M243590 9、創作說明（l) :新型所屬之技術領域】 本創作係提供一種靜音刻# # M i Μ P ^ &線性^軌鏈帶結構改良，係 藉由遠間隔片呈一端厚及另一 域 、 ^ 子汉力 糕溥之弧形變化截面，以擗 免滾動元件於循環轉彎時，發峰乎 ― π位枝、奋紅-从3 0日 發生滚動凡件的爽擠效應，並 可保持滾動兀件和間隔片之接觸點處於中 帶兩側下方設有缺角裝置，以狀〆士⑴ 杜迷、、、口 鬥衣直以助盈成型脫模時，方便取出 之功效’又該抗拉帶與連社帶如、*沾占 ^ ^ ^ m :二迓、、° ▼相連結處之厚度小於抗拉帶 截面積之外徑，因而降低摩擦阻六 佔田主A 、隹、去你田+ 手仏阻力，增加產品之耐用性及 使用寿命，進達使用方便之目的者。 圖段一過C帶在件Η失 立第 意性第積器拉，元區缺 器閱 示遶閱面持抗中動轉之 持參 體於參截保與動滚迴應 保合 立大合之得D運覆環效 之配 器度配結使帶環包循擠 軌請 持長請連而結循面於夾 滑C 保FCE，連於球並大 性形 之段化帶長該C圓，生 線方 轨性長拉度又器以力產 用為 滑遶最抗長，持Α阻而 習面 性非到與F抗保片擦， 一截 線E達D段阻得隔摩N 另之 用帶法帶性擦使間大處 係Μ 習拉無結遶摩易該生生 ，帶 係抗度連非大，又產發 示拉 ，之長該之生小，會應 所抗 示CG且Ε產太裂中效 圖該 所器段，帶Η積斷動擠 三中 1圖持性}拉區面生運夾 之其 術一保遶示抗轉截發環一 一， 技第該或所致迴之處循成 第圖 前如中度圖導環結結於形 如意 先其長一，循連連，會 示 ί ，G 之大在Ε此Β中； 體 M243590 四、創作說明（2) ' 一之二圖所示），該導引槽I之截面亦為方形，因此在循 環運動中之摩擦阻力大，且該間隔片K中有凹槽L裝置， 雖然可減少循環運動中之摩擦阻力，但於循環迴轉區中亦 有夾擠效應發生，並無法使滚動元件J和間隔片K之接觸 點維持在滾動元件J之中心位置處，而導致循環 的摩擦阻力增加之缺失； °° 再者’該間隔片κ中間有凹槽L裝置者，在射出脫模 時皆不易’且易造成脫模後尺寸變形之缺失； ' ,、 因此，如何將上述缺失加以摒除，即為本案創作人所 欲解決之技術困難點之所在。 【創作内容】 w兹就本創作靜音型線性滑執鏈帶結構改良配合圖示、 圖遽及實施例詳細說明如下： $第二圖、第三圖所示，本創作係由半包覆式容置槽 •、抗拉帶3 、連結帶6、間隔片4及滾動元件5所組成 其中， 連結帶6與 成一半包覆 式容置槽2 式偏移距離 次配合參閱 僅可能以線 該間隔片4 抗拉帶3連 式容置槽2 内，又該抗 1 0 ，以方 第二圖所示 摩擦方式與 兩側分別設 結，且該間 ，俾可供滾 拉帶3與對 便抗拉帶導 )，且抗拉 導引槽9接 有一連結帶 隔片4與間 動元件5置 邊之抗拉帶 引槽之位置 ^ 3在整個 觸（請配合 6 ，藉由該 隔片之間形 入該半包覆 可呈非直線 配置（請再 循環路徑中 參閱第五圖M243590 9. Creation description (l): The technical field of the new type] This creation is to provide a mute engraving # # M i Μ P ^ & linear ^ track chain belt structure improvement, by the distance spacers are thick at one end and another One domain, ^ Zihanli cake 溥 curved change section, in order to avoid the rolling elements in the cycle of turning, peaks ― π branch, Fenhong-from the 30th on the rolling effect of rolling elements, It can also keep the contact points of the rolling element and the spacer between the two sides of the middle band. There are notch devices on the sides. 'And this tensile belt and Lianshe belt such as, * Zhanzhan ^ ^ ^ ^ m: two 迓 ,, ° ▼ The thickness at the junction is smaller than the outer diameter of the cross-sectional area of the tensile belt, so the friction resistance is reduced. , 隹, go to your field + hand resistance, increase the durability and service life of the product, and reach the purpose of convenient use. As soon as the segment is over, the C-belt is pulled and the first intentional accumulator is pulled. The meta-instrument display shows that the holding body that resists the movement around the reading surface, and responds to the insurance and roll-over. The combination of the D effect and the effect of the loop effect is to make the belt package follow the track. Please hold it long. Please connect it to the surface. C FCE, connect to the ball and the shape of the segment is longer. Round, square-line long stretch of the line is the most resistant to slipping with productivity, holding A resistance and habitual resistance is not enough to rub with F resistance, a section of E to D segment to prevent friction N In addition, the band method is used to make the large part of the system. M Xila is free of knots and it is easy to be born. The resistance of the belt is not large, but it also produces hairpins. Figure CG shows the middle section of the