M427241 五、新型說明： 【新型所屬之技術領域】 本創作關於涉及電動釘搶之 電動釘搶之空釘感測器。 1項域’特別有關一種 【先前技術】 电轫玎指*興氣勁釘搶有別，带 動撞針組產生擊釘動力的電動手:且钉搶是一種以電能驅 常掛載包括電池包、馬達及擊針因此電動釘搶上通 電持包供應馬達所需的電力，于主要構件，以便利用 且知，無論是在電動或氣動::動搶擊件。 可裝填並自動供應所述針件的 一般皆配置有 釘!£内是仰賴-载負有菁屋 =^一安全滑桿；該 數釘件，逐-的推送至射孔内，以便利排狀的複 發該等釘件至工作物上·辞…人 用擊釘梓逐一的擊 ::::啟扳機二:: 且在無釘的狀態下，該推釘器會執行 滑柃的f作：使保險無法開啟 ，亦即操作者按壓扳機2益 法產生擊釘動作，藉此強制提示操作者該釘E 内已無剩餘釘件。 識者=:二電動或氣動的釘槍上’通常知 】盗上延伸形成的一舌部（或稱擋部），在無 3 ί^Ι 去f接制動安全滑桿，或者利用推h 部，在無釘狀態下去推 ^用推舒益上的-端 位置，以便於強制提 "擺至制動安全滑桿的 然而_填針件。 桿的方式，對於所述釘搶：f釘：直接或間接制動安全滑 能力，在此期二=::;時已喪失了滑動位移的 變形。 ^地衝擊時’易使安全滑桿發生 【新型内容】 問題。摘作之技術手段城測11，赠決所述 搶體動:=源_動，該 狀複:::的L置:該搶體—端’該釘ε内具有-容載排 該置針槽與射孔之-端侧相連通， 且㈣釘_叫負髓方切設有—推釘号. 所述進=推*器上鄰近射孔的-端，推移 逐一擊發=述=内’該擊釘桿在魏内往復滑移時 二推觸部，形成於該推釘器上的-特定端； 觸的壓方式框設於接受該推觸部推 ，在-射孔内無釘時該推觸部推觸擺動元 件旋擺一特定角度；及 一開關元件，電性連接該 該擺動元件推觸的—第二位了搶的電源，並安置於接受 擺至該特定角度時觸發門關_ ，該擺動元件接受推觸而旋 ，上述技術手段:本：產c。 由擺動元件來觸發開關元件 7推又益在無釘狀態下經 重新裝填釘件，具有汽4 生二釘k號，提示操作者應 审、隹一土 、、，σ構配置的功效。 更進-步而言，本創作在 坐落於釘ϋ上、釘心卜 二，該第-位置可以是 一；該擺動元件是接觸一扭體上郴近釘匣位置的其中之 置可以是坐_落於搶體上、彈簧而载負簧壓，該第二位 鄰近該射孔的釘£上的其^近釘£與該射孔的槍體1上、 因此而受限。 、之一’但該第一與第二位置不 該空釘信號是關閉釘搶 空釘信號是啟動一綠吃。。„剪拏釕彳干的電源，或者，該 的提示作用。 馬錢顯示器其中之-，以產生空釘 以上内容與後續的實施方比 了能夠進-步說明本創作大圖式ρί早說月’ 6疋為 其所妒连峰之功对 乍為解決問題所採取的技術手段及 節，二在後續的詳::本創作可供據以實施的相關細 【實施方式】七田說明及圖式中加以闊述。 請合併參閱圖1及 圖1揭示本創作電動釘 中空釘感測器的立體分解 圖2。苴中 搶的立體外觀圖，圖？ “ Μ z揭示圖1 圖，說明本創作之電動4 .一πμ…一肌"町 , 鍛々λ苟釘搶的空釘感測器，在實施上包括 一搶體1、一擊釘桿2、一 一釘匣3、一擺動元件4及一開關 M427241 元件5;其中： 由圖1中可知，在實施上，該搶 單元60、-撞針組20、一電池包7〇及二配置有-驅 驅動單元60包括-馬達61、一飛輪扳機開關80 = ，針二包括利用一滑座21 一體 電==;::〆二槍 創作也可以利用電導線連接至外界電源 源的供應，該電源是與馬達61、電磁驅動器63、開關元件 5、扳機關80及-控制器（非本_料，圖式並未揭㈤ 之:樣$電性連接之迴路；該馬達61能驅動飛輪62轉動， 以畜積擊釘所需動能；該扳機開關8G能驅動電磁驅動器63 激磁，以帶動飛輪62位移，驅使旋轉中已蓄積動能的飛輸 62能夠壓觸撞針組2Q中的滑座η，並將飛輪動能傳遞矣 滑座2：L上，以驅動滑座21上的擊釘桿2位移擊釘。 然而’上述利用電磁驅動器63帶動飛輪e2位移而傳遞 擊釘動力的;5Γ式’在實施上並歧唯—且崎必要的，本 ，作也可以湘其他動能離合的相關技術手段，驅使飛輪 /、β座21之間的動力傳遞得以順利進行。 ，圖2中可知’倘以圖！所示配置的電動釘搶為例，一 組^^滑座21上的擊釘桿2,是以載負簧_方式滑 以清j 並接受釘搶1電_驅動。通常知識者可 以透Ϊ解該擊釘桿2接受钉搶1電源驅動的方式，是可 仅移L上述電池包7〇供給驅動單元6〇電源而驅動擊钉桿 羊訂的方式而被具體實施的。 6 2 請合併參閱圖3及圖4，分別揭示出圖2組立後相異的 了件存量狀態下的局部剖示圖。說明該搶體2具有一射孔 11 ’提供縣釘桿2受驅動時能夠在該射孔11内往復的滑 f。該釘E 3是配置於該搶體1的-端，更具體的說，該 丁11 3是配置於搶體1的射孔11端側；該㈣3内具有一 =2容載排狀:复數釘件90的置釘槽31，且該置釘槽31是 ^子11的-端側相連通’且該置釘槽31内以載負筹壓 器32,負菁壓方式，意指利用螺 的彈性元件’以蓄存簧壓方式壓迫該推 使，、此夠在置釘槽31内彈性的滑動位移。 兮推ΠΓ:15 32上形成有一推釘部32a及-推觸部32b， 移s z 32b 32 -起滑動位 二中，該推釘部奶是形成於推釘器32 的一端’且推釘部32a具有 Μ札11 的著虔而推移該排狀複數二夠藉其載負 使所述釘件9逐一的進 '上述擊釘桿2在射孔11⑽復滑移時， == 射孔11内的釘件9。該推觸部32b是 形成於該推釘器32上的一牿定㈣ ^ , ια. 2及圖3中所示的，由推” 32m^端可以是如圖 或者也可料由彳_ 32 ===；餘職3内部， 得一提岐，麵在=^外緣；值 、疋依據擺動7G件4的配置位置 以便於跟隨推釘器32—起滑動位移的推觸部灿， =fT部323已無钉可推的狀態下，位移推觸該擺動 凡件4產生擺動。 臂部41及一第 更具體的說，該擇動元件4耳有一第一 M427241M427241 V. New description: [New technical field] This creation is about the empty nail sensor for electric nail grabbing involving electric nail grab. 1 field 'specially related to a kind of [previous technology] electric 轫玎 * 兴 兴 兴 兴 劲 抢 抢 抢 , , , , , , , , , , , , , , , , , , , , 撞 撞 撞 撞 撞 撞 撞 撞 撞 撞 撞The motor and the pin are therefore powered by the electric nails to hold the power required to supply the motor, in the main components, in order to utilize and know, whether in electric or pneumatic:: moving slamming pieces. The needles that can be loaded and automatically supplied are generally equipped with nails! The inside is relied on - the negative-loading of the house is a safety slider; the number of nails is pushed into the perforation one by one to facilitate the row Recurrence of the nails to the work object. Remarks: The person hits the nail one by one::::Starter 2:: And in the state without nails, the nail pusher will perform the sliding : The insurance cannot be opened, that is, the operator presses the trigger 2 to generate a nailing action, thereby forcibly prompting the operator that there is no remaining nail in the nail E.