M330165 八、新型說明： 【新型所屬之技術領域】 種應用於氣動釘搶上 本創作係關於緩衝墊結構，尤指一 之緩衝墊結構。 【先前技術】 ▲按，早期工作人員在製作木製物品時，通常利用鍵子 敲打各式釘子（騎、直釘、U 了及大_釘.··等），以 使各木板能藉_等釘子的釘人，而互相連接，惟，該等 方式實需讀人員付出過多的體力，以進行敲打動作Ϊ且 ^拖慢工作進度，因此隨著科技進步，愈來愈多的工作人 員已使用氣動釘搶來製作木製物品。 之另^端，即是位在該撞針13之出口位置，該緩衝塾結構 15設有一貫穿孔，當使用者操作該氣動釘搶時，該活塞12 係會受一高壓氣體推動，而往該緩衝墊結構之方向前進， 直至該活塞12被該緩衝墊結構15阻檔而停止，且該活塞 12會帶動其上之撞針13通過該貫穿孔，並撞擊鄰近該出 一般言，氣動釘槍係使用高壓氣體運作，以使釘子能 快速地釘人木板’達成連接各木板之效果，請參閱第i圖 所不’傳統的氣動釘搶，主要包括—殼體10，該殼體 内設有-中空管u、一活塞12、一撞針13及—緩衝塾結 構15，其中該活塞12係設在該中空管u之一端且其上 連接該撞針13，另’該緩衝塾結構15係設在該中空管u 口之釘子（圖中未示），如此，使用者即能操作該氣動釘槍， 以連接各木板。 M330165 請參閱第2圖所示，該緩鱗結構15係包括 镑 齡Π及-第二緩衝㈣，其中該第二緩衝㈣係二 於該设體1〇之一凹口部101内，且該第二緩衝墊18之; 央位置对-第二貫穿孔180，讀第一緩衝塾Η係嵌合於 :二:丄1之另端，且該第一緩衝墊17之中央位置設有 牙孔17G，該第一緩飾17之—面抵靠該第二緩 =二ΛΓ第一貫穿孔170與該第二貫穿孔⑽ 係f】仙—水平面’如此，當該活塞12撞擊到該第一缓 衡墊17而停止時，其上之撞針13係可依 * 穿孔170及該第二貫穿孔18〇， 牙、以第一貝 ,?, 貝牙孔180並撞擊鄰近該凹口部101 之訂子（圖中未示），惟，該等緩衝墊17、18，因受限於 該等貫穿孔170、18〇之宮冑心t u又限於M330165 Eight, new description: [New technology field] Kind of application to pneumatic nail grab This book is about the cushion structure, especially the cushion structure. [Prior Art] ▲Press, when the early workers made wooden objects, they usually used the keys to hit all kinds of nails (riding, straight nails, U and big_nails, etc.) so that the wooden boards could borrow _ etc. The nails are nailed together, but they are connected to each other. However, these methods require the staff to pay too much physical strength to perform the knocking action and slow down the work progress. Therefore, with the advancement of technology, more and more staff have used Pneumatic nails grabbed to make wooden items. The other end, that is, at the exit position of the striker 13, the buffer structure 15 is provided with a continuous perforation. When the user operates the pneumatic pin, the piston 12 is driven by a high pressure gas. The direction of the cushion structure advances until the piston 12 is stopped by the cushion structure 15, and the piston 12 drives the striker 13 thereon to pass through the through hole and strikes the adjacent hole. Working with high-pressure gas, so that the nail can quickly nail the board's effect to achieve the connection of the various boards, please refer to the conventional pneumatic nail grab, not including the housing 10, which is provided in the housing. a hollow tube u, a piston 12, a striker 13 and a buffer raft structure 15, wherein the piston 12 is disposed at one end of the hollow tube u and connected to the striker 13 thereon, and the buffer raft structure 15 is provided A nail (not shown) is placed in the hollow tube so that the user can operate the pneumatic nail gun to connect the wooden boards. M330165, as shown in FIG. 2, the slow scale structure 15 includes a pound age and a second buffer (four), wherein the second buffer (four) is two in the notch portion 101 of the set body 1 and the The second buffer pad 18; the central position pair - the second through hole 180, the read first buffer 塾Η is fitted to the other end of the 丄1, and the central portion of the first cushion 17 is provided with an esthesis 17G, the