M269161 八、新型說明： 【新型所屬之技術領域】 本創作係提供-種螺絲送釘器之送釘裝置，特別是 、、糸進給定位更為確實之創作。 使j 【先前技術】 -般可自_行送釘動作之_送妨，其 潢、建築等相關卫作場合 ’、使用於身 釘衣置組態各有不同，但是 動々 題之-，亦3太安/ 為使用者及製造廠商最想克服的没 、 亦疋本案創作人創作的動機。 所示’即目前—般螺絲送釘器之送 圖’其於1體（1〇)岐裝—帶動單元（11)，= (11)藉由其周側之凸齒（1 〃早兀 前進，另於該帶紐α工）内㈣;齡於送針方向 單向 工）内甘入固有一早麟由承（12)，該 心導桿組（13)所帶動，藉此，該導 =、、且13)財引帶動時，則藉由該單 該帶動單元（11)轉動，該帶動單元π η (12)而▼動 釘朝送釘方6抽、、，乂 早（1 1)則隨之將螺絲排 3 )、^Γ _鎖設衡之健，崎料桿組（1 由於該單向轴承(12)僅能做單向之帶動， 不έ f動該τ動單元（1 1 )作動，0 器之送訂裝置可達自動進行進針之目的，伸用螺絲送釘 其中仍具械立喊善之際使服態下， M269161 當該螺絲送釘使用，使該導桿組（ 法完成-個完整的行程時，由於該導桿組（13)‘== =2)轉動’而該單向轴承(⑵又帶動該帶動單 因㈣懈元（⑴嶋_絲排針帶至 =置’而該導桿組（丄3 )受牽引恢復至起始位科 早向軸承（12)僅能傲_ 以 u早向的f動’因料會帶_帶動單元 1)作動，而讓獻_了恢復至紗狀態，換言之 t與送釘位置域於對位碑之賴，最後造成該獅送釘2 ^ 林1產品設計，針對上述之嚴重缺陷，在求理相、 貫用與進步之今日，誠為—極待努力追求改善之目標。-【新型内容】 $ 本創作之主要目的，係在提供一種螺絲送釘器之送釘裝置， -、主要贿物裝置所帶動進給之_排釘定位更為確實。 、=疋’本_所提供—種螺絲送釘器之機構改良，其包含有： 一本體， 一帶鱗元，其係可轉動地組設於本體内部， 有凸齒，以帶動螺絲排釘進釘； 喺 甘入塊’其係與該帶動單元相互嵌設為一體 成型有卡齒； ，、- 互和m其1面成財卡齒’該卡齒倾额塊卡齒相 齒5該驅動塊係帶動該嵌塊作單向轉動； M269161 作往禮其—端係與該轉塊相關接，另端係受牽引而 用以帶動該驅動塊轉動； 盘讀聽組設於該鱗塊與轉組H使該驅動塊 與甘欠塊保持售合狀態。 有關本創作為達獻述目的，所制之撕、手段及其他之 較佳可行實關並配合圖式詳細說明如后。 【實施方式】 動單元（3 0 百先明配合闕第二至五圖所示，本創作第—實施例所提供 之:觀絲送釘ϋ之送釘裝置，其主要係由—本體（2 0 )、一帶 嵌塊（4 Q)、-驅動塊（5 Q)、一導桿 組（60)及一彈簧（7〇)所組配而成，其中： 該本體（2 0)係由可相互結合及拆離之公、母殼體（2丄） (2 2 )所構成’使本體（2 〇 )内部具有一作動空間（2 3 )， 而於作動空間（2 3)内設有―彈抵片（24)，於公、母_ (2 1) ( 2 2)相接處成型有一進釘通道（2 5 )，且該進釘通 道（25)與作動空間（23)相通，另於母殼體（22)側邊 成型有-孤狀之條孔（2 21)，且該條孔（2 2丨）亦與作動 空間（2 3)相通。 該帶動單70 ( 3 Q )，其兩綱細有帶動部（3 1 )，以 及帶動部（31)之間之定位部（3 2)，該帶動部（3丄）周 侧佈設有凸齒（311)，_定位部（3 2) 成型有定位 凹（32 1)，另外’該帶動單元（3〇)中央處軸向成型嵌孔 M269161 (33) ’且該嵌孔（33)孔壁凹設有複數卡凹（3 =動單元（3 0 )係可轉動地組設於本體（2 〇 )作動空間（^ 内’且其定位部（3 2)之定位凹（3 21)係受本體（2 露片/24)壓抵定位，而部分之凸齒（311)係凸 在^本體（2 〇 )之進釘通道（2 5 )。 該瓜塊（4 0)，其周側成型有複數個卡凸㈠丄），且於复 3面環設成財卡齒（4 2)，各卡齒（4 2)具有—斜面= u)及-抵面（422)，該嵌塊（4〇)藉由其周侧之卡凸 體μ)而與該帶鱗元（3Q)之卡凹（33)相互嵌合為— 該驅動塊（5 ◦)，其中央處成型有-細舰合孔（5 i )， 且其-端面環設成财卡# ( 5 2 )，各卡齒（5 2 )具有一斜 = —抵面Μ22) ’該卡齒（52)係與該嵌塊 ^ 之齒（4 2)相互屬合，俾使該驅動塊（5 〇動 5亥嵌塊（4 0)作單向轉動。 該導桿組（6 0)，其係由第一連桿（61)及第二連桿（6 2 )相互組接而成，該第—連桿（6 1 )具有-矩形狀嵌合部（6 1 1)，以對應欲固於該驅動塊（5 〇)之喪合孔（5工），而第 二連桿（6 2 )之1係受外殼（社未示）牽㈣ (20)條孔（221)往復作動。 該彈菁（7 0 )’其一端係套抵於該驅動塊（5 0 )之周惻， 而另端係套抵於導桿組（6 〇)第—連捍（6工），俾使該驅動 M269161 塊（5 Ο)與嵌塊（4 Ο)保持儒合狀態。 以上所述，即為本創作實施例主要結構之相互關係位置。 -至於本案創作之使用狀態與功效，須請配合第三至八圖所 不’於本體（2 0 )之進釘通道（2 5 )内設有螺絲排針（8 〇 )， 且該螺絲騎（8 〇 )與帶鮮元（3 〇 )㈣部（3 u之凸 齒（311 )相互卡合’而欲自動進行送釘動作時，其動作說明 如下，令該第二連桿（6 2 )—端配合殼寵道連_正向作動 一距離時，該第二連桿（6 2)則帶動第-連捍（61)轉動一 角度’由於該第—連桿（61)與該驅動塊（5 Q)相互固接， 使該驅動塊（5 〇)同樣正向轉動—角度，又因該驅動塊 嗜入卡齒（52)與嵌塊(40)之各卡齒(42)相互 幾:二„42)( 5 2)抵面(4 2 2)( 5 ⑵ 山' +型悲相互靠抵，其靠抵狀態如第五圖所示，因此，該 =二會以敎方向轉動_，並且會以相同的二 册轉該帶動單元（3 〇)轉動，使帶動單元（3 Q )丨 可動^螺絲排釘（8◦)自動進釘’以便進行鎖設作業。 τ接者’鎖设作業完畢後’該第二連桿（6 2)—端同 曰设體執道連動而反向作’ 第— 。亥弟一連柃（6 2)同樣會帶動 〇)适—及與第—連桿（61)相互固接之驅動塊（5 嵌塊動—角度，由於該驅動塊（5Q)各卡齒（52)與 各卡齒（4 2)的卡抵狀態係以傾斜之型態相互靠 —Π(42 1)對斜面（521))，因此，如第八圖所示，- 9 M269161 該驅動塊（5Q)反向·辦，其卡齒（5 會:著職40)卡齒(42)斜面(42丄= 间言之，該第二連桿（6 2)於恢復狀態時 與舰（4G)兩者係、呈*伽〜 了棘純（5 0) 以絲1 1轉以、，而不會帶動該嵌塊（4 0)、 ^ )被嵌合固接的帶動單元（3 Q)轉動，曰 以，藉由以上說明可知，該 疋 (3 〇 )作單向轉動，㈣f丨)⑼驅動該帶動單元 組(6 0)進行—·欠往復2行送釘動作，且藉由該導桿 ^ 一 作動方得使驅動塊（5 〇)驅動球册叙 ◦)觸—轉，目此，可達職_肅定位:實 (υ^^，物輸爾#邮瓣桿組⑺ =牽—無妓成_個完整的行鱗，雖_導桿纟且（叫 =:螺絲翁帶至送釘位置，但該導桿組（6⑹受牽 至起始位置時，其狀姻相l示 r(4〇)並非完全㈣合狀態’由於該驅動塊:： _⑽之間組設有一彈簧(70)，因 將該驅動塊（⑽細錢（4Q)⑽um) 再由於該導桿組（6 〇 )恢復至起始位置鳴呈固定之狀熊，- 此’該驅動塊（5 〇 )無法轉動，而該 〜、 動堍Μ η )夕41;, r 〜塊（4 0 )則隨著該驅 動塊㈤）之斜面（521)轉動，最後無驅動塊（ 丁鎖权作業，據此，本創作射達螺絲排針進給定位確實的目 M269161 的0 “上所述，本創作確可達成前揭諸項優點，且相較於習用螺 絲送釘器之送釘裝置而具備功效上之增進’是故，本創作之實用 性已無庸置疑，此外本_實施倾揭露之肖 、 構 諸刊:：未曾公開使用，是故，本創作之見 Γ曰賜，爰依法提出新型專利之申請，析予審Γ 早曰賜准專利，實感德便。 