知者=: Two electric or pneumatic nail guns are generally known as a tongue (or a stop) formed by the extension, and the brake safety slider is not connected to the brake lever, or the push h is used. In the unnailed state, push the end position of the push-up, so as to force the handle to the brake safety slider. The way of the rod, for the nail grab: f nail: direct or indirect braking safety slippery ability, in this period two =::; has lost the displacement of the sliding displacement. ^When the ground impacts, it is easy to make the safety slider happen. [New content] Problem. The technical means of extracting the city test 11, the gift of the robbing body movement: = source _ movement, the shape of the complex::: L set: the robbing body - the end of the nail ε has - the capacity of the row of the needle slot Connected to the end side of the perforation, and (4) the nail _ is called the negative medulla, and is provided with a push pin number. The end of the ejector is adjacent to the end of the perforation, and the firing is performed one by one. When the nail bar reciprocates in the Wei, the second push portion is formed on the specific end of the nail pusher; the touch pressure mode frame is set to receive the push portion push, and when there is no nail in the perforation The pushing portion pushes the swinging component to swing a specific angle; and a switching component is electrically connected to the second power source that is pushed by the swinging component, and is disposed to trigger the door when receiving the swing to the specific angle _ , the oscillating member receives the push and spin, the above technical means: this: production c. The switching element is triggered by the oscillating element. 7 Pushing and reloading the nail in the unnailed state has the steam and the second nail k number, prompting the operator to review the effect of the σ 配置 configuration. In the further step, the creation is located on the nail, the nail is the second, the first position can be one; the swinging element is in contact with a writhing body, and the position of the nail can be seated. _ falls on the body, the spring carries the spring pressure, and the second position of the second hole adjacent to the perforation is limited to the gun body 1 of the perforation. One of the 'but the first and second positions are not the empty nail signal is to turn off the nail to steal the nail signal is to start a green eat. . „Cut the power supply of the 钌彳 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , '6疋 is the technical means and section for the problem of solving the problem. Secondly, the following details: The relevant details of the creation can be implemented according to the implementation