M319265 八、新型說明： 【新型所屬之技術領域】 本創作係與編織帶機有關，更詳而言之是指一種編織 帶機之出線控制裝置者。 【先前技術】 按，習知編織帶機將紗線編織成繩或帶之方式，大體 上係先行將數個環設於機台頂侧之走馬紗管上承置之紗 線一端導引至機台上方之導線I置，俾當各該走馬紗管於 機台上交叉移動時，導線裝置上之紗線可持續匯集而編織 成繩或帶。為了妥善地收納編織完成之繩或帶，習知編織 帶機之機台作業流程後端通常設置有收線機構，收線機構 中並a又有可供繩或帶纏繞之收線輪，如中華民國公告第 507768號「編織機之捲收傳動機構改良」及第519139號 「編織帶機之收線輪固定架結構改良」專利案所示，俾可 利用與機台同步運作之收線輪捲收繩體。 雖然利用與機台同步運作之收線輪捲收編織完成之 繩或帶乃甚佳之收納方式，惟，為使得收線輪旋動時繩或 帶可順暢地纏繞於收線輪表面，實務上操作人員通常會將 繩或帶頭端以一定束缚力先行捲繞於收線輪上，如此一 來，當收線輪上捲收之繩或帶愈來愈多時，由於整體重量 之提昇，繩或帶將會於收線輪表面愈束愈緊，常導致繩或 帶受極大拉力而破損斷裂之情形，影響編織品之良率。 【新型内容】 5 ，M319265 本創作之主要目的即在提供一種可解決前揭缺失之 編織帶機之出線控制裝置，其可使編織繩體以張力不變之 狀態持續被收捲於收線輪上’俾可避免繩體之紗線受到破 壞而維持編織之品質。 緣是，為達成前述之目的，本創作係提供一種編織帶 機之出線控制裝置，係設置於編織帶機之收線機構，包含 有一架體，包含一底座，若干導桿，平行設置於底座上， 一頂板，設置於各該導桿頂端，其上並設有一第一穿孔與 一第二穿孔；一活動組件，包含一滑座，該滑座係可移動 地架設於導桿，——第一導引件，設置於該滑座上；一篦一 導引件，設置於該頂板並對應第二穿孔；二感應器，設置 於該架體頂、底端並電性連接收線機構之電力驅動單元， 用以當該滑座移動至感應器之感應範圍時可啟動電力驅 動單元使收線機構收線。 【實施方式】 以下’兹舉本創作一較佳實施例，並配合圖式做進一 步之詳細說明如後： 首先’請參閱第一圖至第五圖所示，本創作一較佳實 施例之出線控制裝置1〇，係可設置於編織帶機之收線機 構11前’由一架體12、一活動組件14、一第二導引件 16及·一感應18、19所構成。 該架體12，係由一底座22、三導桿24、26、28及一 頂板30所組成。各該導桿24、26、28斷面概呈圓形，且， M319265 •該二導桿24、26係平行設置於底座22頂侧，該頂板30 係固設於各該導桿24、26、28上，其上並設有一第一穿 孔32與一第二穿孔34。 該活動組件14，係由一滑座36與一第一導引件38 所組成。該滑座36係套置於二導桿24、26上，俾可於該 ‘二導桿24、26上滑移，該第一導引件38係一滑輪，樞設 於該滑座36頂一侧。 該第二導引件16，係一滑輪，樞設於該頂板3〇上並 •對應第二穿孔34。 該感應器18、19，係習知之微動開關，分別固設於 導桿28頂、底端並電性連接收線機構u之電力驅動單 元，二者之觸動端係可接觸滑座36。 藉此，當該滑座36位於接觸感應器19觸動端之位置 時，該感應器19可驅動電力驅動單元而促使收線機構u 收線，而當滑座36位於接觸感應器19之位置時，電力驅 •動單元即停止作動，則該收線機構11即停止收線。 • 本創作該出線控制裝置10之作動方式如下： 操作時，係先將編織完成之繩（或帶）體50頭端穿 入第一穿孔32,再繞經該第一導引件38之底側、第二穿 孔34及第二導引件16之頂侧而固定於收線機構^。 當編織帶機未作動時，由於繩（或帶）體50並未出 線，則該活動組件14係受繩（或帶）體5〇張力作用而位 於架體12上端，此時，該收線機構u並未作動。當編織 M319265 帶機開始作動而逐漸編織出繩（或帶）體5〇時，該繩（或 帶）體50即會因長度漸長、張力降低，而使該活動組件 14受自身重量作用漸漸下降。M319265 VIII. New description: [New technical field] The creation department is related to the braiding machine, and more specifically refers to the outlet control device of the braiding machine. [Prior Art] According to the conventional knitting belt machine, the yarn is woven into a rope or a belt. Generally, a plurality of loops are arranged on one end of the yarn on the top side of the machine. The wires I above the machine are placed, and when the respective horse-drawn bobbins are cross-moved on the machine table, the yarns on the wire device can be continuously collected and woven into a rope or belt. In order to properly store the braided rope or belt, the back end of the machine operation flow of the conventional braiding belt machine is usually provided with a wire take-up mechanism, and a take-up wheel for winding the rope or the belt is wound in the wire take-up mechanism, such as The Republic of China Announcement No. 507768 "Improvement of the winding mechanism of the knitting machine" and the "Modification of the structure of the reeling frame of the braiding machine" No. 519139, the reel can be operated synchronously with the machine Roll the rope body. Although it is a good storage method by using a reel that is synchronized with the machine to retract the rope or the belt, the rope or the belt can be smoothly wound around the surface of the rewinding wheel when the reel is rotated. The operator usually winds the rope or the leading end with a certain binding force on the take-up reel, so that when the rope or belt is wound up on the take-up reel, the rope is lifted due to the overall weight. Or the belt will become tighter and tighter on the surface of the rewinding wheel, which often causes the rope or belt to be damaged by the maximum tensile force, which affects the yield of the woven fabric. [New content] 5, M319265 The main purpose of this creation is to provide a wire-drawing control device that can solve the problem of the woven belt machine, which can continue