TWM270003U

TWM270003U - Position structure improvement of transmission device in screw locker

Info

Publication number: TWM270003U
Application number: TW093207782U
Authority: TW
Inventors: Ming-Jie Shiu
Original assignee: Mobiletron Electronics Co Ltd
Priority date: 2004-05-19
Filing date: 2004-05-19
Publication date: 2005-07-11
Also published as: GB2414211A; DE202005000996U1; JP3110675U; AU2005100121A4; GB2414211B; GB0501897D0

Description

M270003M270003

〈一〉新型所屬之技術領域本t作係有關一種螺絲鎖合機傳動裝置之定位構造改良，尤指一種可確實防止螺絲釘帶產生晃動歪斜，並使待螺絲釘穩固置於移動座前方進釘槽上之定位點，且呈一完全制動狀態，以供旋螺桿可更精準確實推旋待鎖合螺絲釘螺進，達到一高穩定進釘效果之螺絲鎖合機傳之定位構造者。〈二〉先前技術按’習見之螺絲鎖合機乃如第一、二、三圖所示，其大致包含有一凸伸於機體（圖中未示出）之固定座（A)，一、設於機體上且凸伸於固定座（A)内之旋螺桿，一與固定座（A)連設且凸伸於固定座（A)外，並可同步適時相對固定座（A)移動之移動座（〇，一固設於移動座（c)前端之定位器（D)，以及一固設於移動座（c) 一適當位之傳動裝置等構件，其中，機體上設有一動力元件（圖中未示出）可供帶動旋螺桿（B)旋轉，而固定座（A) —側開設有一寶孤狀之槽道（A1)供一旋轉螺检（E31)組置’再，傳動裝置（jg)俾由一齒輪圓體（E1)、卡掣圓體（E2)及一導圓塊（E3)所組成^，然該齒輪圓體（E1)係一體成型略呈Η狀，而其環邊上之凸齒（Ε11)可供導動支撐螺絲釘帶（F)，然齒輪圓體（£1)之_ 侧環面上凹設有許多凹掣孔（Ε12)，且各凹掣孔（Ε12)旁側均具有一斜傾滑槽（Ε1 3)，而齒輪圓體（Ε1) —側凸伸有_ 較長桿轴（Ε14)可頂抵於移動座（C)上，並且可供卡孝圓體 (Ε2)穿設組置，又齒輪圓體（Ε1)另侧凸伸一較短桿轴（Ε15〈一〉 Technical field to which the new type belongs The present invention relates to an improvement in the positioning structure of a screw lock machine transmission device, in particular to a screw belt that can surely prevent the screw belt from being shaken and skewed, and can securely place the screw in the nail inlet groove in front of the moving base The upper positioning point is in a fully braked state, so that the screw can more accurately and surely push the screw to be locked into the screw to achieve a highly stable screw-into-pass effect. (2) The screw lock machine according to the prior art is as shown in the first, second, and third figures, which generally includes a fixed seat (A) protruding from the body (not shown in the figure). A screw on the body and protruding from the fixed seat (A), a screw connected to the fixed seat (A) and protruding from the fixed seat (A), and can simultaneously and timely move relative to the fixed seat (A) Seat (0, a positioner (D) fixed to the front end of the mobile seat (c), and a proper position transmission device and other components fixed to the mobile seat (c), in which a power element (Figure) Not shown) can be used to drive the rotary screw (B) to rotate, while the fixed seat (A)-a treasure-shaped channel (A1) is set on the side for a rotary screw inspection (E31) assembly. jg) 俾 is composed of a gear round body (E1), a snap round body (E2) and a guide round block (E3) ^, but the gear round body (E1) is formed into a single Η shape, and its ring The convex teeth (E11) on the side can be used to drive the support screw strap (F), but the _ side ring surface of the gear round body (£ 1) is recessed with a number of recessed holes (E12), and each recessed hole ( Ε 12) Each side has a slanted chute (E1 3), and the gear round body (E1) — protruding sideways _ longer rod shaft (E14) can abut against the moving seat (C) and can be used for The card xiao round body (E2) is set through, and the gear round body (E1) protrudes from a shorter shaft (E15) on the other side.

