M415030 五、新型說明： 【新型所屬之技術領域】 M 關^種自動鎖騎機之鑽孔行程控制 f f 子將自攻螺树段之綱段鑽入 =，中時，該電動起子會先停止進給—段時間在此段 時間:，並保持自攻螺絲繼續旋轉之鑽孔行程控制裝置。 【先前技術】 導^前習ΓΛ動鎖螺絲機’通常包括：固定架，裝置有 2Γ: 於擋塊之路徑，令擔塊隨該電動 起子朝加工物進給一段行程後， 者；一定位開關，安裝於該電動起子所聯動二定 =路二=位塊隨該電動起子位移並碰觸該= 亭止作動、並驅使該控制氣紅向上 該主氣缸復歸者。 所失持之自攻螺絲後’驅使 自，螺絲在鎖入加工物時，係分為兩階段，第一 二階段係以該自攻螺絲後段之鑽，^ 並鎖入之行程，由於習知之·;之動螺鎖纹螺m物隹進行攻牙 3 ’係驅使該電動起子持續朝加工物進 2-阻力時(即鎖緊加工物時)才停止進給及= t轉，因此在進行鑽孔行程後立即進人第二階段的上= =由程之進給十分快速，常 t w確實，有時因進給過於快速且非真圓孔 3 之攻牙及上鎖過程中發生滑牙或無法完全鎖入，即產生浮 鎖的現象，另外，鑽削的過程過於快速，所形成之切屑往 往來不及排出’堵塞於孔中，當自攻螺絲後段之螺紋段鎖 入加工物中時，也常因此導致鎖入的阻力過大，無法將自 攻螺絲完全鎖入加工物中，也會發生浮鎖現象，而顯有改 進的必要。 本案創作人有鑑於此，予以研究、創新，終揭示本新 型所示自動鎖螺絲機之鑽孔行程控制裝置。 【新型内容】 尽新3L之目的旨在提供一種自動鎖螺絲機之鑽孔行 程控制裝置，尤指-種令電動起子將自攻螺絲前段之鑽頭 段鑽入加工物中時，該電動起子會先停止進給一段時間， 在此段時間中，並保持自攻螺絲繼續旋轉之鑽孔行程控制 裝置。由於，該自攻螺絲在停止進給之該段時間中，可以 確實於加工物中進行鑽孔，以獲得正確之孔徑，並可以順 =將^順利排出，因此，可避免後續自攻螺絲進行鎖入 加工物的過程出現滑牙或浮鎖的問題。 中該自械獅機之航行健織置，其 〆^鎖螺4、機’係可包括：一固定架，裝置有導桿者； 二裝於_定架上’可聯動—電動起子沿導桿 裝於該固ΐ:擔塊’隨該電動起子位移者，·第二氣缸，安 ^ 疋架上且位於第二擋塊之路徑上，人― 該電動起子朝加工物進給:一备隨 塊的行徑動路上，人J 電動起子所聯動之一定位 定位開闕時，传使該電動起子位移並碰觸該 植停正作動、並驅使該第二氣紅 M415030 向上頂推該第二擋塊，使電動起子釋放所失持之自攻螺絲 後，驅使該主氣缸復歸者；而該鑽孔行程控制裝置，係包 括：第一擋塊，隨該電動起子位移者；以及第一氣缸，安 裝於該固定架上，且位於第一擋塊之路徑上，令第一浐塊 隨電動起子位移而碰觸該第-氣缸時，該電動&子所^轉 之自攻螺絲的鑽頭段係鑽入加工物中，且令此時，該電動 :子係停止繼續朝加工物進給，並同時保持自攻螺絲旋 轉’且同時開始計時，於計時終了後，令該第一氣缸縮退， 並繼續驅動該電動起子再朝加工物進給者。 上述之自動鎖螺絲機，係為習知機具，本新型可應用 =它習知之自動鎖螺絲機上’本新型並不自限所應用之 自動鎖螺絲機型式者。 ^新型所揭不之自動鎖螺絲機之鑽孔行程控制裝 工私ί主要特徵在於，當電動起子將自攻螺絲前段鑽入加 螺轉力冑動起子會先停止繼續朝加工物進給，並使自攻 =位置持續旋轉—段時間，如3秒，以將加工物 了狢’正確導孔，並將切屑順利排出，當該段時間終 鎖入‘電祕子便輯朝加I物進給，而將自攻螺絲完全 且加=物’由於前述在加工物上所形成之導孔孔徑正確 便阻礙’因此自攻獅在完全鎖人加王物之過程， 之缺點生滑牙或浮鎖的現象，以改善習知自動鎖螺絲機 之缺點’而顯本新型之新酿並具產業之利用性。 而得以之可取實體’可由以Τ之說明及_各圖式， 【實施方式】 #圖至第五圖所示，本新型係有關於-種自 5 f鎖螺絲機之鑽孔行健姆置，係令當電_子⑽將 自攻螺絲⑽前段之朗段⑻鐵人加工物⑻中時該 電動起子⑽會先停絲加讀（P)it給-段_，在此 f:間中[如第二、三圖所示]，並保持自攻螺絲⑽繼續 =轉，待該段時間終了後，該電動起子⑽才再次啟動進 二、’Γ「將自攻螺絲（20)後段之螺絲段（22)完全鎖入加工物 如第四、五圖所示]’由於，該自攻螺絲（20)在停 止進給之，段時間中，可_實於加功⑻中進行鑽 ^以獲得正確之孔;^，並可以順利將㈣順利向外排 出，因此，可避免後續自攻螺絲⑽進行鎖入加工物⑻ 的過程出現滑牙或浮鎖的問題。 ^新型所揭示之自動鎖螺絲機之鑽孔行程控制裝 ’:中該自動鎖螺絲機’係包括：一固定架⑴），裝置 有導#(12)者，—，安|於該固定架⑴）上， =動-電動起子⑽沿導桿⑽位移者；第二擋塊 ⑽丄隨該電動起子（⑷位移者；第二氣缸⑽，安裝於 該固定架（11)上且位於第二擋塊（16)之路徑上，令第二擋 塊（16)隨該電動起子（14)朝加讀（p)進給__段行程後， 係抵壓於該第二氣缸（18)上者；一定位開關（19)，安装於 =電，起子（14)所聯動之—定位塊（141)的行徑動路上， 令該定位塊（141)隨該電動起子（⑷㈣並賴該定位開 關19)時[如第四圖所示]，係使該域邱3)停止作動、 並驅使該第二氣紅⑽向上頂推該第二擋塊（16)，使電動 f子⑽釋放所夾持之自攻螺絲（2G)後，驅使該主氣紅 (13)復歸者；而該鑽孔行程控制裝置，係包括：第一擔塊 (15) ’隨該電動起子（⑷位移者；以及第-氣缸（π)，安 M415030M415030 V. New description: [New technical field] M-cutting type of automatic drilling machine for drilling stroke control ff. When drilling the section of the self-tapping screw section, the electric screwdriver will stop feeding first. - The period of time during this period: and keep the drill stroke control device that the self-tapping screw continues to rotate. [Prior Art] The pre-study lock screw machine 'usually includes: a fixed frame, the device has 2 turns: in the path of the block, the load block is fed with the electric screwdriver to the workpiece after a stroke; The switch is installed on the electric screwdriver to be linked to the second = the second block = the block is displaced with the electric screwdriver and touches the = pavilion to stop, and drives the control gas red to the master cylinder return. After the self-tapping screws that are lost, the drive is divided into two stages. The first two stages are drilled with the rear part of the self-tapping screw, and the stroke is locked. · The snail lock snail m 隹 攻 攻 3 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' Immediately after the drilling stroke, the second stage is entered == The feed by the process is very fast, often tw, sometimes because