l3〇8l〇! 九、發明說明： 【發明所屬之技術領域】 關’特別是關於電動打釘餘之 離合 本發明係與打釘鎗有 裝置。 【先前技術】 以目前市面上所有電動打釘餘的擊 知作方式都是採用所謂的線控方式:：财置來看’其 下扳機時打釘鎗扳機是以一親線連動當使用者扣 10 互卡合而能被主動輪帶動:=主:=貼近，進而相 帶動打擊塊與撞針的移動而產 ㈣輪哺動才能 提供基本的擊發魏但是卻也 ·”。此結構雖然已 拉弓丨力較顿以在㈣丨上較 之~ ’因為以規線之 鐵線斷裂料·障。確貫且娜，並且亦容易造成 15 【發明内容】 本發明之主要目的在於提供— 動打釘鎗之離合裝置。 ’、㈣騎、操作穩定之電 為達成上述目的，本發明之 -卜釘餘本體，一驅動馬達，設==合裝置包含 δ又於驅動馬達之一側。一線圈座 站 轉軸， 設有導電線圈，可產生磁力。雜上，線圈座上 主動輪，套設於軸承上。承’套設於線圈座上。一 輪，用以將驅動号逵的鏟叙說件，連接驅動馬達以及主動 將飾馬達的轉動動力傳達至主動輪。-被動輪， -4- 1308101 皁孝Αχ 目 / ’具鐵磁性可被磁力所吸引使被動輪朝主動輪移 動皮動輪可以與主動輪相互卡合而隨主動輪轉動，用以帶 動If j鬼及彳里針移動。—彈性件，套設於轉軸上，位在線圈 座及被動輪之間。 【實施方式】 …為了詳細說明本發明之結構、特徵及功效，以下茲舉二 實施例並配合圖式，說明如下。 第一圖為本發明第一實施例之側視圖。 第二圖為本發明第一實施例驅動馬達及主動輪部份之侧 面示意圖。 第二圖為第二圖中3-3剖線方向之剖視圖。 第四圖概同第三圖，為本發明第二實施例之剖視圖。 15之第一實施例包含有： 請參考第-®至第三圖’本發明電動打⑽之離合裝置 -釘縣H1G，與料者相同，騎 有一握把11，另一端設有一擊釘口丨 1IJ x Η及一撞針15 一驅動馬達20 ’設於該釘鎗本體内 動力。 有-釘E 13，㈣裝置排釘，騎鎗二釘α之一侧設 .一…- 本體内設有一衝擊塊 用以提供一轉動 一轉軸30，設於該釘鎗本體内， 側。 之軸向平 , °茨驅動馬读3- 在本實施例中該轉軸設置之軸向與該驅動馬達轉^之 -5- 20 I3〇8l〇i 線圈座4〇，套設於該轉軸3〇上，該線圈座上設有導 屯線圈41，可因電路的導通而產生磁力。 一轴承50 ’套設於該線圈座40上。 一主動輪60，套設於該軸承50上，該主動輪之一側設 有一嵌部61。 一連動件70，連接該驅動馬達2〇以及該主動輪60，用 以將驅動馬達的轉動動力傳達至該主動輪，使主動輪轉動， 該連動件可以為—皮帶、一鏈條或為其他等效之物。在本實 施例中該連動件為一皮帶。 被動輪80，套設於該轉軸30，具鐵磁性可被磁力所 及引°亥被動輪與該主動輪相對之一側設有一·^部89，該 卡部可以與該主動輪之嵌部 61相互卡合。 一彈性件90，套設於該轉軸30上，位在該線圈座及該 被動輪之間。 15 &以本發明之結構在操作使用時，一般未扣壓扳機的待機 5編動馬達會以該連動件％帶動該主動輪6〇持 項轉動，§使用者扣壓扳機時便使該線圈之電路 線㈣產力磁力，㈣，職動輪㈣倾磁力所吸引而 朝該主$輪6〇靠近同時壓縮該彈性件9()，以儲存一回復 力。因著職域朝讀輪的移動，該被雜 部61相互卡合進而讓主動輪帶動被動輪 祕圈之電路便會情而使線圈之磁力消失，動輪 *6- 20 1308101 離該主動輪，不再與主動輪卡合 會因彈性件的回覆力而被推 並且停止轉動。 實並且操作時其作動較昔用產品來得確 實^Μ性亦較佳’明顯優於昔祕控式的產品。 第四圖所示’為本發明之第二實關，包含有： 一-釘鎗本體10 ’該釘鎗本體之—織有—握把Η，另 13，用 -端設有-擊釘π 12，該擊釘口之_側設有 以裝置排釘。 10 一驅動馬達20， 動力。 设於该釘餘本體内，用以提供一轉動 轉軸30，設於該釘鎗本體，該驅動馬達之一側。 一線圈座40，套設於該轉軸上，該線圈座上設有導電 線圈41 ’可因電路的導通而產生磁力。 15 一轴承5〇，套設於該線圈座上。 一主動輪00，套設於該軸承上，該主動輪之一側設有 —嵌部61。 連動件70 ’連接该驅動馬達以及該主動輪，用以將 ^動馬達的轉動動力傳達至該主動輪，使主動輪轉動，該連 20 +件可以為''皮帶、一鍵條或為其他等效之物。在本實施例 中該連動件為一皮帶。 被動輪80，套設於該轉軸，具鐵磁性可被磁力所吸 5亥被動輪係由一連接部81以及一驅轉部82所組成，該 連拯邱夕V, 部°之―側設有一卡部89，該卡部可以與該主動輪之嵌 1相互卡合，另一側設有第一接合端83。該驅轉部則設 1308101 於-亥連接捕合端之—側，並且在鏡接部之鄰接端設有第 二接合端84，該連接部81係、以第-接合端83與驅轉部82 之第-接口端84套接’並且該連接部81可於該線圈座4〇 與該驅轉部82 _動。在本實施射該連接部及該驅轉部 5皆為-轉輪，第-連接端則為—個或複數個凸柱，該第二連 接端則為-個或概_孔，使料凸柱可職插設於該等 凹孔内。 、彈隹件90 ’套設於該轉軸上，位在該線圈座40及該 被動輪8G之間。在本實施例巾該彈性件係位在該線圈座 10 與該連接部81之間。 以本發明第二實關之結構，在操作使用時—般未扣壓 扳機的待機"F與前-實齡彳相同，該驅動馬達2〇會以 。亥連動件70 ▼動该主動輪6〇持續轉動，當使用者扣壓扳機 時便使該線圈41之電路導通而讓該線圈產力磁力，此時， 15 f被動輪80連接部81便會被磁力所吸引_該主動輪6〇 罪近同時壓縮該彈性件90，以儲存一回復力。而因著該連 接部;81朝主動輪6〇的移動，該被動輪連接部之卡部的可 =與》亥主動輪之嵌部01相互卡合進崎絲輪帶動連接部 轉動並且該連接部再以其第一接合端幻連動該驅轉部&轉 〇動。讓_轉部可以驅使打釘鎗上的衝擊塊14與撞針移 動，以達到將釘子擊發出去的目的。 在使用者鬆開扳機時’該_之電路便會情而使線圈 ，磁㈣失’此_被動輪連接部會因彈性件的回覆力而被 推離戎主動輪，停止轉動。 -8- 1308101 【圖式簡單說明】 第一圖為本發明第一實施例之側視圖。 第二圖為本發明第一實施例驅動馬達及主動輪部份之側 面示意圖。 第三圖為第二圖中3-3剖線方向之剖視圖。 第四圖概同第三圖，為本發明第二實施例之剖視圖。 【主要元件符號說明】 釘鎗本體10 握把11 擊釘口 12 10 釘匣13 衝擊塊14 撞針15 驅動馬達20 轉軸30 線圈座40 線圈41 軸承50 主動輪60 嵌部61 連動件70 被動輪80 連接部81 驅轉部82 第一接合端83 15 第二接合端84 卡部89 彈性件90 -9-L3〇8l〇! Nine, invention description: [Technical field to which the invention pertains] Off, especially regarding the clutching of the electric nailing. The present invention has a device with a nail gun. [Prior Art] The method of hitting all the electric nails on the market is based on the so-called line control method:: The view of the