1351341 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種氣動工具，特別是指一種釘搶之 推釘片角度調整裝置。 【先前技術】 氣動奸搶常被應用於室内裝潢、佈置，且為配合不同 場合及施工方式，釘針概可分為直釘與斜釘兩種，所謂之 直釘是指將多數釘針沿-直線排列而成，且構成一矩形的 排釘，所謂之斜釘是指將多數釘針以具有一傾斜角度排列 而成，且構成-呈平行四邊形的排釘，因此，操作者必須 同時購置用來擊發直釘的釘搶及用來擊發斜釘的釘檢。 圖1所示種適用直釘之釘搶包含一機體1、一 裝在《 u的中板2、—安裝在該中板卜側的出釘板3 :-安裝在該中板2另―側且容置有多數釘針5的儲灯單 疋4,該中板2與該出釘板3之間具有—出釘通道6，該等 =5各具有一頭部5〇1及一釘身撕，且該中板2具有一 ;-釘身502穿過的長槽2〇1及一設於該長槽且 可供該頭部5G1穿過的導槽如，該導槽加與該_道 呈垂直相通，該儲針單元4具有一釘匿 匿衝内部滑動的推針件402，該㈣具有一 2=丁 槽202且供該頭部5〇1 '、 釦 月動地嵌杈的導釘軌403。當該笨 =5受該推…02彈性推抵時 “等 穿過該長槽201、頭部5m 502 出H兹α ^ Ρ 5〇1穿過該導槽202,且順利到達 出釘通道6卜而可準備進行料操f 该 5 再如園Z所不，另一種適用斜釘之釘搶也包含一機體 1’、一安裝在機體r上的中板2，、一安裝在該十板2，—側 的出釘板3,及一安裝在該中板2’另一侧且容置有多數釘針 5’的儲釘單元4’，該令板2,與該出釘板3,之間具有—出釘 通道6’，該儲釘單元4,也具有—釘匣4〇1，及一推釘件4的， ，這種釘搶與上述適用直釘之釘搶的差異在於：該儲釘單 元4’的釘E 401’與該中板2’呈傾斜銜接，且該中板2，的導 槽202,對應釘匣401’的傾斜角度也呈傾斜設置。 就目前市面上所販售的釘搶而言，並沒有在同—機組 中兼具可適用直釘及斜釘的使用功能，故在同一機組中具 有適用直釘及斜釘使用功能的釘搶結構極待被開發，且該 推釘件402、402’隨著轉換操作直釘與斜釘冑，必須提供推 釘件與釘針抵推面形狀互相配合，以產生較佳的推針順暢 度也是設計時需考慮的課題。 另外，目前斜釘的型式有22。 、28。 、34。等數種， 且配合不同角度的斜針，已有__種可配合不同角度舒針的 釘搶（中華民國申請案號第89215852號專利案' 此第 6’43\ 428號專利案）’該釘搶是使一釘匣的前端樞接於一 出釘單元上，而後端則可相對於一固設於一把手底部之調 整板產生上下調整位置，藉此以改變該釘匣相對於該出釘 早疋的傾斜交肖’雖然可以擊出不同角度的斜釘，但是推 釘片也一樣存在有必須與釘針抵推面形狀互相配合的問題 【發明内容】 1351341 因此，本發明之目的，即在提供一種可配合操作成適 用於直釘、斜釘或不同角度斜釘的使用功能而提昇推針順 暢度的釘搶之推釘片角度調整裝置。1351341 IX. Description of the Invention: [Technical Field] The present invention relates to a pneumatic tool, and more particularly to a nail pushing angle adjusting device. [Prior Art] Pneumatic rape is often used in interior decoration and layout. In order to match different occasions and construction methods, nails can be divided into straight nails and oblique nails. The so-called straight nails refer to the majority of nails along the nails. - arranged in a straight line and constituting a rectangular row of nails. The so-called oblique nails are arranged in a plurality of nails at an oblique angle and are formed in a parallelogram shape. Therefore, the operator must simultaneously purchase the nails. The nail used to fire the straight nail grabs the nail used to fire the oblique nail. The nail for the straight nail shown in Fig. 1 includes a body 1, a middle plate 2 mounted in "u", a nail plate 3 mounted on the side of the middle plate: - mounted on the other side of the middle plate 2 And a light storage unit 4 having a plurality of nail pins 5, the middle plate 2 and the nail plate 3 having a nail exit channel 6, each of which has a head 5〇1 and a nail body Tear, and the middle plate 2 has a; a long groove 2〇1 through which the nail body 502 passes and a guide groove provided in the long groove and through which the head 5G1 can pass, for example, the guide groove is added to the The needle is vertically connected, and the needle unit 4 has a push pin 402 that slid inside and slid, and the (4) has a 2=slot 202 and is inserted into the head 5〇1 ' Guide rail 403. When the stupid=5 is pushed by the push...02 elastically, “the same time passes through the long slot 201, the head 5m 502, and the Hz α ^ Ρ 5〇1 passes through the guide slot 202, and smoothly reaches the nail passage 6 Bu can be prepared for the material operation f. The 5 is not the same as the garden Z. Another type of nail for the oblique nail also includes a body 1', a middle plate 2 mounted on the body r, and one mounted on the ten plate. 