the feed is too fast and the non-true hole 3 is tapping and the slipping occurs during the locking process. Fully locked, that is, the phenomenon of floating lock is generated. In addition, the drilling process is too fast, and the chips formed are often too late to be discharged into the hole. When the thread segment of the rear section of the self-tapping screw is locked into the workpiece, it is often Therefore, the resistance to the locking is too large, and the self-tapping screws cannot be completely locked into the workpiece, and the floating lock phenomenon also occurs, and there is a need for improvement. In view of this, the creators of this case have researched and innovated, and finally revealed the drilling stroke control device of the automatic locking screw machine shown in this new type. [New content] The purpose of the new 3L is to provide a drilling stroke control device for the automatic locking screw machine, especially when the electric screwdriver drives the drill bit of the front section of the self-tapping screw into the workpiece, the electric screwdriver will The feed is stopped for a period of time, during which time the drill stroke control device that continues to rotate the self-tapping screw is maintained. Since the self-tapping screw can be drilled in the workpiece during the period of stopping the feeding, the correct aperture can be obtained, and the smoothing can be smoothly discharged, so that the subsequent self-tapping screws can be avoided. The problem of slipping or floating locks occurs when the workpiece is locked. In the self-propelled lion machine, the 健^ lock screw 4, the machine's system may include: a fixed frame, the device has a guide; the second mounted on the _ fixed frame can be linked - the electric screwdriver along the guide The rod is mounted on the solid: the load block is displaced with the electric screwdriver, the second cylinder is mounted on the truss and on the path of the second block, and the person-the electric screwdriver feeds toward the workpiece: a preparation With the movement of the block, when one of the J electric screwdrivers is positioned and positioned, the electric screwdriver is displaced and touches the planting stop, and the second gas red M415030 is pushed up to push the second a stopper that causes the electric screwdriver to release the self-tapping screw that is lost, and drives the master cylinder to return; and the drilling stroke control device includes: a first stopper, a displacement with the electric screwdriver; and a first cylinder , which is mounted on the fixing frame and located on the path of the first block, so that when the first block blocks the electric actuator and touches the first cylinder, the electric drill of the self-tapping screw The segment is drilled into the workpiece, and at this time, the electric: the sub-system stops continuing to process Feed, while maintaining self-tapping screws rotated 'and at the same start time, after the end of time, so that the first cylinder is retracted, and continue to drive the re-feeding by electric screwdriver toward the workpiece. The automatic locking screw machine described above is a conventional machine tool, and the present invention can be applied to the automatic locking screw machine of the prior art. ^The new type of automatic locking screw machine drill stroke control workmanship ίThe main feature is that when the electric screwdriver will drill the screw in the front section of the self-tapping screw, the screw will force the screwdriver to stop feeding to the workpiece first. And make the self-tapping = position continuously rotate - a period of time, such as 3 seconds, to process the object 狢 'correct guide hole, and the chip is smoothly discharged, when the time is finally locked into the 'electric secrets, the series will add I Feeding, and the self-tapping screw is completely and the object is added. 