M276640 沒、創作說明（1) 【新型所屬之技術領域】 & _ ί::係有關於—種輔助鑽孔用之機架改良，乃將其 良-又1成可以使孔徑套筒固定於孔徑定位座面上的螺紋 =2犄’ f加的快速便捷，同時在孔徑定距樣板片位移 : <，亦能立即快速的知道位移滑動後的孔徑定距樣板 2的位置尺寸’外加在孔徑定位座面上設有的孔徑位 加!ί Ϊ，也可方便插捲使用，藉此等改良能夠更提升該機 架的使用效益。 瞻【先前技術】 按時下一般所 孔徑定位座6 0與孔 ，該孔徑套筒6 2的 徑定位座60面上的 定位座60端邊上的 抵止到孔徑套筒6 2 位在孔徑定位座6 0 到令孔徑套筒6 2被 ’但並不是很牢固 %體狀，該螺絲6 3 伸入孔徑套筒6 2上 動的關係下而易令 脫開來，除了這個 的更換不同的孔徑 使用之輔助鑽孔用之 徑套同6 2間的關係位 定位方式是：當孔徑 孔徑6 0 1後，再利用 貫通孔徑6 0 2 ，以使 下方的外緣軸體來達 上的目的，雖然這樣 定位在孔徑定位座6 〇 ，因為孔徑套筒62下 很不容易完全將其抵 的孔徑中鑽孔使用時 螺絲6 3與孔徑套筒6 2 谷易發生鬆脫開來的 套筒6 2位置時，都必 機架， 置，如 套筒62 螺絲6 3 螺絲6 3 到將孔 的構造 面上的 方的外 止住， ，會常 下方的 原因之 須另外 其構件中的 弟1圖所示 在***於孔 穿插過孔徑 的前端面可 徑套筒62定 方式可以達 孔徑6 0 1内 緣軸體是圓 所以在鑽頭 因為鑽頭震 外緣軸體鬆 外，每一次 拿取工具來 第6頁 M276640M276640 No. Creation Instructions (1) [Technical Field to which the New Type belongs] & _ :: It is related to—a kind of frame improvement for auxiliary drilling, which is good—and 10% can fix the aperture sleeve to The thread on the aperture positioning seat = 2 犄 'f is fast and convenient. At the same time, the displacement of the aperture fixed-distance template is: < You can also quickly and quickly know the position and size of the aperture fixed-distance template 2 after the displacement sliding. The aperture position plus! Ί on the aperture positioning seat surface is also convenient for inserting rolls, and thus improving the use efficiency of the rack. Looking at the prior art, the aperture positioning seat 60 and the hole, the aperture sleeve 6 2 of the diameter positioning seat 60 on the surface of the positioning seat 60 on the end against the aperture sleeve 6 2 at the aperture The positioning seat 6 0 is so that the aperture sleeve 6 2 is' but not very solid. The screw 6 3 extends into the aperture sleeve 6 2 and moves easily, so it can be easily disengaged, except for this replacement. The positioning method of the relationship between the diameter sleeve used for auxiliary drilling and the diameter of 62 is: after the diameter of the diameter of the hole is 60 1, the through hole 6 0 2 is used to make the lower outer edge shaft reach up. Purpose, although this is positioned in the aperture positioning seat 6, because the aperture sleeve 62 is not easy to completely drill the hole in which it abuts, the screw 63 and the aperture sleeve 6 2 are easy to loosen when used. When the cylinder 6 is in the 2 position, it must be racked, such as the sleeve 62, the screw 6 3, and the screw 6 3 to stop the outside of the structure surface of the hole. As shown in the figure, the diameter of the sleeve 62 can be fixed at the front end surface of the hole inserted through the hole. An inner edge of the aperture 60 are rounded so that the shaft body as the outer drill bit seismic loose outer periphery of the shaft body, each pick tool Page 6 M276640
四、創作說明（2) 便，另外， 樣板片4間 動後，其所 取，才能確 少，這個丈 定距樣板片 方式亦十分 孔徑定距樣 距樣板片4 徑4 3上並無 之前，彳艮容 孔徑位置， 第3圖的習 在美國發明 、第1圖（ 后附件所示 十分不方 孔徑定距 於位移滑 尺28來量 尺寸是多 量到孔徑 操作使用 其構件中 在孔徑定 造，在孔 於孔徑43 徑43鑽錯 第2圖與 已有揭露 ^ 62 > 63 ： )中（如 將螺絲6 3拆卸、旋緊等動 ^ 9 PI 乍才呆作上 如弟2圖所示，其構件中 的關係位置是.κ,:，轴10與 夏疋·田孔佐疋距樣板片4 在的位置尺寸，必須利用另外一根量 =出其於位移滑動後，所在新的位置 量的動作，必須由工件15的邊端一直 4面上的孔徑5中心位置處，這樣的 不方便與耗時；又，如第3圖所示， 板片4與插樁44間的關係位置，因為 #上只有每一個不同位置的孔徑4 3構 任何的標示記號，這樣在插樁4 4*** 易因數錯數字，而使相對兩邊處的孔 形成廢料。