〜惠予審查並 M269161 【圖式簡單說明】 第一圖係習用之螺絲送釘器剖面圖。 第二圖係本創作之分解圖。 第三圖係本創作之側視圖。 第四圖係本創作之帶動單元及導桿組之組合示意圖。 第五圖係本創作之剖面圖。 第六圖係本創作之導桿組正向作動示意圖。 第七圖係本創作之導桿組逆向作動示意圖。 第八圖係第七圖作動狀態另一側視圖。 【主要元件符號說明】 (10)本體（11)帶動單元 (12)單向軸承(13)導桿組 (20)本體(21)公殼體 (22) 母殼體（221)條孔 (23) 作動空間（24)彈抵片 (25)進釘通道 (30)帶動單元(31)帶動部 (311)凸齒（32)定位部 (321)定位凹（33)嵌孔 (331)卡凹 12 M269161 (40)嵌塊(41)卡凸 (42)卡齒（421)斜面 (422)抵面 (50)驅動塊（51)喪合孔 (521)斜面（522)抵面 (60)導桿組(61)第一連桿 (611)嵌合部（62)第二連桿 (70)彈簧 (80)螺絲排釘 13M269161 8. Description of the new type: [Technical field to which the new type belongs] This creative department provides a kind of screw feeding device for screw feeders, especially the creative positioning of 创作 and 糸. Make j [prior art]-generally can be used to send nails _ to send hurdles, its decoration, architecture and other related health work occasions', used in body nails and clothing configuration are different, but at will-, Ye 3 Tai'an / For users and manufacturers, I want to overcome the most, but also the motivation of the creators of this case. Shown 'is the current-general screw nail feeder's diagram' in 1 body (1〇) Qi equipment-drive unit (11), = (11) by the convex teeth on its side (1 In addition, in the belt (α worker), the inner ring; the old one-way worker in the needle feeding direction) is willing to enter into the early one by Lin Cheng (12), driven by the heart guide rod group (13), thereby, the guide = ,, and 13) When the financial guide is driven, the driving unit (11) is rotated by the single, the driving unit π η (12), and the moving nail is drawn toward the nail sending side 6 ,,, and early (1 1) Then, the screw row 3) and ^ Γ _ are set to lock the weight of the balance, the saki material rod set (1 because the one-way bearing (12) can only be driven in one direction, do not move the τ moving unit (1 1) Actuate, the stapler of 0 device can achieve the purpose of automatic needle insertion. When the screw is extended, the screw is still in good condition. When using the screw, M269161 is used when the screw is delivered, so that the guide rod group is used. (When the method completes a complete stroke, because the guide rod group (13) '=== 2) rotates', the one-way bearing (⑵ drives the driving unit due to the loose element (⑴ 嶋 _ 丝 排 针 带To = set 'and the guide rod group (丄 3) is recovered by traction To the starting position, the early bearing (12) can only be proud of _ u's f movement in the early direction will cause _ to drive the unit 1), and it will return to the yarn state, in other words, t and the nail feeding position Due to the reliance on counterpoint, it finally caused the design of the product 2 ^ Lin1. In view of the above-mentioned serious defects, in today's rationality, consistent use and progress, we are sincerely — we must strive to strive for the goal of improvement. -[New content] $ The main purpose of this creation is to provide a nail feeding device for a screw nail feeder.