M381477 五、新型說明： 【新型所屬之技術領域】 本創作係提供一種機械儀器類刀具預調儀之技術領域 ,’尤指其技術上提供-種刀具預調儀X軸快速移動結構， - 錢由該快速移動結構，使X軸滑鈑可選擇快速移動或導 螺桿控制移動者。 【先前技術】 習用之刀具預調儀，其係作為刀具之量測所以 設有量表組及x軸方向（左右移動）#z轴方向（升降控 制）之调整。習知刀具預調儀設有導行構造，其係利用拉 起拉把連動下方之導行銷脫離水平導螺桿，而後旋轉拉把 ^拉把底。卩犬柱抵於闔蓋頂面，使水平移動座沿軌道可 作大距離的位移。此結構於使用上並不理想，不僅需要花 鲁 的力氣將拉把拉起後，還需持續這拉起的力量將拉 轉疋位而因為拉起放到闔蓋頂面也會產生強大的撞 擊聲降itl· 从 〃 ’右、I⑦使用則會使闔蓋頂面與拉把突柱因撞擊 而有損傷，而損及整體能大幅位移的能力。 因此本創作之創作人乃研發出一種刀具預調儀之導 行構造，盆采丨丨田β /、j用知轉定位環方式，使定位環内設置的彈跳M381477 V. New description: 【New technical field】 This creative department provides a technical field of mechanical instrument type pre-adjustment instrument, especially the technically provided-type tool pre-adjuster X-axis fast moving structure, - money Thanks to this fast-moving structure, the X-axis slide can be selected to move quickly or the lead screw controls the mover. [Prior Art] A conventional tool presetter is used as a tool to measure the scale and the x-axis direction (left and right movement) #z-axis direction (elevation control). The conventional tool presetter has a guiding structure, which uses a pull-pull puller to pull the guide pin below the horizontal lead screw away, and then rotates the pull handle to pull the bottom. The dog's column is placed against the top surface of the cover so that the horizontally movable seat can be displaced along the track. This structure is not ideal for use. It not only requires the effort of pulling the pull handle, but also needs to continue the pull-up force to pull the clamp position, because pulling it up to the top of the cover will also produce a strong Impact sound drop itl · From 〃 'Right, I7 use will make the top surface of the cover and the pull stud column damage due to impact, and damage the overall ability to shift significantly. Therefore, the creator of this creation has developed a guide structure for the tool presetter, and the basin is used to make the bounce of the positioning ring in the positioning ring.
頭藉由壓縮彈簧其張力原理，使彈跳套頭離開凹陷槽而 至固定座之Tg品LThe head uses the tension principle of the compression spring to cause the bounce head to leave the recessed groove and to the Tg of the fixed seat.
只如上，僅需輕輕的旋轉即可使定位環連動導 行銷之弧形牙A / T。卩脫離導螺桿而達到大距離的移動。惟其本 3 / 創作人早期創作並申請專Only as above, the positioning ring can be used to interlock the curved teeth A/T of the guide pin with only a slight rotation.卩 Move away from the lead screw to achieve a large distance. But the original 3 / creator created and applied for the early
胃㈣之刀具翻儀之導行構造，I /、針對刀具預調儀之Ζ軸設計，且直 卜 .〇 八在操作上仍有較不杯 操作的問題，因此m ιν 权不好 a 乃再加以研發而創作出本創作。 疋以針對上述習知結構所存在之門顏, -Μ m s ^ 存在之問碭點，如何開發 檀更具理想實用性之創斩έ 之&新結構，實消費者所殷切企盼， 亦係相關業者須努力 方刀研發穴破之目標及方向。 有鑑於此，創作人本於多 少千從事相關產品之製造開發 與設計經驗，針對上流 上It之目禚，詳加設計與審慎評估後，. 終得一確具實用性之本創作。 【新型内容】 解決之技術問題點：本創作人先前研發並申請專利 種刀具預。 周儀之導行構造，其利用旋轉定位環方式， 使疋位％内設置的彈跳套頭藉由壓縮彈簧其張力原理，使 彈跳套頭離開凹陷槽而至固定座之頂面上，僅需輕輕的旋 轉卩可使疋位％連動導行銷之弧形牙部脫離導螺桿而達到 λ距離的移動°惟其只針對刀具預調儀之Z軸設計，且其 在操作上仍有較不好操作的問題。 解決問題之技術特點：提供一種刀具預調儀X軸快速 移動結構’包括一導螺桿及一快速移動結構，該快速移動 結構设有一固定座、一導行銷及一定位環，該導行銷套設 彈丨生元件後穿貫固定座中心孔，該固定座固定至X軸滑銀 疋位環议兩彈簧頂兩彈跳套頭，該定位環周面設手柄 MJ81477 ，該定位套套住固定座並以一螺 階级孔而鎖固至導行銷螺孔，該導 銷插组，以限位導行銷移動距離及不能旋轉，該 設有於導螺桿牙形相同之弧形牙#，其手柄帶動 定位％旋轉，乃使彈跳套頭脫 m倌頂拉導行銷退離 導螺才干，X軸滑鈑可快速移動，反轉手柄則回復導螺桿控 制移動者。 對照先前技術之功效：本創作使該2轴方向具導行結 構’而在X軸方向具有快速移動結構，均可以作快速移動 或導螺桿導行之選擇控制作動，而其更設有手柄而可更為 便利的操控選擇控制作動。 有關本創作所採用之技術、手段及其功效，茲舉一較 佳實施例並配合圖式詳細說明於后，相信本創作上述之目 的、構造及特徵，當可由之得一深入而具體的瞭解。 