2, a side of the nail plate 3, and a nail storage unit 4' mounted on the other side of the middle plate 2' and accommodating a plurality of nail pins 5', the plate 2, and the nail plate 3, There is a nailing passage 6', and the nail storage unit 4 also has a nail 匣4〇1, and a nail pushing member 4. The difference between the nail rush and the above-mentioned suitable nail is: The nail E 401 ′ of the nail storage unit 4 ′ is obliquely connected to the middle plate 2 ′, and the guiding groove 202 of the middle plate 2 and the inclination angle of the corresponding nail 匣 401 ′ are also inclined. In terms of the nail grabs sold, there is no use function of the straight nails and the oblique nails in the same unit. Therefore, the nail grab structure with the functions of the straight nails and the oblique nails in the same unit is extremely to be developed. And the The pusher members 402, 402' must be provided with the push pin and the pin against the push surface shape in accordance with the conversion operation of the straight nail and the oblique nail, so that the better push needle smoothness is also a subject to be considered in the design. In addition, the current type of oblique nails are 22, 28, 34, etc., and with different angles of oblique needles, there are __ kinds of nails that can be used with different angles of the needle (China Application No. 89215852) No. Patent No. 6'43\428) 'The nail is to pivot the front end of a nail to a nail unit, and the rear end is opposite to an adjustment plate fixed to the bottom of a handle. The up-and-down adjustment position is generated, thereby changing the inclination of the nail 匣 relative to the ejector of the ejector. Although the angled nails can be struck at different angles, the pusher piece also has the shape that must be opposed to the nail. The problem of mutual cooperation [Abstract] 1351341 Therefore, the object of the present invention is to provide a push-and-push push that can be used to fit the function of a straight nail, a diagonal nail or a different angle oblique nail to improve the smoothness of the push needle. Staple angle adjustment device
於是，本發明釘搶之推釘片角度調整裝置該釘搶更 包含-機體、-固接在該機趙側邊的把手、—固設在該機 體且具有一出釘通道的出釘單元及一柩接在該出釘單元與 該把手之間的釘n，該釘g可相對於該出釘單元拖轉成不 同交角，並具有一沿一長方向延伸的導槽。該推釘片角度 調整裝置包含-本體、-安裝在該本體中的推釘片及一調 整單元。該本體是可沿該長方向在該釘匿中滑動，並具有 一固定板及一與該固定板固接且自該導槽伸出的推掣部，Therefore, the nail smashing angle adjusting device of the present invention further comprises a body, a handle fixed to the side of the machine Zhao, a nailing unit fixed to the body and having a nail passage and A nail n is connected between the nail unit and the handle, and the nail g can be dragged into different angles of intersection with respect to the nail unit, and has a guide groove extending along a long direction. The pusher blade angle adjusting device comprises a body, a pusher piece mounted in the body, and an adjusting unit. The body is slidable in the nail along the long direction, and has a fixing plate and a pushing portion fixed to the fixing plate and extending from the guiding groove.
