 2, and the power pack 5 can provide a power for the movable panel 4 to vertically lift above the main deck 2 Moving, the zipper strip 7; _ passes through the movable panel set 4, and the far counting gear set 6 is disposed in the base cymbal for calculating whether the zipper strip 7 is advanced to a predetermined position.
凊再參照第1圖所示，本發明較佳實施例之基座j 设有一直立執道11及一活動板感測件。該二直立執道 Π分別間隔相對設置於該基座1之一側，使該二直立軌 道11之間可形成一轨道空間〔未標示〕，以導引該活動板 組4之作動’該活動板感測件12可選自一近接開關、一 光學感測開關或一微動開關等，該活動板感測件12亦設 置於該基座1之一侧，且該活動板感測件12係位於該二 軌道11附近，以便感測該活動板組4之作動狀雖。 請再參照第1、2及3圖所示，本發明較佳實施例之 C:\Linda\PK Piit\PKI〇lS& doc —10 — 200815186 主座板2設有^一導槽21、一個柩接塊22、二個签板23 一第一拉頭感測件24、一第二拉頭感測件25及―輔助轨 • 道26。該導槽21凹設於該主座板2之上表面以容置該拉 ' 鏈布條7’且該導槽21内設有一開口 211，該二樞^塊 22間隔設置於該導槽21之一侧’該二壓板23分別與唁 二樞接塊22對應樞接並相對位於該導槽21之上方， 壓板23可以自身重量壓抵於該導槽21上，藉以限制 鏈布條7可確實沿該導槽21朝一預定方向前進。 • 該主座板2之第一拉頭感測件24及第二拉頭感测件 25間隔没置於該導槽21中，其較佳可選自一近接開關 光學感測開關或一祕動開關等，以便感測該拉鍵布條7 之前進狀態，以便該第一拉頭感測件24及第二拉頭感測 ，件25發出訊號至該動力組5控制該活動板組4之作動。 該輔助轨道26設置於該導槽21之一側，以進一步辅助導 引該活動板組4之作動。該次座板3較佳可由二板體上下 堆疊組成，該二板體之間形成一導槽〔未繪示〕以供容置 # 另—拉鏈布條7，域導槽亦設有-開π〔未緣示〕: 本發明之活動板組4設有一活動板41、一固定片42 、-樞轉桿43、-彈性元件44及一缺齒感測件衫。該活 動板41设有二導引槽41卜一凸部412、-導槽413、-通孔414及—插桿4丨5，該二導引槽411 *卿成於該活 動板41之相對一側，以供可活動的結合該二直立執道11 ，该凸部412形成於該活動板41之另一側，以供可活動 的結合該辅助軌道26，該導槽413形成於該活動板41之 C:\Linda\PK P«t\PKK»l5<i. doc 200815186 下表面，該通孔414自該活動板41之上表面貫穿至下表 ®且連通該導槽413，該插桿仍較佳係設置於該活動板 41之下表面’用以將該拉鍵布條7導正至該導槽内。 該活動板組4之固定片42設置於該活動板41之上 ，其設有-樞接件421、-定位桿422及一凸柱423，該 樞接件421及定位桿422分別設置於該固定片42之一侧 ，該凸柱423則凸設於該固定片42之另-側。該柩轉桿 43較佳選自- L形桿，其具有一第一端431及一第二端 • 432 ’該樞轉桿43與該樞接件似柩接結合，且該枢轉桿 43之第-端431穿過該通孔彻伸入至該導槽413内， 使该第-端431可抵接於該拉鍵布條7之鍵齒部71上。 該彈性元件44之-端固接該樞轉桿43，另一端則固接該 ^定片42之定位桿422,以便該樞轉桿43可藉由該彈性 元件44之彈性作用維持其第一端431恒伸入至該導槽 413中4缺齒感測件45可選自—近接開關、一光學感 測開關或-微動開關等’其設置於該固定片42之上端並 春 對應該樞轉桿43之第二端432，以感測該柩轉桿43之作 動情形，進而控制該計數齒輪組6之作動。 本發明較佳實施例之動力組5設有至少一動力裝置 5卜且該動力裝f 51具有一傳動端511，用以致動該活 . 動板41之上下垂直移動，該動力裝置51較佳係選自一油 麼缸、;氣職或其他具有相同傳動魏之動力裝置。 明再參照第3圖所示，本發明較佳實施例之計數齒 輪組6設有至少一升降座6卜至少一計數齒輪62、至少 C:\LtndA\PK Pftt\PK10l5e.doc 〇β/09/22/〇!)：；«·, ^ —12 — 200815186 63、至少一控制桿64及至少-傳動組件65。該計 升降座61上，該撥桿幻凸設於該計 數回輪62之-侧，該控制桿64設置於該基座i上並相對 1於該計數錄62之外_抵接簡桿63，馳制桿64 #又=可連接至絲感觸關、—近接關或—微動開關 ，猎以透職撥桿63之撥動經由—引拉元件〔未綠示〕 控制該拉鏈布條7之作動時機，該傳_件& #連接該 升降座61以控制其升降動作。 口月再參知第1、2及3圖所示，當組裝本發明較佳實 施例之拉騎製定錄置時，社絲2及:欠座板3係並 列設置於該基座i i，並使該基座丨之直立概n可相 對位於该主座板2之一側。該動力組5之動力裝置51係 對應該直立軌道11設置於該基座丨上，且該動力裝置W 電性連接該活動板感測件12、第一拉頭感測件24及第二 拉頭感測件25。該活動板組4之活動板41係與該動力裝 置51之傳動端511相互結合，該活動板41之導槽413則 湘對位於該主座板2之導槽21上方，使該活動板41之插 桿415亦相對位於該導槽21之側緣，且該活動板41之導 引槽411及凸部412分別可活動的結合該軌道丨丨及該辅 助轨道26,另該固定片42之凸柱423亦相對位於該活動 板感測件12之上方。該計數齒輪組6係設置於該基座1 上’於本發明之較佳實施例中，該計數齒輪組6之各構件 可分別選擇二組，其中該二計數齒輪62分別設置於該主 座板2之開口 211及該次座板3之開口〔未繪示〕下方。 C:\Linda\Pl! Pnt\P1tl(ll5fi.doc —13 — 200815186 另該計數齒輪組6之傳動組件65係電性連接該缺歯感測 件45 ,以供該缺齒感測件45控制其作動時機。 ^ 請再參照第2圖所示，該拉鏈布條7之相對側緣分 別具有數段鏈齒部71及數段缺齒部72，且A中一拉鍵布 條7之鏈齒部71上可預先附加一個拉頭乃或二個拉頭 73。藉此，其中一拉鏈布條7〔具有拉頭乃〕可容置於主 座板2之導槽21内，另一拉鏈布條7〔無拉頭73〕則容 置於次座板3之導槽〔未標示〕…並引拉元件〔 • 未繪不〕引拉各該拉鏈布條7朝該組合模具之方向同步前 進:以順利進行後續射製作業，以下即針對該拉鍵布條7 之導引定位流程提出說明。 ,请參照第1至4圖所示，當該拉鏈布條7前進之過 程中’如第3圖所示，該樞轉桿43之第_端431係抵接 該拉鏈布條7之鏈齒部71，造成該_桿43朝該缺齒感 測件45之方向略為樞轉，並使該彈性元件44配合壓縮形 變，令該樞轉桿Μ之第二端432相對接近該缺齒感測件 # 45。