M336251 八、新型說明： 【新型所屬之技術領域】 本創作與棒材送料機有關，特 缸為輸出動力狀棒材送料機之送料二。於—種以無桿 5【先前技術】 中華民國公告編號第515445號真沐^ 送料機結構改良，係利用無桿紅為其動力、源路盆二η 係驅動無桿缸滑座沿著導桿往車主〜；推料時 之推;^可為奸4轴中心移動’使滑塊 1〇軸中 ▼動而推動¥形板中之棒材至車床主 ，而，該前案之送料裝置係利賴導桿搭配無桿 ^座組合而成’惟該科桿在製造_免會有真直度誤 =存在，當分別裝設於機台後，真直度以及裝配上的的 <、㈢擴大無杯虹滑座與相對導桿間之行進阻力，若將無 15桿紅的輸出動力調低，無桿紅滑座在行進時偶而會於某^ 因阻力過大而發生降速甚至發生停滯現象，因此造成加工 材料無=順利正確送至加工位置；目前業界為解決上述現 ，，通常之作法係將無桿缸輸出動力調高，但如此使用經 禚會造成加工材料彎曲或撞及車床刀塔的缺失。換言之， 〇上述習之前案，為克服無桿缸滑座與相對導桿間之干涉現 象’通常其無桿缸輸出動力必須調升，而無法顧及較小尺 寸加工棒材可能不須這麼大的無桿缸輸出動力的情形，再 者較大的無桿紅輸出動力自然使得細小加工材料容易彎曲 或撞及車床刀塔，造成機台工作噪音提升；又者，較大的 4 M336251 馬力輸出使得無桿虹出始快，中途慢，尾段又加速的不順 暢現象擴大；末者’較大的馬力輸出不但增加成本亦浪費 能源’凡此種種，皆為齡以無桿&作為送料動力來源之 機械所普遍面臨的缺點。 【新型内容】 本創作之主要目的在於提供一轉材送料機之送料裝 置特别適S於以無桿紅做為動力來源之棒材送料機，其 得以依照加工材料大小來調整無桿缸之輸出動力，以合i 10 15 的輸出動力’使無桿㈣行_暢，有效減少干涉現象產 生的缺失。 *為t上述目的’本創作所提供之棒材送料機之送料 缸、一線性滑動組件與-連接板;該無 一無桿缸滑座，其中該無桿缸滑座設於 Γ Γ二可沿著該導桿之軸向移動；該線性滑動組件具 j从二〇/月座，其中該滑座可移動地設於該線執；該 、反、端連接錢桿&滑座及該_之滑座的其中之 一’另一端可活動地連接該無桿叫座及該線軌之滑座的 另外之一。 過該^板之5亥無桿紅滑座沿著該導桿移動時，透 "^ '，使該無桿缸滑座可根據該導桿的直直 度狀況或，、_fa1之平行誤騎 ==滑座受到的干涉現象，據以提升工件= 順暢性，並降低機台噪音者。 5 20 M336251 【實施方式】 為了詳細說明本創作之結構、特徵及功效所在，兹舉 以下較佳實施例並配合圖式說明如後，其中： 5 第一圖為本創作一較佳實施例之局部立體分解圖； 第二圖為本創作一較佳實施例裝設於棒材送料機之立 體圖； 第三圖為本創作一較佳實施例之動作狀態圖，主要顯 示本創作尚未移動的狀況； 10 第四圖為本創作一較佳實施例之動作狀態圖，主要顯 示本創作移動時的狀況；以及 第五圖為本創作一較佳實施例之動作狀態圖，主要顯 示本創作移動後的狀況。 明參閱第一圖與第二圖，為本創作一較佳實施例所提 ^供之送料裝置(20)，包含有_無桿缸(3G)、_線性滑動組件 (40)、一固定板(5〇)與一連接板(6〇)。 請配合參閱第二圖，無桿缸(30)具有一導桿(32)與一無 桿缸滑座(34)，其中導桿(32)設於棒材送料機(1〇)之一機$ (12)，而無桿缸滑座(34)套設於導桿(32)，並可沿著導桿(32) 20之轴向水平往復移動。 線性滑動組件(40)設於該無桿缸(30)下方，具有一線軌 (42)與、/月座(44)’其中線軌(42)設於棒材送料機(1〇)之^台 (12) ’並實質上與導桿(32)平行，而滑座(44)設於線軌(42)σ, 並可於線執(42)水平往復移動。 6 M336251 固定板(5〇)分別連接滑座(4句與棒材送料機⑽之一設 於機台⑽之鏈條(M)，使得固定板(5〇)可受滑座(Μ)的移動 而帶動鏈條(14)作動。 以本實施例而言，連接板(6〇)的底端具有四個固定孔 \ 5 (62)(但不以此為數量及形狀之限制要件），分別供一固定件 (圖中未示）穿設，使得連接板(6〇)的底端透過該些固定件而 • 與滑座(44)連接。連接板(6〇)的頂端具有四個呈矩陣排列之 孔洞(64),供一連接件(7〇)穿設。各孔洞(64)可定義出一長 =方向，該長軸方向垂直導桿(32)之轴向。連接板(6〇)的頂 10 =透過該些連接件(70)與無桿缸滑座(34)連接在一起，使無 扣缸滑座(34)可透過連接板(6〇)帶動滑座(44)同步移動，而 各連接件(70)可藉由無桿缸滑座(34)之移動而沿著各孔洞 (64)的長軸方向作上下移動。 經由上述結構可知，當無桿缸滑座(34)尚未移動時，如 φ 15第三圖所示，無桿缸滑座(34)與滑座(44)係位於機台（12)的 一端。當啟動無桿缸滑座(34)而使其沿著導桿(32)之軸向前 進時，透過連接板(6〇)可同步帶動滑座(44)沿著線軌(42)前 進。當無桿缸滑座(34)沿著導桿(32)之軸向前進時，由於導 桿(32)有真直度誤差的存在，此時的無桿缸滑座(3句會根據 20導桿(32)的真直度狀況而透過各連接件(7〇)於各孔洞(64)中 的上下移動產生些微的高度調整，如第四圖所示，讓無桿 虹滑座(34)不需要太大的動力即可很順暢地帶動滑座(44) 如進到機台（12)的另一端，如第五圖所示。 藉此’本創作透過各連接件與各孔洞的設計，讓無桿 7 M336251 可根據導桿的真直度狀沉，亦或導桿與線執之平行 I而置調整，並不需擔心無桿缸滑座因動力太 擊至機台的另_端’或者因動力太小 移動至機台的另U明加送料作業的效率购地 制要’孔_數量與形狀不以本實施例為限 制要件，數量為—個、二個或三個以上皆可， 空間讓連接件容置其中並沿其軸向位移即可。另外有以 1 效置換的角度而言，本實施例之連接板亦可以頂端 10 15 缸滑座固接，底端職過連接件與滑鱗接，使滑 高度調整。換言之，本實施例之連接板只需以—端盘 缸滑座與滑觸其中之—gj定連接即可，另用、： 接件與滑座及無桿缸滑朗另外之—連接，即可遠 創作消彌導桿與線執間之可能干涉現象。 本創作於前揭實施例中所揭露的構成元件 說明，並非用來限制本案之範圍，其他等效元件的二2 變化，亦應為本案之申請專利範圍所涵蓋。 曰3 8 M336251 【圖式簡單說明】 第一圖為本創作一較佳實施例之局部立體分解圖。 第二圖為本創作-較佳實施例裝設於棒材$料機之立 體圖。 5 —帛三圖為本創作—較佳實施例之動作狀態圖，主要顯 示本創作尚未移動的狀況。 … 第四圖為本創作一較佳實施例之動作狀態圖，主要顯 示本創作移動時的狀況。 第五圖為本創作一較佳實施例之動作狀態圖，主要顯 10示本創作移動後的狀況。