M305092 八、新型說明： 【新型所屬之技術領域】 本創作係有關—種_搶之螺釘導_置，尤指-種可供導 引螺釘確實進錄較位_叙導，並錄_進之釘 尖可被導固裝置予以準確導正方向，且該螺釘之釘身得以穩固夹 扶，防止螺釘產生偏斜、或下墜，及避免產生卡釘及螺鎖不 確實之情形發生’以供螺針可更精準、確實鎖螺於目標物之螺針 > 導固裝置構造者。 【先前技術】 按’習見螺絲搶，例如我國專利公告編號第廳8145號「鍵 帶釘搶抱螺絲釘結構」專利案，其係樞設於釘搶之推釘裝置殼體 上並包含二外獅稱之麟座，且每—麟座與該贿樞設之一 侧係軸向形成有-凹槽，該凹槽係侧向連通_軸向設於該抱持座 上之穿孔，該穿孔係可供緊密地嵌設一扭力彈簧與一套設於扭力 > 彈簧内之樞軸，並使該扭力彈簧一端抵靠於該抱持座之外侧，另 一端抵靠於該推釘裝置殼體内侧，該抱持座異於樞轴之一侧向内 凹入以形成一凹部，並使該二抱持座之凹部處所形成之空間與釘 搶之作動管管口成同心對應；當螺絲釘頭通過時會迫使該二抱持 座向外樞轉並藉由該彈簧使其回復原位，使得該二抱持座除了可 達到提供螺絲釘在釘入目標物時之穩定扶持功能外，其開閉動作 亦具有流暢之特性；惟查，該習見專利前案雖可藉二抱持座及其 凹部處所形成之空間之組設，提供螺絲釘在釘入目標物時得以穩 M305092 賴持之魏，但該f見專猶案在實際制上，由於該二抱持 座係樞設於釘搶之推釘裝置殼體上，且相近於釘搶之作動管管 口’因此當_釘上軸碌域置碰之輯触供釘搶之作 自管推旋螺進時，該二抱持座之凹部亦僅能夾扶住螺絲釘之釘頭 端，然該螺絲釘之釘尖部分則並未受到任何物體之夹扶，因此香 職釘被推_輯移且該釘頭端完全通馳持絲其釘尖部^ 尚未抵觸目標物時，由於該螺絲釘此刻已喪失二抱持座之爽扶功 春 $ ’而且未有任何構件予轉續紐作動，如果㈣該螺絲釘若 敝些微偏斜或外力影響’會使旋螺前移之螺絲釘釘尖部分產生 偏移歪斜情形，進而導致該螺絲釘無法準確鎖螺於目標物，再， 若該習見專樹案制長度較長之獅釘進行鎖_，因長度較 長之螺絲釘，其重量也隨之較重，故當較長螺絲釘被推旋螺進前 移且其釘頭端完全通過抱持座後，該較長螺絲釘之釘尖部分會因 重量影響而呈現出向下偏斜、歪移或下墜之情形，此時該較長螺 • 絲釘即無法準確鎖螺於目標物，嚴重者會發生卡釘之情事，故該 I見專利刖案在使用上，仍存具著無法爽扶螺絲釘之釘尖部分， 致使螺絲釘被推旋螺進前移時極易產生偏斜、歪移或下墜，進而 無法將螺絲釘準確鎖螺於目標物之缺弊。 有鑑於此，創作人爰積多年從事電動工具機專業設計製造之 經驗，並經一番精心潛研及多次實驗、測試改良，而首創本創作， 其係為提供一種除了可供導引螺釘確實進入位於定位器内部之導 固裝置，並使推旋螺進之釘尖可被導固裝置予以準確導正方向， M305092 且該螺釘之釘身得域ϋ夾扶，防止螺釘產生偏斜、或下墜， 及避免產生卡釘及螺鎖不確實之情形發生，以供螺釘可更精準、 確實鎖螺於目標物之螺釘導固裝置構造者 以下列舉-較佳之實施舰配合圖式於后，俾使貴審查 委員能對本_之目的、舰及功效妓進—步的瞭解與認同。 【新型内容】 W爹閲第 一同今刷邛邳包含有一凸伸於機體（圖中未示 出）之固定座卜-設於機體上且凸伸於固定座丨内之旋螺桿2， 一與固定座1連設且凸伸棚定座丨外，並刊步鱗相對固定 座1移動之移動座3’-固設於移動座3内部適當位之傳練置4, 一固設於移動座3前端之定位器4，及一凸置於定位器4贿端之 導固裝置5等構件所域，由於該機體、固定座卜旋螺桿2及移 動座3等構件均與縣獅槍_，故恕在此不再贅，而本創作 之主要構造設計在於定位器4及導固裝置5 ;其_，定位器4之左 右邊體後端係螺置於移動座3前端，且左右邊體&之前端一 體延接成略_之姉輕，織綱42略呈巾•狀，賴 底面適當位各㈣斜贴延有—相互賴之擋導體妨，二擔導體 ^之底端間距略同於左右邊體41之間距，且二擋導體㈣端凹 具有一凹部，可供螺㈣之釘尖911通過凹部並進人導固裝置5 ^庫^垂^右邊體41前端内面適當位之上下邊各凸具有一相 之垂直輛孔座44，可供導固裝置5之二抽栓52組置，而導 固裝置5仙：相敝㈣51、：她52及 M305092 料件敝成，如第二騎示，其中，導她51後端垂直貫穿設 有-孔5Π ’孔511可對應容置於垂絲孔座44，以供二轴栓52 穿設組置，又導夾塊51之内面凹具有一弧凹斜面512，該弧凹斜 面512係呈由前向後逐漸斜傾内凹狀，然順延弧凹斜面512之前 端内面延凸有-夾掣體513，即夹掣體513係位於導夹塊51之前 端’且夾掣體513内面中央形具有一凹部5131，然二導夾塊51之 爽掣體513可呈對應開閉狀，以供螺釘91夾扶及通過，再，於導 ❿ 她51外側面適當位凹具有一嵌槽514，嵌槽514係供彈酱體53 端固置’而與嵌槽514相對應之邊體41上設有一固槽可供彈簧 體53之另端固置，如此，當二軸检52分別由上而下將垂直抽孔 座44及孔511穿置組合，且二彈簧體53分別固置於嵌槽514及 其對應之左右邊體41上之固槽時，該二導夾塊51即可穩固組置 於左右邊體41之間，且其麵之二夾雜513恰好凸伸位於抵制 邊42之管口内面適當位並呈靠合狀，又二夾掣體513㈣之凹部 鲁5131所形成之空間係與旋螺桿2成同心對應且該空間可供夾扶螺 釘91並使其穿過，然當螺釘91被旋螺桿2推麵進且與二導爽 塊51則端之二夾掣體513内面凹部㈣所成空間成同心對應穿 過時、’由於二彈簧體53之二端係分別固置於嵌槽514及其對應之 左右邊體41上之固槽，因此二導夾塊51可藉二彈簧體53之彈力 並以-轴栓52為絲，魏々91之桿身將二鮮體513向外推 開並往前移動，同時二夾掣體513内面凹部5131可供夹扶螺釘 之才干身Μ吏螺釘91可保持直線前進移動狀態，直到螺釘91之釘 M305092 頭端完全通過二夾掣體513後，二彈簧體53可藉其彈性恢復力， 促使一導夾塊51前端之二夹掣體513向轉回並再度呈靠合狀 態。 【實施方式】 :請參閲第三、四、五圖，本創作在組合使用上，當遇有呈偏 斜狀之螺釘91欲昇移進人定㈣4 _時，由於定㈣4前端之 抵制邊42底面凸具有二呈相互對應向外斜傾狀之播導體43，且二 擋導體43之底端_略_左右邊體41之_，@此該偏斜螺 釘91之釘尖部分911即會碰撞到二擔導體肋之内邊面，由於該 偏斜螺釘91係不斷地向上昇移，故其釘尖部分911可順隨著二播 導體43之内邊而逐漸昇移(如第三圖所示），並從二擔導體43頂 4之凹w卩通過後直接進入二導夾塊51之弧凹斜面中間，如 此’該呈偏斜狀之螺釘91即可確實進人定㈣4内，而不會產生 卡钉之情事，再’當偏斜狀之螺針91到達二導夾塊5ι之弧凹斜 面512中間辦係呈定健狀態’哺_桿2由後伽向前推 旋螺進，又，若此時該偏斜狀之螺釘91經過二擋導體43之導引 到達定位麟不再錢斜情科，職獅91之釘尖部分9ΐι恰 好可對應於二夾掣體513 _之轉5131所形成之郎並與旋螺 桿2成同心對應(如第四圖所示），俾當旋螺桿2作動向前推旋螺 釘91螺進時，由於二導夾塊51可藉二彈簧體53之彈力並以二轴 栓52為樞轴，因此螺釘91之桿身可將位於二導夹塊51前端之二 夾掣體513向外推開並往前移動，而該二夾掣體513内面之凹部 M305092 5131所形成之空間此時可將螺釘qi 1之釘身夾扶(如第五圖所示）， 使螺釘91 _雜纽麵移她態直㈣釘91 通過二夾掣體513，在此同時，二彈墓脚c Μ可藉其雜恢復力， 促使二導夾塊51前端之二夾掣艚 ® 向内彈回並再度呈靠合狀 態，而螺釘91即可精準確實鎖螺於 、目b物，不會有螺鎖不確實之 情形發生。 