money is the same as the trigger when the trigger is broken. The buckles 10 are mutually engaged and can be driven by the driving wheel: =Main:=Close, and then the movement of the striking block and the striker is produced. (4) The wheel is fed to provide the basic firing Wei but also..." This structure has been pulled The main force of the present invention is to provide a dynamic hit. The clutch device of the nail gun. ', (4) riding, stable operation of electricity to achieve the above purpose, the present invention, the body of the nail, a drive motor, the == combination device contains δ and one side of the drive motor. The rotating shaft of the station is equipped with a conductive coil to generate magnetic force. Miscellaneous, the driving wheel on the coil base is sleeved on the bearing. The bearing is sleeved on the coil seat. One round is used to drive the shovel , connecting the drive motor and actively decorating the horse The rotational power of the motor is transmitted to the driving wheel. - Passive wheel, -4- 1308101 Soap filial head / 'The ferromagnetic can be attracted by the magnetic force to make the passive wheel move toward the driving wheel. The moving wheel can be engaged with the driving wheel and take the initiative. The wheel rotates to drive the If j ghost and the cymbal needle to move. The elastic member is sleeved on the rotating shaft and is located between the coil base and the driven wheel. [Embodiment] ... for detailed description of the structure, features and The following is a side view of a first embodiment of the present invention. The second figure is a side view of a driving motor and a driving wheel portion according to a first embodiment of the present invention. The second figure is a cross-sectional view taken along line 3-3 of the second figure. The fourth figure is similar to the third figure, which is a cross-sectional view of a second embodiment of the present invention. The first embodiment of the present invention includes: ® to the third figure 'The clutch device of the present invention (10) - Nail County H1G, the same as the material, riding a grip 11 at the other end with a nailing port 1IJ x Η and a striker 15 a drive motor 20 ' Located in the body of the nail gun. E 13, (4) device row nails, one side of the arranging gun two nails α. One...- The body is provided with a shock block for providing a rotation and a rotating shaft 30, which is arranged in the nail gun body, and the side is axially flat. In the present embodiment, the axial direction of the rotating shaft is set to be 5-5 I3〇8l〇i coil base 4〇 of the driving motor, and is disposed on the rotating shaft 3〇, The coil base is provided with a guide coil 41, which can generate a magnetic force due to the conduction of the circuit. A bearing 50' is sleeved on the coil base 40. A driving wheel 60 is sleeved on the bearing 50, and one of the driving wheels The side is provided with a fitting portion 61. A linking member 70 is connected to the driving motor 2〇 and the driving wheel 60 for transmitting the driving power of the driving motor to the