M336251 VIII. New description: [New technical field] The creation is related to the bar feeder, and the special cylinder is the feeding device of the output power bar feeder. In the kind of no rod 5 [previous technology] Republic of China Announcement No. 515445, the real Mu ^ feeder structure improvement, the use of rodless red for its power, source road basin two η system driven rodless cylinder slide along the guide The rod is pushed to the owner of the vehicle; the push of the material is pushed; ^ can be moved to the center of the 4-axis, so that the slider 1 is moved in the shaft to push the bar in the shape of the plate to the lathe main, and the feeding device of the previous case The combination of the Lilai guide with the rodless seat is the only one that can be made in the manufacturing _ free of true straightness = existing, when installed separately on the machine, true straightness and assembly <, (3) Expand the resistance between the cupless rainbow slide and the relative guide rod. If the output power of the non-red rod red is lowered, the rodless red slide will occasionally slow down or even stagnate when the resistance is too large. Phenomenon, so the processing material is not = smoothly and correctly sent to the processing position; the current industry to solve the above, the usual method is to increase the output power of the rodless cylinder, but the use of warp will cause the processing material to bend or hit the lathe The turret is missing. In other words, in the previous case, in order to overcome the interference between the rodless cylinder slide and the opposite guide rod, the output power of the rodless cylinder must be raised, and it is impossible to consider that the smaller size of the processed rod may not be so large. In the case of rodless cylinder output power, the larger rodless red output power naturally makes the small processing material easy to bend or hit the lathe turret, which causes the working noise of the machine to increase; in addition, the larger 4 M336251 horsepower output makes The rodless rainbow starts fast, the middle is slow, and the tail section accelerates. The unsmooth phenomenon of the tail section expands; the larger 'horsepower output not only increases the cost but also wastes energy. 'All of these are the rodless & The shortcomings commonly faced by sources of machinery. [New content] The main purpose of this creation is to provide a feeding device for a rotary material feeder, which is particularly suitable for a bar feeder with a rodless red as a power source, which can adjust the output of the rodless cylinder according to the size of the processing material. Power, with the output power of the i 10 15 'to make the rodless (four) line _ smooth, effectively reducing the lack of interference. * For the above purpose, the feeding cylinder of the bar feeder, a linear sliding assembly and the connecting plate provided by the present invention; the non-rodless cylinder sliding seat, wherein the rodless cylinder sliding seat is provided at Γ Γ2 Moving along the axial direction of the guide rod; the linear sliding assembly has j from the second/month seat, wherein the sliding seat is movably disposed on the line; the opposite end is connected to the money rod & the slider and the One of the sliders _ is movably coupled to the other of the rodless seat and the slider of the line rail. When the 5 hai rodless red slide of the board is moved along the guide rod, the "rod" can be made according to the straightness of the guide rod or the parallel error of _fa1. Riding == Interference caused by the sliding seat, according to the improvement of the workpiece = smoothness, and reduce the noise of the machine. 