再請參閱第六圖，若當一偏斜壯碑力… 91已被導進定位器4内M305092 VIII. New description: [New technical field] This creation is related to the kind of _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The nail tip can be accurately guided by the guiding device, and the nail body of the screw can be stably clamped to prevent the screw from being skewed or falling, and the occurrence of the pin and the screw lock is not sure. The needle can be more precise, and it is sure to lock the screw to the screw of the target>. [Prior Art] According to the 'Xijian screw grab, for example, the Patent No. 8145 of our Patent No. 8145, "Key Belt Nail Retrieving Screw Structure" patent case, which is pivoted on the nail grabbing device shell and contains two lions It is called a cypress seat, and each of the linings and one side of the brigade is axially formed with a groove, the groove is a lateral communication _ axially disposed on the occupant, the perforation system A torsion spring and a set of pivots disposed in the torsion spring are tightly fitted, and one end of the torsion spring abuts against the outer side of the holding seat, and the other end abuts against the pushing device housing In the inner side, the holding seat is recessed laterally inwardly from one of the pivots to form a recess, and the space formed by the recess of the two holding seats is concentric with the mouth of the nailing pipe; when the screw head When passing, the two holding seats are forced to pivot outward and are returned to the original position by the spring, so that the two holding seats can be opened and closed in addition to the stable supporting function of providing the screws when the nails are nailed into the target. It also has a fluent character; however, it can be borrowed from the patent case. The combination of the space formed by the holder and the recess provides a screw that stabilizes the M305092 when it is nailed into the target. However, the fact that the case is in the actual system is due to the fact that the two holds the seat. It is set on the shell of the nail pushing device, and is close to the pipe tube of the nail grabbing. Therefore, when the pin-up of the pin-up field is touched by the nail, the pipe is pushed and pushed. The recess of the second holding seat can only hold the nail end of the screw, but the nail tip portion of the screw is not clamped by any object, so the scented nail is pushed and the head end is completely When the speed of the nail is not in contact with the target, the screw has lost the support of the two holdings at the moment and there is no component to be moved. If (4) the screw is slightly weaker The influence of deflection or external force will cause the deflection of the tip of the screw to be offset and skew, which may result in the screw not being able to accurately lock the target. Therefore, if the sword is long, the lion nail is long. Lock _, because of the long length of the screw, the weight will follow Heavy, so when the longer screw is pushed forward and the nail end passes completely through the holder, the tip of the longer screw