method [Implementation] Please refer to Figure 1 and Figure 1 for a perspective exploded view of the present invention. The stereoscopic appearance of the smashed nail sensor is shown in Figure “ Electric 4. πμ...one muscle"machi, forged 々 苟 抢 抢 的 空 抢 抢 抢 抢 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空And a switch M427241 component 5; wherein: as can be seen from FIG. 1, in practice, the grab unit 60, the striker set 20, a battery pack 7〇, and the second drive-drive unit 60 include a motor 61 and a flywheel. Trigger switch 80 = , pin 2 includes the use of a slide 21 integrated electric ==;:: 〆 二 gun creation also The electric wire can be connected to the supply of the external power source, which is connected with the motor 61, the electromagnetic drive 63, the switching element 5, the switch mechanism 80, and the controller (not the original material, the figure is not disclosed (5): The circuit of the electrical connection; the motor 61 can drive the flywheel 62 to rotate, and the kinetic energy required for the nail to be hammered; the trigger switch 8G can drive the electromagnetic drive 63 to excite the ground to drive the flywheel 62 to drive the flywheel that has accumulated kinetic energy during the rotation. 62 can press the sliding seat η in the striker set 2Q, and transmit the kinetic energy of the flywheel to the sliding seat 2: L to drive the nailing rod 2 on the sliding seat 21 to displace the nail. However, the above-mentioned electromagnetic drive 63 drives the flywheel. The e2 displacement transmits the nailing power; the 5Γ-type is in the implementation and the only one, and the necessary, and the other technical means of the other kinetic energy can drive the power transmission between the flywheel and the beta seat 21. It can be smoothly carried out. As shown in Fig. 2, if the electric nail is configured as shown in Fig.!, the nailing rod 2 on a group of slides 21 is slipped by the negative spring. Accept the nail to grab 1 electricity _ drive. Usually the knowledge can be solved The way in which the shank 2 receives the power supply of the nail rushing 1 is specifically implemented by shifting the power supply of the battery pack 7 〇 to the driving unit 6 而 and driving the ejector rod. 6 2 Please refer to FIG. 3 4 and FIG. 4 respectively show a partial cross-sectional view of the component stock state in FIG. 2, which shows that the grab body 2 has a perforation 11' to provide the perforation 11 when the county nail rod 2 is driven. The inner reciprocating slip f. The nail E 3 is disposed at the end of the grab body 1 , more specifically, the dart 11 3 is disposed on the end side of the perforation 11 of the grab body 1; the (4) 3 has a = 2 The load-carrying row is: a pinning groove 31 of the plurality of nail members 90, and the pinning groove 31 is connected to the end side of the leg 11 and the negative-loading device 32 is used in the pinning groove 31. By the means, the elastic element of the snail is used to press the push in a storage spring manner, which is sufficient for elastic sliding displacement in the setting groove 31.