關於上述說明的第1圖、 用輔助鑽孔用之機架中的構造部分， 專利第50 56966號的第5圖（標號60 標號28、35、37 )與第5圖（標號43 鲁【新型内容】 本創作是將孔徑定位座面上設有一個具有螺紋的通孔 並且搭配此孔徑定位座面上的螺紋通孔大小，亦使孔從 套间的下方軸體外緣面上車製有由螺紋，藉此孔徑套筒下 方轴體外緣面上的螺紋設計，不須再藉由任何的手工具， 在操作時只要將孔徑套筒下方軸體旋入於孔徑定位座面上Fourth, the creation instructions (2). In addition, after the template 4 is moved between, it can only be sure to take less. This method of measuring the distance between the template is also very small. The location of the aperture is shown in Figure 3. Xi is invented in the United States, and Figure 1 (see the rear attachment is very square. The aperture is spaced from the displacement slide 28 to measure the size. Made in the hole in the hole diameter 43 diameter 43 wrong figure 2 and already disclosed ^ 62 > 63:) (such as the screw 6 3 disassembly, tightening and other movements ^ 9 PI only stayed on as the brother 2 picture As shown, the position of the relationship in the component is .κ,:, the position size of the axis 10 and the Xia Xuan · Tian Kong Zuo distance from the template 4 must use another amount = out of the new position after sliding The movement of the position amount must be from the edge of the workpiece 15 to the center of the aperture 5 on the 4 sides, which is inconvenient and time-consuming; as shown in FIG. 3, the distance between the plate 4 and the cutting 44 Relational position, because there is only a different aperture 4 3 on the # to construct any mark, so in The instrumentation 4 4 inserts a number that is prone to wrong numbers, so that the holes on the opposite sides form waste. Regarding the first figure described above and the structural part in the frame for auxiliary drilling, FIG. 5 of Patent No. 50 56966 (No. 60, No. 28, 35, 37) and Fig. 5 (No. 43 Lu [New Content] This creation is to provide a through hole with a thread on the hole positioning seat surface, and match the screw hole on the hole positioning seat surface. The size of the hole also enables the hole to be machined with threads from the outer surface of the lower shaft outside the sleeve. With this, the thread design on the outer surface of the shaft below the bore sleeve does not require any hand tools. Screw the shaft below the aperture sleeve onto the aperture positioning seat
第7頁 M276640 四、創作說明（3) 的螺紋通孔中， 紋通孔内固定位 的螺紋通孔中後 用時，又可以利 筒旋入旋緊相同 ¥會令孔徑套筒 襟示，並且以孔 伸到孔徑定距樣 螺孔，這樣的改 I’但是在當孔徑 孔徑定距樣板片 h轴面上的量尺 孔徑定距樣板片 _孔徑定距樣板 這樣在預設插樁 對兩邊處的孔徑 就可使其快 ，而且在孔 ，在鑽頭伸 用鑽頭的鑽 的順時針方 產生鬆脫情 徑定距樣板 板片近兩邊 變並不會影 定距樣板片 兩端邊面上 標不’不須 在改變位置 片面上附加 使用時，就 鑽錯距離位 速的螺 徑套筒 入孔徑 孔旋轉 向，所 事。另 片面上 端的面 響到該 位移滑 的螺孔 再額外 後的所 設有孔 不會發 置情形 旋於孔 旋入於 套筒上 方向， 以在鑽 外在橫 的孔徑 上位置 螺孔鎖 動到一 向下一 以尺丈 在位置 徑所在 生因數 產生。 徑定位 孔徑定 的孔徑 正好是 孔作業 車由面上 中心為處，各 固橫轴 定點後看，就 量，就 尺寸， 位置順 錯數字 座面上螺 位座面上 中鑽孔使 與孔徑套 時，絕對 設有量尺 基準線延 開設有一 定位功能 ，只要往 可以看到 可以得知 再者，並 序標號， ，而使相 實施方式】 請參閱第4、5圖所示，本創作的構造包括有： ^距樣板片1、橫軸2、孔徑定位座3、孔徑套 = 5 〇、迫緊塊β、定位螺絲7等構件所組合構成，而並 ^的部分是在於將孔徑定位座3面上設有一個具有螺^ ^孔31，並且搭配此孔徑定位座3面上的螺紋通孔3丨大、 ，亦使孔徑套筒40的下方軸體外緣面上車製有由螺紋4〇ι小Page 7 M276640 4. In the threaded through hole of the creation description (3), the threaded through hole in the fixed through hole can be screwed into the same hole when used later. And the hole extends to the aperture fixed distance sample screw hole, this modification I ', but on the h axis plane of the aperture aperture fixed distance template, the aperture fixed distance template _ aperture fixed distance template The hole diameters on both sides can make it fast, and in the hole, when the drill is extended clockwise with the drill bit, the looseness of the