will show downward deflection, tilt or fall due to weight In this case, the longer screw can not accurately lock the target to the target. In severe cases, the staple will occur. Therefore, the patent case is still in use, and there is still a nail that cannot be screwed up. The tip part causes the screw to be deflected and pushed forward, which is prone to skew, sag or fall, so that the screw cannot be accurately locked to the target. In view of this, the creator has accumulated many years of experience in the professional design and manufacture of electric machine tools, and after careful research and many experiments and test improvements, the original creation is based on providing a guide screw. It does enter the guiding device inside the positioner, and the tip of the push screw can be accurately guided by the guiding device, M305092 and the nail body of the screw can be clamped to prevent the screw from being skewed. Or falling, and avoiding the occurrence of inaccurate staples and screw locks, so that the screw can be more precise, and the screw guide device structure of the target is fixed below. In order to enable your review board to understand and agree on the purpose, ship and efficacy of this article. [New content] W爹 The first and second brush includes a fixed seat that protrudes from the body (not shown) - a screw 2 that is disposed on the body and protrudes into the fixed seat The movable seat 3' which is connected with the fixed seat 1 and protruded from the fixed seat, and which is moved relative to the fixed seat 1 is fixed to the inside of the movable seat 3, and is fixed to the mobile The positioner 4 of the front end of the seat 3, and a guiding device 5 protruding from the bridging end of the locator 4, and the components of the body, the fixed seat screw 2 and the moving seat 3 are all associated with the county lion gun _ Therefore, the main structural design of the present invention is the positioner 4 and the guiding device 5; the _, the left and right sides of the locator 4 are screwed to the front end of the movable seat 3, and the left and right sides The front end of the body & is extended to a slightly lighter, the woven outline 42 is slightly toweled, and the bottom surface is appropriately positioned (4) obliquely extended - the conductors of the two conductors, the bottom end of the second conductor Slightly the same distance between the left and right side bodies 41, and the second-conductor (4) end recess has a concave portion, and the nail tip 911 of the screw (4) passes through the concave portion and enters the guiding device 5 ^ 垂 ^ The right side of the front end of the right side of the right side of the right side of the body 41 has a vertical vertical hole seat 44, which can be used for the placement of the second lifting bolt 52 of the guiding device 5, and the guiding device 5: phase (4) 51, : She 52 and M305092 parts are formed, such as the second riding, wherein the rear end of the 51 is vertically inserted through the hole - 5 Π 'hole 511 can be correspondingly accommodated in the vertical hole seat 44 for the second shaft bolt 52 The