M269160 八、新型說明： 【新型所屬之技術領域】 讓帶 本創作係II闕崎騎器的錄 轉:次行粒騎_特與㈣單林單元旋 動單元於帶動釘帶後定位更確實。 η 【先前技術】 =先請參㈣-圖所示，其為習知—種螺絲騎器之电入 圖、主要係由本體（10)、帶動單元 … 2)、導桿（13)*彈片n w , 轉早元（1 外 弹片（14)所組成，而其進釘方式往趣 弟一圖所述’當導桿（1 3 )被帶動時，導桿（1 3 ) 4旋動驅 動早70 ( 1 2 )，而驅動單元（1 2 )會單向推動帶動單. 1)使其旋轉，此時彈片（14)的圓孤端部 動單元（1 1 )之定位於Μ ! η、/ 1 / 丄」抵抗可 /… 輪（111)弧塊（112)的斜面阻力 後，其會嵌卡在下—個凹槽（113)内，而同時讓帶動單 1 )之齒輪（1 1 4 )完成轉動並糊帶動釘帶 程。 、丄b) —個行 由於上述帶動單元（11)的定位係利用彈片（1 卡定位方式，缝停止帶動料（1 1)間接受鸣椁（丄= 5 M269160 h專動□此田彈片（13)經過_段使用時間後其容易產生 Z曲、變形與彈性疲乏，其後果會導致彈片（i 3 )触卡定位 ^作不順暢’以及導致帶動單元（11)產生轉動過度的情況， 吏传帶動單元（i i)無法準舰帶騎帶（15)於正確鎖釘 x致於釘f(15)上的螺絲產生錯位的情況，而導致鎖 針作業失敗。M269160 8. Description of the new type: [Technical field to which the new type belongs] Make belt Recording of the II Sakizaki Rider: Sub-line grain riding _ special and ㈣ single forest unit rotation unit is more accurate after driving the nail belt. η [Prior technology] = Please refer to the figure-shown first, it is a conventional electric-type drawing of a screw rider, which is mainly composed of the body (10), the driving unit ... 2), the guide rod (13) * the shrapnel nw, turn early yuan (1 outer shrapnel (14), and the way to enter the nail is as described in the picture of the fun brother 'when the guide rod (1 3) is driven, the guide rod (1 3) 4 rotates to drive the early 70 (1 2), and the driving unit (1 2) will push the unidirectionally to drive the single. 1) make it rotate, at this time, the circular solitary end moving unit (1 1) of the shrapnel (14) is positioned at M! Η, / 1 / 丄 ″ After resisting the slant resistance of the wheel (111) arc block (112), it will be embedded in the next groove (113), and at the same time let the gear (1 1 4) that drives the single 1) ) Finish the rotation and drive the nail band. , 丄 b) —Because the positioning system of the above-mentioned driving unit (11) uses shrapnel (1 card positioning method, the seam stop driving material (1 1) accepts cymbals (丄 = 5 M269160 h special movement □ this field shrapnel ( 13) After _ period of use, it is prone to Z-curve, deformation, and fatigue fatigue. The consequences will cause the shrapnel (i 3) to be not positioned smoothly and the driving unit (11) will cause excessive rotation. The transmission unit (ii) cannot align the ship's riding belt (15) with the correct locking nail x, causing the screws on the nail f (15) to be misaligned, resulting in failure of the locking pin operation.
藉由上述敘得知習知的方式於帶動釘帶（i 5)後，钉帶Q 針對2位不確貫之疑慮’導致在鎖釘時產生偏差，因此需特別 ==帶α 5)後攸位加以改善，而上述所呈現的問題 Ρ為本案創作人的研發動機。 【新型内容】 本創作主要目的係提供—種螺絲送妓之 頂==塊可限料桿的擺動，且定位塊受到本體凸部之抿 帶動5Γ崎止觸㈣鱗元停止㈣，使得帶動單元於 ▼動釘帶後定位更確實，且利於進行鎖釘作業。 叙有5本倾為達成上逑目的’所採用之技術、手段及其他之 工’’兹舉-較佳實施例，並配合圖示詳細細如下；首先請參 M269160 閱第三、四圖所示，從圖中顯示出係由一本體、一帶動 單π (3 0)、一驅動單元（4〇)、一導桿（5〇)、一彈片 (6 0 )與定位組（7 〇 )所組成，其中·· 邊本體（20)，係由二組件相互組成，且相互結合後其内 部形成一作動空間（2i)，其中一組件設有一定位槽（22) 以及-凸塊（2 3)，並於凸塊（23)上設有—樞孔（23工）， 而另一組件預定處設有一樞孔（24)、一弧形凸部（25)與籲 一定位柱（2 6); 該f動單元（3 0)，係由二齒輪（31)、一中空軸（3 2)與一定位輪（3 3) —體成型，且帶動單元（3 〇)裝設於 本體（2 0)的作動空間（21)内，而齒輪（3工）上的凸齒 (31 1)係咬合在釘帶（8 〇)上，而定位輪（3 3)周側環 設有凹槽（3 31)與弧塊（3 3 2) ; · 該驅動單元（4Q)，在此係舉單向軸承為例，其係裝設於 帶動單元（3 0)的中空軸（3 2)内； 該導桿（5 0)，為L狀之構件，該導桿（5 〇)—端樞設 於驅動單元（4 〇)内，而另端則為作動段（51); M269160 該彈片（6 Ο )，其一端設有一折曲邱f β,、 l b 1)且定位於本 體（2 0 )的定位槽（22)内，而彈片 々、b υ )的另一端設有 一圓弧端部（6 2)，其係對應於定位輪r q q^ 彻k d 3)的周側，且圓 弧端部（6 2)係卡抵定位於帶動單元（3 〇)之定位輪（3 3) 的凹槽（3 3 1)内； "" 該定位組（7 0)，其由-樞柱（7工）、_套管（7 2) 與一定位塊（7 3)等構件所組成，該妹（71)係枢設於本 體（20)的樞孔（2 3 1 ) ( 2 4)巾，而套管（72)係套 設於枢柱（71)上，於定位塊（7 3)設有一通孔（7 3工） 供樞柱（7 1)穿設，且定位塊（7 3 )設有第―卡凸部⑺ 2)與第二卡凸部（7 3 3 ) ’第—卡凸部（7 3 2 )係對應於 本體（2 0 )的凸部（25)套，& ^ ΰ ; ^ 而弟二卡凸部（7 3 3)係對 應於齒輪（31)的周側。 