E-produced crack in the middle section of the device, with the accumulation of the dynamic movement of the three middle and 1 map. The place where the response is or is caused is followed by the middle figure. The guide ring is knotted in the shape of the figure, and then it will grow one by one. After that, it will be displayed. The greatness of G is in E. This is the body. M243590 IV. Creation Note (2) 'shown in one or two pictures), the section of the guide groove I It is also square, so the frictional resistance is large in the circular motion, and the spacer K is provided with a groove L device. Although the frictional resistance in the circular motion can be reduced, a pinch effect also occurs in the circular turning area, and The contact point between the rolling element J and the spacer K cannot be maintained at the center position of the rolling element J, which results in the lack of increase in cyclic friction resistance. °° Furthermore, 'the spacer κ has a groove L device in the middle, It is not easy to eject the demolding, and it is easy to cause the lack of dimensional deformation after demolding; so, how to eliminate the above-mentioned deficiency is the technical difficulty that the creators of this case want to solve. [Creation content] The following is a detailed description of the structure improvement of the silent linear slide chain with the illustrations, diagrams, and examples of the creation: $ The second and third figures show that this creation is a semi-wrapped type Receiving slot •, tensile band 3, connecting band 6, spacer 4 and rolling element 5, among them, the connecting band 6 and the half-wrapped receiving groove 2 are offset by the distance. The spacer 4 is inside the 3 tension type receiving groove 2 of the tension band, and the resistance is 10, and the two sides are knotted in the friction manner shown in the second figure of the square. Then, the tensile guide groove 9 is connected with a tensile tape guide groove connecting the spacer 4 and the movable element 5 to the side ^ 3 in the entire contact (please cooperate with 6 and use the spacer The semi-clad can be placed in a non-linear configuration between the pieces (please refer to the fifth figure in the recycling path)
M243590 、創作說明 不）， 之專效 與抗拉 截面積， 請配 設有缺角 且該缺角 時之承受 發生滾動 4之接觸 以達 6 用 (3) 其中在 負荷值 帶3及 又該間 合參閱 裝置7 裝置7 夾擠效 元件5 點處於 到實用 微小間隙空 約為2倍的 間隔片4連 隔片4呈一 第四圖所示 ，以助益成 可增加間隔 應的能力， 的夾擠效應 中心處，同 之目的。 間下之動態 動態負荷值 結之截面積 端厚及另一 )’並配合 型脫模時， 片4在滚動 以避免滚動 ，並保持滾 時，有助於 負荷轉換成 ，因此，該 為2倍的抗 端薄之弧形 連結帶6兩 方便取出之 元件5於循 元件於循環 動元件5和 成型脫模時 靜態負 連結帶 拉帶3 變化裁 側下方 功效， 環轉弯 轉彎時 間隔片 之取出 ‘實施方式 本創作 中當該抗拉 拉帶3在整 且藉由該間 以避免滾動 效應，並可 處，且在連 脫模時，方 結處之厚度 增加產品 再者， 於循環轉 動元件5 兩側下方 之功效， 拉帶3截 性及使用 可再進一 一種靜音型線性 滾動元件5帶動 路徑中以線摩擦 呈一端厚及另一 滑執鏈帶 保持器1 方式與導 端薄之弧 發生滾動 片4之接 角裝置7 拉帶3與 外徑，因 進達使用 保持器1 係提供 帶3於 個循環 隔片4 元件5 保持滾 結帶6 便取出 小於抗 之耐用 本創作 、彎時， 和間隔 設有缺 又該抗 面積之 壽命， 步將該 結構改 作循環 引槽9 形變化 元件5 觸點處 ’以助 連結帶 而提高 方便之 之抗拉 良，其 時，抗 接觸， 截面， 的夾擠 於中心 益成型 6相連 抗拉力 目的； 帶3改M243590, creation instructions are not), for the special effect and tensile cross-section area, please provide a cut-off corner and the bearing of the cut-off corner will be brought into contact by rolling 4 to achieve 6 uses (3) where the load value zone 3 and the The interlocking reference device 7 device 7 squeezes the effect element 5 points between the spacer 4 and the spacer 4 which are about 2 times the practical micro gap, as shown in a fourth figure, to help improve the ability to increase the interval response. At the center of the pinch effect, the same purpose. The thickness of the cross-section of the interim dynamic dynamic load value is thicker and the other) 'When the mating type is demolded, the sheet 4 is rolling to avoid rolling, and it keeps rolling, which helps the load to be converted. Therefore, the It is twice as thin as the end of the arc-shaped connecting band 6 Two easy-to-remove components 5 The static negative connecting band pulls the band 3 when the circulating element 5 cycles through the moving element 5 and the mold is demolded Removal of the spacer 'embodiment In the present creation, when the tensile band 3 is aligned and the rolling effect is avoided there, and it can be handled, and when the strip is released, the thickness of the square knot increases the product. The function of the circular rotation element 5 below the two sides, pulling the belt 3 cuts and use can be further into a silent type linear rolling element 5 in the drive path with linear friction to be thick at one end and another slide chain holder 1 way and guide The thin end of the arc occurs, the corner device 7 of the rolling sheet 4, the draw band 3 and the outer diameter. Because of the use of the retainer 1, the belt 3 is provided with 3 circulating spacers 4 and the element 5 is held by the rolling band. Creative, curvy And the interval is provided with a life of the resistance area, and the structure is changed into a circular guide groove 9 and the shape change element 5 at the contact point to help the connection belt and improve the convenience of the tensile strength. At this time, the contact resistance, the cross section, The pinch is squeezed at the center for forming 6 connected tensile purpose; with 3 modified
M243590 M243590 〖、創作說明（5) 位置 心 動元件和間隔片之接觸點維持在滾動元件之中 處，而導致循環迴轉區中的摩擦阻力增加。 、間隔片以圓球面包覆滾動元件或中間有凹槽梦 在射出脫模時皆不易’且易造成脫模後尺寸 ^者’ 《本創作優點》 、I形。 1 、抗拉帶採圓截面設計，低摩擦阻力。 2、方形之截面積大於圓形之截面積2 1%，但面 大於線摩擦力1 〇倍以上，故圓形截面之抗技慨擦力 方形截面之抗拉帶。 w優於 3 、在微小間隙空間下之動態負荷轉換成靜態負荷 * 負荷值約為2倍的動態負荷值，因此，此連等致 向截面積為抗拉帶截面積之2倍為最佳值。之縱 4、此連結帶採縱向任一位置之截面積皆為抗拉 之2倍的最佳設計值。 戴面積 5 、間隔片設有缺角裝置，於循環運動中不會產生 阻力及夾擠效應。 大摩擦 6 、可使滚動元件和間隔片 心位置處，以降低循環 7 、射出脫模時容易，且不 8、降低使用成本。 9 、具事業利用價值。 之接觸點維持在滾動元件 迴轉區中的摩擦阻力。之中 易造成脫模後尺寸的變形。 综上所述，本創作在突破先前之技術結 達：：欲增進之功效’且也非熟悉該項技藝者 ’再者’本創作申請前未曾公開，其所具之進步： M243590M243590 M243590 〖, Creation Instructions (5) Position The contact point between the cardiac element and the spacer is maintained at the middle of the rolling element, resulting in an increase in frictional resistance in the circulatory turning area. The spacer is covered with rolling elements or a dream with a groove in the middle. It is not easy when shooting the demolding and it is easy to cause the size after demoulding. "The creative advantages", I shape. 1. Round cross-section design of tensile belt, low friction resistance. 