to be wound up in the state of tension. On the wheel, the yarn can be prevented from being damaged and the quality of the weave is maintained. The reason is that, in order to achieve the above purpose, the present invention provides an outlet control device for a braiding belt machine, which is disposed on a take-up mechanism of a braiding machine, and includes a frame body including a base and a plurality of guide rods disposed in parallel a top plate is disposed on a top end of each of the guide rods, and a first perforation and a second perforation are disposed thereon; a movable assembly includes a sliding seat, and the sliding seat is movably mounted on the guiding rod, a first guiding member disposed on the sliding seat; a first guiding member disposed on the top plate and corresponding to the second through hole; and two inductors disposed on the top and bottom ends of the frame body and electrically connected to the receiving line The electric drive unit of the mechanism is configured to activate the electric drive unit to take the take-up mechanism when the slide moves to the sensing range of the sensor. [Embodiment] The following is a preferred embodiment of the present invention, and further detailed description with reference to the following: First, please refer to the first to fifth figures, a preferred embodiment of the present invention The outlet control device 1A can be disposed in front of the wire take-up mechanism 11 of the braiding machine, and is composed of a frame body 12, a movable assembly 14, a second guide member 16, and a sensor 18, 19. The frame body 12 is composed of a base 22, three guide bars 24, 26, 28 and a top plate 30. Each of the guide rods 24, 26, 28 has a circular cross section, and M319265: the two guide rods 24, 26 are disposed in parallel on the top side of the base 22, and the top plate 30 is fixed to each of the guide rods 24, 26 And 28, a first through hole 32 and a second through hole 34 are disposed thereon. The movable assembly 14 is composed of a sliding seat 36 and a first guiding member 38. The sliding seat 36 is sleeved on the two guiding rods 24 and 26, and the cymbal can be slid on the two guiding rods 24 and 26. The first guiding member 38 is a pulley and is pivoted on the top of the sliding seat 36. One side. The second guiding member 16 is a pulley that is pivotally disposed on the top plate 3 and corresponding to the second through hole 34. The sensors 18 and 19 are conventional micro-switches which are respectively fixed on the top and bottom ends of the guide rod 28 and electrically connected to the electric drive unit of the take-up mechanism u. The touch ends of the two can contact the slide 36. Thereby, when the slider 36 is located at the touch end of the contact sensor 19, the inductor 19 can drive the electric drive unit to cause the take-up mechanism u to take up the line, and when the slide 36 is at the position of the contact sensor 19. When the electric drive unit is stopped, the take-up mechanism 11 stops the take-up. • The operation of the outlet control device 10 is as follows: In operation, the end of the braided rope (or belt) body 50 is first inserted into the first perforation 32, and then passed through the first guide member 38. The bottom side, the second through hole 34 and the top side of the second guiding member 16 are fixed to the wire take-up mechanism. When the braiding machine is not actuated, since the rope (or belt) body 50 is not out of the line, the movable component 14 is placed on the upper end of the frame body 12 by the tension of the rope (or belt) body 5, at this time, the receiving The line agency u did not act. When the weaving M319265 belt machine starts to work and gradually weaves the rope (or belt) body 5〇, the rope (or belt) body 50 will gradually become longer and the tension is lowered, so that the movable component 14 is gradually affected by its own weight. decline.
