^82i86 五、新型說明： 【新型所屬之技術領域】 ,本創作係涉及一種打釘搶的構件，尤指一種打釘搶之 衡擊彈力調整裝置。 【先前技術】 目前現有技術的打釘搶，如第五圖所示，係設有釘搶 、機殻⑻及衝擊組⑺；衝擊組⑺設於釘搶機殼⑻内並包 鲁括有衝擊件⑽、彈簧（F2)及撞針（F3);衝擊件⑼係能 夠水平往復位移；彈簧（F2)係頂撐於衝擊件（Fi)的後端及 釘搶機殼⑻，撞針⑽係固設於衝擊件(Fi)的前端；藉 此衝擊件（F1)向後移動壓縮彈簧（F2)，並受彈簧（F2)的 頂撐力量而向前移動，最後撞針⑽能夠完成擊釘的動 作。然而一般現有的打釘搶係具有下列缺點： 1. 無法調整擊釘的射擊力量：由於現有技術打釘搶的 彈簧，衝擊彈力大小無法調整，連帶使得擊釘的射擊力量 ，無法调整；若不同材料或不同狀況需要擊釘時，無法視使 .用者需求作調整，極不方便。 2. 彈簧更換不易：當彈簧的彈力疲乏時，須將釘搶機 殼拆解才能取出彈簧，更換不易且極不方便。 曰因此’現有技術的打釘搶存有無法調整擊釘的射擊力 量以及彈簧更換不易的缺點，實有改善之必要。 【新型内容】 旦解夬現有技術的打釘搶有關於無法調整擊釘的射擊 力里以及彈簧更換不易之不足盥限制，^^丨从 '丨剌’本創作的目的在於 3 M382186 提供種打釘搶之衝擊彈力調整裝置，其 紐帶動彈箬疝0 α 】用彈力调整 貫座'疋轉並使彈簧座能夠在滑塊軸的螺咬端上孩 量能夠調整力大小’而使得一射擊力 彈：::運:括的技術手段在於提供-種打釘搶之衝擊 /月塊軸’其係為一平躺的桿體並設有一前端 紋端； * 二衝擊滑塊’其係可滑動地套設於該滑塊軸的前端； -彈簧座，其係可滑動及可轉動地套設於該滑塊軸的 螺紋端並設有—内周壁及—外周自，該彈簧座的内周壁係 螺合於该滑境軸的螺紋端； 彈力調正知，其係套設於該彈簧座的外周面並呈與 該彈簧座同軸轉動的狀態，該彈力調整鈕係設有一内周 壁，該彈力調整鈕的内周壁係與該彈簧座的外周面以凹凸 配置的方式結合；以及 一彈簧，其係可壓縮地套設於該滑塊軸並緊抵於該衝 擊滑塊及該彈簧座。 所述之打釘搶之衝擊彈力調整裝置，其中前述之彈簧 座係設有複數個導塊，該複數個導塊係呈環狀排列並間隔 徑向凸設於該彈簧座的外周面；前述之彈力調整鈕係設有 複數個導槽，該複數個導槽係間隔凹設於該彈力調整鈕的 内周壁，該複數個導槽係呈長形並沿著該彈簧.座的滑動方 向延伸’該複數個導塊係分別插設於該複數個導槽。 所述之打釘搶之衝擊彈力調整裝置，其中另設有一後 4 M382186 蓋及/鎖固件’該後蓋係抵靠於前述之滑塊軸的螺紋端 該鎖固件係抽向穿設於該後蓋並軸向插固於該滑塊轴的螺 紋端。 所述之打釘搶之衝擊彈力調整裝置，其中前述之彈簧 座係設有一谷置槽，該容置槽係軸向凹設於該彈簧座並設 有一底部’該容置槽的底部係抵靠於前述之彈普。 ‘ 所述之打釘搶之衝擊彈力調整裝置，其中，前述之衝 擊滑塊係包括-滑塊本體及一後軸套’該後軸套係軸向插 _ 固於該滑塊本體並抵靠於前述之彈黃。 所述之打釘搶之衝擊彈力調整裝置，其中前述之導塊 的數量為四個。 所述之打釘搶之衝擊彈力調整裝置，其中前述之彈力 調整鈕係設有-限止凸冑，該限止凸部係呈環形並徑向凸 設於該彈力調整紐的外周面。 所述之打釘搶之衝擊彈力調整裝置，其中各導槽係設^82i86 V. New description: [New technical field] This creation relates to a component for nailing, especially a kind of weighing and flexing device for nailing. [Prior Art] At present, the prior art nailing, as shown in the fifth figure, is provided with a nail grab, a casing (8) and an impact group (7); the impact group (7) is arranged in the nail grab casing (8) and includes an impact. (10), spring (F2) and striker (F3); the impact member (9) is capable of horizontal reciprocating displacement; the spring (F2) is supported by the rear end of the impact member (Fi) and the staple housing (8), and the striker (10) is fixed. At the front end of the impact member (Fi); the impact member (F1) moves the compression spring (F2) backward, and is moved forward by the supporting force of the spring (F2), and finally the striker (10) can complete the nailing action. However, the existing existing nail rushing system has the following disadvantages: 1. The shooting power of the nail cannot be adjusted: due to the spring of the prior art nailing, the impact elastic force cannot be adjusted, and the shooting force of the nailing cannot be adjusted; When the material or different conditions need to be nailed, it is inconvenient to adjust the user's needs. 2. It is not easy to replace the spring: When the elastic force of the spring is tired, the nail must be disassembled to remove the spring, which is difficult to replace and extremely inconvenient. Therefore, the prior art nailing has the disadvantage that the firing force of the nail cannot be adjusted and the spring replacement is not easy, which is necessary for improvement. [New content] Once the solution of the existing technology, there is a limitation about the inability to