如第4圖所示，當該拉鏈布條7之拉頭73到達該第 -拉頭感測件2 4位置時，該第-拉頭感測件2 4即發出'札 號驅使該動力組5之動力裝置51作動，以利用該動力裝 置51之傳動端511推抵該活動板41垂直上升一預定距離 ，令該拉鏈布條7之拉頭73可順利通過該活動板Μ，且 •該固定片42之凸柱423亦同步上升以相對遠離該活動板 . 感測件12。另外由於該壓板23係以自身重量壓抵於她 鍵布们之上表面，故該活動板41之上升動作不致= C:\Lindn\PI Pht\PS10156, doc 〇β/η»/22/03:3β .« —14 — 200815186 扯動該拉鏈布條7位移。再者，當該拉鏈布條7之拉頭 73欲通過該壓板23時，該壓板23可受該拉頭73之抵推 而相對該樞接塊22樞轉活動，以避免影響該拉鏈布條7 之前進動作。 请參知弟1、2及5圖所示，當該拉鏈布條7之拉頭 73通過該活動板41且到達該第二拉頭感測件25位置時 ，該第二拉頭感測件25即發出訊號驅使該動力組5之動 力裝置51再次作動，以利用該動力裝置51之傳動端511 控制該活動板41垂直下降復位。另外，該活動板41復位 ，過程中，該固定片42之凸柱423亦同步下降以相對接近 該活動板感測件12，故當該凸柱423下降至預定位置， 使該活動板感測件12可感應到該凸柱423時，即可判定 '該活動板41已向下移動至定位，進而發出訊號控制該動 力組5之動力裝置51停止作動。 +清參照第1、2及6圖所示，當該活動板41已復位 完成且該拉鏈布條7之缺齒部72前進至該活動板41的通 孔4U位置時，藉由該彈性元件44的彈性復位偏壓，該 樞轉桿43可相對於該缺齒感測件45之另—側方向略為柩 轉’使該第-端431伸入該拉鏈布條7之缺窗部72中。 •’該樞轉桿43之第二端432即相對遠離該缺齒感測 牛45，造成該缺齒感測件45感測不到該第二端极，進 而發出訊號控制該計數齒輪組6之傳動組件&開始作動 0 請參照第卜2及7圖所示，當該計數齒輪組6之傳 C:\Linda\PI 丨诋奴 一 15 — 〇β/ηη/22/(ΐίΐ：；)Γ,,«( 200815186 動γ件65開始作動時，即致動該升降座61上升以同時連 動該计數齒輪62上升，使該計數齒輪62之齒部可經由該 主座板2之開口 211伸入該導槽21内，進而預備與該拉 鏈布條7之下一段鏈齒部71相互嚙合〔未繪示〕。當該拉 鏈布條2之鏈齒部71前進時，即帶動該計數齒輪62配合 轉動，藉以計算該拉鏈布條7之鏈齒部71的齒數及其前 進距離，俟該計數齒輪62轉動至一預定角度後，該撥桿 63可撥動該控制桿64，用以控制該引拉元件停止引拉該 ^鏈布=7前進。此時，先前已通過本發明拉鏈射製定位 衣置之珂一段鏈齒部71恰伸入該組合模具中，以便進行 如上止、插梢及梢箱等配件之射製作冑。另夕卜，對應設置 於及-人座板3之開口下方的另一組計數齒輪幻等相關構 件其作動方式亦與前述計數齒輪62等構件相同，故不 再予詳細贅述。當完成射製作業後，即魏藉由該引拉元 件引拉該拉鏈布條7前進，且控制該計數齒輪62復位， 進而依循相同之上述流程進行下—段之鏈齒部71的定位 及射製動作。 壯再者，請參照第1、2及8圖所示，前述拉鏈射製定 $置作動過程巾，若雜鏈布條7有位移情形而偏移該 21犄，可利用該活動板41之插桿415設計，並配合 於該主座板2上設置一對應該插桿415之通孔27。如第9 圖所不，當該拉鏈布條7之拉頭73通過該活動板41，且 〜舌動板41垂直下降復位的過程中，該活動板41之插桿 415可同日$朝該通孔27之位置下移，以便於下移過程中 C:\Unda\rc Pat\PM〇i56. —16 — 200815186 頂抵該拉鏈布條7之側邊，進而導正該拉鏈布條7回到該 主座板2之導槽21内，並使該活動板41之導槽413可準 禮蓋5又於该拉鍵布條7上，且該樞轉桿43之第一端431 亦可確實抵接該拉鏈布條7之鏈齒部71，故提供一極佳 之導引定位效果。Referring to FIG. 1 again, the base j of the preferred embodiment of the present invention is provided with a standing lane 11 and a movable panel sensing member. The two straight standing lanes are respectively disposed on one side of the base 1 at intervals, so that a track space (not labeled) can be formed between the two upright rails 11 to guide the movement of the movable panel group 4 The board sensing component 12 can be selected from a proximity switch, an optical sensing switch or a micro switch, and the movable panel sensing component 12 is also disposed on one side of the base 1 , and the movable panel sensing component 12 is Located near the two tracks 11, in order to sense the behavior of the movable plate group 4. Referring to Figures 1, 2 and 3 again, in the preferred embodiment of the present invention, C:\Linda\PK Piit\PKI〇lS& doc —10 — 200815186 The main seat plate 2 is provided with a guide groove 21 and a The splicing block 22, the two signboards 23, a first slider sensing member 24, a second slider sensing member 25, and an "auxiliary rail" track 26. The guide groove 21 is recessed on the upper surface of the main seat plate 2 to accommodate the pull chain strip 7', and an opening 211 is defined in the guide groove 21. The