5 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The second perspective view is a perspective view of a preferred embodiment of the present invention. The third diagram is a motion state diagram of a preferred embodiment of the present invention, which mainly shows that the creation has not been moved. 10 is a motion state diagram of a preferred embodiment of the present invention, mainly showing the state of the creative movement; and the fifth diagram is an action state diagram of a preferred embodiment of the creation, mainly showing the movement after the creation The situation. Referring to the first and second figures, the feeding device (20) provided for the preferred embodiment of the present invention comprises a _ rodless cylinder (3G), a linear sliding assembly (40), and a fixing plate. (5〇) with a connecting plate (6〇). Referring to the second figure, the rodless cylinder (30) has a guide rod (32) and a rodless cylinder slide (34), wherein the guide rod (32) is provided on one of the bar feeders (1〇) $ (12), and the rodless cylinder slide (34) is sleeved on the guide rod (32) and is horizontally reciprocable along the axial direction of the guide rod (32) 20. The linear sliding assembly (40) is disposed under the rodless cylinder (30) and has a line rail (42) and a moon seat (44). wherein the line rail (42) is disposed on the bar feeder (1〇) The table (12)' is substantially parallel to the guide rod (32), and the carriage (44) is disposed on the line rail (42) σ and is reciprocally movable horizontally at the line (42). 6 M336251 Fixing plate (5〇) is connected to the sliding seat (4 sentences with one of the bar feeders (10) on the machine (10), so that the fixing plate (5〇) can be moved by the sliding seat (Μ). And driving the chain (14) to act. In this embodiment, the bottom end of the connecting plate (6〇) has four fixing holes \ 5 (62) (but not limited by the number and shape), respectively A fixing member (not shown) is disposed such that the bottom end of the connecting plate (6〇) is connected to the sliding seat (44) through the fixing members. The top end of the connecting plate (6〇) has four matrixes. Arranged holes (64) for a connecting member (7〇). Each hole (64) defines a length=direction which is perpendicular to the axial direction of the guide rod (32). Top 10 = through the connecting piece (70) and the rodless cylinder slide (34), so that the non-bucking cylinder slide (34) can drive the slide (44) through the connecting plate (6〇) Moving, and each connecting member (70) can move up and down along the long axis direction of each hole (64) by the movement of the rodless cylinder slide (34). According to the above structure, when there is no rod cylinder slide ( 34) When not moving, as shown in the third figure of φ 15 The rod cylinder slide (34) and the carriage (44) are located at one end of the machine table (12). When the rodless cylinder slide (34) is activated to advance along the axial direction of the guide rod (32), The connecting plate (6〇) can synchronously drive the carriage (44) forward along the line rail (42). When the rodless