該固定板具有-定位部。該推釘片位在該固定板一侧並 具有一朝向該出釘單元的抵推面。該調整單元具有一固定 於該推釘片且對應該定位部的嵌卡部，該定位部及該嵌卡 部二者其令之一是呈多邊貫穿槽孔狀，並具有至少一第一 定位面及至少一設置在該第一定位面一側且與該等一定位 面形成-交角的第二定位面，另一者具有一可抵制在該第 一定位面或第二定位面上的卡定部位，操作該卡定部位由 抵制在該第一定位面的一第一位置’操作成抵制在該第二 定位面的一第二位置，可改變該推釘片之抵推面的角度。 藉此，操作該卡定部位在該第一、二定位面之間 改變位置，即可使得該推釘片的抵推面與釘針抵推面形狀 互相配合’且達到推釘順暢之目的。 【實施方式】 7 1351341 • 冑關本發明之前述及其他技術内容、特點與功效，在 • 卩下配合參考圖式之—個較佳實施例的詳細說明中，將可 清楚的呈現。 如圖3圖4及圖5所示，本發明釘搶之推釘片角度調 整裝置的較佳實施例’該釘搶更包含—機體⑽一固接在 該機體100側邊的把手11〇、一固設在該機體i⑽且具有一 出釘通道m的出釘單a 12G及—拖接在該出釘單元12〇 參，與該把手U0之間的釘匣140，該釘匣14〇可由一與該出釘 單元12〇垂直相接的平直狀態，操作成—與該出釘單元12〇 傾斜相接的傾斜狀態（見圖14、圖15)，該釘£ 14〇具有 一沿一長方向X延伸的導槽150、一遠離該出釘單元12〇的 . 穿孔160及一設於該穿孔160 -側的立板170。該推釘片角 ' 度調整裝置包含-本體10、-安裝在該本體10中的推釘片 2〇、-調整單元30及一遠離該出釘單元12〇且樞設在該釘 匣140的定位單元40。 • 該本體10是可沿該長方向X在該釘匣140中滑動，並 具有一固定板11、一與該固定板u平行設置的侧板12、一 連結在該侧板12與該固定板U之間的頂板13及一固接在 該固定板11 一側緣且自該導槽150伸出的推掣部14。該固 定板11具有一呈多邊貫穿槽孔狀的定位部15及一相反於該 推掣部14的凹槽16，該定位部15具有一對相對設置的第 • 一定位面151及一對設置在該等第一定位面151 —側且與 - 該等第一定位面151形成一交角的第二定位面152,該側板 12具有一對應該定位部15的操作孔121。 8 該推釘片20是安裝在該本體1〇的固定板丨丨與該側板 12之間，並具有一朝向該出釘單元12〇的抵推面21 '一設 於該抵推面—側的圓孔22、二設於該圓孔22兩側的孔 洞23及-介於該抵推面21與其中一個孔洞23之間且朝該 固定板11料伸_的卡止塊24，該卡止塊24可穿過該 凹槽16且抵止在該出釘單元12〇 一側緣（見圖3)以使該 抵推面趨近於該出釘通道13〇,且限制該抵推面21與該 出釘通道13G之間仍有—距離，能順利將最後—支釘針擊 出。 該調整單兀30具有一固定於該推釘片2〇且介於該推 釘片20與該固疋板之間的連結塊、一與該連結塊μ 連結且設置在該固定板n外部的操作件32、—介於該操作 件32與該固定板η間的彈性元件33、一襯設在該固定板 11與該彈性70件33之間的塾片34及—將操作件32、連結 塊31鎖固連結在該推釘片2〇的敎件…該連結塊”旦 有一呈矩形的主板311、—固設在該主板3η且朝該定位部 15凸伸的嵌卡部312及二與該嵌卡部312相背設置且可嵌 套在該推釘片20之孔洞23中的凸柱313，該主板3ιι且有 一設於中間且對應該圓孔22的鎖孔314，該鎖孔314且有 Γ趨近於該定位部15且呈非圓形的卡合部315 (本實施例 是製成方孔狀），該嵌卡部312具有二呈凸板狀的卡定部位 316。該操作件32具有—穿過該定位部15且與該連結塊η 連的軸杯如及一與該軸桿部切連結且由該導槽⑼ 穿出的操作頭部322,該軸桿部321具有一截面對應該卡合 1351341 - 部315且不可轉動地喪卡在該卡合部315中的嵌制部位323 . 及-由該嵌制部位323端面朝該操作頭部322延伸的螺扎 324。本實施例的彈性元件33為壓縮彈簧兩端抵止在該 塾片34與該操作頭部322之間，其彈力怪使該嵌卡部312 保持敌卡定位在該定位部15中之趨勢。該敎件Μ是自 該本體1〇之操作孔121穿入，並依序穿設在該圓孔22與 鎖孔314且螺合於該操作件32的螺孔324，該鎖定件”與 • 職作件32鎖合以使該連結塊31固定在該推釘片 利用該等凸柱313嵌套在該推釘片2〇之孔洞23中是可 使得該鎖孔3U與該圓孔22準確對位，且防止使該連結塊 31相對於該推釘片20產生旋轉。The fixing plate has a positioning portion. The pusher piece is located on one side of the fixing plate and has an abutting surface facing the nail unit. The adjusting unit has an engaging portion fixed to the pushing piece and corresponding to the positioning portion, and the positioning portion and the engaging portion are both formed in a polygonal through-hole shape and have at least one first positioning And a second positioning surface disposed on one side of the first positioning surface and forming an intersecting angle with the one positioning surface, and the other having a card resisting the first positioning surface or the second positioning surface The fixed position, the operation of the locking portion is controlled to resist a second position of the second positioning surface by resisting a first position of the first positioning surface, and the angle of the abutting surface of the pushing piece can be changed. Thereby, the position of the locking