'Because the aforementioned hole diameter formed by the hole formed on the workpiece is correct, the self-tapping lion is in the process of completely locking the person and adding the king. The phenomenon of floating locks, in order to improve the shortcomings of the conventional automatic locking screw machine, shows that the new type of new brewing has industrial utilization. And the available entities can be described by Τ 及 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ When the electric _ sub (10) will be in the front section of the self-tapping screw (10) (8) in the iron man workpiece (8), the electric screwdriver (10) will first stop and add (P)it to the segment _, in this f: 2, 3, as shown in the figure], and keep the self-tapping screws (10) continue = turn, after the end of the period, the electric screwdriver (10) will start again in the second, 'Γ' will be the self-tapping screws (20) in the rear section of the screw section ( 22) Fully locked into the workpiece as shown in the fourth and fifth figures] 'Because the self-tapping screw (20) stops feeding, during the period of time, it can be drilled in the work (8) to get the correct The hole; ^, and can smoothly discharge (four) smoothly, therefore, can avoid the problem of slipping or floating lock in the process of locking the workpiece (8) after the self-tapping screw (10) is locked. ^The new automatic locking screw machine disclosed The drilling stroke control device ': the automatic locking screw machine' includes: a fixing frame (1)), the device has a guide #(12), -, On the fixed frame (1), the = move-electric screwdriver (10) is displaced along the guide rod (10); the second stop (10) is attached to the electric screwdriver ((4) displaced; the second cylinder (10) is mounted on the fixed frame (11) And located on the path of the second block (16), so that the second block (16) is pressed against the electric screwdriver (14) after the __ segment is fed toward the read (p) a cylinder (18); a positioning switch (19) mounted on the running path of the positioning block (141) associated with the driver (14), so that the positioning block (141) is associated with the electric screwdriver ((4) (4) And depending on the positioning switch 19) [as shown in the fourth figure], the field 3) is stopped, and the second red (10) is pushed up to push the second block (16) to make the electric f After the sub-(10) releases the clamped self-tapping screw (2G), the main gas red (13) resetter is driven; and the drill stroke control device includes: the first load block (15) 'with the electric screwdriver ( (4) Displacer; and the first cylinder (π), An M415030