two pivot blocks 22 are spaced apart from the guide groove 21 One of the two pressing plates 23 is respectively pivotally connected to the second pivoting block 22 and opposite to the guiding groove 21, and the pressing plate 23 can be pressed against the guiding groove 21 by its own weight, thereby limiting the chain strip 7 It is sure to advance along the guide groove 21 in a predetermined direction. The first slider sensing member 24 and the second slider sensing member 25 of the main seat panel 2 are not disposed in the guiding slot 21, and preferably are selected from a proximity switch optical sensing switch or a secret a switch or the like to sense the advance state of the pull tab 7, so that the first slider sensing member 24 and the second slider sense, the member 25 sends a signal to the power group 5 to control the movable panel group 4 Acting. The auxiliary rail 26 is disposed on one side of the guide groove 21 to further assist in guiding the movement of the movable panel group 4. The sub-seat 3 is preferably composed of two plates stacked one on top of the other, and a guiding groove (not shown) is formed between the two plates for accommodating the # another-zipper strip 7, and the domain guiding groove is also provided-opening π [not shown]: The movable panel 4 of the present invention is provided with a movable panel 41, a fixing piece 42, a pivoting lever 43, an elastic member 44, and a missing tooth sensing shirt. The movable plate 41 is provided with two guiding grooves 41, a convex portion 412, a guiding groove 413, a through hole 414 and a plunger 4丨5, and the two guiding grooves 411 are formed on the movable plate 41. One side, for movable connection with the two upright roads 11, the convex portion 412 is formed on the other side of the movable plate 41 for movablely combining the auxiliary rail 26, the guiding groove 413 is formed at the activity C:\Linda\PK P«t\PKK»l5<i.doc 200815186 lower surface, the through hole 414 penetrates from the upper surface of the movable plate 41 to the lower table® and communicates with the guide groove 413, the insertion The rod is still preferably disposed on the lower surface of the movable plate 41 to guide the button strip 7 into the guide groove. The fixing plate 42 of the movable plate group 4 is disposed on the movable plate 41, and is provided with a pivoting member 421, a positioning rod 422 and a protruding column 423. The pivoting member 421 and the positioning rod 422 are respectively disposed on the movable plate 41. One side of the fixing piece 42 is protruded from the other side of the fixing piece 42. The rotating rod 43 is preferably selected from an L-shaped rod having a first end 431 and a second end 432 ′. The pivoting rod 43 is spliced and coupled to the pivoting member, and the pivoting rod 43 is coupled to the pivoting rod 43. The first end 431 extends through the through hole into the guide groove 413 such that the first end 431 can abut against the key