portion is changed between the first and second positioning surfaces, so that the pressing surface of the pushing piece and the shape of the nail pushing surface are matched with each other and the pushing nail is smooth. [Embodiment] 7 1351341 • The foregoing and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments. As shown in FIG. 3 and FIG. 5, the preferred embodiment of the nail-pushing angle adjusting device of the present invention includes a handle 11 固 fixed to the side of the body 100. a nailing pin a 12G fixed to the body i (10) and having a nailing passage m and a nail pin 140 between the nailing unit 12 and the handle U0, the nail pin 14 a straight state perpendicularly connected to the nailing unit 12A, operating in a tilted state in which the nailing unit 12〇 is obliquely connected (see FIGS. 14 and 15), the nail has a A guide groove 150 extending in the longitudinal direction X, a through hole 160 away from the output unit 12, and a vertical plate 170 disposed on the side of the through hole 160. The pusher blade angle adjustment device includes a body 10, a pusher piece 2〇 mounted on the body 10, an adjustment unit 30, and a pivoting member 12 away from the nail unit 12 and pivoted thereon. Positioning unit 40. The body 10 is slidable in the magazine 140 along the longitudinal direction X, and has a fixing plate 11 , a side plate 12 disposed parallel to the fixing plate u , and a side plate 12 and the fixing plate A top plate 13 between U and a pusher portion 14 fixed to a side edge of the fixing plate 11 and extending from the guide groove 150. The fixing plate 11 has a positioning portion 15 having a polygonal through-hole shape and a groove 16 opposite to the pushing portion 14. The positioning portion 15 has a pair of oppositely disposed first positioning surfaces 151 and a pair of settings. A second positioning surface 152 is formed on the side of the first positioning surface 151 and at an angle to the first positioning surface 151. The side plate 12 has a pair of operation holes 121 to be positioned. The pusher piece 20 is mounted between the fixed plate 该 of the body 1 丨丨 and the side plate 12, and has an abutting surface 21 ′ facing the ejector unit 12 一a circular hole 22, two holes 23 disposed at two sides of the circular hole 22, and a locking block 24 interposed between the abutting surface 21 and one of the holes 23 and extending toward the fixing plate 11 The block 24 can pass through the groove 16 and abut against a side edge of the nail unit 12 (see FIG. 3) to bring the abutting surface closer to the nail channel 13 and limit the abutment surface. There is still a distance between the 21 and the nailing channel 13G, and the last nail can be successfully struck out. The adjusting unit 30 has a connecting block fixed to the pushing piece 2 and interposed between the pushing piece 20 and the fixing plate, and is connected to the connecting block μ and disposed outside the fixing plate n. An operating member 32, an elastic member 33 interposed between the operating member 32 and the fixing plate