M270003 五、創作說明（2) )可供容置抵靠於移動座（C)之凹孔上，再卡掣圓體（E2)其一側面環圓凸具有數個卡塊（E21)，該等卡塊（E21)係呈斜凸狀可供與凹掣孔（E1 2)及斜傾滑槽（E1 3)相互對應卡掣，然卡掣圓體（E2)另侧面略中央環圓面凹具有一圓槽孔（E22 )’該槽孔（E2 2)内置設有一彈圈（E23)，而彈圈（E23)另端係抵掣於移動座（C)上，如此可撐頂卡掣圓體（E2)予以靠抵齒輪圓體（E1)，又，於卡掣圓體（E2)側邊延伸連接有一導圓塊（E3)，而導圓塊（E3)上具有一孔可供接設一旋轉螺栓（E31)，而旋轉螺栓（E31)則可凸伸置於固定座（A)之彎弧狀之槽道（A1)上，另，移動座（c)上開設有一供螺絲釘帶（F)穿置之槽孔（ci); 如第一、二圖所示，當螺絲釘帶（F)上之螺絲釘（F1) 欲鎖入物件（I)時，首先操作人員需將***壓合於物件（I)上’同時向前推動機體（圖中未示出），使移動座（c) 相對固定座（A)向其内部移動，此時，由於導圓塊（E3)上接設之旋轉螺栓（E31)係凸伸於固定座（A)之彎弧狀槽道（a 1)上，故旋轉螺栓（E31)可帶動導圓塊（E3)隨移動座（C)之移動而呈順時針轉動，又因導圓塊（E3)係連接於卡掣圓體 (E2)之側邊，因此卡掣圓體（£；2)可隨之呈順時針轉動，再由於卡掣圓體（E2)侧面凸具之數個卡塊（E21)係與齒輪圓體（E1)上之凹掣孔（E12)及斜傾滑槽（E13)對應卡掣，進而令卡掣圓體（E2)帶動齒輪圓體（E1)呈順時針轉動，而當齒輪圓體（E1)旋動時，其環邊上之凸齒（En)即可導動支% 螺絲釘帶（F)向上移動，令螺絲釘帶（F)上之螺絲釘（Fl)移M270003 V. Creation instructions (2)) can be accommodated against the recessed hole of the moving base (C), and then the circular body (E2) is buckled on one side with a plurality of clamping blocks (E21). The equal block (E21) is obliquely convex and can be matched with the concave detent hole (E1 2) and the oblique slide groove (E1 3). However, the other side of the detent circular body (E2) is slightly centrally circular. The recess has a round slot hole (E22). The slot hole (E2 2) is provided with a snap ring (E23), and the other end of the snap ring (E23) is against the moving seat (C), so that the top latch can be supported. The round body (E2) is against the gear round body (E1), and a guide round block (E3) is extended to the side of the snap round body (E2), and the guide round block (E3) has a hole for A rotation bolt (E31) is connected next, and the rotation bolt (E31) can be protruded on the curved groove (A1) of the fixed base (A), and a screw for the movable base (c) is provided. The slot (ci) with belt (F); as shown in the first and second figures, when the screw (F1) on the screw belt (F) is to be locked into the object (I), the operator first needs to position the positioner Press on the object (I) 'while pushing the body forward ( (Not shown in the figure), the moving base (c) is moved inward relative to the fixed base (A). At this time, since the rotation bolt (E31) connected to the guide block (E3) is protruding from the fixed base ( A) on the curved arc channel (a 1), so the rotating bolt (E31) can drive the guide block (E3) to rotate clockwise with the movement of the moving seat (C), and the guide block (E3) It is connected to the side of the detent round body (E2), so the detent round body (£; 2) can be rotated clockwise along with it, and because of the several convex blocks on the side of the detent round body (E2) ( E21) is corresponding to the latching hole (E12) and the oblique slide groove (E13) on the gear round body (E1), so that the gear round body (E1) is driven by the locking round body (E2) to rotate clockwise. When the gear circular body (E1) rotates, the convex teeth (En) on its ring side can guide the support% screw band (F) to move upward, so that the screw (Fl) on the screw band (F) moves