driving wheel to rotate the driving wheel, and the linking member can be a belt , a chain or other equivalent. In this embodiment the linkage is a belt. The passive wheel 80 is sleeved on the rotating shaft 30, and has a ferromagnetism and a magnetic force and a side of the driven wheel and a side of the driving wheel, and a side portion 89 is disposed on the side opposite to the driving wheel, and the card portion can be embedded with the driving wheel 61 are engaged with each other. An elastic member 90 is sleeved on the rotating shaft 30 and located between the coil base and the driven wheel. 15 & When the structure of the present invention is used in operation, the standby 5-spinning motor of the generally untriggered trigger will drive the driving wheel 6 to rotate with the linkage member, and the user can make the coil when the trigger is pressed by the user. The circuit line (4) produces the magnetic force, (4), the working wheel (4) is attracted by the tilting force and approaches the main wheel 6 同时 while compressing the elastic member 9 () to store a restoring force. As the movement of the reading wheel moves toward the reading wheel, the circuit 61 is engaged with each other and the driving wheel drives the circuit of the passive wheel to cause the magnetic force of the coil to disappear. The moving wheel *6- 20 1308101 is separated from the driving wheel. Then, the engagement with the driving wheel is pushed and stopped by the returning force of the elastic member. In fact, it is better to use the product than the previous product. It is obviously better than the product of the secret control. The fourth figure shows the second practical aspect of the present invention, comprising: a nail gun body 10 'the nail gun body is woven with - grip Η, and the other 13 is provided with - a nail π 12, the side of the nailing port is provided with a row of nails. 10 A drive motor 20, power. It is disposed in the body of the nail to provide a rotating shaft 30 disposed on the nail gun body and on one side of the driving motor. A coil holder 40 is sleeved on the rotating shaft, and the coil holder is provided with a conductive coil 41' to generate a magnetic force due to conduction of the circuit. 15 A bearing 5 turns, sleeved on the coil holder. A driving wheel 00 is sleeved on the bearing, and one side of the driving wheel is provided with an embedded portion 61. The linking member 70' connects the driving motor and the driving wheel for transmitting the rotational power of the motor to the driving wheel to rotate the driving wheel, and the connecting piece may be a 'belt, a key bar or other Equivalent. In this embodiment the linkage is a belt. The passive wheel 80 is sleeved on the rotating shaft, and has a ferromagnetism and can be attracted by a magnetic force. The passive wheel system is composed of a connecting portion 81 and a driving portion 82, and the continuous operation of the Qiuqiu V, the part of the side There is a card portion 89 which can be engaged with the insert 1 of the driving wheel and a first engaging end 83 on the other side. The