adjust the firing force of the nail and the difficulty of replacing the spring. ^^丨 From the '丨剌' the purpose of this creation is to provide a kind of 3 M382186 The impact elastic adjustment device of the nail grab, the link of the elastic 箬疝0 α 】 adjusts the pedestal by the elastic force, and enables the spring seat to adjust the force on the threaded end of the slider shaft to make a firing force Bomb:::: The technical means of providing: the type of nailing impact/monthly shaft ' is a flat body and has a front end; * two impact sliders' slidably a spring seat that is slidably and rotatably sleeved on the threaded end of the slider shaft and is provided with an inner peripheral wall and an outer circumference, and an inner peripheral wall of the spring seat The screw is screwed to the threaded end of the sliding shaft; the elastic adjustment is known to be sleeved on the outer peripheral surface of the spring seat and in a state of being coaxially rotated with the spring seat, the elastic adjusting button is provided with an inner peripheral wall, the elastic force The inner peripheral wall of the adjusting button and the outer peripheral surface of the spring seat Binding convex configuration mode; and a spring, which is based on the compressibility of sleeved tightly against the slider shaft and the slider and the impact spring seat. In the above-mentioned spring seat, a plurality of guide blocks are arranged, and the plurality of guide blocks are arranged in an annular shape and are radially protruded from the outer peripheral surface of the spring seat; The elastic adjusting button is provided with a plurality of guiding grooves, and the plurality of guiding grooves are spaced apart from the inner peripheral wall of the elastic adjusting button, and the plurality of guiding grooves are elongated and extend along the sliding direction of the spring seat. The plurality of guiding blocks are respectively inserted into the plurality of guiding grooves. The impact elastic adjusting device of the nailing is further provided with a rear 4 M382186 cover and/or a locker. The rear cover is abutted against the threaded end of the aforementioned slider shaft, and the locking member is drawn toward the threaded end. The back cover is axially inserted into the threaded end of the slider shaft. The above-mentioned spring seat is provided with a valley groove, the accommodating groove is axially recessed in the spring seat and is provided with a bottom portion of the bottom of the accommodating groove Relying on the aforementioned pirates. The impact elastic adjusting device of the nailing device, wherein the impact slider comprises a slider body and a rear bushing. The rear bushing is axially inserted and fixed to the slider body and abuts against In the foregoing, the yellow is yellow. In the above-mentioned impact elastic adjusting device, the number of the aforementioned guiding blocks is four. In the above-mentioned elastic adjusting button, the above-mentioned elastic adjusting button is provided with a - limiting stopper, and the limiting convex portion is annular and radially protruded from the outer peripheral surface of the elastic adjusting button. The impact elastic adjusting device for the nailing, wherein each guiding groove is provided
