M318495 八、新型說明： 【新型所屬之技術領域】 本創作係有關於—種氣動工具結構改良，尤其是指— 2具有兩用接頭，可以接設-快速接頭或-彈簧接頭以結 >各種H而且同樣可以裝設除鏽H，令使用者可以 根據 :要而任意換裝之氣動工具結構改良。 【先前技術】 e按’，用氣動工具來進行各種工具之表 面加工，早已 知之方法，因為一般氣動工具是-種利用空氣 之於屮紅二驅動内部機件運作之機械器具，能夠提供較大 J 、且具有作動速度快之優點，故許多需要對鎖 口3進仃旋緊或鬆放之場合中，已多選用氣動工具，且 不娜疋拆除、包丨】除或是打洞，都已經運用得相當普遍，其 主體在基本上都是一樣的，差別在於其所使用之工具頭而 產生不同之作用，可使用例如鑽石銼刀、油石或磨石等， 而產生拆除、刨除或是打洞等不同之作用。 产上述之氣動工具係具有一工具本體，工具本體内設一 氣缸室並裝設一活塞，而工具本體之前端裝設各種不同之 工具頭’以產生拆除、刨除或是打洞等不同之作用，再將 尚壓氣體導入氣缸室，驅動活塞而使工具頭產生作動。 然而，上述之氣動工具雖然可以在工具本體之前端裝 設各種不同之工具頭，以產生拆除、刨除或是打洞等不同 之作用，可是卻無法裝設除鏽器，同樣的，用以裝設除鏽 器之氣動工具亦無法裝設其他不同之工具頭，導致於使用 者在施工上之困擾。 M318495 【新型内容】 以及ϊ他不鑑於上述之氣動工具無法換裝除鏽器 4=,精神及理念’並藉助多年所累積的專業 而創作屮」錢的輔佐下，不斷致力於改良與開發，因 簧接·以纟士，具有兩用接頭，可以接設一快速接頭或一彈 5|，人5各種不同之工具頭，而且同樣可以裝設除鐘 結構I使用者可以根據施工上之需要任意換裝之氣動工具 體，本封作之氣動工具結構改良，其主要係具有一工具本 開、工具本體之前端固接有一兩用接頭，兩用接頭之内部 有一嵌合孔，且兩用接頭之外壁中段處形成有土滑 二’而兩用接頭之前端固接一接頭，接頭結合一工具頭， 孔具頭之後端形成有一接合體以嵌卡於兩用接頭之嵌合 藉’且工具本體之前端裝設有一傳動器以推動該工具頭， 二此結合各種不同之工具頭，令使用者可以根據施工上之 而要更換工具碩。 【實施方式】 為令本創作所運用之技術内容、創作目的及其達成之 功致有更完整且清楚的揭露，茲於下詳細說明之，ϋ請一 併參閱所提之圖式及圖號： 首先’請參照第一圖以及第二圖所示，係本創作氣動 >、構改良其一較佳實施例之示意圖’其係由一工具本 〜U)、一兩用接頭（2)、一接頭（3)及數工具頭（4)所組合 而成，其中： 該工具本體〇)之頂端裝設有一槓桿（11)以控制氣 M318495 :門ί工具本體（1)裝設有數墊圈（12)、一橡膠墊（13)、 一用盍（14)、—活塞（15)、一圓筒（16)、一套管（17)以及 以推動該工具頭（4)之傳動器（18)，而圓筒（16)前端 之夕壁形成有螺紋（161)以結合該兩用接頭（2); -該兩用接頭（2)後端之内壁形成有螺紋（21) ，且兩用 中段處之外壁形成有止滑段（22)，而兩用接頭⑵ 前端=外壁形成有螺紋（23)，且兩用接頭（2)之内部開設 有一嵌合孔（24)，在本實施例中為正六邊形孔； 該接頭（3)係用以結合該工具頭（4)，在本實施例中為 一快速接頭，接頭（3)後端之内壁形成有螺紋（31)，而接 頭（3)之前端開設有數孔洞（32)以分別設置一球體（33)， 且接頭（3)之前端依序套設一彈性元件（34)與一套環 (35) ’套環（35)之内壁形成有一由前端向後端逐漸***之 頂推部（351)以供彈性元件（34)頂推，且頂推部（351)之内 壁貼靠於球體（33); 該工具頭（4)之前端係具有多種不同之型態，例如鑾 刀，以產生不同之加工效果，而工具頭（4)之後端形成有 一接合體（41)，在本實施例中為正六邊形體。 於實施組裝時，請參閱第一圖以及第二圖，其係將兩 用接頭（2)後端内壁之螺紋（21)與工具本體（1)之圓筒（16) 前端外璧之螺紋（161)相對應鎖固，並將接頭（3)後端内壁 之螺紋（31)與兩用接頭（2)前端外壁之螺紋（23)相對應鎖 固，且將工具頭（4)後端之接合體（41)嵌卡於兩用接頭（2) 内部之嵌合孔（24)，即可利用工具本體（1)前端之傳動器 (18)推動工具頭（4)而進行作業。 請再參照第三圖以及第四圖所示，係本創作氣動工具 M318495 ::蕈里較佳實施例之示意圖，其與其-較佳實施例 笼1在於該接頭⑸係用以結合該卫具頭⑷之彈 ^ 頭之前端形成有一擋止部（51)以卡固該工 i祺pqi接頭（5)之側邊形成有一把手部（52)以方便使用 孫田=(·5)則端之檔止部（51)，而於實施組裝時，其 ^^^^(2)後端内壁之螺紋（21)與卫具本體（1)之 端外壁之螺紋（161)相對應鎖固，並將接頭⑸ ί固山於兩用接頭⑵前端外壁之螺紋⑽，且將X具頭⑷ =之接σ體（41)嵌卡於兩用接頭⑵内部之嵌合孔 m即可彻卫具本體⑴前端之傳動11⑽推動工具 碩（4)而開始施工。 、士娃it參照第五圖以及第六圖所示，係本創作氣動工具 )’除鏽為（6)之内部裝設有一彈性元件（61)盘一固定座 (62) ’固定座（62)上插置有數多具有除鏽功能之針狀體 )，且除鏽器（6)後端之内壁形成有螺紋（64)，並將除 ^器⑹後端内壁之螺紋⑽與工具本體⑴之圓筒⑽ 二端外壁之螺紋（16〗）相對應鎖固，即可利用工具本體⑴ $端之傳動器（18)推動除鏽器⑻之固定座⑽，使得固 定座（62)上之針狀體（63)作動而進行除鏽之工作。 然而別述之實施例或圖式並非限定本創作之接頭結 h工具頭結構、接合體形狀或嵌合孔形狀，任何所屬技 術領域中具有通常知識者之適㈣化或 皆視 脫離本創作之專利範缚。 由上述之TG件組成與實施說明可知，本創作與現有結 構相較之下，本創作具有以下之優點： M318495 1. 本創作具有一兩用接頭，可以接設一快速接頭或彈簧接 頭以結合各種不同之工具頭，例如鑿刀，而產生拆除、 刨除或是打洞等各種不同之作用。 2. 本創作不但可以裝設各種不同之工具頭，例如鑿刀，以 產生拆除、刨除或是打洞等不同之作用，同樣可以裝設 除鏽器，令使用者可以根據施工上之需要任意換裝，更 增商業上之價值。 綜上所述，本創作實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見諸於同類產品 中，亦未曾公開於申請前，誠已完全符合專利法之規定與 要求，爰依法提出新型專利之申請，懇請惠予審查，並賜 准專利，則實感德便。 M318495 【圖式簡單說明】 第一圖：本創作其一實施例之立體分解圖 第二圖：本創作其一實施例之組合剖視圖 第三圖：本創作其二實施例之立體分解圖 第四圖：本創作其二實施例之組合剖視圖 第五圖：本創作其三實施例之立體分解圖 第六圖：本創作其三實施例之組合剖視圖 【主要元件符號說明】M318495 VIII, new description: [New technical field] This creation is related to the improvement of the structure of a pneumatic tool, especially the 2 - has a dual-purpose joint, can be connected - quick joint or - spring joint to knot > various H can also be equipped with rust removal H, so that the user can modify the structure of the pneumatic tool according to the requirement. [Prior Art] e Press ', use pneumatic tools to carry out the surface processing of various tools. The