M358710 ' 五、新型說明： 【新型所屬之技術領域】 、本創作係提供一種以塑膠握套、頭套、鎖管組成拉針 搶之握把技術，俾使其逕具有總重量輕、不虞漏油以及可 提供舒適牢固之握持效果。 【先前技術】 傳統拉釘搶結構便如圖一、二所示，其具有一暨設之 •握把⑽’此握把⑽頂端橫設有一套頭⑼，該套頭(⑴ 具有貫穿兩端之通孔⑽，並於套頭⑴）一端安裝有一主 搶體⑽、另端則以-螺座⑽連接有廢釘筒⑽； 该握把（10)底部具有一較小徑之螺軸（13)，以使螺軸 (13)頂端形成-徑向外擴之肩部’而螺軸（13)底端則設有 -能連接通孔（1.2)之導孔（时未示），令_(13)連接一 壓力筒（40)，以便該壓力筒（4〇)能透過導孔—通孔（⑵而 魯提供主搶體（2 0) —油壓力； 壓力筒（40)内部安裝有一能上下滑移之活塞，並在壓 力筒（40)頂端設有一可供螺轴（13)貫穿之組裝孔⑷），以 及沿著組裝孔（41)周緣向上突設有一承座⑷〇)，此承座 .(41〇)係與螺軸（13)頂端肩部抵靠，俾透過-螺帽（42)鎖 -結於螺軸（13)底部，令握把（10)得夾固於>1力筒（4〇)頂 端；此壓力筒（40)外接有氣壓供輸管路，並於其頂端組設 有一能啟閉該氣壓供輪之連動桿（43)，此連動桿（43)頂端 3 M358710 端係樞設於握把（ίο) 則樞連有一扳機（44)，該扳機（44) 所設置之耳座（14)。 欲進行鉚釘作業時，只彡百 動扳機（44)，便能將氣壓 導入至壓力筒⑽，經由壓力筒⑽_活塞的位能轉換， 以提供-油壓力對位於主搶體(2〇)之鉚釘拉鉚，其鉚釘被M358710 ' V. New description: 【New technical field】 The creative department provides a grip technology that uses a plastic grip, a head cover and a lock tube to make the needle have a light weight and no oil leakage. And it provides a comfortable and firm grip. [Prior Art] The traditional rivet grab structure is shown in Figures 1 and 2, which has a ji set handle (10)'. The top end of the grip (10) is horizontally provided with a set of heads (9), and the set head ((1) has a pass through the two ends a hole (10), and a main body (10) is mounted at one end of the sleeve (1), and a waste nail barrel (10) is connected to the other end by a screw base (10); the bottom of the grip (10) has a screw shaft (13) having a smaller diameter. The top end of the screw shaft (13) is formed with a radially outwardly flared shoulder portion, and the bottom end of the screw shaft (13) is provided with a guide hole (not shown) capable of connecting the through hole (1.2), so that _(13) Connect a pressure cylinder (40) so that the pressure cylinder (4〇) can pass through the guide hole-through hole ((2) and provide the main body (20)-oil pressure; the pressure cylinder (40) has a built-in upper and lower a sliding piston, and an assembly hole (4) through which the screw shaft (13) is inserted at the top of the pressure cylinder (40), and a socket (4) 突) protruding upward along the circumference of the assembly hole (41) The seat (41〇) is abutted against the top shoulder of the screw shaft (13), and the lock is coupled to the bottom of the screw shaft (13) through the nut (42), so that the grip (10) is clamped to the > 1 force tube (4 〇) top; The pressure cylinder (40) is externally connected with a pneumatic supply pipeline, and a linkage rod (43) capable of opening and closing the pneumatic supply wheel is arranged at the top end thereof, and the top end of the linkage rod (43) 3 M358710 is pivoted on the grip (ίο) is connected to a trigger (44), the ear (14) of the trigger (44). For the rivet operation, only the trigger (44) can be used to introduce the air pressure into the pressure cylinder (10), and the positional energy can be converted via the pressure cylinder (10)_piston to provide the oil pressure pair in the main body (2〇). Rivet rivet, the rivet is