portion 71 of the pull tab 7. The end of the elastic member 44 is fixed to the pivoting rod 43 and the other end is fixed to the positioning rod 422 of the fixing piece 42 so that the pivoting rod 43 can maintain its first position by the elastic action of the elastic member 44. The terminal 431 extends into the guiding slot 413. The missing tooth sensing component 45 can be selected from the group consisting of a proximity switch, an optical sensing switch or a micro switch, etc., which are disposed on the upper end of the fixing piece 42 and springly opposite. The second end 432 of the rotating rod 43 senses the operation of the rotating rod 43 to control the operation of the counting gear set 6. The power unit 5 of the preferred embodiment of the present invention is provided with at least one power unit 5, and the power unit f 51 has a driving end 511 for actuating the vertical movement of the movable plate 41. The power unit 51 is preferably It is selected from an oil tank, a pneumatic or other power unit with the same transmission Wei. Referring again to FIG. 3, the counting gear set 6 of the preferred embodiment of the present invention is provided with at least one lifting block 6 and at least one counting gear 62, at least C:\LtndA\PK Pftt\PK10l5e.doc 〇β/09 /22/〇!):;«·, ^ — 12 — 200815186 63, at least one control lever 64 and at least a transmission assembly 65. The lever is slanted on the side of the counting return 62, and the lever 64 is disposed on the base i and is opposite to the counter 62. , Galloping rod 64 #又= can be connected to the silk touch, close to or close to - micro switch, hunting with the shifting lever 63 of the dialing through the pull element (not green) to control the zipper strip 7 At the timing of the actuation, the transmitter &# connects the elevator 61 to control its lifting action. As shown in Figures 1, 2 and 3, when assembling the preferred embodiment of the present invention, the social wire 2 and the under-seat plate 3 are juxtaposed on the base ii, and The upright position of the base can be relatively located on one side of the main seat plate 2. The power unit 51 of the power unit 5 is disposed on the base cymbal corresponding to the upright rail 11, and the power unit W is electrically connected to the movable panel sensing member 12, the first slider sensing member 24 and the second pull Head sensing member 25. The movable plate 41 of the movable plate group 4 is coupled with the driving end 511 of the power unit 51, and the guiding groove 413 of the movable plate 41 is located above the guiding groove 21 of the main seat plate 2, so that the movable plate 41 is The insertion rod 415 is also located at a side edge of the guide groove 21, and the guiding groove 411 and the convex portion 412 of the movable plate 41 are movably coupled to the track 丨丨 and the auxiliary track 26 respectively, and the fixing piece 42 is The stud 423 is also located above the movable plate sensing member 12. The