method known in the past is because the general pneumatic tools are mechanical tools that use air to drive the internal parts of the blush to provide larger J, and has the advantage of fast moving speed, so many occasions need to use the pneumatic tools in the case of tightening or loosening the lock 3, and it is not necessary to dismantle, pack, or punch holes. It has been used quite widely, and its main body is basically the same. The difference lies in the different functions of the tool head used. It can be dismantled, removed or hit by using, for example, a diamond file, oil stone or grindstone. Holes and so on. The pneumatic tool produced above has a tool body, a cylinder chamber is arranged in the tool body and a piston is installed, and different tool heads are installed at the front end of the tool body to generate different functions such as dismantling, shaving or hole punching. Then, the pressure gas is introduced into the cylinder chamber, and the piston is driven to make the tool head actuate. However, although the pneumatic tool described above can be equipped with various tool heads at the front end of the tool body to produce different functions such as dismantling, shaving or hole punching, but the rust remover cannot be installed, and the same is used for loading. Pneumatic tools with rust removers cannot be equipped with other different tool heads, which causes problems in the construction of users. M318495 [New content] and he is constantly working on improvement and development without the help of the above-mentioned pneumatic tools, which cannot replace the rust remover 4=, spirit and philosophy, and with the help of years of accumulated professionalism. Because of the spring connection, the gentleman has a dual-purpose connector, it can be connected with a quick connector or a bomb 5|, 5 different tool heads, and can also be installed with the clock structure I can be used according to the construction needs. The pneumatic tool body is arbitrarily changed, and the air tool of the seal is improved in structure, and the utility model mainly has a tool opening, a front end of the tool body is fixedly connected with a dual-purpose joint, and the inside of the dual-purpose joint has a fitting hole, and the dual-use A joint is formed at a middle portion of the outer wall of the joint, and a joint is fixed to the front end of the joint. The joint is combined with a tool head, and a joint body is formed at the rear end of the hole head to be inserted into the joint of the dual-purpose joint. A tool is mounted on the front end of the tool body to push the tool head, and the tool head is combined with various tool heads, so that the user can replace the tool according to the construction. [Embodiment] In order to make the technical content, creative purpose and achievements of this creation more complete and clear, please elaborate below. Please refer to the drawings and drawings mentioned above. : First, please refer to the first figure and the second figure, which is a schematic diagram of a preferred embodiment of the present invention. The schematic diagram of the preferred embodiment is based on a tool-U and a two-way connector (2). a joint (3) and a plurality of tool heads (4), wherein: a top end of the tool body 装) is provided with a lever (11) for controlling the gas