surface of the first louver 17 abuts against the second yoke 2, the first through hole 170 and the second through hole (10) are f-sin-horizontal', when the piston 12 hits the first When the cushion 17 is stopped and stopped, the striker 13 thereon can be adjacent to the notch portion 101 by the perforation 170 and the second through hole 18, the tooth, the first shell, and the shell hole 180. a sub-book (not shown), but the cushions 17, 18 are limited by the palaces and hearts of the through-holes 170, 18
n僅驗岐度較窄之撞針 13，造成使用者若需使用較大尺 T 置大尺寸氣騎搶，提高使时的諸、/，外構 緩衝i結上=現另—種緩衝墊結構’以取代前述之 、 且Ά使狀餘_搶触構，盘上述之 請參财3_示+緩健結構Μ包^ 苐te衝塾27及-第二緩衝墊別，該第一緩衝塾打係农 ^於中空管Μ之1，且其-面抵靠該第二緩衝墊28二 一面’另，該第二緩衝墊汉嵌合於殼體20之一凹口部2〇1 内其中該凹口部20}之形狀，係同於該第 外觀，再者，該第二緩衝塾28之中輪署货衝㈣之 第mi咖 置，設有長條狀一 孔之酸j又’该第二緩衝塾28在鄰近該第二貫穿 謂之周緣，朝該第二緩衝墊现之兩側方向，延伸設有 M330165 二相互對稱之凸塊281，令該第二貫穿孔280之寬度可往 該凸塊281方向延伸，以增加該第二貫穿孔280之寬度， 故，氣動釘槍係可使用符合該寬度之撞針23。 再者，該第一緩衝墊27之中央位置，設有一第一貫穿 孔270，且該第一貫穿孔27〇係可與該第二貫穿孔28〇相 匹配，當該第一緩衝墊27與該第二緩衝墊28相互抵靠在 一起時，該第一貫穿孔270與該第二貫穿孔280係排列在 同一水平面，並供該撞針23通過，如此，當使用者操作該 氣動釘槍時，活塞22 (包括其上之撞針23)係可通過中空 官21，且撞擊到該第一緩衝墊27而停止，並使其上之撞 針23依序穿過該等貫穿孔270、280以進行往復運動，且 該使用者可直接在該氣動釘搶上，使用大尺寸之撞針。 惟，上述該第一緩衝墊Π、27在經過該活塞12、22 之衝擊或該撞針13、23之鶴後，容祕該第—貫穿孔 ，偏離其原先位置，而使該撞針13、23接觸到該 =貝=孔170、270的周緣，造成使用者操作該氣動釘搶 時產生噪音，並令該撞針13、23容易變形，而影塑該該氣 動釘狀運作。因此，如何設計出—種緩衝塾結構^其 不會在氣崎槍被操作的過程巾，偏離其原先位置，造成 使用者之操作職了現今氣騎搶製造商亟思解決 之^一大课題。 【新型内容】 有鑑於前述緩衝墊結構容易因活塞衝擊 先位置’造錢財之操作不便，創作人在經過 M330165 研究與實驗，終關發設計&摘作之_ =結構，以期藉由本創作之問世，而能有_決上‘ 〜本創作之—目的，係—種氣動钉搶之緩衝墊結構，該 緩衝墊結構係裝設在—氣動釘槍之殼體内，位在 搶之:撞針之一位置，該緩衝墊結構包括—第一緩衝塾 及一第二緩衝墊，其中該第一緩衝墊設有一第一貫穿孔， 該第二緩输設有—第二貫穿孔，該等貫穿孔係=撞針 通過’且該第—缓衝塾在面對該第二緩衝墊之—面上，鄰 ，該第-貫穿孔之位置，凸設有複數個第—凸塊，且該等 第凸塊_該第二緩触之方向延伸，而該第二緩衝塾 在鄰=該第二貫穿孔之周緣，凸設有複數個第二凸塊，且 該等第二凸塊係朝該第二緩衝墊之兩财向延伸，當該第 一緩衝墊與該第二緩衝墊相連接在一起，且該第一貫穿孔 與^二貫穿孔排列在同-水平面時，料第—凸塊係二別 抵罪至該等第二凸塊’且夾持在該第二緩衝塾之周緣，以 形成本創作之觀衝墊結構，如此，該氣動釘搶之殼體可 =時後卡住該等第-凸塊及第二凸塊，以將該緩衝塾結構 定位在該氣騎搶之親内，使得該氣騎搶之撞針依序 通過該等二貫穿孔，進行往復運動時，該等貫？孔能被定 ，且排列麵-水平面’而不致_氣動釘搶之—活塞的 衝擊或該撞針之振動，而偏離其原綠置，導致該撞針磨 擦該等緩衝墊，進而損害該氣動釘槍之運作。 為便貴審查委貞能縣辦目的、技術特徵及其功 M330165 效，做更進-步之認識與瞭解，兹舉實施例配合圖式… 細說明如下： $ 【實施方式】 本創作係一種氣動釘搶之緩衝墊結構，該緩衝墊結構係 裝心在氣動釘槍之殼體内，且該氣動釘搶之結構，與傳 統氣動釘槍之結構近似，請參閱第4圖所示，該氣動棒 之一殼體30内，尚包括一中空管3卜一活塞32、—撞二 33及一緩衝墊結構35，該緩衝墊結構35包括一第一緩衝 墊37及一第二緩衝墊38，且其位在該氣動釘搶之—撞針 33之出口位置，本實施例係以該等緩衝墊37、犯皆分別 設有相對稱之二凸塊為例，復請參閱第4圖所*，其中該 第j衝塾37之中央位置，設有一第一貫穿孔370，該第 :貫穿孔37G係供該撞針33通過，且該第—緩衝塾37係 =口 =該中空官31之-端，並該第—緩衝塾37在鄰近該 第一貫穿孔370之位置，且面對該第二緩衝塾38之一面 上：朝為第—緩衝f 38之方向，延伸設有二第—凸塊奶， 且該二第—凸塊371在該第-緩衝墊37沿該第-貫穿孔 370周緣相對應的位置上，排成一歹卜而該第二緩衝墊38 於該殼體30之-凹口部3〇1上，且其在對應於該第 :，牙孔370的位置，設有長條狀之一第二貫穿孔38〇， 該第-貝穿孔38〇亦係供該撞針％通過，又，該第二缓衝 塾38在淨近该第二貫穿孔_之周緣，朝該第二缓衝塾 38之兩側方向，延伸設有二第二凸塊38卜且該二第二凸 鬼381在该第二緩衝塾38沿該第二貫穿孔周緣相對應 M330165 的位置上，排成一列，該等第二凸塊381與該等第一凸塊 371係可互相匹配，請參閱第4及5圖所示，該第二缓衝 塾38喪入該凹口部3(H，該等第二凸塊381係分別被該凹 口部301之二夾合端305所夹持住，故，當該第一缓衝墊 37與該第二緩衝塾38相連接在一起，並該等貫穿孔37〇、 380排列在同-水平面時，該等第一凸塊371係夾持在該 第二缓衝墊38之周緣，且分別抵靠至該等第二凸81， 並該等凸塊37卜381係嵌入該等失合端3〇5内，被該等失 合端305所夾持住。 在此需特別一提者，在本創作之另一實施例中，該第一 凸塊及戎第二凸塊之數量及大小，係可為二個以上，故， 只要該第-凸塊及該第二凸魏相互匹配連接，且該等凸 塊可被欽夾合_，轉持轉緩触之位置，即為本 創作所述之緩衝墊，合先陳明。 再者，復請參閱第4圖所示，該殼體3〇遠離該第一緩 衝塾^之—面，尚設有—第三凸塊3G3，該第三凸塊303 係將該第二緩触38之部份遮蔽住，其巾該第二緩衝塾 38被遮蔽之部份係不包括該第二貫穿孔38〇，故該第二 緩衝墊38可藉由該第三凸塊3〇3之阻擔，防止其受該活塞 32之撞擊影響，而偏離該凹口部3〇1。 