有-封閉端及—開放端，各導槽的封閉端係鄰近於前述之 限止λ部。 ，本創作所提供的打釘搶之衝擊彈力調整裝置，可以獲 得的具體效益及功效增進至少包括·· 彈二：：擊釘的射擊力量：本創作利用彈力調整紐帶動 彈簧座㈣並使彈簧座能夠在滑❹的螺 此調整彈簧之衝擊彈力大 功藉 Μ 吏侍擊釘的射擊力量能夠 調整’極為方便實用。There is a closed end and an open end, and the closed end of each of the guide grooves is adjacent to the aforementioned limit λ portion. The nails and the impact elastic adjustment device provided by the creation can achieve at least the specific benefits and enhancements. ······································································ The seat can adjust the spring's impact elasticity in the slippery screw. The shooting force of the attendant nail can be adjusted 'very convenient and practical.
2.彈簧容易更換： 旋轉彈力調整鈕即 本創作不料料殼，只要㈣後 可將彈簧座旋出，#此更換彈簧， 5 M382186 非常便利。 【實施方式】 為能詳細瞭解本創作的技術特徵及實用功效，並可依 ”兑明書的内容來實施，茲進一步以如圖式所示的較佳實 施例’詳細說明如后： 本創作所提供的一種打釘搶之衝擊彈力調整裝置的較 佳實施例’係裝設於一打釘搶，&第一圖所示，係包括: 釘搶本體（1 〇)、一滑塊轴（3 〇)、一衝擊滑塊（5 〇 )、一彈 簧座（70)、一彈力調整鈕（9〇)、一彈簧（A)、_後蓋及 一鎖固件（C)等元件，其中： 如第一、二圖所示，該釘槍本體（1〇)係包括一外殼 (11)、一撞針座（15)及一釘匣（17);該外殼（11)係設有一 前端、一後端、一頂部、一底部及一鈕槽（111),該鈕槽（111) 係里立起的環形並形成於該外殼（丨丨）内，該鈕槽（丨丨丨）係 鄰近於該外殼（11)的頂部及後端；該撞針座（15)係固設於 該外殼（11)的前端並凸出於該外殼（11)，該撞針座（15)係 設有一底面；該釘匣（17)係呈垂直長形立起狀並固設於該 撞針座（15)的底面；釘槍本體（1〇)係屬於現有技術的構 件’其詳細結構容不贅述。 如第二、三圖所示，該滑塊轴（30)係固設於該外殼（11) 内並鄰近該外殼（11)的頂部，該滑塊軸（3〇)係為—平躺的 桿體並設有一前端（31)及一螺紋端（3 3);該滑塊轴（3 〇)的 前端（31 )係鄰近該外殼（11 )的前端；該滑塊軸（3 〇)的螺、紋 端（33)係外露於該外殼（11)的後端。 如第二、三圖所示，該衝擊滑塊（50)係可滑動地套設 6 M382186 於該滑塊軸（30)的前端（31);較佳地，該衝擊滑塊（5〇)係 包括一滑塊本體（51)及一後轴套（53)，該後軸套（53)係呈 環形並位於該滑塊軸（30)的螺紋端（33)及該滑塊本體（51) • 之間，該後軸套（5 3)係軸向插固於該滑塊本體（51)。 如第二、三圖所示，該彈簧座（70)係呈環形且可滑動 及了轉動地套设於έ亥滑塊袖（3 0)的螺紋端（3 3 )，該彈簧座 -(7〇)係設有一内周壁、一外周面、複數個導塊（7丨）及一容 置槽（73) ’該彈簧座（70)的内周壁係螺合於該滑塊軸（3〇) _的螺紋端（33);該複數個導塊（71 )係呈環狀排列並間隔徑 向Λ设於該彈簧座（7 〇 )的外周面，較佳地，該複數個導塊 (71)的數1為四個，該容置槽（73)係轴向凹設於該彈簧座 (30)並朝向該後軸套（53)，該容置槽（73)係設有一底部。 如第二、三圖所示，該彈力調整鈕（9〇)係呈環形且套 設於該彈簧座（7〇)的外周面，該彈力調整鈕（9〇)係外露於 該外殼（11)並可轉動地與該外殼（11)結合，該彈力調整鈕 (90)係設有一外周面、一内周壁、一限止凸部（91)及複數 籲個導槽（9 3 )，該限止凸部（91)係呈環形並徑向凸設於該彈 力調整鈕（90)的外周面，該限止凸部（91)係位於該鈕槽 (111)内；藉此，彈力調整鈕（9〇)只能夠轉動而無法水平 位移； S亥複數個導槽（93)係間隔凹設於該彈力調整鈕（9〇)的 内周壁，泫複數個導槽（93)係呈長形並沿著該彈簧座（7〇) 的滑動方向延伸，該複數個導塊（71)係分別插設於該複數 個導槽（93);由於導塊（71)插入導槽（93)中，所以當彈力 調整鈕（90)旋轉時，彈簧座（7〇)亦會與彈力調整鈕（9〇)同 7 M382186 軸轉動； 較佳地纟導槽（93)係設有—封閉端及-開放端，各 •導槽⑻）的封閉端係鄰近於該限止凸部（91);藉此，導塊 (71)能被導槽（93)的封閉端限止； 本創作中，該複數個導塊（71)亦可形成於該彈力調整 紐（9〇)的内周壁，而該複數個導槽（93)亦可相對應地形成 於6玄彈餐座（70)的外周面；只要彈力調整奴（9〇)的内周壁 及彈簧座（70)的外周面係凹凸配置且彈酱座（7〇)能夠相對 籲於彈力言周整细（90)而滑動即可，本創作對於導塊（71)及導 槽（9 3)形成的位置不作特定的限制。 如第二、三圖所示，該彈簧（A)係可壓縮地套設於該 滑塊軸（30)並緊抵於該後軸套（53)及該容置槽（73)的底 部。 如第二、三圖所示，該後蓋（B)係呈環形並抵靠於該 滑塊軸（30)的螺紋端（33)，該後蓋（B)係位於該彈力調整 鈕（9〇)内；該鎖固件（C)係為一螺栓且軸向穿設於該後蓋 鲁（B)，該鎖固件（〇係軸向插固於該滑塊軸（3〇)的螺紋端 .(33)。 如第二、四圖所示，本創作係利用彈力調整鈕（9〇)調 整彈簧（A)壓縮程度；首先’轉動彈力調整鈕（9〇)，由於 導塊（71)插入導槽（93)，所以彈簧座（70)會與彈力調整鈕 (90)同軸轉動； 接下來’由於滑塊軸（3〇)係固設於外殼（丨丨）而不動， 且彈簧座（70)在滑塊轴（3〇)的螺紋端（33)上轉動，所以彈 簧座（70)會沿著螺紋端（33)及導槽（93)向後移動[由圖面. 8 M382186 觀之’則向右側移動]; ^最後由於彈黃座（70)向後移動，所以使得彈簧（A) ‘ p传車父長、壓縮程度較小，藉此，能夠利用彈力調整紐⑽ .調整彈簧(A)的壓縮程度、改變彈簧(A)頂撐衝擊滑塊⑽ 的力量、以及調整衝擊滑塊(5〇)向前擊發的力^ ;另外， 由於導槽⑽的限止端及後蓋（B)的限止，使得彈簀座⑽ . 具有一定的位移行程。 • 本創作在更換彈簧(A)時，只需旋鬆並移除鎖固件 • (C)，再取下後蓋⑻，旋轉彈力調整鈕⑽使彈簧座⑽ 持續向後移動而移出，即可將彈簧⑴取出，毋須拆解整 個外殼（11 )，能夠節省時間且十分便利。 