【實施方式】 參閱第一至第五圖所示，本創作係提供一種刀具預調 儀X軸快速移動結構，係其刀具預調儀（1 )之χ軸向設 有一導螺桿（1 1 )及一快速移動結構（2 )，該快速移動 結構（2 )包含有： 一固定座（21)，一量表組（12)及一立柱（13 )均設置至一 X輪滑飯（1 4 )，該X軸滑鈑（1 4 )滑設 於一X軸滑轨（15)之上，該固定座（21)固定至該 5 M381477 χ軸滑鈑（1 4)上’該固定座（2 1 )之頂面設有二凹 孤槽（211)、（212); 一導行銷（2 2 )’該導行銷（2 2 )之前端設有配合 導嫘桿（1 1 )牙型之數弧形牙部（2 2 1 )，該導行銷（ 2 2 )後端套設一彈性元件（2 3 )後穿貫經該固定座（ 21)之-中心孔（213)，該導行銷（22)後端端面 設有-螺孔（2 2 2 )’該導行銷（2 2 )側面設有一長橢 圓槽（2 2 3 ); 之階級孔（2 4 1 )，而該定位環（2 4 )底面設有—向内 凹室（ 2 4 2 )，該向内凹室（2 4 2 )恰可供該固定座（ 21)容設’㈣内凹室（2 4 2 )底面設有兩未貫穿之 凹槽（ 2 4 3 )，該兩凹槽（2 4 3 )可對應該固定座（2 1 )之二凹孤槽（2 1 1 )、（ 2 1 2 )，該兩凹槽（2 4 3 )分別容置-彈簧（2 5 )及-彈跳套頭(2 6 )，該定位 環（2 4)之周壁面乃設有-螺孔（2 4 4 )，該螺孔^ 44WH_&(271)之手柄（27)螺鎖固 定；-螺絲、（2 8 )穿經一間隔套筒（2 9 )及該定位環 (2 4 )階級孔（2 4 1 )後，該螺絲（2 8 )乃鎖固至 該導行銷（22)螺孔（2 2 2 );_定位銷（16)，該 定位銷（1 6 )穿經X轴滑飯（1 4)而插設入導行^ ⑴之長橢圓槽（2 2 3 )’限制導行銷（22)移動距 M381477The guiding structure of the tool (4) of the stomach (IV), I /, the design of the axis of the tool presetter, and the problem of the cup is still not operation in the operation, so the m ιν is not good. Developed and created this creation. In view of the existing structure of the above-mentioned structure, -Μ ms ^ The question of how to develop the more ideal and practicality of the sandalwood & new structure, the consumer is eagerly awaiting, also Relevant operators must work hard to develop the goal and direction of the square knife. In view of this, the creators have been engaged in the manufacturing development and design experience of related products, and have focused on the design of the high-level It, after detailed design and careful evaluation, and finally have a practical and practical creation. [New content] Technical problems to be solved: This creator has previously developed and applied for a patented tool pre-release. Zhou Yizhi's guiding structure, which uses the rotary positioning ring method to make the bounce head set in the clamp % by the tension principle of the compression spring, so that the bounce head leaves the recessed groove to the top surface of the fixed seat, only needs to be gently rotated卩 The position of the 疋 position can be shifted from the lead screw of the guide pin to the λ distance. However, it is only designed for the Z axis of the tool presetter, and it still has a problem of poor operation in operation. Technical feature of solving the problem: providing a tool presetting instrument X-axis rapid moving structure 'including a lead screw and a fast moving structure, the fast moving structure is provided with a fixing seat, a guiding pin and a positioning ring, and the guiding pin sleeve After the elastic component is inserted, the central hole of the fixing seat is inserted, and the fixing seat is fixed to the X-axis sliding silver cymbal ring, and the two spring top two bounce ferrules are arranged. The positioning ring is provided with a handle MJ81477 on the circumferential surface, and the positioning sleeve covers the fixing seat and is The screw-type hole is locked to the guide pin screw hole, and the guide pin is inserted to limit the movement distance of the guide pin and can not be rotated. The curved tooth provided with the same shape of the lead screw has a handle-driven positioning % Rotation, so that the bouncing ferrule is removed from the top of the slewing guide to retreat from the guide screw, the X-axis slide can be moved quickly, and the reverse handle returns to the lead screw to control the mover. Compared with