【實施方式】 :^ 了 π楚朗本_的作動方式與功效，再請配合參考第 ▲ ’、圖所不’當導桿（5 0 )被帶動時，導桿（5 0 ) ^旋動驅動單元（4 D、 軸 4，而驅動單元（40)會單向推動中空 定位二3,使—體成形在令空軸(3 2)上的齒輪(31)、 ’ —同正向旋轉’並令彈片（6 0)的圓弧端部（6 M269160 :)::疋位輪(3 3 )弧塊(3 3 2 卡定位在下一個凹槽Γ 遷，、曰甘入 (5 1) 内’此時導桿（5 0 )的作動段 (51)會抵頂定位塊（73 塊（73)之第—卡凸（ 凸（732)，且疋位 之抵頂限制^ (73 2)找本體（2G)凸部（25) 之抵頂限制，峡位塊（7 3 ) 輪（3 1)的凸齒μ ] η 卞凸（733)會抵頂齒 1)停止柯w 使得導捍（5Q)的作動段（5 (8〇)朝㈣綺方向。 （3())正_動並帶練帶· 之第本創作利用定位組(7 〇)的定位塊(7 3) 且第-=7 2)能抵頂導桿(5〇)的作動段⑴）， 而使钟（5 m 2)糾本體（2Q)凸部（25)之抵頂， 〇)後動，讓帶動單元（3 ◦)於帶動釘帶（8 確地帶動釘帶（8 A _ 〜漏過度而無:¾ 的螺絲產姆而/ τ位置，以致於釘帶(80) 生錯位’而導致鎖釘作業失敗的情況發生。 ί 確地帶_二Γ!!!動單元(3 0)轉動過度而無法準 上 值得注意的是，t定位塊（7 3)之第二卡凸（7 3 到齒輪（3丄）的凸歯 又 __紐，可藉由本體（2 柱（26)防止定位塊（73)轉向過度。 請參閱如第七_示，摘作之帶料元（3q)的中空轴 M269160 (3 2)與定位輪（3 3)為-體成形，而齒輪（3 i)可透過 螺絲（3 4)鎖合於中空軸（3 2)與定位輪（3 3)上，同樣 的，其與定位組（7 〇)搭配使用時仍具有相同功效，所以在此 不加以敘述說明。 知上所述’於本體作動空間内組設有定位組’當帶動單元旋 轉-次行織，定位_定位塊可關導桿的勘，且定位塊受 到本體凸部之抵頂’料桿得崎止擺_帶動單元停止轉動， 使得帶動單元於帶動釘帶蚊位更確實，且册進行鎖釘作業； 所以本創作之實祕應已無毅疑，此外本創作實關所揭露之 結構，巾請前絲見諸·，亦未纽開使用，是故，本創作之 :新穎性』、『進步性』又均已符合，爰依法提出新型專利之申 5月，祈求惠予審查並早日賜准專利，實感德便。 M269160 【圖式簡單說明】 第-圖係'習知一種螺絲送釘器之組合剖視圖。 =二圖係、習知螺絲送釘器之動作示意圖。 第二圖係本創作分解立體圖。 第四圖係本創作組合剖視圖。 第五圖係本創作導桿動作前之示意圖。 =六圖係本_導桿動作中之示意圖。 $七圖係本創作導桿蚊位塊之抵頂動作示意圖。 第八圖係、本創作搭配組合式帶動單元之分解立體圖 【主要元件符號說明】 [習知] (10) (111 (113 (12) (14) (15) 本體 定位輪 凹槽 驅動早7〇 彈片 釘帶 ( ( 1 1)帶動單元 112)弧塊 1 1 4)齒輪 1 3 )導桿 1 41 )圓弧端部 ; 本體 ^ 定位槽 作動空間 凸塊 [本創作] (20) (2 M269160 (23 1) (2 5) (3 0) (311) (3 3) ( 3 3 2 ) (40) (5 1) (6 1) (70) (72) (731) ( 7 3 3 ) 樞孔 凸部 帶動單元 凸齒 定位輪 弧塊 驅動單元 作動段 曲折部 定位組 套管 通孔 第二卡凸 (2 4) (26) (3 1) (32) (331) (34) (50) (60) (6 2) (71) (73) ( 7 3 2 ) (80) 柩孔 定位柱 齒輪 中空軸 凹槽 螺絲 導桿 彈片 圓弧端部 枢柱 定位塊 第—^凸 釘帶After driving the nail belt (i 5) in the manner described above, the nail belt Q is aimed at the inconsistency of 2 digits, which will cause deviations when locking the nails, so special == belt α 5) Position, and the problem P presented above is the research engine of the creator of this project. [New content] The main purpose of this creation is to provide a kind of screw-feeding prostitute == the block can limit the swing of the material rod, and the positioning block is driven by the ridge of the body's convex part 5Γ 崎 stop contact, the scale element stops ㈣, so that the unit is driven After moving the nail belt, the positioning is more accurate, and it is conducive to the nail locking operation. There are 5 "techniques, methods, and other methods used to achieve the goal" listed here-the preferred embodiment, and the details are shown below; please refer to M269160 for details The figure shows that the system consists of a body, a driving unit π (30), a driving unit (40), a guide rod (50), an elastic sheet (60), and a positioning group (70). The side body (20) is composed of two components, and after being combined with each other, an operating space (2i) is formed inside, one of the components is provided with a positioning groove (22) and a convex block (2 3 ), And a pivot hole (23 workers) is provided on the convex block (23), while another component is provided with a pivot hole (24), an arc-shaped convex part (25) and a positioning post (2 6) ); The f moving unit (30) is formed by two gears (31), a hollow shaft (32), and a positioning wheel (33), and the driving unit (30) is installed on the body ( 2 0) in the operating space (21), the convex teeth (31 1) on the gear (3) are engaged with the nail belt (80), and the positioning wheel (3 3) has a groove on the peripheral side ring (3 31) and arc block (3 3 2); · The drive unit (4Q), taking the one-way bearing as an example, is installed in the hollow shaft (32) of the drive unit (30); the guide rod (50) is an L-shaped component, The guide rod (50)-one end is pivotally arranged in the driving unit (40), and the other end is an actuation section (51); M269160 The spring piece (60), one end of which is provided with a bend Qiu f β ,, lb 1) and positioned in the positioning groove (22) of the body (2 0), and the other end of the shrapnel 々, b υ) is provided with an arc end (6 2), which corresponds to the positioning wheel rqq ^ kkd 3) on the peripheral side, and the arc end portion (6 2) is snapped and positioned in the groove (3 3 1) of the positioning wheel (3 3) of the driving unit (30); " " (7 0), which is composed of a pivot column (7 workers), a sleeve (7 2), and a positioning block (7 3). The sister (71) is pivotally provided on the pivot of the body (20). Hole (2 3 1) (2 4) towel, and the sleeve (72) is sleeved on the pivot post (71), and a positioning hole (7 3) is provided with a through hole (7 3 workers) for the pivot post (7 1) Passing through, and the positioning block (7 3) is provided with the first ―stuck convex part ⑺ 2) and the second ridged convex part (7 3 3) ―the first—flat convex part (7 3 2) is a set of convex portions (25) corresponding to the body (20), & ^ ΰ; ^ and the second card convex portion (7 3 3) corresponds to the peripheral side of the gear (31). [Embodiment]: ^ The operation mode and effect of π Chu Longben _, please refer to the reference ▲ ', the picture is not' When the guide rod (50) is driven, the guide rod (50) is rotated The drive unit (4 D, shaft 4, and the drive unit (40) will push the hollow positioning two 3 in one direction, so that the body (31), which is formed on the hollow shaft (3 2), is rotated in the same direction. And make the arc end of the shrapnel (6 0) (6 M269160 :) :: the bit wheel (3 3) the arc block (3 3 2 card is positioned in the next groove Γ), said to enter (5 1) 'At this time, the actuating section (51) of the guide rod (50) will abut the positioning block (the first of the 73 blocks (73)-the convex (convex (732), and the abutment of the abutment position is restricted ^ (73 2)) Restriction of the convexity of the convex part (25) of the body (2G), the convex teeth of the isthmus block (7 3), the convex teeth of the wheel (3 1) μ] η The convex convexity (733) will abut the convex teeth 1) and stop Ke w to make the guide defend ( 5Q) Acting segment (5 (80)) toward the direction of Qi Qi. (3 ()) The first creation of the movement and training band · The first creation uses the positioning block (7 3) of the positioning group (70) and the- = 7 2) Can reach the actuating section of the top guide (5〇) ⑴), and make the clock (5 m 2) correct the top of the convex part (25) of the body (2Q), 〇) move backward, The driving unit (3 ◦) drives the