M439557M439557
五、新型說明： 【新型所屬之技術領域】 1〇1年03月05日修正替換頁V. New type description: [Technical field of new type] Revision date of March 5, 1st, 1st
種木工機械之 本創作係與送料機構有關，特別是指— 送料機構。 【先前技術】 習用的木I機械送料機構係以多片輸 帶用以輸送木料。由於前述環形輸送帶 夺，〃餘_距離在運料會產生變化 木料塊掉入各該載板間，進而造成 ^ - 人創作出中華民國第 彳a解决上知送料機構的問題。 此外，專利中载板40之導槽42係嵌設於 ==木 饵又迗科機構可以順暢地運作。 由於運作料财舰善的地方。 20帶動載㈣移_= 欠設於導桿44上，故環形鍵條 重，载板”騎雜賴4G是縣载木料荷 載木料荷重時因為導/4知44。如此一來，在裁板40承 獲得切，不過名 導持支撐載板40，可使戴板40 磨擦導桿44，造点*木料荷重離開後，則因雜40仍持續 因持續摩_細Hi㈣桿44賴財命減短，更 衣九鏈條20帶動載板40的能量。 3 101年⑴⑽日修正替換頁 【新型内容】 槿之主要目的在於提供一種木工機械之送料機 避免承載树荷㈣可使餘獲得讀外，還可 、、”貝磨擦導桿而使用壽命減短，也避免因择 擦損耗環形鏈條帶動载板的能量。 、-摩 為了達成前述目的，依據本創作所提供之一種木 、之送料機構，包含有：—導軌，係向上突出—導引部·、 複數鏈條’係分別設置在該導執兩侧’且各該鏈條分別具 有=承载平面；複娜性件，係分別設置在各雜條之承 載平面；以及一載板，其兩端分別設置在各該彈性件上， 且該載板具有配合該導引部之一承載部；於該載板承受小 於一預定重量的情況下，該載板之承載部與該導軌之導引 部具有一間隙；於該載板承受大於或等於該預定重量的情 泥下’該载板係壓縮各該彈性件且該承载部與該導軌之導 引部接觸。 藉此’於該載板承受小於一預定重量的情況下，因為 該載板之承載部與該導軌之導引部具有—間隙，避免習知 % 技術中载板持續磨擦導桿而使用壽命減短，也避免因持續 ' 摩擦損耗環形鏈條帶動載板的能量。若於該載板承受大於 或等於該預定重量的情況下，該載板係壓縮各該彈性件且 - 該承載部與該導執之導引部接觸，可使該載板獲得該導引 部支樓。 【實施方式】 巴年:月 為了詳細說明本創作之構造及特點所在，茲舉以下之 較佳實施例並配合圖式說明如後： 請參閱第一圖〜第五圖所示，本創作所提供之木工機械 之送料機構主要包含有：一導軌u、複數鏈條13、 _15 和-餘 17。 ^ 該導軌11，係向上突出一導引部111，在本較佳實施 例中係以數量-為例’惟，不以此數4為限也可以為複數， 該導引部111呈現「V」形。 各該鏈條13 ,本較佳實施例以數量二為例，係分別設 置在該導軌11兩側，且各該鏈條13分別具有—承載平面 13卜值得-提的是，在本較佳實_巾各賴條13分別 ^有二側壁132，同—該鏈條13上的各該侧壁132係彼此 /σ伸相接，並形成該承載平面131。 μ各該彈性件15，本較佳實施例以數量二為例，係分別 又置在各该鏈條13之承載平面131，且在本較佳實施例 中各垓彈性件15為彈片，其兩端朝同方向彎曲各該彈 牛15厚度係0.2公厘’並且各該彈性件15以兩端低於 ”中焱之形式設置在各該鏈條13之承载平面丨3卜以及 該載板17，其兩端分別設置在各該彈性件15上，且 該载板17具有配合該導引部⑴之一承载部ΐ7ΐ。於該載 板17承受小於-預定重量18(圖中未示）的情況下，該載板 17之承載部π丨與該導軌π之導引部lu具有一間隙d， 在本較佳實例中該間隙d係〇·〇5公厘。於該載板17承受 101年06月04曰修正替換頁This type of woodworking machinery is related to the feeding mechanism, especially the feeding mechanism. [Prior Art] The conventional wood I mechanical feeding mechanism uses a plurality of belts for conveying wood. Due to the aforementioned endless conveyor belt, the distance _ distance will change during the transportation of the wood. The wood blocks will fall between the carriers, which will cause the people to create the problem of the upper feeding mechanism of the Republic of China. In addition, the guide groove 42 of the patent carrier plate 40 is embedded in the == wooden bait and the mechanism can operate smoothly. Because of the good place to operate the wealthy ship. 20 with dynamic load (four) shift _= owed on the guide rod 44, so the ring key bar is heavy, the carrier board "riding the stagnation 4G is the load of the timber load in the county, because the guide / 4 know 44. So, in the board The 40-bearing cut is obtained, but the name guide supports the carrier plate 40, so that the wearing plate 40 can be used to rub the guide rod 44, and the point of the wood* load will leave, and the miscellaneous 40 will continue to be sustained due to the continuous _ fine Hi (four) rod 44 The short, dressing nine-chain 20 drives the energy of the carrier plate 40. 