inner surface of the guide block 51 has a concave concave surface 512 which is gradually inclined from the front to the rear, and the inner surface of the concave concave surface 512 is convexly convex. The clamping body 513, that is, the clamping body 513 is located at the front end of the guiding block 51, and the inner surface of the clamping body 513 has a concave portion 5131. However, the cooling body 513 of the second guiding block 51 can be opened and closed correspondingly. The screw 91 is clamped and passed, and then, the outer surface of the outer surface of the 51 has a recess 514, and the recess 514 is a side body 41 corresponding to the recess 514. A fixing groove is provided for the other end of the spring body 53 to be fixed, so that when the two-axis inspection 52 respectively passes the vertical hole-piercing seat 44 and the hole 511 from top to bottom, and When the spring bodies 53 are respectively fixed on the recesses 514 and the corresponding solid grooves on the left and right side bodies 41, the two guide blocks 51 can be stably set between the left and right side bodies 41, and the surface of the two sides is mixed with 513. The space formed on the inner surface of the nozzle of the resisting edge 42 is just in a proper position, and the space formed by the concave portion 5131 of the second clamping body 513 (four) is concentric with the screw 2 and the space is available for the clamping screw 91. And passing it through, when the screw 91 is pushed in by the screw 2 and is concentrically corresponding to the space formed by the concave portion (4) of the second clamping body 513 of the second guiding block 51, due to the two spring bodies 53 The two ends are respectively fixed on the groove 514 and the corresponding left and right side body 41. Therefore, the two guide blocks 51 can be elasticized by the two spring bodies 53 and the shaft pin 52 is used as the wire. The shaft pushes the two fresh bodies 513 outward and moves forward, and the inner concave portion 5131 of the two clamping jaws 513 can be used for the clamping screw. The screw 91 can maintain a straight forward moving state until the nail of the screw 91 M305092 After the head end completely passes through the two-clamp body 513, the two spring bodies 53 can use a resilient restoring force to promote a guide clip. The two jaws 513 at the front end of the block 51 are turned back and rejoined. [Embodiment]: Please refer to the third, fourth and fifth figures. In the combined use, when the screw 91 with the skew shape is to be moved into the person (4) 4 _, the (4) 4 front end is resisted. 42 The bottom surface has two broadcast conductors 43 which are mutually inclined outwardly inclined, and the bottom end of the second conductor 43 is slightly_left and right side body 41, @the nail tip portion 911 of the deflection screw 91 is Colliding to the inner side surface of the two-bearing conductor rib, since the deflection screw 91 is continuously moved upward, the nail tip portion 911 can gradually move up along the inner side of the dipole conductor 43 (as shown in the third figure). As shown in the figure, and passing through the concave w卩 of the top 4 of the conductors 43 and directly entering the middle of the arc-inclined slope of the second guide block 51, such that the skewed screw 91 can be surely entered into (4) 4, Without causing a pinning situation, then 'when the skewed screw 91 reaches the arcuate slope 512 of the second guide block 5 ι, the middle is in a fixed state. 