裝於該固定架（11)上，且位於第一擋塊（15)之路徑上，當 第一擋塊（15)隨該電動起子（η)位移，碰觸該第一氣缸 (17)時，該電動起子（14)所驅轉之自攻螺絲（2〇)的鑽頭段 (21)係鑽入加工物（p)中，此時，係令該電動起子（μ)停 止朝加工物（P)進給，並保持該自攻螺絲（2〇)繼續旋轉， 且同時開始計時，於計時終了後，係令該第一氣缸（17)縮 退並驅動該電動起子（14)繼續再朝加工物（p)進給，直至 完成該自攻螺絲（20)之上鎖作業，並待主氣缸（13)復歸 時，也同時驅使該第一氣缸（17)重新復歸者。 上述之自動鎖螺絲機，係為習知機具，本新型可應用 於其匕習知之自動鎖螺絲機上，本新型並不自限所應用之 自動鎖螺絲機之型式者。Mounted on the fixing frame (11) and located on the path of the first stopper (15), when the first stopper (15) is displaced with the electric screwdriver (η), when the first cylinder (17) is touched The drill bit (21) of the self-tapping screw (2〇) driven by the electric screwdriver (14) is drilled into the workpiece (p), and at this time, the electric screwdriver (μ) is stopped toward the workpiece ( P) feed, and keep the self-tapping screw (2〇) to continue to rotate, and start timing at the same time. After the end of the timer, the first cylinder (17) is retracted and the electric screwdriver (14) is driven to continue processing. The object (p) is fed until the locking operation of the self-tapping screw (20) is completed, and when the main cylinder (13) is reset, the first cylinder (17) is also re-returned. The above automatic locking screw machine is a conventional machine tool, and the present invention can be applied to the conventional automatic locking screw machine. The present invention is not limited to the type of the automatic locking screw machine applied.
性 本新型所揭示之自動鎖螺絲機之鑽孔行程控制裝 置，其主將徵在於，當電動起子（⑷將自攻螺絲（2〇)前 段之鑽頭段（21)鐵人加κρ)時，電純子（⑷會先停 止朝加工物（P)進給動作，使自攻螺絲⑽）在此一位置持 續旋轉-段時間，如3秒，以將加工物⑻鑌切形成一正 確導孔，並將㈣順利排出’如第二、三圖所示，當該段 時間終了後，電動起子⑽便繼續將自攻螺絲⑽完全鎖 入加工物(P) ’㈣前述在加工物（P)上所形狀導孔孔徑 JL確且無㈣阻礙’因此自攻螺絲（2Q)在鎖人加工物⑺ 之過程，便不會發生滑牙或浮鎖的現象，以改善習知自動 Ϊ螺絲裝置之缺點，而顯本新型之新穎性並具產業之利用 及範=:修揭二形狀：並=違本新型之精神 7 M415030 【圖式簡單說明】 第一圖 第二圖 梦一固 弟二圓 第四圖 第五圖 係本新型之結構圖。 係本新型it行鑽孔行程之示意圓。 係顯示第二圖之局部放大示意圖。 係本新5L π成自攻螺絲上鎖後之示 係顯示第四圖之局部放大示意圖。 【主要元件符號說明】 (12)導桿 (14) 電動起子 (15) 第一擋塊 (17)第一氣虹 (19)定位開關 (21)鑽頭段 (P)加工物 (11)固定架 (13)主氣虹 (141)定位塊 (16)第二擋塊 (18)第二氣缸 (20)自攻螺絲 (22)螺絲段The main purpose of the drilling stroke control device of the automatic locking screw machine disclosed in the present invention is that when the electric screwdriver ((4) will be the self-tapping screw (2〇) in the front section of the drill section (21) iron man plus κρ), the electric pure son ((4) The feeding action to the workpiece (P) is stopped first, and the self-tapping screw (10) is continuously rotated at this position for a period of time, such as 3 seconds, to cut the workpiece (8) into a correct guide hole, and (4) Smooth discharge 'As shown in the second and third figures, after the end of the period, the electric screwdriver (10) will continue to fully lock the self-tapping screws (10) into the workpiece (P) '(4) The shape on the workpiece (P) The guide hole diameter JL is correct and there is no (four) obstruction' Therefore, the self-tapping screw (2Q) does not cause slipping or floating lock during the process of locking the workpiece (7), so as to improve the shortcomings of the conventional automatic screw device. Show the novelty of the novel and use the industry and the scope =: repair and expose the shape: and = the spirit of the new model 7 M415030 [simple description of the picture] the first picture of the second picture of the dream of the two brothers The fifth figure is a structural diagram of the present invention. This is the schematic circle of the new one-row drilling stroke. A partial enlarged view of the second figure is shown. The system shows the partial enlarged view of the fourth figure after the new 5L π is self-tapping screws. [Main component symbol description] (12) Guide rod (14) Electric screwdriver (15) First stopper (17) First gas rainbow (19) Positioning switch (21) Bit section (P) Processing object (11) Fixing frame (13) Main gas rainbow (141) positioning block (16) second stop (18) second cylinder (20) self-tapping screw (22) screw segment