3 101 (1) (10) day correction replacement page [new content] The main purpose of the 槿 is to provide a woodworking machine feeder to avoid bearing tree load (four) to allow the rest to be read, Yes, "Bei rubs the guide rod and shortens the service life, and also avoids the energy of the carrier plate driven by the endless chain." In order to achieve the foregoing objectives, a wood feeding mechanism according to the present invention includes: a guide rail, an upward protruding guide, a guide portion, and a plurality of chains are respectively disposed on both sides of the guide. Each of the chains has a bearing plane; the complex elements are respectively disposed on the bearing planes of the respective strips; and a carrier plate is respectively disposed on each of the elastic members, and the carrier has a matching guide a bearing portion of the guiding portion; wherein the carrier plate bears less than a predetermined weight, the bearing portion of the carrier plate has a gap with the guiding portion of the guiding rail; and the carrier plate receives greater than or equal to the predetermined weight The carrier plate compresses each of the elastic members and the carrier portion is in contact with the guiding portion of the guide rail. Therefore, in the case where the carrier is subjected to less than a predetermined weight, since the bearing portion of the carrier has a gap with the guiding portion of the guide rail, the conventional carrier can be prevented from continuously rubbing the guide rod and the service life is reduced. Short, also avoids the energy of the carrier plate driven by the continuous 'friction loss loop chain. If the carrier is subjected to greater than or equal to the predetermined weight, the carrier compresses each of the elastic members and the carrier portion is in contact with the guiding portion of the guide, so that the carrier can obtain the guiding portion Branch building. [Embodiment] Year of the Year: In order to explain the structure and characteristics of the creation in detail, the following preferred embodiments are described with reference to the following: Please refer to the first figure to the fifth figure. The feeding mechanism of the woodworking machine provided mainly includes: a guide rail u, a plurality of chains 13, _15 and - remainder 17. The guide rail 11 protrudes upward from a guiding portion 111. In the preferred embodiment, the number is - for example, but not limited to the number 4, the guiding portion 111 may be "V". "shape. Each of the chains 13 is exemplified by the number two in the preferred embodiment, and is respectively disposed on two sides of the guide rail 11, and each of the chains 13 has a bearing plane 13 and is worth mentioning. Each of the strips 13 has two side walls 132, and the side walls 132 of the chain 13 are joined to each other/σ, and the bearing plane 131 is formed. For each of the elastic members 15, the preferred embodiment is exemplified by the number two, which is respectively disposed on the bearing plane 131 of each of the chains 13, and in the preferred embodiment, the elastic members 15 are elastic pieces, two of which are Each of the elastic members 15 is disposed at a thickness of 0.2 mm in the same direction, and each of the elastic members 15 is disposed at a lower end than the middle of the chain, and is disposed on the bearing plane 各3 of each of the chains 13 and the carrier plate 17, The two ends are respectively disposed on the elastic members 15, and the carrier 17 has a bearing portion ΐ7ΐ that cooperates with the guiding portion (1). The carrier 17 is subjected to less than a predetermined weight 18 (not shown). The bearing portion π of the carrier plate 17 has a gap d with the guiding portion lu of the guide rail π. In the preferred embodiment, the gap d is 公·〇5 mm. The carrier plate 17 is subjected to 101 years. June 04曰Revised replacement page