η, a cymbal 34 lining between the fixing plate 11 and the elastic member 70, and an operating member 32 and a connecting member The block 31 is fixedly coupled to the clip of the pusher piece 2... The connecting block has a rectangular main plate 311, and an engaging portion 312 and a second portion which are fixed to the main plate 3n and protrude toward the positioning portion 15 a post 313 disposed opposite the card portion 312 and nestable in the hole 23 of the push pin piece 20, the main plate 3 has a locking hole 314 disposed in the middle and corresponding to the circular hole 22, the key hole The engaging portion 315 has a non-circular engaging portion 315 (this embodiment is formed into a square hole shape), and the engaging portion 312 has two locking portions 316 having a convex plate shape. The operating member 32 has an operating cup 322 that passes through the positioning portion 15 and is coupled to the connecting block η, and an operating head 322 that is cut and coupled with the shaft portion and is passed through the guiding groove (9). The rod portion 321 has a fitting portion 323 whose cross-section corresponds to the 1513341 - portion 315 and is non-rotatably stuck in the engaging portion 315. And - the end portion of the embedded portion 323 faces the operating portion 322 An extended thread 324. The elastic member 33 of the embodiment is such that the two ends of the compression spring abut between the cymbal 34 and the operating head 322, and the elastic force of the engaging portion 312 keeps the enemy card positioned at the positioning. a tendency of the portion 15 to be inserted from the operating hole 121 of the body 1 , and sequentially threaded through the circular hole 22 and the locking hole 314 and screwed into the screw hole 324 of the operating member 32, The locking member is coupled to the engaging member 32 such that the connecting block 31 is fixed in the hole 23 of the push pin piece 313 by the protruding post 313, so that the locking hole 3U can be made It is accurately aligned with the circular hole 22, and prevents the coupling block 31 from rotating relative to the pusher piece 20.
該定位單元40具有一對應該穿孔160樞設在該釘E • 刚且呈板片的定位件41及-安裝在該定位件41與該立板 170之間的彈簧42，該定位件41具有-軸設在該穿孔16〇 外側的柩轉部411、一設於該樞轉部411 一側且可穿過該穿 • 孔160並嵌卡在該本體10之頂板13側緣的末端部412及 一設於該樞轉部411另一側且受該彈簧42彈抵的按壓部 413 〇 再如圖3、圖4及圓6至圖8所示，當欲進行直釘的擊 發作業，且操作者將該釘匣14〇操作成與該出釘單元 垂直相接呈平直狀態’此時’直釘的延伸方向及出釘通道 • 13〇垂直於該長方向X，則必須使得該抵推面21推抵直釘 • ’且該連結件31的卡定部位316是嵌套定位在該定位部15 的第一定位面151上，並位於一第一位置。 10 1351341 又如圖14及圖1气仏一 i 所不，S欲進行斜釘的擊發作業， 且操作者㈣輕14G操作成與㈣釘單A 12〇相接呈傾 斜狀態時’斜釘的延伸方向概平行於出釘通道13G，但與l 長方向X形成傾斜相交，則操作者必須將該抵推面21推= :釘。且如圓15假想線所示，操作者必須先將該本體10、 釘片20、調整單元30整體結構推移至針H U0的末端， 且當該本遨10之頂板13側緣對應於定位單元40的定位件 41時，即可使得末端部412自動嵌卡在該頂板η側緣，且 使該本體1〇、推釘片 月2〇調整早凡30整體結構相對於釘 產生疋位。再如圖9及圖1〇所示，操作者可將該操 件Μ朝該本體H)按壓，促使該嵌卡部312自該定= 移出（此時’該彈性元件33呈被壓縮狀並巍藏回釋彈 力），接著，轉動該操作件32肖，利用該嵌制部位切盘 針合部315呈不可轉動地嵌套，以及該連結塊Μ利用= 柱3U與該推釘片2〇之孔洞23嵌套（見圖5)，即可連動 該連結塊31及推釘片2G產生轉動並沿㈣㈣，並使得 該我卡部312由對應於該定位部15的第—定位面⑸（如 圖10的假想線所示）轉至對應於該定位部15的第二定位 面152 (。如圖10的實線所示），且如圖u、圖及圖13所 不，當操作者釋放對該操作件32的按壓時，性元 件33的彈力’就可使得該嵌卡部312又再嵌入於該定位部 15中’且使得該等卡定部位316抵靠定位在該等第二定位 面152上並位於一第二位置，即可改變該推釘片之抵推 面21的角度。