兮 兮 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : 32a has the shackles of the shackles 11 and the slabs of the slabs 11 are moved by the load to cause the nail members 9 to enter one by one. When the above-mentioned nail shank 2 is slipped in the perforation 11 (10), == perforation 11 Nail member 9 inside. The pushing portion 32b is formed on the nail pusher 32 by a predetermined setting (4) ^, ια. 2 and as shown in FIG. 3, and the pushing portion 32m can be as shown in the figure or can also be expected to be 彳 _ 32 ===; Remaining 3 internal, have to mention a 岐, face at = ^ outer edge; value, 疋 according to the position of the swing 7G member 4 in order to follow the pusher 32 - the sliding displacement of the sliding part, = In the state where the fT portion 323 has no nails to push, the displacement pushes the swinging member 4 to generate a swing. The arm portion 41 and, more specifically, the selected moving member 4 has a first M427241
的外緣，亦可是坐落在搶體i上鄰近釘£ 3的位置〇 當該第一位置40是小拔执TS . . …A__ 可以是如圖3中所示的坐落於釘匿 ® 3的外緣^ »亦可县也茨太I βThe outer edge can also be located on the grab body i adjacent to the position of the nail £3. When the first position 40 is a small pull TS. . . . A__ can be located in the pinion® 3 as shown in Figure 3. Outer edge ^ » can also be county
—-，，-,— 1间叼谷直;ft 4UC之中。該容置槽 4〇c是與釘g 3的置釘槽31相連通，使該擺動元件*的^ 二臂部42由容置槽撕延伸植入於該置釘槽近上緣而不會 干涉釘件9給釘位移的位置，並使該第二臂部^坐落於無 釘時該推觸部32b可推觸的位置。該扭力彈簧44是持二 =述耳部40a、40b與該擺動元件4之間，使該擺動元件4 接觸扭力彈簧44而載負簧壓。該第一臂部41是挺伸至該 耳部40a、40b之外。 w 左藉此，當該射孔11内已無釘件的狀態下（如圖4所示）， 隨著推釘器32的位移，而能驅使該推觸部32b推觸擺動元 件4的第二臂部42，令該擺動元件4旋擺一特定角度0， 8 M427241 亦即令該第一臂部41在旋擺特定角度Θ之後，觸動該開關 元件5產生一空釘信號。更具體的說，該開關元件5是電 性連接該釘搶的電源，並以螺絲固定方式或機殼挾持方式 安置於接受該擺動元件4推觸的一第二位置50，該第二位 置50可以是如圖3及圖4中所示坐落在搶體1上；更進一 步而言，該第二位置50可以是坐落在鄰近釘匣.3與該射孔 11的槍體1上；或者，該第二位置50也可以是坐落在鄰近 該射孔11的釘匣3上。 再者，上述空釘信號，在實施上，可以是當開關元件5 被觸發時，關閉釘搶驅動擊釘桿2之電源的斷電信號；或 者，該空釘信號也可以是啟動一蜂鳴器或顯示器產生空釘 提示音訊或空釘提示字幕的信號。 由上述實施細節可知，本創作利用推定器32在無釘狀 態下經由擺動元件4來觸發開關元件5產生空釘信號，以 提示操作者應重新裝填釘件9的手段，乃具有簡化電動釘 槍上空釘制動結構配置的功效。 以上實施例僅為表達了本創作的較佳實施方式，但並 不能因此而理解為對本創作專利範圍的限制。應當指出的 是，對於本創作所屬技術領域中具有通常知識者而言，在 不脫離本創作構思的前提下，還可以做出複數變形和改 進，這些都屬於本創作的保護範圍。因此，本創作應以申 請專利範圍中限定的請求項内容為準。 【圖式簡單說明】 圖1是本創作電動釘槍的立體外觀圖； 9 M427241 圖2是圖1所示空釘感測器的立體分解圖； 圖3是圖2組立後的局部剖示圖，揭示釘匣内裝填有 排狀複數釘件的狀態；及 圖4是圖3使用狀態下的局部剖示圖，揭示無釘狀態 下擺動元件旋擺觸發開關元件產生無釘信號。 【主要元件符號說明】 槍體1 射孔11 擊釘桿2 撞針組20 滑座21 釘匣3 置釘槽31 推釘器32 推釘部32a 推觸部32b 擺動元件4 第一位置40 耳部 40a、40b 容置槽40c 樞軸40d 第一臂部41 第二臂部42 樞接孔43 M427241 扭力彈簧44 開關元件5 第二位置50 驅動單元60 馬達61 飛輪62 電磁驅動器63 電池包70 扳機開關80 釘件9 排狀複數釘件90 特定角度0—-,,-,—1 叼谷直; ft 4UC. The accommodating groove 4〇c is in communication with the nailing groove 31 of the nail g3, so that the two arm portions 42 of the oscillating member* are torn and extended by the accommodating groove to be implanted on the upper edge of the nailing groove without The interference nail member 9 positions the nail displacement, and the second arm portion is located at a position where the push portion 32b can be pushed when there is no nail. The torsion spring 44 is held between the two ear portions 40a and 40b and the swinging member 4, and the swinging member 4 is brought into contact with the torsion spring 44 to carry the negative spring. The first arm portion 41 extends beyond the ears 40a, 40b. w left, in the state that the perforating