如此，§该緩衝墊結構35被定位在該氣動釘搶之殼體 3〇内時，該氣動釘槍之殼體3〇可藉由該等夾合端3〇5，同 時=卡住，等第一凸塊371及第二凸塊381，使得該氣動 釘私之活基32在進行往復運動，並由該中空管y之另端 M330165 往該第-緩衝墊37方向前進，且帶動其上之該撞針％， 依序通過該第一緩衝墊37及第二缓衝墊38之第一貫穿孔 370及苐一貝牙孔380,而撞擊到鄰近該凹口部謝之排針 、(，中未示）時，該第一貫穿孔37〇及第二貫穿孔能 永遂被定位且侧在水平面，而不致目該氣動釘搶之 该活塞32的衝擊或該撞針33之振動，而偏離其原先位置， 導致該撞針33麟該緩衝墊結構35，造成者操作該 氣動釘搶時產生噪音，並令該撞針33容易變形，進而損害 該氣動釘搶之運作。 在此需特別一提者，該第二貫穿孔38〇非僅限定於長條 狀，在本創作之其它實施例中，該等第一及第二貫穿孔係 可配合其撞針之外形，與使用之釘子類型，而為其它形狀 (圓形、長橢圓形及方形…等），另，該等貫穿孔非僅限定 没於該等緩衝墊之中央位置，亦可設於該緩衝墊上之其它 位置，故，只要能供撞針通過，以進行往復運動，均係本 創作在此所欲主張保護的貫穿孔。 按，以上所述，僅係本創作之較佳實施例，惟，本創作 所主張之權利範圍，並不侷限於此，按凡熟悉該項技藝人 士，依據本創作所揭露之技術内容，可輕易思及之等效變 化，均應屬不脫離本創作之保護範疇。 【圖式簡單說明】 第1圖係氣動釘搶之剖面圖； 第2圖係一傳統緩衝墊組合示意圖； 第3圖係另一傳統緩衝墊組合之一示意圖； 11 M330165 第4圖係本創作之緩衝墊組合示意圖；及 第5圖係氣動釘搶之橫斷面圖。 【主要元件符號說明】 殼體 …… 30 凹口部 ......301 第三凸塊 …… 303 夾合端 …… 305 中空管 …… 31 活塞 …… 32 撞針 …… 33 緩衝墊結構…… 35 第一緩衝塾 ......37 第一貫穿孔 …… 370 第一凸塊 …… 371 第二缓衝墊 …… 38 第二貫穿孔 …… 380 第二凸塊 …… 381 12n Only the striker 13 with a narrower degree of inspection is used, so that if the user needs to use a larger ruler T to set a large size gas ride, the time and/or the external buffering i knots are increased = the other type of cushion structure is 'To replace the above, and to make the shape of the remaining _ grab the structure, the above mentioned please share the money 3_ show + tempered structure ^ ^ 苐 te 塾 27 and - the second cushion pad, the first buffer 塾And the second surface of the casing 20 is fitted to the notch of the casing 20, and the second cushion is fitted to the notch of the casing 20 The shape of the notch portion 20} is the same as the first appearance. Further, the second buffer 塾 28 is arranged in the fourth place of the goods (4), and has a long strip of acid. Further, the second buffer damper 28 is adjacent to the periphery of the second traverse, and is provided with two mutually symmetric lands 281 extending toward the two sides of the second cushion, so that the second through hole 280 The width may extend in the direction of the protrusion 281 to increase the width of the second through hole 280. Therefore, the pneumatic nail gun can use the striker 23 conforming to the width. Further, a central portion of the first cushion 27 is provided with a first through hole 270, and the first through hole 27 can be matched with the second through hole 28, when the first cushion 27 is When the second cushions 28 abut each other, the first through holes 270 and the second through holes 280 are arranged in the same horizontal plane and pass the striker 23, so that when the user operates the pneumatic nail gun The piston 22 (including the striker 23 thereon) can pass through the hollow member 21 and hit the first cushion 27 to stop, and the striker 23 thereon is sequentially passed through the through holes 270, 280 for performing. The reciprocating motion, and the user can directly grab the pneumatic nail, using a large-sized striker. However, after the first cushioning cushions 27 and 27 pass the impact of the pistons 12 and 22 or the cranes of the strikers 13 and 23, the first through-holes are