惟以上所述者，僅為本創作之較㈣施例@已，當不 能以此限定本創作實施之範圍’及大凡依本創作申請：利 乾圍及說明書内容所作之簡單的等效變化與修飾，皆應仍 屬本創作專利涵蓋之範圍内。 — 【圖式簡單說明】 •第-圖係本創作較佳實施例釘搶本體之立體外觀圖。 第二圖係本創作較佳實施例之局部立體分解圖。 第二圖係本創作較佳實施例之剖面圖。 第四圖係本創作較佳實施例之旋轉作動示意圖。 第五圖係現有技術打釘搶之局部剖面圖。 【主要元件符號說明】 (111)紐槽 (1 0 )釘搶本體 (11)外殼 9 M3821862. The spring is easy to replace: Rotating the elastic adjustment button means that the shell is not required, as long as (4) can be used to rotate the spring seat, # this replacement spring, 5 M382186 is very convenient. [Embodiment] In order to understand the technical features and practical functions of the present invention in detail, and to implement it according to the contents of the written book, the detailed description of the preferred embodiment shown in the following figure is further described as follows: A preferred embodiment of a nail-stretching impact spring adjusting device is provided in a nailing, & first embodiment, comprising: a nail grabbing body (1 〇), a slider shaft (3 〇), an impact slider (5 〇), a spring seat (70), a spring adjustment knob (9 〇), a spring (A), a _ back cover and a lock (C) and other components, of which As shown in the first and second figures, the nail gun body (1〇) includes a casing (11), a striker seat (15) and a magazine (17); the casing (11) is provided with a front end, a rear end, a top portion, a bottom portion and a button groove (111), the button groove (111) is formed in a ring shape and formed in the outer casing (丨丨), the button groove (丨丨丨) is adjacent to a top and a rear end of the outer casing (11); the striker seat (15) is fixed to the front end of the outer casing (11) and protrudes from the outer casing (11), and the striker seat (15) is fastened a bottom surface; the nail file (17) is vertically elongated and fixed on the bottom surface of the striker seat (15); the nail gun body (1〇) belongs to the prior art member, and its detailed structure is not described herein. As shown in the second and third figures, the slider shaft (30) is fixed in the outer casing (11) adjacent to the top of the outer casing (11), and the sliding shaft (3〇) is laid flat. The rod body is provided with a front end (31) and a threaded end (3 3); the front end (31) of the slider shaft (3 系) is adjacent to the front end of the outer casing (11); the slider shaft (3 〇) The screw end (33) is exposed at the rear end of the outer casing (11). As shown in the second and third figures, the impact slider (50) slidably sleeves the 6 M382186 on the slider shaft ( The front end (31) of the 30); preferably, the impact slider (5〇) includes a slider body (51) and a rear sleeve (53), the rear sleeve (53) is annular and located Between the threaded end (33) of the slider shaft (30) and the slider body (51), the rear sleeve (53) is axially inserted into the slider body (51). As shown in the three figures, the spring seat (70) is annular and slidable. Rotatingly disposed on the threaded end (3 3 ) of the slider sleeve (30) of the έ, the spring seat - (7 〇) is provided with an inner peripheral wall, an outer peripheral surface, a plurality of guide blocks (7 丨) and a receiving