diameter of the fixed-distance template can be changed. When the superscript does not need to be used in addition to changing the position, it is necessary to drill the screw diameter sleeve into the hole with the wrong speed and the direction of rotation. On the other side of the surface, the screw hole with the displacement slide will not be set. The screw hole will be screwed in the direction of the sleeve to position the screw hole lock on the horizontal hole outside the drill. Move to the next one to generate with the ruler in the location factor. The diameter of the hole diameter is determined by the hole operation vehicle from the center of the surface. After the fixed horizontal axis is fixed, look at the amount, size, and position of the screw seat on the digital seat surface. When set, there is definitely a positioning function that extends the reference line of the ruler. As long as you can see it, you can learn more, and mark it in order, so that you can implement it. [Please refer to Figures 4 and 5 for this creation. The structure includes: ^ away from the template 1, horizontal axis 2, aperture positioning seat 3, aperture sleeve = 50, pressure block β, positioning screw 7 and other components, and the part is to position the aperture There is a threaded hole 31 on the 3 surface of the seat, and the threaded through hole 3 on the 3 surface of the aperture positioning seat is large, and the lower shaft of the aperture sleeve 40 is also machined with a thread on the outer surface of the shaft. 4〇ι small
M276640 四、創作說明（4) 〜 "'"~一 " ------— 叮藉此^ = I筒40下方軸體外、緣面上的螺紋401言受計，就 :以不須再藉由任何的手工* (如内六角板手），在操作 0守，、要將孔徑套筒4〇下方軸體依順時針方向旋入於孔徑定 3面上的螺紋通孔3丨中，就可使其快速向下螺旋於孔 位=位座3面上的螺紋通孔3 1内固定位，而且在孔徑套筒 40旋^於孔徨定位座3面上的螺紋通孔31中後，在鑽頭8 (如第6圖所示）伸入孔徑套筒4 〇上的孔徑中鑽孔使用時 ’又可以利用鑽頭8的鑽孔旋轉方向，正好是與孔徑套筒 4 0旋入於孔徑定位座3面上螺紋通孔3 1中旋緊的方向相同 鲁，都是順時針方向，所以在鑽孔作業時，只會更緊固，絕 對不會有因鑽頭8震動而令孔徑套筒4〇產生鬆脫情事發生 ’這樣一來’在更換不同大小鑽孔孔徑套筒40作業上，不 僅拆卸組裝作業上都能夠更加的快速方便，而且再也不會 在鑽孔作業時產生孔徑套筒4 〇鬆脫情事發生，困擾著操作 者；除此之外，本創作另外在橫軸面上設有量尺21標示， 並且再搭配以孔徑定距樣板片1面上的孔徑11中心為基準 線1 2，延伸到孔徑定距樣板片1近兩邊端的面上位置處， 各開設有一螺孔1 3，這樣的對準孔徑11中心為基準線的開 ^是螺孔1 3動作，其與原有的習用構造並不相違背，所以這 個動作的進行並不會影響到該螺孔鎖固橫軸定位功能，但 是在使用上，針對量尺動作而言，卻是十分的便捷，例如 ，在使用上當孔徑定距樣板片1在兩橫軸2上位移滑動到 一固定點後，這個時候在量取上，就不需要另外再拿量尺 來丈量，而只要往孔徑定距樣板片1近兩邊端面上的螺孔M276640 Fourth, the creation instructions (4) ~ " '" ~ 一 " ------—— Do this ^ = I 401 below the shaft outside the barrel, the thread on the 401 surface is calculated, so: There is no need to use any manual * (such as a hexagonal wrench) in operation 0, the shaft below the aperture sleeve 40 is screwed clockwise into the threaded through hole 3 on the surface of the aperture 3丨, it can be screwed down quickly on the hole position = threaded through hole 3 1 on the seat 3, and fixed in position, and the hole sleeve 40 is screwed on the threaded through hole 3 on the hole 徨 positioning seat After 31 in the middle, when drilling a hole in the hole that the drill bit 8 (as shown in FIG. 6) extends into the hole sleeve 40, the rotation direction of the drill 8 can be used, which is exactly the same as the hole sleeve 40. It is screwed into the threaded through hole 31 on the surface of the aperture positioning seat 3, and the tightening direction is the same, and they are all clockwise, so when drilling, it will only be tightened, and there will be no vibration caused by the drill 