-The positioning of the feed driven by the main bribe device is more accurate. 疋 '本 _ Provided—A mechanism improvement of a screw nail feeder, including: a body, a scale element, which is rotatably arranged inside the body, and has convex teeth to drive the screw row into the nail; 'Its system and the driving unit are embedded with each other to form a clamping tooth; ,,-and each other on one side becomes a wealth card tooth' The clamping tooth tilting block clamping tooth phase tooth 5 The driving block drives the clamping block Make a one-way rotation; M269161 Make it a gift—the end is connected to the turn block, and the other end is pulled to drive The driving block rotates; the disk reading and listening group is set on the scale and the switching group H to keep the driving block and the owing block on sale. Related to this creation, the tears, means and other comparisons made for the purpose of presentation. The best practice is explained in detail in conjunction with the drawings as follows. [Embodiment] The moving unit (30 hundred Xianming cooperates with the second to fifth pictures shown in the second to the fifth embodiment of this creative: Watch the wire to send nailsϋ The nail feeding device is mainly composed of a body (20), a belt insert (4Q), a drive block (5Q), a guide rod group (60), and a spring (70). The body (20) is composed of a male and female shell (2 丄) (2 2) which can be combined and detached with each other, so that the body (20) has an operating space (2 3) inside. In the actuating space (2 3), there is a ―spring piece (24), a nail inlet channel (2 5) is formed at the junction of the male and female _ (2 1) (2 2), and the nail inlet The channel (25) is in communication with the actuating space (23), and a solitary strip hole (2 21) is formed on the side of the female shell (22), and the stripe hole (2 2 丨) is also connected with the actuating space (2) 3) Connected. The driving list 70 (3 Q) has a driving section (3 1) and a positioning section (3 2) between the driving sections (31) in two outlines. The driving section (3 丄) is provided with convex teeth on the peripheral side. (311), _ positioning part (3 2) is formed with a positioning recess (32 1), and in addition, an embedded hole M269161 (33) is formed axially at the center of the driving unit (30), and the wall of the embedded hole (33) is recessed A plurality of latching recesses (3 = moving unit (3 0)) are rotatably arranged in the operating space (^ 内 ') of the body (20) and the positioning recesses (3 21) of the positioning part (3 2) are subject to the body ( 2 The exposed piece / 24) is pressed against the positioning, and part of the convex teeth (311) are convex in the nail inlet channel (2 5) of the main body (2 0). The melon block (40) has a plurality of shapes formed on its peripheral side. Each card tooth (4 2) is provided with a wealth card tooth (4 2) on the complex 3 ring. Each card tooth (4 2) has -slope = u) and-abutment face (422). The insert (4〇) ) And the recesses (33) with the scale elements (3Q) are fitted into each other by the convex protrusions on the peripheral side μ) of