'Feeding rod 2 is pushed forward by the back gambling In addition, if the skewed screw 91 is guided by the second-speed conductor 43 at this time, the positioning of the screw is not the same as that of the slanting section. Corresponding to the formation of the two-cylinder body 513 _ turn 5131 and concentric with the screw 2 (as shown in the fourth figure), when the screw 2 is actuated to push the forward screw 91, Since the two guide clamps 51 can be pivoted by the two spring bodies 53 and pivoted by the two-axis bolts 52, the shaft of the screw 91 can push the two clamping bodies 513 at the front end of the two guide clamps 51 outward. Moving forward, and the space formed by the concave portion M305092 5131 on the inner surface of the two clamping body 513 can clamp the screw qi 1 at the present time (as shown in the fifth figure), so that the screw 91 _ miscellaneous face is moved to her The straight (four) nail 91 passes through the two-clamping body 513. At the same time, the second bomb tomb c Μ can use its resilience to cause the two clamps of the front end of the second guide block 51 to spring back and re-enter In the state, the screw 91 can accurately lock the screw and the object, and there is no case that the screw lock is not correct. Please refer to the sixth figure again. If a skewed force... 91 has been introduced into the positioner 4
部惟其釘尖部分9n仍呈偏斜 …、古興一夾掣體513内面之凹部 5⑶所形成之空間相對應，而旋螺桿2又作動向前推旋該偏斜狀 螺釘91螺進時，此時偏斜狀螺釘91之釘尖部分9ΐι會前移頂撞 到一導夾塊5i内面之弧凹斜面512，由於該弧凹斜面512係呈由 前向後逐漸斜傾内凹狀’因此該釘尖部分911可抵延著弧凹斜面 512而逐漸往前端之二夾掣體513移動，換言之，該弧凹斜面512 可導引釘尖部分911往前順滑移動，進而攸尖部分911移動到The portion of the nail tip portion 9n is still skewed, and the space formed by the concave portion 5 (3) on the inner surface of the Gu Xing clip body 513 corresponds to the space, and the screw 2 is further actuated to push forward the skewed screw 91. At this time, the nail tip portion 9ΐ of the skewed screw 91 will move forward and collide with the arc concave slope 512 of the inner surface of the guide clip 5i, since the arc concave slope 512 is gradually inclined from the front to the rear, and thus the nail The tip portion 911 can be moved against the arcuate slope 512 and gradually move toward the front jaws 513. In other words, the arc slope 512 can guide the nail tip portion 911 to move forward smoothly, and the tip portion 911 moves. To