driving portion is provided with a 1308101-side connecting the side of the catching end, and a second engaging end 84 is provided at the abutting end of the mirroring portion, the connecting portion 81 is connected to the first engaging end 83 and the driving portion The first-interface end 84 of the socket 82 is sleeved and the connecting portion 81 is movable to the coil base 4 and the drive portion 82. In the present embodiment, the connecting portion and the driving portion 5 are all - a rotating wheel, the first connecting end is a plurality or a plurality of protruding posts, and the second connecting end is a - or a generalized hole, so that the material is convex Columns can be inserted into the recesses. The magazine 90' is sleeved on the rotating shaft and is located between the coil base 40 and the driven wheel 8G. In the embodiment, the elastic member is tied between the coil base 10 and the connecting portion 81. According to the second embodiment of the present invention, when the operation is used, the standby of the trigger is generally the same as that of the front-age 彳, and the drive motor 2 〇 is used. The driving device 70 is continually rotated, and when the user presses the trigger, the circuit of the coil 41 is turned on to make the coil generate a magnetic force. At this time, the 15 f passive wheel 80 connecting portion 81 is The magnetic force is attracted _ the driving wheel 6 sin nearly simultaneously compresses the elastic member 90 to store a restoring force. And due to the movement of the connecting portion; 81 toward the driving wheel 6〇, the engaging portion of the card portion of the passive wheel connecting portion and the inserting portion 01 of the "Hybrid driving wheel" are engaged with each other and the connecting portion of the spinning wheel is rotated and the connection is made. The portion is further linked with the first engaging end by the driving portion & The _ turn can drive the impact block 14 and the striker on the nail gun to move the nail out. When the user releases the trigger, the circuit will cause the coil and the magnetic (four) to be lost. The _passive wheel connection will be pushed away from the drive wheel by the returning force of the elastic member to stop the rotation. -8- 1308101 BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a side view of a first embodiment of the present invention. The second figure is a side view of the drive motor and the drive wheel portion of the first embodiment of the present invention. The third figure is a cross-sectional view taken along the line 3-3 in the second figure. The fourth drawing is similar to the third drawing and is a cross-sectional view of a second embodiment of the present invention. [Main component symbol description] Nail gun body 10 Grip 11 Nail port 12 10 Nail 匣 13 Impact block 14 Impact pin 15 Drive motor 20 Rotary shaft 30 Coil seat 40 Coil 41 Bearing 50 Drive wheel 60 Insert 61 Linkage 70 Passive wheel 80 Connecting portion 81 driving portion 82 first engaging end 83 15 second engaging end 84 card portion 89 elastic member 90 -9-