拉斷後的廢釘桿，並能導人至廢釘筒（3Q)中，以便使廢釘 筒（30)能集中的收納該等廢釘桿，且在收集一定量後，能 透過該廢釘筒（30)而統一的將該等廢釘桿倒出來。 可疋’该握把（10)結構有以下缺點： 1.握把（10)係採用鋁鑄造一體成型，總重量並不輕， 不而ί長久攜行或操作。 2·握把（1 〇)在鑄造過程中或多或少的會有砂孔產 生，導致其導孔、通孔（12)恐有漏油之虞。 3.握把（1〇)係以金屬表面提供手掌握持，其摩擦係數 雖不咼，但於一般的使用情况下並無太大的影響，惟，對 於系常會接觸到油污或漏油的使用環境而言，極容易因油 潰之中介而造成手掌滑動或不易握緊的缺點’稍不注意便 有拉釘搶掉落摔壞或傷到腳掌的情形發生，所以須小心的 操作因應，如此便造成有效率低下之不便處。 【新型内容】 本創作主要内容在於：提供一種拉釘槍握把分離結 構，其包括有： 4 M358710 ‘一塑膠握套，其縱向設置有一貫穿上下之容孔； 一位於塑膠握套頂端之套頭，其具有貫穿左右兩端之 '通孔，令主槍體能安裝於套頭一端，而廢釘筒能組設於套 頭另端； 一設置於容孔中之鎖管，其具有貫穿上下之内孔，該 鎖管頂緣及底緣分別具有一螺合部，令其頂緣螺合部能鎖 接於套頭，使該鎖管内孔能接通套頭通孔；以及 § 一外接有氣壓之壓力筒，其係組設於鎖管底緣之螺合 部，該壓力筒頂端組設有一能啟閉該氣壓供輸之連動桿， 此連動桿頂端樞連有一扳機，該扳機一端係樞設於握把， 以便壓動扳機而能將氣壓導入至壓力筒，使壓力筒能提供 一油壓力經鎖管内孔、套頭通孔而驅動主搶體進行拉鉚。 【實施方式】 為使貴審查委員能進一步暸解本創作之結構，特徵 • 及其他目的，玆附以較佳實施例之圖式詳細說明如后： 請參閱圖三〜五，本創作包括有： 一塑膠握套（50)，其頂端橫設有一開口朝上之弧形接 座（51)，另縱向設置有一貫穿上下之容孔（52)，該塑膠握 套（50)底端則在容孔（52)周緣形成一開口朝下之套環 (53)，且在該塑膠握套（50)—侧頂緣設有耳座（54); 一套頭（60)，其底部係對合於接座（51)中，並延伸有 一能伸入容孔（52)頂緣之定位塊（61)，此定位塊（61)底端 5 M358710 則δ又有一螺孔（請參看圖五），而套頭（6〇)另異有貫穿左右 兩鈿之通孔（62)，該通孔（62)係與螺孔連通； 一主搶體（20) ’係安裝於套頭（6〇)一端，用以連接通 ‘孔（62); 廢釘筒（30) ’其係透過螺座（31)而組設於套頭（6〇) 另端，並使之能連接通孔（62); 一設置於容孔（52)中之鎖管（7〇)，其具有貫穿上下之 φ内孔，該鎖管（川）頂緣及底緣外周分別設置有一螺合部 (71)(72) ’令其頂緣螺合部（71)能鎖接於套頭（6〇)定位塊 (61)之螺孔，使鎖管（7〇)内孔能接通套頭（6〇)通孔（62); 一螺套（80)，其中心貫設有一可供鎖管（7〇)底緣螺 合部（72)鎖接之内螺孔（81)，該螺套（80)頂緣形成一能插 入套環（53)中定位之環肩部（82)，並於環肩部（82)底端同 心的向下延設有一較小徑之螺桿（83);以及 # 一外接有氣壓之壓力筒（40)，其内部安裝有一能上下 滑移之活塞’並在壓力筒（40)頂端設有一可供螺桿（83)貫 穿之組裝孔（41)，以及沿著組裝孔（41)周緣向上突設有— 承座（410)，此承座（410)係與環肩部（82)底端抵靠，俾透 過一螺帽（42)鎖結於螺桿（83)底部，用以將螺套（80)及塑 -膠握套（50) —併固定於壓力筒（40)頂端；此壓力筒（40)頂 端組設有一能啟閉該氣壓供輸之連動桿（43)，連動桿（43) 頂端則樞連有一扳機（44) ’該扳機（44)一端係樞設於塑膠 6 M358710 握套（50)之耳座（54)。 本創作操作模式係與傳統相同，只須壓動扳機（44)， 便能將氣壓導入至壓力筒（4〇)，經由壓力筒（4〇)中活塞的 位能轉換，以提供一油壓力對位於主搶體（20)之鉚釘拉 柳，可是’本創作較習用確具有以下進步處： L本創作主要以塑膠握套（5〇)、套頭（60)及鎖管（7〇) 組：一握把結構，由於塑膠握套⑽具有質輕之優點，所 、月b改傳統鋁鑄造一體成型之重量重的缺點，而使本創 作較具有能耐長久攜行或操作之使用功能。 本匐作鎖管（7〇)係採用滾軋成型製造，而套頭（6〇) 體積又不夫 、 ，所以其能使鎖管（70)内孔與套頭（6〇)通孔 (62)的漏油情 顧虞。 至取低，用以克服傳統握把容易漏油的 持，塑膠握套(5〇)以摩檫係數較高的材質提供手掌握 握套=即便在會接觸到油污的使用環境，其手掌與塑膠 落的,1·主^不會有滑動或不易握緊的情形，可將杈釘搶掉 f降至最低’俾有效的提升操作者之工作效率。 即可j創相膠握套（50)及鎖管（7Q)只須透過螺套（80) I力茼（4〇)上，完全無須變動到壓力筒（4〇)妹 構，具有替換性高之特點。 、、 進牛^上所迷’本創作整體結構實屬新穎，亦具有極佳之 應4創作專利申請要件。惟以上所述者，僅為本 7 M358710 - 創作之一較佳實施例而已，即大凡依本創作申請專利範圍 所作之均等變化與修飾，皆應仍屬本創作涵蓋之範圍内。 '【圖式簡單說明】 ’圖一：係習用拉釘槍之分解示意圖。 圖二：係圖一之組合示意圖。 圖三：係本創作之分解示意圖。 圖四：係本創作之組合示意圖。 Φ 圖五：係本創作之組合剖面示意圖。 【主要元件符號說明】 (10)握把 (11)套頭 (12)通孔 (13)螺軸 (14)耳座 (20)主槍體 (30)廢釘筒 (31)螺座 (40)壓力筒 (41)組裝孔 (410)承座 (42)螺帽 (43)連動桿 (44)扳機 (50)塑膠握套 (51)接座 (52)容孔 (53)套環 (54)耳座 (60)套頭 (61)定位塊 (62)通孔 (70)鎖管 (71)(72)螺合部 (80)螺套 (81)内螺孔 (8 2)環肩部 (83)螺桿 六、申請專利範圍： 8The broken ejector rod is pulled and can be guided into the waste nail cylinder (3Q), so that the waste nail cylinder (30) can centrally store the waste ejector rods, and after collecting a certain amount, the waste nail can be transmitted through the waste nail The canisters (30) are uniformly poured out of the waste nails. The structure of the grip (10) has the following disadvantages: 1. The grip (10) is integrally molded by aluminum casting, and the total weight is not light, and it is not long-lasting to carry or operate. 2. The grip (1 〇) will have more or less sand holes in the casting process, which may lead to leakage of oil in the guide holes and through holes (12). 3. The grip (1〇) is provided with a metal surface to provide the hand control. Although the friction coefficient is not flawed, it does not have much influence under normal use. However, it is often exposed to oil or oil leakage. In terms of the environment, it is very easy to cause the palm to slip or not to be tightly gripped due to the intermediation of oil collapse. 