二夾掣體513之凹部5131所形成之空間，此時旋螺桿2與二夹擎 體513之凹部5131所形成之空間成同心對應，如此，偏斜狀螺針 91之桿身可藉二夾掣體513之夾扶而順利直線前進移動並鎖螺於 目標物（此時該偏斜狀螺釘已無偏斜情形），進而達到推旋螺進之 釘尖可被準確導正方向，且其釘身得以穩固夾扶之目的。 綜上所述，本創作確可藉抵制邊底面凸具之二擋導體予以導 引呈偏斜狀之螺釘確實進入定位器内部，然其針尖部分可被導固 裝置之二導夾塊準確導正方向，且該螺釘之針身亦可受到二導夾 M305092 塊刖端之二夾掣體之咖夾扶，使螺釘可精料實綱於目標 物’以防止螺釘偏斜、歪移或下墜而產生卡釘或螺鎖不確實之情 开’發生’雖本_絲上似為-小改善，但其實賴用上之效果 ^係非吊豐碩宏A，㈣已具備提高物品使贿值之功效，且具有 =進步、實用之處，並經查相關資料、文獻亦未見有相同之產品 描兴先f已符合專利法所規定之專利要件，為保障申請人之 審杳，ί依法提出新型專利之中請，並祈請貴審查委員撥冗詳加 -日L摘作專卿，創作，至感德便。The space formed by the recessed portion 5131 of the second clip body 513 is concentrically corresponding to the space formed by the recessed portion 5131 of the two clip body 513. Thus, the shaft of the skewed screw pin 91 can be folded by two clips. The clip of the body 513 is smoothly moved forward and moves smoothly and locks the screw to the target object (the skewed screw is not deflected at this time), so that the nail tip of the push screw can be accurately guided, and The nail body can be stabilized and clamped. In summary, the creation can be guided by the second conductor of the bottom surface of the protrusion to guide the skewed screw to enter the positioner, but the tip portion can be accurately guided by the two guide blocks of the guiding device. In the positive direction, the needle body of the screw can also be clamped by the two clips of the two guide clips M305092, so that the screw can be refined to the target object to prevent the screw from skewing, swaying or falling. However, the occurrence of a staple or a screw lock is not true. Although it appears to be a small improvement, it actually relies on the effect of the system. It is a non-hanging Feng Shuohong A. (4) It has already improved the value of the item. Efficacy, and has = progress, practical, and the relevant information, the literature has not seen the same product, the first f has met the patent requirements stipulated by the Patent Law, in order to protect the applicant's review, ί Among the new patents, please ask your review committee to take the time to add the details of the day-to-day L as a special secretary, to create, to the sense of virtue.
11 M305092 【圖式簡單說明】 第一圖：係本創作之組示圖。 第二圖：係本創作導固裝置之導夾塊、軸栓及彈簧體等元件之 立體組示圖。 第三圖··係本創作擋導體導引螺釘進入定位器内部之示意圖。 第四圖：係第一圖之4-4剖組示圖。 第五圖：係本創作導固裝置之導夾塊、軸栓及彈簧體與螺釘之 _ 組示圖（一）。 第六圖：係本創作導固裝置之導夾塊、軸栓及彈簧體與螺釘之 組不圖（二）。 【主要元件符號說明】 1 :固定座 2 :旋螺桿 3 :移動座 4 :定位器 41 :邊體 42 :抵制邊 43 :擋導體 44 :垂直軸孔座 5:導固裝置 51 :導夾塊 511 :孔 512 :弧形斜面 513 :夾掣體 5131 ·•凹部 514 :嵌槽 52 :軸栓 53 :彈簧體 91 :螺釘 911 :釘尖部分 九、申請專利範圍： 1211 M305092 [Simple description of the diagram] The first picture: is a group diagram of the creation. The second figure is a three-dimensional group diagram of the components such as the guide block, the shaft bolt and the spring body of the original guiding device. The third figure is a schematic diagram of the creation of the conductor guiding screw into the positioner. Figure 4: Section 4-4 of the first figure. Figure 5: This is the diagram of the guide block, the shaft bolt and the spring body and the screw of the original guiding device (1). Fig. 6 is a diagram showing the guide block, the shaft bolt and the spring body and the screw of the original guiding device (2). [Main component symbol description] 1 : Fixing seat 2 : Screw screw 3 : Moving seat 4 : Positioner 41 : Side body 42 : Resisting side 43 : Stop conductor 44 : Vertical shaft hole holder 5 : Guide device 51 : Guide block 511: hole 512: curved bevel 513: clip body 5131 ·• recess 514: slot 52: shaft pin 53: spring body 91: screw 911: nail tip portion IX, patent application scope: 12