M282988 八、新型說明： 【新型所屬之技術領域】 更詳而言之是指一 種感測 本創作係與編織帶機有關 裝置者。 【先17技術】M282988 8. Description of the new model: [Technical field to which the new model belongs] More specifically, it refers to a type of sensor. This creation is related to the device of the knitting belt machine. [First 17 technologies]
按，習知編織帶機之結構及運作方式，大體上係 設於機台頂側之數個走馬紗管上之紗線導引至機台上长 導線架之導線孔，俾當各該走馬紗管於機台上交又移 w v線可經由導線架匯集編織而成紗繩或紗帶，而 完成之紗繩或紗帶則由機台後端設置之收線機構收集= 線機構係利用與機台同步運作之收線輪捲收紗繩或 習知編織帶機之收線機構係與機台同步運作，俾可产 ^編織完成m紗帶收集，此等設計對於紗繩或: :之1化製作流程確實方便、有效m線: 啦生故障而導致編織完成 ' 170成之心繩或紗帶無法繼續被收線 :線機：’ i於機台仍持續運轉中’而紗繩或紗帶未受到 册纏植作用將會漸漸下降’必然會導致紗線及紗 二走:酬上之情形，導致紗線清理之困難甚至 皮枞等走馬紗管問題。 【新型内容】 本創作之主要目的即在楹 括叮初1、， I仕杈供一種可解決前揭缺失之 5 M282988 感測裝置’當編織帶機運轉過程中收 法將編織完成之紗帶拉上收集時可立即=相無 生紗線纏繞於各走g糾、其^ 、“ 俾可避免發 題之產生者。Hu㈣紗線清理之困難等問 為達成前述之目的’本創作係提供—種 置’δ又置於編織帶機之導線架上，包含有一支架，：二 基部’：承置部，設於該基部一端；一承座，以絕緣材： 製成，設置於該承置部上；_導 貝 » T ^ L 電件，相隔預定距離地設 座上並連接一斷電線路；一控制件’可移動地設 置於該承座上，用以移動至預定位置時可接觸該二導電^ 而導通斷電線路。 【實施方式】 以下，茲舉本創作一較佳實施例，並配合圖式做進一 步之详細說明如後： 首先’明參閱第一圖至第三圖所示，本創作一較實施 例之感測裝置1 〇，係設置於一編織帶機20之導線架 上，由一支架12、一承座14、二導電件丨6及一浮動件 1 8所構成。 5亥支架1 2 ’具有一基部22，可供固定於該導線架201 上’ 一圈狀承置部24，設於該基部22 —端。 該承座14，以絕緣材質製成，本實施例係塑膠，套 置於該承置部24上，其上並貫穿有一穿孔26。 6 M282988 該二導電件16，以導電材質製成，本實施例係金屬 螺絲’相對鎖置於該承座14之穿孔26二側並連接一斷電 線路28。 該控制件18，由一筒狀移動塊30、一搭接件32及一 彈性件34所組成。該移動塊30係以絕緣材質製成，本實 施例係塑膠，斷面概呈倒T型，具有一筒身36、一底座 38及貫穿二者之一導線孔40,該筒身36係可上下移動地 _穿置於穿孔26内，該搭接件32係習知金屬c型環，套 固於該筒身36上端而可抵接該穿孔26邊緣、使移動塊 3〇不會掉落，該彈性件34係介於承座14底端與移動塊 3〇之底座38間，用以使該移動塊30未受外力作用時係 恆朝下移動。又，該底座38之導線孔40底端開口並設有 一筒狀導塊42。 藉此，如第四圖所示，本創作該感測裝置1〇係設置 於導線架201上，該編織帶機20各走馬紗管202上之紗 _線50係經由導塊42、導線孔40而被朝上拉出匯集編織。 該編織帶機20運轉時，各該紗線5〇係持續自各走馬 紗管202被傾斜地拉出而編織成紗帶，紗帶則被編織帶機 2〇之收線機構（圖中未示）收集，是以，各該紗線之 張力（大於彈性件34之張力）可將移動塊3〇朝上推起， 使得該搭接件32與二導電件16呈不接觸狀態。萬一該編 織帶機20之收線機構發生問題而無法繼續收集紗帶52 時’該紗帶52將會漸漸鬆弛而落下，使得各該紗線5〇 7 M282988 :張力喪失，則該移動塊3〇即會受 降下，直到該搭接件32搭接二 =作用而 線路28，如第五圖所示，传 皁V、5亥斷電 _ 使、扁織帶機20停機，避免彩 弛之紗帶52與紗線50纏繞於各走馬紗管202上、造：： 理不易甚至破壞走馬紗管2〇2之問題產生。 ’月 本創作該感測震置10不僅可設置於編織 = 作為導引、匯集紗線之用，且，萬-編織 _ 喊”、、法、、、M績收集紗帶時，該感測 10可巧妙地隨著紗帶、紗線張力之減弱、喪失而使 、，“儀停機’避免紗帶、紗線不慎纏繞於走馬紗管上、 造成紗線清理之困難等問題之產生。 【圖式簡單說明】 第一圖係本創作一較佳實施例之立體組合圖。 第二圖係本創作一較佳實施例之立體分解圖。 第一圖係本創作一較佳實施例之側視圖。 第四圖係本創作一較佳實施例之動作示意圖，顯示搭 接件與二導電件不接觸之狀態。 第五圖係本創作一較佳實施例之動作示意圖，顯示搭 接件與二導電件接觸而導通斷電線路之狀態。 8 M282988 【主要元件符號說明】 感測裝置1 0 支架12 承座1 4 導電件1 6 浮動件18 編織帶機20 基部22 承置部24 穿孔26 斷電線路28 移動塊30 搭接件32 彈性件34 筒身36 底座38 導線孔40 導塊42 紗線50 導線架201 走馬紗管202According to the press, the structure and operation mode of the knitting belt machine are generally guided by the yarns on the several bobbin tubes on the top side of the machine to the wire holes of the long lead frame on the machine. The bobbin is transferred to the machine and then the wv thread can be woven into a yarn rope or tape through the lead frame. The finished yarn rope or tape is collected by the take-up mechanism set at the back of the machine = the thread mechanism is used The take-up reel and take-up rope running synchronously with the machine or the take-up mechanism of the conventional braided belt machine operate synchronously with the machine, and can produce ^ weaving to complete m ribbon collection. These designs for yarn rope or :: The 1st production process is really convenient and effective. The m-thread: Lao failure caused the completion of knitting. 