the effects of the prior art: the creation enables the 2-axis direction to have a guiding structure' and has a fast-moving structure in the X-axis direction, both of which can be used for rapid movement or lead screw guiding control actuation, and further provided with a handle The control action can be controlled more conveniently. With regard to the techniques, means and functions of the present invention, a preferred embodiment is described in detail with reference to the drawings, and it is believed that the above objects, structures and features of the present invention can be obtained from an in-depth and specific understanding. . [Embodiment] Referring to the first to fifth figures, the author provides a tool presetting instrument X-axis rapid moving structure, which is provided with a lead screw (1 1 ) in the axial direction of the tool presetter (1). And a fast moving structure (2), the fast moving structure (2) comprises: a fixed seat (21), a gauge set (12) and a column (13) are all set to an X-ray slick (1 4) The X-axis slide (1 4 ) is slidably disposed on an X-axis slide rail (15), and the fixing seat (21) is fixed to the 5 M381477 χ shaft slide (1 4). 1) The top surface is provided with two concave grooves (211), (212); a guide pin (2 2 ) 'The leading end of the guide pin (2 2 ) is provided with a matching guide rod (1 1 ) a curved tooth portion (2 2 1 ), the rear end of the guide pin (2 2 ) is sleeved with an elastic member (23) and then passed through a central hole (213) of the fixing seat (21), the guide pin ( 22) The rear end surface is provided with a screw hole (2 2 2 ). The side of the guide pin (2 2 ) is provided with a long elliptical groove (2 2 3 ); a class hole (2 4 1 ), and the positioning ring (2) 4) The bottom surface is provided with an inward recess (2 4 2 ), the inward recess (2 4 2) just enough for the fixing seat (21) to accommodate the bottom surface of the (4) inner concave chamber (2 4 2) with two non-perforating grooves (2 4 3 ), the two grooves (2 4 3 ) can correspond to each other. Two concave grooves (2 1 1 ) and (2 1 2 ) of the fixing seat (2 1 ), the two grooves (2 4 3 ) respectively accommodating a spring (2 5 ) and a bounce head (2 6 ), The peripheral wall surface of the positioning ring (24) is provided with a screw hole (24 4), and the handle (27) of the screw hole ^ 44WH_& (271) is screwed and fixed; - the screw, (2 8) passes through a After the spacer sleeve (2 9 ) and the positioning ring (2 4 ) of the class hole (2 4 1 ), the screw (28) is locked to the guide pin (22) screw hole (2 2 2 ); Pin (16), the positioning pin (16) is inserted through the X-axis slick (1 4) and inserted into the long elliptical groove (2 2 3 ) of the guide line ^ (1) to restrict the guide pin (22) from moving M381477
離及不會偏轉，龙I ^手柄（27)帶叙—/ ，乃使彈跳套頭Γ 9 動疋位環（2 4 )旋轉 (2 6 )脫離凹弧禅 )，並將定位環曰 11)、（212 頂離固定座 4 )則拉導行銷（ 2 1 )，定位環（2 、22)退離導螺产广 (1 4 )及量表組 ’、（1 1 )’使X軸滑鈑 (15)快速移動二與立柱（…可順X袖滑軌 m ’並在到連仇詈接 動定位環（2 4 ) n ’轉手柄（2 7 )帶 (211)^(21〇, 碩（2 6 )彈入凹弧槽 2 〇 ) 4r ❿彈性70件（2 3 )頂其導行銷（ d 2 )之弧形牙部（ ^ )回復導螺桿（i i )批 合’使其X軸滑鈑（1 4 、丄1 )控制移動者。 所述該刀具預調 Ή古道 €之2軸方向該量表組（12)處， 亦设有一導螺桿（1 7、》 ^ 丄M及一快速移動結構（i 8 )，該快 逮移動結構（1 8 ) β , 之疋位裱（181)周面設有一螺 (1 8 1 1 )得以植設一 、、叹具有螺紋（1 9 1 )之手柄（ 19)。 前文係針對本創你夕& & 較佳實施例為本創作之技術特徵 進行具體之說明；惟，熟悉此項技術之人士當可在不脫離 本創作之精神與原則下對本創作進行變更與修改，而該等 變更與修改，白應涵蓋於如下申請專利範圍所界定之範疇 中。 