M318495: the door ί tool body (1) is provided with a plurality of washers (12), a rubber pad (13), a cymbal (14), a piston (15), a cylinder (16), a sleeve (17), and an actuator for pushing the tool head (4) (18) And the rim of the front end of the cylinder (16) is formed with a thread (161) to join the dual-purpose joint (2); - the inner wall of the rear end of the dual-purpose joint (2) is formed with a thread (21), and dual-purpose The outer wall of the middle section is formed with a non-slip section (22), and the front end of the dual-purpose joint (2) = the outer wall is formed with a thread (23), and the inside of the dual-purpose joint (2) is opened. a fitting hole (24), which in this embodiment is a regular hexagonal hole; the joint (3) is used to join the tool head (4), in this embodiment, a quick joint, after the joint (3) The inner wall of the end is formed with a thread (31), and the front end of the joint (3) is provided with a plurality of holes (32) to respectively provide a ball (33), and the front end of the joint (3) is sequentially sleeved with an elastic member (34) and A ring (35) The inner wall of the collar (35) is formed with a pushing portion (351) which is gradually raised from the front end toward the rear end for pushing the elastic member (34), and the inner wall of the pushing portion (351) abuts The ball body (33); the front end of the tool head (4) has a plurality of different types, such as a file, to produce different processing effects, and the tool head (4) has a joint body (41) formed at the rear end thereof. In this embodiment, it is a regular hexagon. For the assembly, please refer to the first figure and the second figure, which is the thread of the inner wall of the rear end of the dual-purpose joint (2) and the thread of the outer end of the cylinder (16) of the tool body (1). 161) Correspondingly locking, and locking the thread (31) of the inner wall of the rear end of the joint (3) with the thread (23) of the outer wall of the front end of the dual-purpose joint (2), and the rear end of the tool head (4) The joint body (41) is fitted into the fitting hole (24) inside the dual-purpose joint (2), and the tool head (4) can be pushed by the actuator (18) at the front end of the tool body (1). Referring to the third and fourth figures, a schematic diagram of a preferred embodiment of the present pneumatic tool M318495 is described, and a preferred embodiment thereof is that the joint (5) is used to join the implement. The front end of the head of the head (4) is formed with a stopper portion (51) for engaging a side portion of the work piece i (p) joint (5) to form a handle portion (52) for convenient use of Sun Tian = (·5) a stop portion (51), and when the assembly is performed, the thread (21) of the inner wall of the rear end of the ^^^^(2) is locked corresponding to the thread (161) of the outer wall of the end of the body of the implement (1), and Attach the joint (5) to the thread (10) on the outer wall of the front end of the dual-purpose joint (2), and insert the X-shaped head (4) = the σ body (41) into the fitting hole m inside the dual-purpose joint (2) to secure the body. (1) The front end drive 11 (10) pushes the tool master (4) and starts construction. According to the fifth and sixth figures, the smashing tool (6) is equipped with an