大於或等於該預定重量18的情況下，該載板17係壓縮各f C 該彈性件15且該承载部171與該導執11之導引部111接f 觸。在此要說明的是，該預定重量18係由設計各該彈性件 的外型及材料而定。 . 接著，請再參閱第一、第二、第四和第五圖，介紹本 ' 創作較佳實施例操作方式。 · 如第一圖和第二圖所示，於該載板17承受小於該預定 重量18的情況下，在此係以無受力的情況為例，該載板 17之承載部171與該導軌11之導引部111具有該間隙d φ 而無接觸。將使得各該鏈條13帶動該載板17時，可以避 免該載板17之承載部ι71摩擦該導軌u之導引部lu造 成該載板17與該導軌η使用壽命減短。 如第四圖和第五圖所示’於該載板17承受大於或等於 該預定重量18的情況下，在此係以該載板17承受一工件 8〇為例’該載板17係壓縮各該彈性件15且該承載部171 與該導軌11之導引部111接觸。如此可以讓該載板17獲 得該導引部111支撐，順利的運送該工件。 馨 【圖式簡單說明】 第一圖為本創作較佳實施例之前視圖，顯示載板承受 ， 小於預定重量； 第二圖為本創作較佳實施例之局部前視圖，顯示載板 之承載部與導執之導引部具有間隙； 第三圖為本創作較佳實施例之局部剖視圖，顯示彈十生 件為則，其兩端朝同方㈣曲 之形式設置在鏈條之承辭面；Β场端低於其十段 大於或等:預定=較::施例之前視圖，顯示載板承受 _彈::::1:=::· ’ _板 【主要元件符號說明】 11導軌 13鏈條 132側壁 17载板 18預定重量 80工件 111導引部 131承載平面 15彈性件 171承载部 d間隙 7When the predetermined weight 18 is greater than or equal to the predetermined weight 18, the carrier 17 compresses each of the f C elastic members 15 and the carrier portion 171 is in contact with the guiding portion 111 of the guide 11. It is to be noted that the predetermined weight 18 is determined by the design and material of each of the elastic members. Next, please refer to the first, second, fourth and fifth figures to introduce the operation of the preferred embodiment of the present invention. As shown in the first and second figures, in the case where the carrier 17 is subjected to less than the predetermined weight 18, the load bearing portion 171 of the carrier 17 and the guide rail are taken as an example without stress. The guide portion 111 of the 11 has the gap d φ without contact. When the carrier 13 is driven by the chain 13, the carrier portion 71 of the carrier 17 can be prevented from rubbing against the guide portion lu of the guide rail u, resulting in a shortened service life of the carrier 17 and the guide rail η. As shown in the fourth and fifth figures, in the case where the carrier 17 is subjected to greater than or equal to the predetermined weight 18, the carrier 17 is subjected to a workpiece 8 〇 as an example. Each of the elastic members 15 and the carrying portion 171 is in contact with the guiding portion 111 of the guide rail 11. In this way, the carrier plate 17 can be supported by the guiding portion 111 to smoothly transport the workpiece.馨 [Simplified description of the drawings] The first figure is a front view of a preferred embodiment of the present invention, showing that the carrier is subjected to less than a predetermined weight; the second figure is a partial front view of the preferred embodiment of the present invention, showing the bearing portion of the carrier The third embodiment is a partial cross-sectional view of the preferred embodiment of the present invention. The first ten-dimensional view of the preferred embodiment is shown, and the two ends are arranged in the form of the same side (four) in the form of the chain; The field end is lower than its ten segments greater than or equal: predetermined = comparison:: the previous view of the example, showing the carrier board bearing _ bomb::::1:=::· ' _ board [main component symbol description] 11 rail 13 chain 132 side wall 17 carrier plate 18 predetermined weight 80 workpiece 111 guiding portion 131 bearing plane 15 elastic member 171 bearing portion d gap 7