第7頁 M270003 五、創作說明（3) 至待鎖合位並與疑螺桿（B)接合，而此時操作人員即可啟動動力元件（圖中未示出）帶動旋螺桿（B)旋轉，使旋螺桿（ B) 帶動螺絲釘（F1)向前推旋鎖入物件（！）；然當螺絲釘（F1 )鎖入物件（I )後，操作人員即可將原先壓合於物件（I)上之***（D)予以放鬆，亦即將機體向後拉移，此時移動座（C)即可向前伸移，然當移動座〇向前伸移時可帶動旋轉螺栓（E31)於槽道（A1)上復位移動，進而帶動導圓塊（E3)及卡掣圓體（E2)呈逆時針轉動，由於卡掣圓體（E2)之數個卡塊（E21)原先係對應卡掣於齒輪圓體（E1)上之凹掣孔（E12)及斜傾滑槽（E13)，俾當卡掣圓體 (E2)呈逆時針轉動時，該數個卡塊（E21)即可藉本身之斜凸形狀而逐漸脫離其所對應卡掣之凹掣孔（E12)及斜傾滑槽（E13)，而卡掣圓體（E2)此時可藉彈圈（E23)之彈力令數個卡塊（E21)頂抵於齒輪圓體（E1)該側環面，又當移動座（ C) 向前完全伸移至定位時，該旋轉螺栓（E31)則可靠擋於槽道（A1) —端，而卡掣圓體（E2)上之數個卡塊（E21)恰可旋動至齒輪圓體（E1)上之另一凹掣孔（E12)及斜傾滑槽（E1 3)上而再對應卡掣，進而令齒輪圓體（E1)不再旋動，亦即齒輪圓體（E1)可受到卡掣圓體（E2)上之數個卡塊（E21)卡擋在凹掣孔（E1 2)及斜傾滑槽（E1 3)上而無法轉動，如此即可完成進釘螺鎖之工作；今查’此種習見螺絲鎖合機在實際使用上，當螺絲釘帶（F)上之螺絲釘（F1)的長度較長時，其導撐螺絲釘帶（F) 的齒輪圓體（E1)環邊上之凸齒（E11)無法支撐該螺絲釘（F1Page 7 M270003 V. Creation instructions (3) To the locked position and engaging with the suspect screw (B), and the operator can start the power element (not shown) to rotate the screw (B), Make the screw (B) drive the screw (F1) to push the locking object (!) Forward; then when the screw (F1) locks into the object (I), the operator can press the original onto the object (I) The positioner (D) is relaxed, that is, the body is pulled backward, at this time, the moving base (C) can be extended forward, but when the moving base 〇 is extended forward, the rotation bolt (E31) can be driven in the channel. (A1) moves upwards, which in turn drives the guide block (E3) and the latching body (E2) to rotate counterclockwise. Because the latching bodies (E2) of the latching body (E2) originally corresponded to the latching on The recessed hole (E12) and the inclined slide groove (E13) on the gear round body (E1), when the round body (E2) rotates counterclockwise, the several blocks (E21) can borrow themselves The oblique convex shape gradually disengages from its corresponding concave depression hole (E12) and oblique slide groove (E13), and the circular fastener body (E2) can use the spring force of the elastic ring (E23). Each clamping block (E21) abuts against the side annulus of the gear circular body (E1), and when the moving seat (C) is fully extended forward to position, the rotation bolt (E31) is reliably blocked by the channel (A1) ) -End, and the plurality of clamping blocks (E21) on the latching circular body (E2) can just rotate to another recessed latching hole (E12) and the inclined sliding groove (E1 3) on the gear circular body (E1). ), And then corresponding to the latch, so that the gear round body (E1) no longer rotates, that is, the gear round body (E1) can be blocked by a number of blocks (E21) on the latch round body (E2). The recessed hole (E1 2) and the inclined chute (E1 3) cannot be rotated, so that the work of entering the screw lock can be completed; check out this type of conventional screw lock machine in actual use. When the screw belt ( F) When the length of the screw (F1) is longer, the convex teeth (E11) on the ring of the gear round body (E1) of the guide screw strap (F) cannot support the screw (F1