counting gear set 6 is disposed on the base 1. In the preferred embodiment of the present invention, the components of the counting gear set 6 can be respectively selected into two groups, wherein the two counting gears 62 are respectively disposed in the main seat. The opening 211 of the plate 2 and the opening of the secondary seat plate 3 (not shown) are below. C:\Linda\Pl! Pnt\P1tl(ll5fi.doc —13 — 200815186 The transmission component 65 of the counting gear set 6 is electrically connected to the missing sensing member 45 for control by the missing tooth sensing unit 45. The timing of the actuation. ^ Please refer to FIG. 2 again, the opposite side edges of the zipper strip 7 respectively have a plurality of sprocket portions 71 and a plurality of edentulous portions 72, and a chain of the pull tabs 7 in A A slider or two sliders 73 may be attached to the tooth portion 71. Thereby, one of the zipper strips 7 (having a slider) can be accommodated in the guide groove 21 of the main seat plate 2, and the other zipper The strip 7 (without the slider 73) is placed in the guide groove of the secondary seat plate 3 (not shown)... and the pulling member [...not drawn] pulls each of the zipper strips 7 toward the direction of the combined mold. Advance: In order to smoothly carry out the subsequent shooting operation, the following is a description of the guiding and positioning process of the pull key strip 7. Please refer to Figures 1 to 4, when the zipper strip 7 advances As shown in FIG. 3, the first end 431 of the pivoting lever 43 abuts against the sprocket portion 71 of the zipper strip 7, causing the _ rod 43 to slightly pivot toward the edentulous sensing member 45, and Make The elastic member 44 cooperates with the compression deformation such that the second end 432 of the pivot rod is relatively close to the missing tooth sensing member #45. As shown in Fig. 4, when the slider 73 of the fastener strip 7 reaches the first portion - When the slider sensing member is in the position of 4, the first slider sensing member 24 issues a 'number to drive the power unit 51 of the power unit 5 to actuate to push the activity with the driving end 511 of the power unit 51. The plate 41 is vertically raised by a predetermined distance, so that the slider 73 of the zipper strip 7 can smoothly pass through the movable panel, and the protrusion 423 of the fixing piece 42 also rises synchronously to be relatively far away from the movable panel. The sensing member 12 In addition, since the pressure plate 23 is pressed against the upper surface of the key cloth by its own weight, the rising motion of the movable plate 41 is not = C:\Lindn\PI Pht\PS10156, doc 〇β/η»/22/ 03:3β .