【圖式簡單說明】 意圖 第一圖：係本創作其—實施例之平面示 M381477 第二圖：係本創作之快速移動結構立體分解示意圖。 第三圖：係本創作切控快速移動狀態之剖示圖。 第四圖：係本創作切控導螺桿控制移動狀態之剖示圖。 第五圖：係本創作之操控狀態立體示意圖。 【主要元件符號說明】 (1 )刀具預調儀 (1 2 )量表組 (1 4 ) X軸滑鈑 (1 6 )定位銷 (1 8 )快速移動結構 (1811)螺孔 (1 9 1 )螺紋 (21)固定座 (212)凹弧槽 (2 2 )導行銷 (2 2 2 )螺孔 (2 3 )彈性元件 (2 4 1 )階級孔 (2 4 3 )凹槽 (2 5 )彈簣 (2 7 )手柄 (2 8 )螺絲 (11)導螺桿 (13)立柱 (1 5 ) X軸滑軌 (17)導螺桿 (1 8 1 )定位環 (19)手柄 (2 )快速移動結構 (2 1 1 )凹弧槽 (2 1 3 )中心孔 (2 2 1 )弧形牙部 (2 2 3 )長橢圓槽 (2 4 )定位環 (2 4 2 )向内凹室 (2 4 4 )螺孔 (2 6 )彈跳套頭 (2 7 1 )螺紋 (.2 9 )間隔套筒 8The separation and the non-deflection, the dragon I ^ handle (27) with the narrative - /, is to make the bouncing ferrule Γ 9 moving 环 ring (2 4) rotation (2 6) from the concave arc zen), and positioning ring 曰 11) (212 top from the fixed seat 4) pulls the guide pin (2 1 ), the positioning ring (2, 22) retreats away from the guide screw (1 4 ) and the gauge group ', (1 1 )' makes the X axis slip钣 (15) fast moving two with the column (... can be shun X sleeve rail m ' and in the end of the enemy hatch joint positioning ring (2 4) n 'turn handle (2 7) belt (211) ^ (21 〇, Master (2 6 ) into the concave arc groove 2 〇) 4r ❿ elastic 70 pieces (2 3 ) top of the guide pin (d 2 ) of the curved tooth ( ^ ) return lead screw (ii) batch 'to make X The axis slide (1 4 , 丄 1 ) controls the mover. The tool is pre-adjusted to the 2nd axis direction of the ancient road, and the guide set (12) is also provided with a lead screw (1, 7, ^ 丄M and a fast moving structure (i 8 ), the fast-moving moving structure (18) β, the 裱(181) of the circumference of the 裱(181) is provided with a screw (1 8 1 1 ) to be implanted, and the thread is slanted (1 9 1) handle (19). The foregoing is directed to the present invention and the preferred embodiment is the technology of the present invention. The stipulations are specific; however, those who are familiar with the technology may make changes and modifications to the creation without departing from the spirit and principles of this creation, and such changes and modifications shall be covered by the following patent application scope. In the category of [Simplified illustration] Intention first picture: This is the creation of the embodiment - the plane of the embodiment shows M381477. The second picture: the three-dimensional decomposition diagram of the fast moving structure of the creation. The third picture: the original control A cross-sectional view of the fast-moving state. The fourth figure is a cross-sectional view of the control state of the cutting and controlling lead screw control. The fifth figure is a three-dimensional diagram of the control state of the present creation. [Main component symbol description] (1) Tool Preset meter (1 2 ) gauge set (1 4 ) X-axis slide (1 6 ) locating pin (1 8 ) fast moving structure (1811) screw hole (1 9 1) thread (21) fixing seat (212) Concave arc groove (2 2 ) guide pin (2 2 2 ) screw hole (2 3 ) elastic element (2 4 1 ) class hole (2 4 3 ) groove (2 5 ) magazine (2 7 ) handle (2 8 Screw (11) lead screw (13) upright (1 5 ) X-axis slide rail (17) lead screw (1 8 1 ) positioning ring (19) handle (2) fast Moving structure (2 1 1 ) concave arc groove (2 1 3 ) center hole (2 2 1 ) curved tooth portion (2 2 3 ) long elliptical groove (2 4 ) positioning ring (2 4 2 ) inward concave chamber ( 2 4 4) Screw hole (2 6 ) Bolting head (2 7 1 ) Thread (.2 9) spacer sleeve 8