170% of the heart rope or yarn can not be taken up: the thread machine: 'i is still running on the machine' and the yarn rope Or the gauze tape will not gradually fall down, which will inevitably cause the yarn and yarn to go away: the situation of remuneration, resulting in difficulties in cleaning the yarn and even problems such as walking around the bobbin. [New content] The main purpose of this creation is to provide a 5 M282988 sensing device that can solve the problem of uncovering the defects in the first and the first. I ’ll collect the finished ribbon when the ribbon machine is running. It can be immediately collected when pulled up = the phaseless raw yarn is wound around each g, its ^, "“ can avoid the creator of the problem. The difficulties of Hu㈣ yarn cleaning and so on. To achieve the aforementioned purpose, this creative department provides -The seed 'δ is placed on the lead frame of the braiding machine, which includes a bracket: two bases': a receiving part provided at one end of the base; a bearing base made of insulating material: provided on the bearing On the part; _guide shell »T ^ L electrical parts, set the seat at a predetermined distance and connect a power-off line; a control part 'movably placed on the seat, can be used when moving to a predetermined position Contact the two conductive ^ to turn on and off the circuit. [Embodiment] Hereinafter, a preferred embodiment is created with this drawing, and further detailed description is given in conjunction with the drawings as follows: First, refer to the first to third figures. As shown in the figure, a sensing device 1 of a comparative embodiment of the present invention is created 〇, is arranged on a lead frame of a braiding machine 20, and is composed of a bracket 12, a seat 14, two conductive members 丨 6 and a floating member 18. 5HAI bracket 1 2 ′ has a base 22, It can be fixed on the lead frame 201. A ring-shaped receiving portion 24 is provided on the end of the base portion 22. The receiving seat 14 is made of insulating material. In this embodiment, it is plastic and is placed on the receiving portion. 24, a through hole 26 is penetrated therethrough. 6 M282988 The two conductive members 16 are made of conductive material. In this embodiment, metal screws are relatively locked on the two sides of the through hole 26 of the socket 14 and connected to a power failure. Circuit 28. The control member 18 is composed of a cylindrical moving block 30, an overlapping member 32, and an elastic member 34. The moving block 30 is made of an insulating material. This embodiment is plastic, and the cross section is roughly Inverted T-shape, with a barrel 36, a base 38 and a wire hole 40 penetrating the two. The barrel 36 is movable up and down _ through the perforation 26, the overlap piece 32 is a conventional metal c A ring is fixed on the upper end of the barrel 36 and can abut the edge of the perforation 26 so that the moving block 30 will not fall. The elastic member 34 is located between the seat 1 4 between the bottom end and the base 38 of the moving block 30, so that the moving block 30 moves downward continuously when no external force is applied. In addition, the bottom end of the wire hole 40 of the base 38 is opened and a cylindrical guide block is provided. 