elastic element (61), a fixing seat (62), and a fixing seat (62). ) a plurality of needles having a descaling function are inserted thereon, and the inner wall of the rear end of the rust remover (6) is formed with a thread (64), and the thread (10) of the inner wall of the rear end of the separator (6) and the tool body (1) The cylinder (10) of the two-end outer wall thread (16) is correspondingly locked, and the holder (10) of the rust remover (8) can be pushed by the actuator (18) of the tool body (1) so that the fixing seat (62) The needle body (63) is actuated to perform rust removal work. However, the embodiments or drawings that are not described herein are not intended to limit the joint structure of the present invention, the shape of the joint body, or the shape of the fitting hole, and any one of ordinary skill in the art may be adapted to the present invention. Patent restrictions. According to the above TG component composition and implementation description, this creation has the following advantages compared with the existing structure: M318495 1. This creation has a two-way connector, which can be connected with a quick connector or spring connector to combine A variety of different tool heads, such as chisels, have various effects such as dismantling, shaving or hole punching. 2. This creation can not only install a variety of different tool heads, such as chisels, to create different functions such as dismantling, shaving or hole punching. It can also be equipped with a rust remover, so that users can arbitrarily according to the needs of construction. Dressing up adds more business value. In summary, the present embodiment can achieve the expected use efficiency, and the specific structure disclosed therein has not been seen in similar products, nor has it been disclosed before the application, and has fully complied with the provisions of the Patent Law. And the request, the application for a new type of patent in accordance with the law, please forgive the review, and grant the patent, it is really sensible. M318495 [Simplified description of the drawings] The first figure: an exploded perspective view of an embodiment of the present invention. The second drawing of the embodiment of the present invention: a third sectional view of the embodiment of the present invention: the fourth exploded view of the second embodiment of the present creation Figure: sectional view of the second embodiment of the present invention. Fig. 5 is a perspective exploded view of the third embodiment of the present invention: a sectional view of the three embodiments of the present invention.
(1) 工具本體 (11) 槓桿 (12) 墊圈 (13) 橡膠墊 (14) 閥蓋 (15) 活塞 (16) 圓筒 (161) 螺紋 (17) 套管 (18) 傳動器 (2) 兩用接頭 (21) 螺紋 (22) 止滑段 (23) 螺紋 (24) 嵌合孔 (3) 接頭 (31) 螺紋 (32) 孔洞 (33) 球體 (34) 彈性元件 (35) 套環 (351) 頂推部 (4) 工具頭 (41) 接合體 (5) 接頭 (51) 擋止部 (52) 把手部 (6) 除傭器 (61) 彈性元件 (62) 固定座 (63) 針狀體 (64) 螺紋 10(1) Tool body (11) Lever (12) Washer (13) Rubber pad (14) Bonnet (15) Piston (16) Cylinder (161) Thread (17) Sleeve (18) Actuator (2) Two Connector (21) Thread (22) Slip section (23) Thread (24) Fitted hole (3) Connector (31) Thread (32) Hole (33) Sphere (34) Elastic element (35) Collar (351 ) Pusher (4) Tool head (41) Engagement (5) Connector (51) Stop (52) Handle (6) Servicing (61) Elastic (62) Mounting (63) Needle Body (64) thread 10