groove (73) 'the inner peripheral wall of the spring seat (70) is screwed to the threaded end (33) of the slider shaft (3〇)_; the plurality of guiding blocks (71) are arranged in a ring shape And the radial spacing is disposed on the outer circumferential surface of the spring seat (7 〇). Preferably, the number of the plurality of guiding blocks (71) is four, and the accommodating groove (73) is axially concave. The spring seat (30) faces the rear sleeve (53), and the receiving groove (73) is provided with a bottom. As shown in the second and third figures, the elastic adjusting button (9〇) is annular and sleeved on the outer peripheral surface of the spring seat (7〇), and the elastic adjusting button (9〇) is exposed to the outer casing (11). And rotatably coupled with the outer casing (11), the elastic adjusting button (90) is provided with an outer peripheral surface, an inner peripheral wall, a limiting convex portion (91) and a plurality of guiding grooves (93), the limitation The convex portion (91) is annular and radially protruded from the outer peripheral surface of the elastic adjusting button (90), and the limiting convex portion (91) is located in the button groove (111); thereby, the elastic adjusting button (9) 〇) can only be rotated and cannot be horizontally displaced; a plurality of guide grooves (93) are spaced apart from the inner peripheral wall of the elastic adjustment knob (9〇), and the plurality of guide grooves (93) are elongated and along Extending the sliding direction of the spring seat (7〇), the plurality of guiding blocks (71) are respectively inserted into the plurality of guiding grooves (93); since the guiding block (71) is inserted into the guiding groove (93), When the spring adjustment knob (90) is rotated, the spring seat (7〇) will also rotate with the elastic adjustment knob (9〇) and the 7 M382186 shaft; preferably, the guide groove (93) is provided with a closed end and - open The closed end of each of the guide grooves (8) is adjacent to the limiting projection (91); whereby the guide block (71) can be limited by the closed end of the guide groove (93); in the present creation, the plurality of guide blocks (71) may also be formed on the inner peripheral wall of the elastic adjustment button (9〇), and the plurality of guide grooves (93) may also be correspondingly formed on the outer peripheral surface of the 6-shaped elastic dining seat (70); as long as the elastic force is adjusted The inner peripheral wall of the slave (9〇) and the outer peripheral surface of the spring seat (70) are arranged in a concave-convex manner, and the magazine holder (7〇) can be slid relative to the elastic (90) of the elastic force, and the creation is for the guide block. The position where (71) and the guide groove (93) are formed is not particularly limited. As shown in the second and third figures, the spring (A) is compressibly sleeved on the slider shaft (30) and abuts against the rear sleeve (53) and the bottom of the receiving groove (73). As shown in the second and third figures, the rear cover (B) is annular and abuts against the threaded end (33) of the slider shaft (30), and the rear cover (B) is located at the elastic adjustment button (9).