« —14 — 200815186 Pulling the zipper strip 7 to displace. Further, when the slider 73 of the zipper strip 7 is intended to pass the pressing plate 23, the pressing plate 23 can be pushed by the slider 73 And pivoting relative to the pivoting block 22 to avoid affecting the forward movement of the zipper strip 7. Please refer to the figures 1, 2 and 5, when the zipper cloth When the slider 73 of the 7 passes the movable panel 41 and reaches the position of the second slider sensing member 25, the second slider sensing member 25 sends a signal to drive the power unit 51 of the power unit 5 to operate again to utilize The driving end 511 of the power unit 51 controls the vertical reduction of the movable plate 41. In addition, the movable plate 41 is reset, and the protrusions 423 of the fixing piece 42 are also synchronously lowered to be relatively close to the movable plate sensing member 12, Therefore, when the protruding post 423 is lowered to a predetermined position, so that the movable panel sensing member 12 can sense the protruding post 423, it can be determined that the movable panel 41 has moved downward to the positioning, thereby signaling to control the power group. The power unit 51 of 5 stops operating. Referring to Figures 1, 2 and 6, when the movable plate 41 has been reset and the missing tooth portion 72 of the fastener stringer 7 is advanced to the position of the through hole 4U of the movable plate 41, the elastic member is The elastic return bias of the 44, the pivoting rod 43 is slightly twisted relative to the other side of the missing tooth sensing member 45 to extend the first end 431 into the window portion 72 of the zipper strip 7. . The second end 432 of the pivoting lever 43 is relatively far from the missing tooth sensing cow 45, so that the missing tooth sensing member 45 does not sense the second end pole, and then signals to control the counting gear set 6. The drive assembly & start action 0 Please refer to the figures 2 and 7, when the count gear set 6 passes C:\Linda\PI 丨诋 slave one 15 — 〇β/ηη/22/(ΐίΐ:; )Γ,,«(200815186 When the gamma member 65 starts to act, the lifting seat 61 is actuated to simultaneously move the counting gear 62 to rise, so that the tooth portion of the counting gear 62 can pass through the opening of the main seat plate 2 The 211 extends into the guide groove 21, and is further engaged with a sprocket portion 71 of the lower zipper strip 7 (not shown). When the sprocket portion 71 of the zipper strip 2 advances, the count is driven. The gear 62 cooperates with the rotation to calculate the number of teeth of the sprocket portion 71 of the zipper strip 7 and the forward distance thereof. After the counter gear 62 is rotated to a predetermined angle, the lever 63 can be used to toggle the lever 64 for Controlling the pulling element to stop pulling the chain cloth = 7 forward. At this time, the zipper has been previously produced by the zipper of the present invention. The sprocket portion 71 extends into the combined mold so as to perform the production of the above-mentioned stop, the spigot, and the tip box, etc. In addition, another set of counts corresponding to the opening of the pedestal 3 is provided. The gear phantom and other related components