42. As a result, as shown in the fourth figure, the sensing device 10 of the present invention is set on the lead frame 201, and the yarn_thread 50 on each of the walking bobbin 202 of the braiding machine 20 is passed through the guide block 42, The wire hole 40 is pulled upwards and collected for knitting. When the knitting belt machine 20 is running, each of the yarns 50 is continuously pulled out from each of the horse bobbin 202 at an angle to knit into a yarn band, and the yarn band is knitted by a band machine. The collection mechanism of the thread 20 (not shown) collects, so that the tension of each yarn (greater than the tension of the elastic member 34) can push the moving block 30 upward, so that the overlapping members 32 and 2 The conductive member 16 is in a non-contact state. If there is a problem with the take-up mechanism of the knitting belt machine 20 and the yarn band 52 cannot be collected any more, the yarn band 52 will gradually loosen and fall, making each of the yarns 507 M282988: the tension is lost, the moving block 30 will be lowered until the overlap piece 32 overlaps two = function and the line 28, as shown in the fifth figure, the soap V, 5 Hai power off _ stop, flat ribbon loom 20 to stop, to avoid color relaxation The yarn band 52 and the yarn 50 are wound around each of the horse-drawn bobbins 202, and the problem that the horse-made bobbin 200 is not easily damaged or even damaged is caused. 'Yuemoto created this sensing shock set 10 can not only be set in knitting = as a guide to collect yarns, but also,--knitting_ shouting', 法, 、, 绩, 绩 when collecting yarn bands, the sensor 10 It can be used skillfully with the weakening and loss of yarn bands and yarn tensions, and "instrument stops" to avoid problems such as yarn bands and yarns being accidentally entangled on the bobbin and causing difficulties in cleaning the yarn. [Brief Description of the Drawings] The first drawing is a three-dimensional combined drawing of a preferred embodiment of the present invention. The second figure is a three-dimensional exploded view of a preferred embodiment of the present invention. The first figure is a side view of a preferred embodiment of the present invention. The fourth diagram is a schematic diagram of the operation of a preferred embodiment of the present invention, showing a state where the overlapping member is not in contact with the two conductive members. The fifth diagram is a schematic diagram of the operation of a preferred embodiment of the present invention, showing a state where the bonding member is in contact with the two conductive members to turn on and off the power line. 8 M282988 [Description of main component symbols] Sensing device 1 0 Bracket 12 Bearing base 1 4 Conductive part 1 6 Floating part 18 Weaving belt machine 20 Base 22 Receiving part 24 Perforation 26 Power cutout 28 Moving block 30 Overlap piece 32 Elasticity Piece 34 tube body 36 base 38 wire hole 40 guide block 42 yarn 50 lead frame 201 bobbin bobbin 202