the driving block (5 ◦), and the center is formed with a thin ship joint hole. (5 i), and its end face ring is set as a wealth card # (5 2), and each tooth (5 2) has an oblique = —abutting surface Μ22) 'The clamping teeth (52) are mutually engaged with the teeth (42) of the insert ^, so that the driving block (50 moves the 50 insert (40)) for one-way rotation. The guide rod A group (60) is formed by combining a first link (61) and a second link (62) with each other, and the first link (6 1) has a rectangular-shaped fitting portion (6 1 1) Corresponding to the hole (5 workers) to be fixed to the driving block (50), and 1 of the second connecting rod (62) is led by the casing (not shown) (20) holes (221) reciprocating action. One end of the bomber (70) is sleeved against the ring of the driving block (50), and the other end is sleeved against the guide rod group (60). (6 workers), so that the driver M269161 block (5 Ο) and the block (4 Ο) maintain the state of Confucianism. The above is the position of the interrelationship of the main structure of the creative embodiment.-As for the use status of the creative in this case And effect, please match with the screw holes (80) in the nail-in channel (25) of the body (20) as shown in Figures 3 to 8. Yuan (3 0) crotch (3 u of convex teeth (311) engage each other 'and want to automatically When performing the nail-feeding action, the action description is as follows. When the second link (6 2) -end cooperates with the shell pet channel link _ to move a distance in the positive direction, the second link (62) drives the first link Defend (61) by an angle 'Because the first link (61) and the drive block (5 Q) are fixedly connected to each other, the drive block (50) is also rotated in the positive direction by an angle, and because the drive block The clamping teeth (52) of the inserting teeth (52) and the inserts (40) are mutually several: two „42) (5 2) abutting faces (4 2 2) (5 ⑵ mountain '+ type sadness against each other, its The abutment state is shown in the fifth figure. Therefore, the = two will rotate in the direction of _, and the driving unit (30) will rotate with the same two volumes, so that the driving unit (3Q) 丨 movable ^ screw Row nails (8◦) automatically enter nails' for locking operation. τ 接 者 ’After the locking operation is completed’, the second link (6 2) —the end is connected with the body and performs a reverse operation—the first—. The Haidi's flail (6 2) will also drive 〇) the drive block (5 embedded block-angle) which is fixedly connected to the first link (61), because the teeth of the drive block (5Q) (52 ) And the clamping state of each clamping tooth (4 2) are leaning against each other in a sloping manner—Π (42 1) to the inclined surface (521)), so as shown in the eighth figure,-9 M269161 This driving block ( 5Q) Reverse · Do, its clamping teeth (5 will: 40 positions) clamping teeth (42) bevel (42 丄 = in short, the second link (6 2) and the ship (4G) in the recovery state The two are in the form of * Gamma ~ The spiny pure (50) turns the silk 11 turns, but does not drive the insert (40), ^) to