8 The loosening of the hole sleeve 40 will occur. This way, the replacement of the hole hole sleeve 40 with a different size can not only be disassembled and assembled. It is convenient, and it will no longer cause the hole sleeve 40 to loosen during the drilling operation, which will bother the operator; in addition, this creation is additionally provided with a scale 21 mark on the horizontal axis, and It is also matched with the center of the aperture 11 on the aperture-fixed template 1 as a reference line 12 and extends to the position on the surface of the near-end ends of the aperture-fixed template 1 with a screw hole 13 each. This aligns the aperture The opening at the center of 11 is the action of the screw hole 1 and 3, which is not inconsistent with the original conventional structure. Therefore, the operation of this action will not affect the positioning function of the screw hole locking horizontal axis, but it is in use. In terms of measuring, it is very convenient. For example, when using the aperture fixed-distance template 1 on both horizontal axes 2 and sliding to a fixed point, you do not need to measure at this time. In addition, take a ruler to measure, and only need to go to the screw holes on the two end faces of the template 1
第9頁 M276640 四、創作說明（5) 1 3向下一看，如第7圖所示，就可以看到其所在位置處的 橫軸2面上量尺21標示，進而得知孔徑定距樣板片i在位 移滑動改變位置後的所在位置尺寸，操作上十分快速方便 ;另外，本創作並於孔徑定距樣板片1面上附加設有孔徑 所在位置順序標號14 ’這樣在預設插樁5〇使用時就很容易 ，例如要預先鑽設標示17位置的鑽孔，這個時候很容易做 ，只要直接將插樁50預先插放在標示17位置的孔徑n中就 f (如第8圖所示），不須依序再數各個孔徑位置，就不 ^，因數錯數字，而使相對兩邊處的孔徑鑽錯距離位置 |0青形產生。 緣是，可知本創作之主要目的，旨在提供一種輔助鑽 且右^機架改良’其將構件中的孔徑定位座面上設有一個 ^ ^紋的通孔，並且搭配此孔徑定位座面上的螺紋通孔 葬二：?’丨ί 2徑套筒的下方軸體外緣面上車製有由螺紋， 再蕻a仏筒下方軸體外緣面上的螺紋設計，就可以不須 定位任何的手工具，使孔徑套筒可快速向下螺旋於孔徑 疋位座面上的螺紋通孔内固定位。 且再ί ί彳作之次要目的，是在橫軸面上設有量尺標示，並 I巨樣；^ ^以孔徨定距樣板片面上的螺孔構造，使當孔徑定 外拿量尺f兩橫轴上位移滑動到一固定點後’不再需要另 的螺^ ^來丈量，而只要往孔徑定距樣板片近兩邊端面上 尺庐_ °下—看，就可以看到其所在位置處的橫軸面上量 I〔操作上十分快速方便。 創作之再一目的，是在孔徑定距樣板片面上附加設Page 9 M276640 IV. Creative Instructions (5) 1 3 Looking down, as shown in Figure 7, you can see the scale 21 mark on the 2 planes of the horizontal axis at its location, and then you know the aperture distance The position size of the sample plate i after displacement and sliding change position is very fast and convenient to operate; In addition, this creation and the aperture fixed distance sample plate 1 is additionally provided with the sequence number of the location of the hole 14 'so that 50. It is very easy to use. For example, it is necessary to pre-drill a hole marked at 17 position. At this time, it is very easy to do, as long as the insertion post 50 is directly inserted into the hole n marked at 17 position, as shown in Figure 8. (Shown), it is not necessary to count the positions of the apertures in order, so it is not ^, the factor is wrong, and the apertures at the opposite sides are drilled at the wrong distance position | 0 blue. The reason is that it can be seen that the main purpose of this creation is to provide an auxiliary drill and an improvement of the right frame. The aperture positioning seat surface in the component is provided with a ^ ^ pattern through hole, and is matched with this aperture positioning seat surface. Threaded through hole on the top:? '丨 ί The thread on the outer surface of the lower shaft outside the 2-diameter sleeve is threaded, and then the design of the thread