secreted and deviated from their original positions, so that the strikers 13 and 23 are caused. Contacting the circumference of the =be = 170, 270 causes noise generated by the user to operate the pneumatic nail, and the needle 13, 23 is easily deformed, and the pneumatic nail is operated. Therefore, how to design a buffer structure? It will not deviate from its original position in the process towel that is operated by the gas-seal gun, causing the user's operation position. Nowadays, the gas rider grabs the manufacturer and solves the problem. question. [New content] In view of the fact that the above-mentioned cushion structure is easy to be inconvenient due to the impact of the piston on the first position, the creator has studied and experimented with the M330165, and finally designed the design and the _ = structure, with the aim of creating The advent of the world, and can have _ 上 上 ' ～ this creation of the purpose - the system - a pneumatic nail grab cushion structure, the cushion structure is installed in the - pneumatic nail gun shell, located in the grab: strike In one position, the cushion structure includes a first buffering pad and a second cushioning pad, wherein the first cushioning pad is provided with a first through hole, and the second buffering is provided with a second through hole, the penetrating through hole The hole system=the striker passes through the 'the first buffer pad' on the surface facing the second cushion pad, adjacent to the position of the first through hole, and a plurality of first bumps are protruded, and the first a bump _ extending in a direction of the second buffer, and the second buffer 塾 is adjacent to the periphery of the second through hole, and a plurality of second bumps are convexly disposed, and the second bumps are facing the first The two buffers extend in two directions, when the first cushion is opposite to the second cushion When the first through hole and the second through hole are arranged in the same-horizontal plane, the first-bump portion is sinned to the second bumps and clamped on the periphery of the second buffer In order to form the structure of the embossing pad of the present invention, the housing of the pneumatic nail can be used to lock the first and second bumps and the second bump to position the buffer raft structure in the gas robbing In the pro, so that the gas riding grabs the needle through the two through holes in sequence, when reciprocating, the same? The hole can be fixed, and the face-horizontal plane is arranged without the impact of the piston or the vibration of the striker, and deviates from its original green position, causing the striker to rub the cushions, thereby damaging the pneumatic nail gun. Operation. In order to review the purpose, technical characteristics and M330165 effect of the committee, and to make a more advanced understanding and understanding, the following examples are combined with the schema... The details are as follows: $ [Implementation] This creation is a kind of Pneumatic nail grabbing cushion structure, the cushion structure is installed in the shell of the pneumatic nail gun, and the structure of the pneumatic nail grab is similar to the structure of the traditional pneumatic nail gun, please refer to FIG. 4, The inner casing 30 of the pneumatic rod further includes a hollow tube 3, a piston 32, a collision 26 and a cushion structure 35. The cushion structure 35 includes a first cushion 37 and a second cushion. 