如第六圖所示，當該活動組件14下降至使滑座36 接觸感應！ 19之觸動端時，該收線機構n即開始作動收 線’如此一來，該、繩（或帶）體5〇將漸被拉直，則該活 動組件14將受到繩（或帶）體5〇張力之影響而漸漸上升， 當該滑座36接觸感應 18之觸動端時，該收 即停止作動、收線。 基此’即可使該繩（或帶）體5〇以一定張力之狀態 於收線機構U，俾可解決習知編織帶機隨機台同時 作動之收線輪其收線時易將編織成品中部分紗線拉斷之 缺點者。 ^其次，由於績作該出線控制裝置1()具備 繩體以張力不變之狀態捲繞於收線機構u上之 ^ ===之收線機構時，該等收線機構“ :=:?傳動機構之設計’俾更可獲致提昇設計 n提的是’補作巾該感絲衫限前 動 開關，其只需可使滑座於：適當位置之微動 所述之動作，即符合本創作之需求==生如前 感測裝置），而屬本創作之技術範圍。 線感測之 綜上所陳，本創作所提供編織帶機之出線_裝置， M319265 體赠力不變之狀態捲繞於收線機 線時易將編織成λ織帶機隨機台同時作動之收 織成叩中部分紗線拉斷之缺點，同時提昇設計 上之彈性者·链* e ’緣疋’本創作確實符合新型專利之規定，爰 依法提出申請。 【圖式簡單說明】 第一圖係本創作一較佳實施例之前視圖。 第一圖係本創作一較佳實施例之後視圖。 第三圖係本創作一較佳實施例之頂視圖。 第四圖係本創作一較佳實施例之侧視圖。 一第五圖係本創作一較佳實施例設置於收線機構前之 示意圖。 第/、圖係本創作一較佳實施例之動作示意圖，顯示活 動組件接觸錢H而促使I線機構開始收線之狀態。 【主要元件符號說明】 出線控制裝置10收線機構11 架體12 活動組件14 第二導引件16感應器18 底座22 導桿24、26、28頂板30 第一穿孔32 第二穿孔34 滑座36 第一導引件38繩（或帶）體50 '19As shown in the sixth figure, when the movable assembly 14 is lowered to make the slide 36 contact the induction! At the touch end of 19, the take-up mechanism n starts to actuate the take-up line. Thus, the rope (or belt) body 5〇 will be gradually straightened, and the movable assembly 14 will be subjected to the rope (or belt) body. 5〇 The influence of the tension gradually rises. When the slider 36 contacts the touch end of the induction 18, the closing stops the action and closes the line. Based on this, the rope (or belt) body 5 can be placed in a state of tension with the wire take-up mechanism U, which can solve the problem that the conventional wire-wound machine is simultaneously driven by the take-up reel, which is easy to weave the finished product. The disadvantage of the partial yarn breakage. ^Secondly, when the outlet control device 1 () has a winding mechanism in which the rope body is wound on the wire take-up mechanism u in a state where the tension is constant, the wire take-up mechanism " := :? The design of the transmission mechanism's can be upgraded. The design of the transmission is the 'removable towel'. The front-end switch is only required to make the slide move in the appropriate position. The demand for creation == raw as before the sensing device), and belongs to the technical scope of this creation. The line sensing is comprehensive, the creation of the knitting machine provides the outlet _ device, M319265 body gift is unchanged When the state is wound on the wire take-up line, it is easy to weave into the λ webbing machine and the woven fabric is woven into a part of the yoke. The elastic part of the design is improved. The creation does comply with the requirements of the new patent, and the application is made according to law. [Flat Description] The first drawing is a front view of a preferred embodiment of the present invention. The first drawing is a rear view of a preferred embodiment of the present invention. A top view of a preferred embodiment of the present invention is created. A fifth side view is a schematic view of a preferred embodiment of the present invention, which is disposed in front of a wire take-up mechanism. A drawing of a preferred embodiment of the present invention shows a movable component contacting the money H. The state in which the I-line mechanism starts to take off. [Main component symbol description] Outlet control device 10 wire take-up mechanism 11 frame 12 movable assembly 14 second guide member 16 sensor 18 base 22 guide bars 24, 26, 28 Top plate 30 first perforation 32 second perforation 34 slide 36 first guide 38 rope (or belt) body 50 '19