on the outer surface of the shaft below the cylinder can be used without any positioning. The hand tool enables the aperture sleeve to be screwed down quickly into the threaded through hole on the aperture seat surface for fixing. Moreover, the secondary purpose of the work is to set a measuring scale mark on the horizontal axis surface and to make a large sample; ^ ^ The screw hole structure on the surface of the template plate with holes at a fixed distance, so that when the hole diameter is taken outside After the displacement on the two horizontal axes of the ruler f slides to a fixed point, 'no need for another screw ^ ^ to measure, but as long as the diameter of the fixed distance sample plate near the two sides of the ruler _ °-look, you can see its The amount I on the horizontal axis at the location [is very fast and convenient to operate. Another purpose of the creation is to add design
第10頁 -M276640 3、創作說明（6) 有孔徑所在位置順序襟麥 ^ ^ 直接將插樁預先插放^ ^祕這樣在預設插樁使用時，只要 序再數各個孔徑位置，+ ί號位置的孔徑中就好，不須依 鑽孔作業。 丁刀方便與好用而有助於木工上之 、:^述，知悉本案乃具有以上所述之優良特性，得 用松了 ^操作使用上，增進習用所未有之效能，而賦予實 ’喊為一極具實用價值之構造改良設計者。Page 10-M276640 3. Creation instructions (6) The position where the aperture is located is in sequence ^ ^ Put the cuttings directly in advance ^ ^ This way, when using the preset cuttings, as long as the positions of the apertures are counted in sequence, + ί The hole in the No. position is just fine, there is no need to perform drilling operations. The D knife is convenient and easy to use, which helps the woodworker to understand it. It is known that this case has the above-mentioned excellent characteristics. It can be used loosely and can be used to improve the performance that is not used in practice. Shouting for a structural improvement designer with very practical value.
第11頁 M276640 圖式簡單說明 【圖式簡單說明] 第1〜3,圖係為習用之構造圖。 第4圖係為本創作之立體構造分解圖。 第5圖係為本創作之立體構造組合圖。 第6圖係為本創作將鑽頭伸入於孔徑套筒中之實施圖例。 第7圖係為本創作可觀看橫軸上量尺時之放大實施圖例。 第8圖係為本創作將插樁預先插放在有標號位置的 時之實施圖例。 仅τ 籲【主要元件符號說明】 孔徑定距樣板片——1、4 孔徑定位座-------3、GO 插樁------------44 ^ 50 定位螺絲---------7 ^ 63 橫軸------ 孔徑套筒-- 迫緊塊---- 通孑L 一;----- 虫累紋---------------4 01 量尺------------21、28 虫累孑L----------------i 3 工件 15Page 11 M276640 Simple description of the drawings [Simplified description of the drawings] Sections 1 to 3 are diagrams of the conventional structures. Figure 4 is an exploded view of the three-dimensional structure of this creation. Figure 5 is a three-dimensional structural combination of this creation. Figure 6 is an illustration of the implementation of the drill into the bore sleeve. Figure 7 is an enlarged illustration of the scale when viewing the scale on the horizontal axis. Fig. 8 is an illustration of the implementation when the instrument is inserted in the marked position in advance. Only τ appeal [Description of main component symbols] Aperture fixed-distance template-1, 4 Aperture positioning seat ------- 3, GO instrumentation ---------- 44 ^ 50 Positioning Screw --------- 7 ^ 63 Horizontal axis ------ Aperture sleeve-Tightening block ---- Tong L L; ----- Insect tired pattern ---- ----------- 4 01 Measuring scale ------------ 21, 28 i 3 Workpiece 15
鑽頭-------—一 基準線---- ~ _ 標號 ----- 孑L 徑-5、1 1 ^43 -601 ———-8 …一12 一一-——1 4 、602Drill bit -------- a reference line ---- ~ _ label ----- 孑 L diameter -5, 1 1 ^ 43 -601 ———- 8… one 12 one one -—— 1 4, 602