38, and it is located at the exit position of the pinion 33 of the pneumatic nail. In this embodiment, the cushions 37 and the culprits are respectively provided with symmetrical protrusions. For example, refer to FIG. *, wherein the central position of the j-thrush 37 is provided with a first through hole 370, the first through hole 37G is for the striker 33 to pass, and the first buffer 37 is = port = the hollow officer 31 a terminal, and the first buffering buffer 37 is adjacent to the first through hole 370, and faces the second buffer One side of the punching 38: in the direction of the first buffer f 38, two second-bump milks are extended, and the two first bumps 371 are along the circumference of the first-cushion pad 37 along the first through-hole 370 In a corresponding position, the second cushion 38 is disposed on the notch portion 3〇1 of the casing 30, and is disposed at a position corresponding to the first:, the tooth hole 370. a second through hole 38 〇, the first plenum 38 〇 is also for the ejector pin to pass, and the second buffer 塾 38 is close to the periphery of the second through hole _ Two second protrusions 38 are extended in the two sides of the second buffering cymbal 38, and the second second bats 381 are located at the position of the second buffering cymbal 38 corresponding to the circumference of the second through hole corresponding to M330165. The second bumps 381 and the first bumps 371 are matched to each other. Referring to FIGS. 4 and 5, the second buffer dam 38 is immersed in the notch portion 3 (H). The second bumps 381 are respectively clamped by the two clamping ends 305 of the notch portion 301, so that the first cushion pad 37 is connected to the second buffering jaw 38, and The through holes 37〇, When the 380 is arranged in the same-horizontal plane, the first bumps 371 are clamped on the periphery of the second cushion 38 and respectively abut against the second protrusions 81, and the bumps 37 are 381-series Embedded in the mismatched ends 3〇5, being held by the misaligned ends 305. In particular, in another embodiment of the present invention, the first bumps and the second bumps are second. The number and size of the bumps may be two or more. Therefore, as long as the first bump and the second bump are matched and connected to each other, and the bumps can be clamped together, the switch can be transferred to the touch The position, which is the cushion of the present invention, is first and foremost. In addition, as shown in Fig. 4, the casing 3 is away from the first cushioning surface, and there is still a a third bump 