nail belt (8 exactly drives the nail belt (8 A _ ~ leaks excessively without: ¾ of the screw production position and / τ position, so that the nail belt (80) is misaligned 'and the lock is caused) The failure of the nailing operation occurred. Ί Exactly _ 2 Γ !!! The moving unit (30) has turned too much to be accurate. It is worth noting that the second snap (7 3 to the gear of the t-position block (7 3)) The convexity of (3 丄) is __new, and the positioning block (73) can be prevented from turning excessively by the body (2 pillars (26). Please refer to the seventh__, the hollow of the strip with the material element (3q) The shaft M269160 (3 2) and the positioning wheel (3 3) are formed as a single body, and the gear (3 i) can be locked to the hollow shaft (3 2) and the positioning wheel (3 3) by screws (3 4). , It still has the same effect when used with the positioning group (70), so it will not be described here. Knowing that the above-mentioned "the positioning group is set in the body operating space" when the unit is rotated-weaving The positioning_positioning block can close the survey of the guide rod, and the positioning block is abutted by the convex part of the main body, the rod is not stopped, and the driving unit stops rotating, so that the driving unit will drive the nail belt. The mosquito position is more accurate, and the book is locked with nails. Therefore, the secret of this creation should be no doubt. In addition, the structure disclosed in this creative practice has been shown before, and it is not yet used. The creation of this novel: "novelty" and "progressiveness" have already been met. I filed a new patent application in May in accordance with the law, praying for review and granting the patent at an early date, and I feel a sense of virtue. M269160 [Schematic description] -Figure is a sectional view of a conventional screw feeder. = The second picture is a schematic diagram of the operation of a conventional screw feeder. The second picture is an exploded perspective view of this creation. The fourth picture is a sectional view of the composition. The fifth picture is a schematic diagram before the creative guide moves. = Six pictures are the schematic diagrams of this guide. $ 七 图 is a schematic diagram of the top action of the guide rod mosquito bit. The eighth figure is an exploded perspective view of the combined driving unit of this creation. [Description of the main component symbols] [Knowledge] (10) (111 (113 (12) (14) (15) The groove of the positioning wheel of the body is driven as early as 7) Shrapnel strap ((1 1) Drive unit 112) Arc block 1 1 4) Gear 1 3) Guide rod 1 41) Arc end; Body ^ Positioning groove Actuating space projection [This creation] (20) (2 M269160 (23 1) (2 5) (3 0) (311) (3 3) (3 3 2) (40) (5 1) (6 1) (70) (72) (731) (7 3 3) pivot Hole convex part driving unit convex tooth positioning wheel arc block driving unit actuating section bending part positioning group sleeve through hole second snap convex (2 4) (26) (3 1) (32) (331) (34) (50) (60) (6 2) (71) (73) (7 3 2) (80) Countersunk hole positioning column gear hollow shaft groove screw guide spring piece arc end pivot positioning block No. ^ convex nail belt
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