hole 11 has no nails (as shown in FIG. 4), with the displacement of the nail pushing device 32, the pushing portion 32b can be driven to push the swinging element 4 The two arm portions 42 swing the swinging member 4 by a specific angle of 0, 8 M427241, that is, after the first arm portion 41 is rotated at a specific angle ,, the switching element 5 is activated to generate a blank signal. More specifically, the switching element 5 is electrically connected to the power supply of the pin, and is disposed in a screw-fixing manner or a chassis holding manner in a second position 50 that is received by the swinging element 4, the second position 50. The first position 50 may be located on the gun body 1 adjacent to the magazine 3 and the perforating hole 11; or, The second position 50 can also be located on the magazine 3 adjacent to the perforation 11. Furthermore, the above-mentioned empty nail signal may be implemented to turn off the power-off signal of the power supply of the nailing rod 2 when the switching element 5 is triggered; or the blank nail signal may also be a beep. The device or display generates a signal indicating a blank pin alert or a blank pin cue. As can be seen from the above implementation details, the present invention utilizes the estimator 32 to trigger the switching element 5 to generate a blank pin signal via the oscillating member 4 in a nailless state, to prompt the operator to refill the nail member 9, and has a simplified electric nail gun. The effect of the nail structure configuration above. The above embodiments are merely illustrative of preferred embodiments of the present invention, but are not to be construed as limiting the scope of the present invention. It should be noted that for those having ordinary knowledge in the technical field of the present invention, plural modifications and improvements can be made without departing from the inventive concept, which are all within the scope of protection of the present invention. Therefore, this creation should be subject to the content of the request as defined in the scope of the application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of the electric nail gun of the present invention; 9 M427241 FIG. 2 is an exploded perspective view of the empty nail sensor shown in FIG. 1; FIG. 3 is a partial cross-sectional view of the assembled body of FIG. A state in which the pin-shaped plurality of nails are filled in the nail plaque is disclosed; and FIG. 4 is a partial cross-sectional view in the state of use of FIG. 3, which discloses that the oscillating member of the oscillating member in the nailless state generates a nail-free signal. [Description of main component symbols] Gun body 1 Perforation 11 Nail bar 2 Needle set 20 Slide 21 Nail pin 3 Nail groove 31 Pusher 32 Push pin 32a Push part 32b Swing element 4 First position 40 Ear 40a, 40b accommodating groove 40c pivot 40d first arm portion 41 second arm portion 42 pivot hole 43 M427241 torsion spring 44 switching element 5 second position 50 drive unit 60 motor 61 flywheel 62 electromagnetic drive 63 battery pack 70 trigger switch 80 nails 9 rows of multiple nails 90 specific angle 0