are also operated in the same manner as the counting gear 62 and the like, and therefore will not be described in detail. After the shooting operation is completed, Wei pulls the zipper strip 7 forward by the pulling member, and The counting gear 62 is controlled to be reset, and the positioning and shooting operation of the sprocket portion 71 of the lower stage are performed in accordance with the same procedure. For the strong, please refer to the first, second and eighth figures, and the zipper is set to be set to move. The process towel, if the miscellaneous chain strip 7 is displaced and offset by 21 犄, can be designed by using the plunger 415 of the movable panel 41, and is matched with the main seat panel 2 to provide a pair of through holes of the plunger 415 27. As shown in Fig. 9, when the slider 73 of the zipper strip 7 passes through the movable panel 41, and the tongue flap 41 is vertically lowered and reset, the plunger 415 of the flap 41 can be the same as the day. The position of the through hole 27 is moved downward to facilitate C:\Unda\rc Pat\PM during the downward movement I56. —16 — 200815186 abuts against the side of the zipper strip 7, and then guides the zipper strip 7 back into the guide groove 21 of the main seat plate 2, and the guide groove 413 of the movable plate 41 is allowed to be The cover 5 is further disposed on the pull strip 7, and the first end 431 of the pivot rod 43 can also abut the sprocket 71 of the zipper strip 7, thereby providing an excellent guiding and positioning effect. .
乂+如上所述，相較於習用拉鏈射製定位裝置的活動板 係藉由前後樞轉擺動方式以相對改變其高度位置，而具有 降低空間使用裕度及定位精確度不佳等缺點。第1圖之本 發明係藉由該動力組5控制該活動板41垂直升降移動， 使該活動板41之活動範圍不致過大，進而提升其空間使 用裕度。另外，騎峡41之錄升_作動方式，亦 可將作動日t所可此產生之震動降低，_以有效提升該拉鍵布 條7之⑽精確度及各相_件之使用壽命。再者，該活 動板41於垂直復位之過程中，亦可利用該插桿仍導正 ^拉鏈布條7回歸&位’以有效防止該拉鏈布條7任意位 然本發明已利用上述較佳實施例揭示 ::定本發明，任何熟習此技藝者，在不脫離二 精神^圍之内’當可料種更動與修改，因此本糾 保護輥圍纽_之申請專纖圍所界定者為準。 C:\Lirata\PK PatNPKIOISe. doc乂+ As described above, the movable plate of the conventional zipper shooting positioning device has the disadvantages of reducing the space use margin and the poor positioning accuracy by relatively changing the height position by the front-back pivoting swing mode. The invention of Fig. 1 controls the vertical movement of the movable panel 41 by the power unit 5, so that the movable range of the movable panel 41 is not excessively large, thereby increasing the space utilization margin. In addition, the riding gorge 41's recording _ actuation mode can also reduce the vibration generated by the action day t, _ to effectively improve the (10) accuracy of the pull button strip 7 and the service life of each phase. Moreover, during the vertical reset of the movable panel 41, the plunger can also be used to guide the zipper strip 7 to return & the position to effectively prevent the zipper strip 7 from being arbitrarily located. The preferred embodiment reveals that: according to the present invention, any person skilled in the art can change and modify the material in the absence of the second spirit. Therefore, the application of the special protection fiber enclosure is defined by quasi. C:\Lirata\PK PatNPKIOISe. doc