锁); the fastener (C) is a bolt and axially passes through the rear cover (B), and the fastener is axially inserted into the threaded end of the slider shaft (3〇) (33) As shown in the second and fourth figures, this creation uses the elastic adjustment button (9〇) to adjust the degree of compression of the spring (A); firstly 'turn the elastic adjustment knob (9〇), due to the guide block (71) Insert the guide groove (93), so the spring seat (70) will rotate coaxially with the elastic adjustment knob (90); then 'because the slider shaft (3〇) is fixed to the outer casing (丨丨), and the spring seat (70) Rotate on the threaded end (33) of the slider shaft (3〇), so the spring seat (70) will move backward along the threaded end (33) and the guide groove (93) [from the drawing. 8 M382186 'When you move to the right side'; ^ Finally, because the yellow seat (70) moves backwards, the spring (A) 'p passes the parent and the compression is small, thereby adjusting the spring (10) with the elastic force. (A) compression Degree, change the force of the spring (A) yoke impact slider (10), and adjust the force of the impact slider (5 〇) forward firing; in addition, due to the limit of the guide groove (10) and the limit of the back cover (B), The magazine holder (10) has a certain displacement stroke. • When replacing the spring (A), simply loosen and remove the lock • (C), then remove the back cover (8) and rotate the elastic adjustment knob (10). The spring seat (10) is continuously moved backwards and removed, so that the spring (1) can be taken out without disassembling the entire outer casing (11), which saves time and is very convenient. However, the above is only for the purpose of the creation (4) Example @已, When it is not possible to limit the scope of the implementation of this creation, and the simple equivalent changes and modifications made by the authors of this creation: the scope of the creation and the contents of the manual shall remain within the scope of this creation patent. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a partial perspective view of the preferred embodiment of the present invention. The second drawing is a partial exploded view of the preferred embodiment of the present invention. Figure 4 is a preferred embodiment of the present creation The fifth diagram is a partial cross-sectional view of the prior art nailing. [Main component symbol description] (111) New slot (1 0) Nail grab body (11) Shell 9 M382186
(1 5)撞針座 (17)釘匣 (30)滑塊軸 (31)前端 (33)螺紋端 (50)衝擊滑塊 (51)滑塊本體 (53)後軸套 (70)彈簧座 (71)導塊 (73)容置槽 (90)彈力調整鈕 (91)限止凸部 (93)導槽 (A)彈簧 (B)後蓋 (C)鎖固件 (E)釘槍機殼 (F)衝擊組 (F1)衝擊件 (F2)彈簧 (F3)撞針(1 5) striker seat (17) nail 匣 (30) slider shaft (31) front end (33) threaded end (50) impact slider (51) slider body (53) rear sleeve (70) spring seat ( 71) Guide block (73) accommodating groove (90) elastic adjustment button (91) restricting convex portion (93) guide groove (A) spring (B) rear cover (C) lock (E) nail gun case (F Impact group (F1) impact member (F2) spring (F3) striker