cylinder slide (34) advances along the axial direction of the guide rod (32), due to the guide rod (32) There is a true straightness error. At this time, the rodless cylinder slide (the three sentences will move up and down through each joint (7〇) in each hole (64) according to the true straightness condition of the 20 guide rods (32). Produce a slight height adjustment, as shown in the fourth figure, so that the rodless rainbow slide (34) does not require much power to smoothly move the carriage (44), such as entering the other end of the machine (12) As shown in the fifth figure, by this design, through the design of each connecting piece and each hole, the rodless 7 M336251 can be set according to the true straightness of the guide rod, or the parallel between the guide rod and the line. Adjustment, there is no need to worry about the efficiency of the rodless cylinder slide due to the power being too hit to the other end of the machine or because the power is too small to move to the machine. The shape is not limited to this embodiment The number of the elements is one, two or more, and the space allows the connecting member to be accommodated therein and displaced along the axial direction. In addition, the connecting plate of the embodiment is used in terms of the displacement of the first effect. It is also possible to fix the top 10 15 cylinder slide, and the bottom end is connected with the sliding joint to adjust the sliding height. In other words, the connecting plate of the embodiment only needs to slide and slide the end plate cylinder with Gj can be connected, and the other:: The connecting piece and the sliding seat and the rodless cylinder are smooth and connected, so that the possible interference between the guiding rod and the line can be created. The description of the constituent elements disclosed in the foregoing embodiments is not intended to limit the scope of the present invention, and the second and second variations of other equivalent elements are also covered by the scope of the patent application of this application.曰3 8 M336251 [Simple description of the drawings] The first figure is a partial exploded view of a preferred embodiment of the present invention. The second figure is a perspective view of the creation-preferred embodiment mounted on a bar stocker. 5 - Figure 3 is an action state diagram of the present invention - the preferred embodiment, mainly showing the fact that the creation has not been moved. The fourth figure is an action state diagram of a preferred embodiment of the creation, mainly showing the state of the creation movement. The fifth figure is an action state diagram of a preferred embodiment of the present invention, which mainly shows the situation after the creation of the creation.
20 【主要元件符號說明】 棒材送料機(10) 機台（12) 鏈條(14) 送料裝置(20) 無桿紅(30) 導桿(32) 無桿缸滑座(34) 線性滑動組件(40) 線軌(42) 滑座(44) 固定板(50) 連接板(60) 固定孔(62) 連接件(70) 孔洞(64) 920 [Description of main component symbols] Bar feeder (10) Machine (12) Chain (14) Feeder (20) Rodless red (30) Guide bar (32) Rodless cylinder slide (34) Linear slide assembly (40) Rail (42) Slide (44) Mounting plate (50) Connecting plate (60) Fixing hole (62) Connecting piece (70) Hole (64) 9