'After paying attention, there is a situation in which the nail pulls off the broken or hurts the sole of the foot. Therefore, careful operation is required. This will result in inconvenience of inefficiency. [New content] The main content of this creation is to provide a rivet gun grip separation structure, which includes: 4 M358710 'a plastic grip sleeve, which is longitudinally provided with a through hole for the upper and lower sides; and a ferrule at the top end of the plastic grip sleeve The utility model has a through hole penetrating through the left and right ends, so that the main gun body can be installed at one end of the ferrule, and the waste nail tube can be assembled at the other end of the ferrule; a lock tube disposed in the hole of the hole has a hole penetrating through the upper and lower sides The top edge and the bottom edge of the locking tube respectively have a screwing portion, so that the top edge screwing portion can be locked to the sleeve head, so that the inner hole of the locking tube can be connected to the socket through hole; and § an external pressure tube The bottom of the pressure cylinder is provided with a linkage rod capable of opening and closing the air pressure for the transmission. The top end of the linkage rod is pivotally connected with a trigger, and the trigger end is pivoted at the grip. In order to press the trigger to introduce the air pressure into the pressure cylinder, the pressure cylinder can provide an oil pressure through the inner hole of the lock tube and the through hole of the sleeve to drive the main body to perform riveting. [Embodiment] In order to enable the review board to further understand the structure, features, and other purposes of the present work, please refer to the drawings of the preferred embodiment as follows: Please refer to Figures 3 to 5, this creation includes: a plastic grip sleeve (50) has a curved upwardly facing arc-shaped socket (51) at the top end thereof, and a vertical through hole (52) through the upper and lower sides, and the bottom end of the plastic grip sleeve (50) is accommodated The circumference of the hole (52) forms a collar (53) with an opening facing downward, and a sleeve (54) is provided on the side edge of the plastic grip (50); a set of heads (60) whose bottoms are contiguous with In the socket (51), a positioning block (61) extending into the top edge of the hole (52) is extended, and the bottom end of the positioning block (61) 5 M358710 has a screw hole (see FIG. 5). The ferrule (6 〇) has a through hole (62) extending through the left and right sides, and the through hole (62) is connected to the screw hole; a main body (20) is attached to one end of the ferrule (6 〇), Used to connect the through hole (62); the waste nail barrel (30) 'is connected to the other end of the sleeve (6〇) through the screw seat (31), and can be connected to the through hole (62); a lock tube (7〇) in the bore (52) having an inner bore extending through the upper and lower sides, and a screwing portion (71) (72) is disposed on the outer edge of the top and bottom edges of the lock tube The top edge screwing portion (71) can be locked to the screw hole of the sleeve (6〇) positioning block (61), so that the inner hole of the locking tube (7〇) can be connected to the socket (6〇) through hole (62); The threaded sleeve (80) has a screw hole (81) at the center of the locking tube (7〇) bottom edge screwing portion (72), and the top edge of the threaded sleeve (80) forms an insert sleeve a ring shoulder (82) positioned in the ring (53), and a lower diameter screw (83) extending concentrically downwardly at the bottom end of the ring shoulder (82); and # a pressure tube externally connected to the air pressure ( 40), internally mounted with a piston that can slide up and has an assembly hole (41) through which the screw (83) can be inserted at the top end of the pressure