nr»/n9/22/(W；3f, AM —17 — 200815186 【圖式簡單說明】 位裝置的組 第1圖：本發明較佳實施例之拉鏈射製定 合立體圖。 弟2圖：本發明較佳實施例之拉鏈射製定位襄置的组 合上視圖。 、 二囷本發明/σ第2圖之3-3、線的組合剖視圖。 第4圖.本發明較佳實施例之拉鍵射製定位 一拉頭感測件感測動作示意圖。 " 第5圖：本發明較佳實施例之拉鍵射製定位 一拉頭感測件感測動作示意圖。 β7链| :本發明較佳實闕之拉鏈射製定位裝置當樞 轉=之弟-端伸入拉鏈布條之缺齒部時的動作示意圖。 第7圖：本發明較佳實施例之拉鏈射製定位^ 數齒輪組之動作示意圖。 發明較佳實施例之拉鏈射製定位裝置之插 杯¥正拉鏈布條前之動作示意圖。 發明較佳實施例之拉鏈射製^位褒置之插 杯導正拉鏈布條後之動作示意圖。 【主要元件符號說明】 11 直立執道 2 主座板 211 開口 23壓板 1 基座 12 活動板感測件 21導槽 22樞接塊 C:\Limto\PK Pat\PKj〇(5fi. ~ 18 — 200815186Nr»/n9/22/(W;3f, AM-17-200815186 [Simplified description of the drawings] Group of bit devices Fig. 1 is a perspective view of a zipper shot in accordance with a preferred embodiment of the present invention. A top view of a combination of the zipper shooting positioning devices of the preferred embodiment. 2. A cross-sectional view of the present invention / σ 2, 3-3, and a line. FIG. 4 is a view of a preferred embodiment of the present invention. Schematic diagram of sensing operation of a slider sensing member. <Fig. 5: Schematic diagram of sensing operation of a slider shooting positioning and slider sensing member according to a preferred embodiment of the present invention. β7 chain|: Preferably, the present invention The action diagram of the zipper shooting positioning device of the actual zipper when the yoke-the end of the zipper is inserted into the edentulous portion of the zipper strip. Fig. 7 is a view showing the zipper shooting positioning gear of the preferred embodiment of the present invention. The schematic diagram of the action of the zipper shooting positioning device of the preferred embodiment of the present invention is performed in front of the positive zipper strip of the zipper shooting device of the preferred embodiment. Schematic diagram of the action. [Main component symbol description] 11 erected erect 2 main seat plate 211 opening 23 A movable plate 12 of the base plate 21 the sensing member guide grooves 22 pivoting block C: \ Limto \ PK Pat \ PKj〇 (5fi ~ 18 - 200815186.
24 第一拉頭感測件 25 26 輔助執道 27 3 次座板 4 41 活動板 -411 412 凸部 413 414 通孔 415 42 固定片 421 422 定位桿 423 43 柩轉桿 431 432 第二端 44 45 缺齒感測件 5 51 動力裝置 511 6 计數齒輪組 61 62 計數齒輪 63 64 控制桿 65 7 拉鏈布條 71 72 缺齒部 73 第二拉頭感測件 通孔 活動板組 導引槽 導槽 插桿 柩接件 凸柱 第一端 彈性元件 動力組 傳動端 升降座 撥桿 傳動組件 鏈齒部 拉頭24 First slider sensing part 25 26 Auxiliary road 27 3 times seat plate 4 41 movable plate -411 412 convex part 413 414 through hole 415 42 fixing piece 421 422 positioning rod 423 43 柩 rotating rod 431 432 second end 44 45 missing tooth sensing 5 51 power unit 511 6 counting gear set 61 62 counting gear 63 64 lever 65 7 zipper strip 71 72 missing tooth 73 second slider sensing member through hole movable plate group guiding groove Guide groove splicer splicing column first end elastic member power unit transmission end lifting seat lever lever assembly chain toothed slider