2. The cross-sectional area of the square is 21% larger than that of the circle, but the surface is more than 10 times larger than the linear frictional force. Therefore, the frictional resistance of the circular cross-section is the tensile band of the square cross-section. w is better than 3, the dynamic load in a small gap space is converted into a static load * the load value is about 2 times the dynamic load value, so the continuous cross-sectional area of the same is preferably 2 times the cross-sectional area of the tensile belt value. Vertical 4. The cross-sectional area at any position in the longitudinal direction of this connection belt is twice the optimal design value for tensile strength. The wearing area is 5 and the gap piece is equipped with a notch device, which will not produce resistance and pinch effect during cyclic movement. Large friction 6. The rolling elements and spacers can be placed at the core position to reduce the circulation. 7. It is easy to eject and eject from the mold. 8. It also reduces the use cost. 9. It has business use value. The contact point is maintained at the frictional resistance in the turning area of the rolling element. It is easy to cause deformation of the dimensions after demolding. In summary, this creation breaks through the previous technical results :: the effect to be improved 'and is not familiar to the artist ‘Further’, this creation has not been disclosed before the application, and its progress: M243590
第10頁 M243590 圖式簡單說明 第一圖係習用線性滑執之保持器立體示意圖。 第一之一圖係習用線性滑執之保持器於循環迴轉區中產生 夾擠效應之剖視平面示意圖。 第 ' 之 二 圖 係 另 - 習 用 線 性 滑 執 之 保 持 器 組 裝 平 面 示 意 圖 第 一 之 圖 係 另 一 習 用 線 性 滑 執 之 保 持 器 立 體 示 意 圖 〇 第 二 圖 係 本 創 作 之 保 持 器 組 裝 平 面 示 意 圖 〇 第 三 圖 係 本 創 作 之 保 持 器 立 體 示 意 圖 〇 第 四 圖 係 本 創 作 之 保 持 器 平 面 示 意 圖 〇 第 五 圖 係 本 創 作 線 性 滑 執 之 保 持 器 於 循 環 迴 轉 區 之 剖 視 平 面 示 意 圖 〇 第 六 圖 係 本 創 作 之 保 持 器 另 一 實 施 立 體 示 意 圖 〇 [ 圖 號 說 明 ] A • 間 隔 片 B 滾 動 元 件 C 保 持 器 D 連 結 帶 E 抗 拉 帶 F 非 遶 性 段 G 遶 性 段 Η 循 環 迴 轉 區 I • 導 引 槽 J • 滾 動 元 件Page 10 M243590 Brief description of the diagram The first diagram is a perspective view of the retainer of the conventional linear slider. The first one is a schematic plan view of a cross-section of a conventional linear sliding retainer that produces a pinch effect in a circulatory slewing area. The second picture is another-a schematic diagram of the assembly of a conventional linear slide retainer. The first picture is a perspective view of another conventional linear slide retainer. The second picture is a schematic diagram of the assembly of the original retainer. The diagram is the three-dimensional schematic diagram of the retainer of this creation. The fourth diagram is the schematic diagram of the retainer of this creation. The fifth diagram is the schematic plan view of the cross-section of the retainer of the linear slide holder of this creation. The sixth diagram is the creation of this creation. Another implementation perspective view of the retainer 〇 [Illustration of drawing number] A • Spacer B Rolling element C Holder D Linking band E Tensioning band F Non-winding section G Winding section Η Circulation rotation area I • Guide groove J • Rolling element
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