cylinder (40), and protrudes upward along the circumference of the assembly hole (41). There is a socket (410) which abuts against the bottom end of the ring shoulder (82) and is locked to the bottom of the screw (83) through a nut (42) for the screw sleeve ( 80) and a plastic-glued grip (50) - and fixed to the top of the pressure cylinder (40); The top end of the pressure cylinder (40) is provided with a linkage rod (43) capable of opening and closing the air pressure for supply, and a trigger (44) is pivotally connected to the top end of the linkage rod (43). The trigger (44) is pivoted at the plastic 6 at one end. M358710 The sleeve (54) of the sleeve (50). The creation mode of operation is the same as the conventional one. Only by pressing the trigger (44), the air pressure can be introduced into the pressure cylinder (4〇), and the positional energy of the piston in the pressure cylinder (4〇) can be converted to provide an oil pressure. For the rivet pull willow located in the main body (20), but this creation has the following advances: L This creation mainly consists of a plastic grip (5〇), a ferrule (60) and a lock tube (7〇) group. : A grip structure, due to the advantages of light weight of the plastic grip (10), the weight of the traditional b-alloy is reduced, so that the creation has the function of being able to carry or operate for a long time. The lock tube (7〇) is made by roll forming, and the sleeve (6〇) is not in volume, so it can make the inner hole of the lock tube (70) and the through hole of the sleeve (6〇) (62) The oil spill is awkward. To take down, to overcome the traditional grip is easy to leak oil, plastic grip (5 〇) with a high coefficient of friction to provide a hand grip grip = even in the environment that will be exposed to oil, its palm and If the plastic falls, 1·the main^ will not have a sliding or difficult to grip, and the nail can be robbed to the lowest f', which effectively improves the working efficiency of the operator. The plastic grip sleeve (50) and the lock tube (7Q) can only be passed through the screw sleeve (80) I (4〇), and there is no need to change to the pressure cylinder (4〇), which is replaceable. High characteristics. The whole structure of this creation is novel, and it also has excellent requirements for the creation of patent applications. However, the above description is only a preferred embodiment of the present invention, that is, the equivalent changes and modifications made by the applicant in accordance with the scope of the patent application should remain within the scope of this creation. '[Simple diagram of the schema] ‘Figure 1: Decomposition diagram of the conventional rivet gun. Figure 2: A schematic diagram of the combination of Figure 1. Figure 3: An exploded view of the creation. Figure 4: A schematic diagram of the combination of the creation. Φ Figure 5: A schematic cross-sectional view of the creation. [Main component symbol description] (10) Grip (11) Gripper (12) Through hole (13) Screw shaft (14) Ear seat (20) Main gun body (30) Waste nail barrel (31) Screw seat (40) Pressure cylinder (41) assembly hole (410) socket (42) nut (43) linkage rod (44) trigger (50) plastic grip (51) socket (52) bore (53) collar (54) Ear seat (60) ferrule (61) positioning block (62) through hole (70) lock tube (71) (72) screwing portion (80) screw sleeve (81) inner screw hole (8 2) ring shoulder (83 Screw 6, the scope of application for patents: 8