當調整該推釘片2〇的角度後，再按壓該定 11 1351341 位件41的按壓部413，即可使得末端部412脫離對該本體 10之頂板13的卡止，則就可使得該本體1〇、推釘片、 調整單元30整體結構朝該出釘單元丨2〇產生位移並朝斜 釘抵推。 因此，本發明之推釘片20角度調整裝置配合該釘匣 140相對於出釘單元12〇操作呈垂直或傾斜狀態，且欲適用 於直釘、斜釘或不同角度之斜釘擊發時，利用操作該調整 • 單元，即可使得該抵推面21配合直釘或斜釘調整不同角 度，且使得該抵推面21對直釘或斜釘都可產生抵推面形狀 互相配合的功效，以提供直釘及斜釘推釘順暢之目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 • 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 # 圖1是現有一種適用直釘之釘搶組合示意圖； 圖2是現有一種適用斜釘之釘搶組合示意圖； 圖3是一組合平面圖，說明本發明釘搶之推釘片角度 調整裝置安裝在一釘搶一較佳實施例； 圖4是本發明上述較佳實施例之一組合剖面圖，說明 一推釘片在一第一位置並抵推直釘； - 圖5是本發明上述較佳實施例之一立體分解圖； . 圖6是本發明上述較佳實施例之一立體組合圖，說明 該推釘片在第一位置； 12 一圖7是本發明上述較佳實施例之一前視組合圖，說明 一嵌卡部喪套在-定位部中且使—卡定位部抵靠在二第— 定位面上； 圖8是沿圖7中之線泗_洄的—剖面圖； 圖9是類似於圖8的視圖，且說明按壓一操作件且使 嵌卡部自定位部中移出； 圖10是本發明上述較佳實施例之一平面操作示意圖， 說明轉動㈣作件’且使得職卡部由對應於該定位部的 第一定位面轉至對應於的二第二定位面； 圖11疋本發明上述較佳實施例之一立體組合圖，說明 s玄推釘片在一第二位置； 圖12是本發明上述較佳實施例之一前視組合圖，說明 嵌卡部丧套在定位部中且使卡定位部抵靠在第二定位面上 圖13是沿圖12中之線X瓜_ X EI的一剖面圖； 圖14是本發明上述較佳實施例之另一種型態的組合平 面圖；及The positioning unit 40 has a pair of locating members 41 that are pivoted to the nails E and are slabs, and a spring 42 that is mounted between the locating members 41 and the vertical plate 170. The positioning member 41 has a spring 42. a pivoting portion 411 provided on the outer side of the through hole 16〇, a distal end portion 412 disposed on one side of the pivoting portion 411 and passing through the through hole 160 and being fitted to the side edge of the top plate 13 of the body 10. And a pressing portion 413 disposed on the other side of the pivoting portion 411 and being biased by the spring 42. As shown in FIG. 3, FIG. 4 and the circle 6 to FIG. 8, when the straight nail is to be fired, The operator operates the magazine 14 to be in a straight state perpendicular to the nail unit. At this time, the extending direction of the straight nail and the nail passage 13 〇 perpendicular to the long direction X must be made The pushing surface 21 is pushed against the straight nails. 'And the locking portion 316 of the connecting member 31 is nested and positioned on the first positioning surface 151 of the positioning portion 15 and is located at a first position. 10 1351341 Another figure is shown in Fig. 14 and Fig. 1. S wants to perform the nailing operation of the oblique nail, and the operator (4) operates 14G lightly and is connected to the (4) nail single A 12〇 in a tilted state. The extending direction is parallel to the nail exiting passage 13G, but is obliquely intersected with the l long direction X, and the operator must push the resisting surface 21 to = nail. And as shown by the imaginary line of the circle 15, the operator must first push the whole structure of the body 10, the nail piece 20, and the adjustment unit 30 to the end of the needle H U0 , and when the side edge of the top plate 13 of the top 10 corresponds to the positioning unit When the positioning member 41 of 40 is used, the end portion 412 can be automatically engaged on the side edge of the top plate η, and the body 1〇 and the push pin piece can be adjusted to be 30. The overall structure is clamped