3G3, the third bump 303 is shielded from the portion of the second cushion 38, and the portion of the second buffer 38 that is shielded does not include the second through hole 38〇. The second cushion 38 can be prevented from being affected by the impact of the piston 32 and deviated from the notch portion 3〇1 by the third bump 3〇3. Thus, when the cushion structure 35 is positioned in the pneumatic pinning housing 3, the housing 3 of the pneumatic nail gun can be clamped by the clamping end 3〇5, simultaneously = stuck, etc. The first bump 371 and the second bump 381 cause the pneumatic base 32 to reciprocate, and the other end of the hollow tube y M330165 advances toward the first cushion pad 37, and drives The striker % is sequentially passed through the first through hole 370 of the first cushion 37 and the second cushion 38 and the first through hole 380, and hits the pin adjacent to the notch, When the first through hole 37 and the second through hole are permanently positioned and sideways in the horizontal plane, the pneumatic pin is not affected by the impact of the piston 32 or the vibration of the striker 33. Deviating from its original position, the striker 33 is lining the cushion structure 35, causing noise to be generated when the pneumatic nail is operated, and the striker 33 is easily deformed, thereby impairing the operation of the pneumatic nail. It should be noted that the second through hole 38 is not limited to the strip shape. In other embodiments of the present invention, the first and second through holes may be combined with the striker shape, and The type of nail used, but other shapes (circular, oblong, square, etc.), in addition, the through holes are not limited to the central position of the cushions, and may be provided on the cushion. The position, therefore, as long as the striker can pass, for reciprocating motion, is the through hole that the creation of the present invention is intended to protect. According to the above description, it is only a preferred embodiment of the present invention, but the scope of the claims claimed by the present invention is not limited thereto, and according to those skilled in the art, according to the technical content disclosed in the present invention, Equivalent changes that are easily thought of should be in the protection of this creation. [Simple diagram of the diagram] Figure 1 is a cross-sectional view of a pneumatic nail grab; Figure 2 is a schematic diagram of a conventional cushion combination; Figure 3 is a schematic diagram of another conventional cushion combination; 11 M330165 Figure 4 is a creation A schematic view of the cushion combination; and Figure 5 is a cross-sectional view of the pneumatic nail grab. [Description of main component symbols] Housing... 30 Notch...301 Third bump... 303 Clamping end... 305 Hollow tube... 31 Piston... 32 Impact pin... 33 Cushion Structure... 35 First buffer 塾...37 First through hole... 370 First bump... 371 Second cushion... 38 Second through hole... 380 Second bump... 381 12