be driven by the driving unit (3Q) which is fixed and fitted. It can be known from the above description that the 疋 (30) makes a one-way rotation, and ㈣f 丨) ⑼ drives the driving unit group (60) to perform a-· reciprocating 2-line nail feeding operation, and by the guide One action of the lever ^ is to make the driving block (50) drive the ball book to touch-turn, so that it can reach the position _ Su positioning: real (υ ^^ ， 物 输 尔 # —No prostitute _ a complete line scale, although _ the guide rod 纟 and (called =: screw Weng brought to the nail delivery position, but the When the guide rod group (6⑹ is pulled to the starting position, its shape l (4〇) is not fully coupled. Because the driving block :: _⑽ is equipped with a spring (70), the drive Block (⑽fine money (4Q) ⑽um) and then the bearer group (60) returns to the starting position, and the sound is fixed,-this' the driving block (50) cannot turn, and the ~, move堍 Μ η) xi 41 ;, r ~ block (4 0) rotates with the inclined surface (521) of the driving block ，), and finally there is no driving block (D lock operation, according to this, according to this creative shot screw pin feed The positioning of the objective M269161 is 0. As mentioned above, this creation can indeed achieve the advantages previously disclosed, and it has an improvement in efficiency compared to the conventional nail delivery device of the screw delivery device. This is why this creation is practical There is no doubt about sex. In addition, this issue of the disclosure of the Xiao and Zhuo magazines :: has not been used publicly. It is for this reason that the ideas of this creation are Γ, and applications for new patents have been submitted according to law. Real sense of devotion. ~ Benefit review and M269161 [Simplified illustration of the diagram] The first picture is a customary screw Sectional drawing of the device. The second drawing is an exploded view of the creation. The third drawing is a side view of the creation. The fourth drawing is a schematic diagram of the combination of the driving unit and the guide rod set of the creation. The fifth drawing is a sectional view of the creation. The sixth picture is the schematic diagram of the forward movement of the guide rod set in this creation. The seventh picture is the schematic diagram of the reverse movement of the guide rod set in this creation. The eighth diagram is another side view of the seventh figure. [Description of the main component symbols] (10) Body (11) Drive unit (12) One-way bearing (13) Guide rod set (20) Body (21) Male housing (22) Female housing (221) Hole (23) Operating space (24) Elastic piece (25) Nail-entry channel (30) Drive unit (31) Drive part (311) Convex teeth (32) Positioning part (321) Positioning recess (33) Insertion hole (331) Lock recess 12 M269161 (40) Insert Block (41), convex (42), tooth (421), inclined surface (422), abutting surface (50), driving block (51), mating hole (521), inclined surface (522), abutting surface (60), guide rod group (61), One connecting rod (611) fitting part (62) second connecting rod (70) spring (80) screw row screw 13