relative to the nail. As shown in FIG. 9 and FIG. 1A, the operator can press the operation member toward the body H) to urge the insertion portion 312 to be removed from the predetermined position (in this case, the elastic member 33 is compressed and回 回 回 回 ) , , , 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回 回The holes 23 are nested (see FIG. 5), and the connecting block 31 and the pusher piece 2G are linked to rotate and along (4) and (4), and the card portion 312 is defined by the first positioning surface (5) corresponding to the positioning portion 15 ( As shown by the phantom line of FIG. 10, the second positioning surface 152 corresponding to the positioning portion 15 is turned (as shown by the solid line in FIG. 10), and as shown in FIG. 9, FIG. 13, and FIG. When the pressing of the operating member 32 is released, the elastic force of the sexual element 33 can cause the engaging portion 312 to be re-inserted in the positioning portion 15 and the locking portions 316 are positioned against the second portion. The positioning surface 152 is located at a second position, and the angle of the abutting surface 21 of the pusher piece can be changed. After adjusting the angle of the pusher piece 2〇, pressing the pressing portion 413 of the fixed position 11 1351341, the end portion 412 can be disengaged from the top plate 13 of the body 10, so that the body can be made 1整体, the pusher piece, and the overall structure of the adjusting unit 30 are displaced toward the nail unit 丨2〇 and pushed against the oblique nail. Therefore, the angle adjusting device of the nailing piece 20 of the present invention cooperates with the nail unit 140 to be vertical or inclined with respect to the nail unit 12, and is suitable for use in straight nails, oblique nails or different angles of oblique nail firing. By operating the adjustment unit, the abutting surface 21 can be adjusted to a different angle with a straight nail or a diagonal nail, and the pressing surface 21 can produce a matching effect on the shape of the pushing surface for the straight nail or the oblique nail. Straight nails and oblique nails are provided for smooth purpose. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are modified. All remain within the scope of the invention patent. [Simple diagram of the drawing] # Figure 1 is a schematic diagram of a staple assembly suitable for a straight nail; Figure 2 is a schematic diagram of a staple assembly suitable for a diagonal nail; Figure 3 is a combined plan view showing the nail of the nail of the present invention FIG. 4 is a cross-sectional view showing a combination of a preferred embodiment of the present invention, showing a pusher piece in a first position and pushing the straight nail; FIG. FIG. 6 is a perspective exploded view of the above preferred embodiment of the present invention; FIG. 6 is a perspective view of the preferred embodiment of the present invention, illustrating the push pin in the first position; A front view combination diagram of a preferred embodiment shows that a card insertion portion is slid in the positioning portion and the card positioning portion abuts on the second positioning surface; FIG. 8 is a line along the line 图_洄 in FIG. Figure 9 is a view similar to Figure 8 and illustrating the pressing of an operating member and removal of the card portion from the positioning portion; Figure 10 is a plan view of a preferred embodiment of the present invention, illustrating rotation (4) Acting 'and making the job card part correspond to the positioning part A locating surface is turned to the corresponding second locating surface; FIG. 11 is a perspective assembled view of the above preferred embodiment of the present invention, illustrating the singular pusher sheet in a second position; FIG. 12 is a preferred embodiment of the present invention. A front view combination diagram of the embodiment, illustrating that the card portion is slid in the positioning portion and the card positioning portion abuts on the second positioning surface. FIG. 13 is a cross-sectional view along the line X _ _ EI in FIG. Figure 14 is a combined plan view of another version of the above preferred embodiment of the present invention;
Tj5T| - ^ 5是本發明上述較佳實施例之一組合剖面圖，說明 推釘片在第二位置並抵推斜釘。 13 1351341 【主要元件符號說明】 100.......機體 110.......把手 120.......出釘單元 130.......出釘通道Tj5T| - ^ 5 is a combined sectional view of one of the above-described preferred embodiments of the present invention, illustrating the push pin in the second position and against the push pin. 13 1351341 [Description of main component symbols] 100.......The body 110.......Handle 120.......The nailing unit 130.......The nailing channel
140 150 X··· 160 170 lO-ll · 12· 121 13· 14·. 15·· 151 152 16. 20·· 21 · 22·· 23·· 釘匣 導槽 長方向 穿孔 立板 本體 固定板 侧板 操作孔 頂板 推掣部 定位部 第一定位面 第二定位面 凹槽 推釘片 抵推面 圓孔 孔洞 24.........卡止塊 30 .........調整單元 31 .........連結塊 311 .......主板 312 .......嵌卡部 313 .......凸柱 314 .......鎖孔 315 .......卡合部 316 .......卡定部位 32.........操作件 321 .......軸桿部 322 .......操作頭部 323 .......嵌制部位 324 .......螺孔 33 .........彈性元件 34 .........墊片 35 .........鎖定件 40 .........定位單元 41 .........定位件 42 .........彈簧 411 .......樞轉部 412 .......末端部 413 .......按壓部 14140 150 X··· 160 170 lO-ll · 12· 121 13· 14·. 15·· 151 152 16. 20·· 21 · 22·· 23·· Long-distance perforated vertical plate body fixing plate Side plate operating hole top plate pushing portion positioning portion first positioning surface second positioning surface groove pushing nail piece pressing pushing surface round hole hole 24......... locking block 30....... .. adjustment unit 31 .... connection block 311 . . . ... motherboard 312 ... ... embedded card portion 313 ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ....key hole 315 .... engaging portion 316 .... locking portion 32 .... operating member 321 ....... shaft 322 . . . operation head 323 . . . embedded portion 324 . . . screw hole 33 ... ... elastic element 34 .... .....shield 35 .........locking member 40 ......... positioning unit 41 ......... positioning member 42 ... ...spring 411 ....... pivoting portion 412 . . . end portion 413 . . . pressing portion 14