M270003 五、創作說明（4) )之重量，進而使得螺絲釘（F1)未鎖合時，容易發生晃動歪斜之情形，致使旋螺桿（B)推旋螺進時無法精確定位於欲鎖合位，而造成鎖合不確實之情形，再，當操作人員將 ***（D)壓合於物件（I)上，欲藉齒輪圓體（E1)環邊上之凸齒（E11)導撐螺絲釘帶（F)向上移動，使待鎖合螺絲釘（F 1)到達定位供旋螺桿（B)推旋螺進時，常會因為操作人員施力壓抵***（D)過於太猛快速或施力不足緩慢，而造成齒輪圓體（E1)之凸齒（E11)導撐螺絲釘帶（F)向上移動之速度無法適時配合旋螺桿（B)之推旋螺進，進而導致旋螺桿（B)無法對應待鎖合螺絲釘（F1)推旋螺辞，此一情形業者即稱為出釘，又查，當齒輪圓體（E1)之凹掣孔（E12)與斜傾滑槽（E13)受到卡掣圓體（E2)之數個卡塊（E21)之對應卡掣時’該齒輪圓體（E1)並非呈完全制動狀態，亦即該齒輪圓體（E1)仍呈鬆動狀態，究其原因在於，卡擎圓體（E2) 之數個卡塊（E21)係呈斜凸狀，且係以順時針方向對應卡掣於凹掣孔（E12)及斜傾滑槽（E13)，因此卡塊（E21)與凹掣孔（E12)及斜傾滑槽（E13)之卡掣並非呈完全密合不動狀態，以致齒輪圓體（E1 )所導撐之螺絲釘帶（F )亦會呈上下鬆動之情形，然此上下鬆動情形極易造成旋螺桿（B)無法精確對應待鎖合螺絲釘（F1)予以推旋螺鎖；嗣，習見螺絲鎖合機在使用上確存具著，該卡掣圓體（E2)與齒輪圓體（e 1)之卡掣旋動，無法使螺絲釘帶（1〇精確移動，而造成待鎖合螺絲釘（F1)產生上下晃動歪斜之情形，以絲釘（F1)無法確實到達待鎖合定付頌口琢只』咬付頌口疋點且呈元全制動狀態供旋M270003 5. The weight of the creative instructions (4)), which makes the screw (F1) unsteady, which is prone to shaking and skewing. As a result, the screw (B) cannot be accurately positioned at the locked position when the screw is pushed in. As a result, the locking is not sure. Then, when the operator presses the positioner (D) on the object (I), he wants to use the convex teeth (E11) on the ring edge of the gear round body (E1) to guide the screw belt. (F) Move upwards so that the screw to be locked (F 1) reaches the positioning screw (B). When the screw is pushed in, the operator often presses against the positioner (D) too fast or insufficiently. Slow, resulting in the upward movement speed of the convex teeth (E11) of the gear round body (E1), the guide screw belt (F), and the push screw of the screw (B) in a timely manner. When the screw (F1) is to be locked, the screw is pushed. In this case, the operator is called the nail release, and check, when the concave hole (E12) and the inclined chute (E13) of the gear round body (E1) are locked. When the corresponding latches of the several blocks (E21) of the round body (E2) are 'the gear round body (E1) is not in a fully braked state, That is, the gear round body (E1) is still in a loose state. The reason is that the several blocks (E21) of the card engine round body (E2) are obliquely convex, and are correspondingly locked in a clockwise direction to the concave. The detent hole (E12) and the oblique chute (E13), so the detent (E21) and the detent of the detent (E12) and the oblique chute (E13) are not completely tight, so that the gear is round. (E1) The screw band (F) of the guide stay will also be loose, but this looseness will easily cause the screw (B) to not accurately push the screw lock corresponding to the screw (F1) to be locked; 嗣It has been learned that the screw locking machine is indeed in use. The rotation of the locking circular body (E2) and the gear circular body (e 1) can not make the screw belt (10) move accurately and cause lock to be locked. The screw (F1) will be shaken up and down, and the wire screw (F1) cannot reach the to-be-closed fixed-border opening. It will bite the point of the opening and be fully braked for rotation.

第9頁 M270003Page 9 M270003

螺桿(B)推旋螺鎖’進而經常導致出釘情形之缺弊。嗣創作人有鑑於上述習見磘絲搞，人失，麦積多年從事電動工使用上所具缺 %别，、機辱業設计製造之經驗，並經二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可確實防止螺絲釘帶產生晃動歪斜，並使待鎖合螺絲釘穩固置於移動座前方進釘槽上之定位點且呈完全制動狀態，以供旋螺样可更精準確實推旋待鎖合螺絲釘螺進，達到一高穩定進釘效果之螺絲鎖合機傳動裝置之定位構造，以期使螺絲鎖合機之操作使用趨於理想者。〈三〉新型内容以下列舉一.較佳之實施例並配合圖式說明於后，俾使貴審查委員能對本創作之目的、特徵及功效有更進一步的瞭解與認同。請參閱第四、五、六圖，本創作螺絲鎖合機亦包含有凸伸於機體（圖中未示出）之固定座（1)，一設於機艘上且凸伸於固定座（1)内之旋螺桿（2)，一與固定座（1)連設且凸伸於固定座（1)外，並可同步適時相對固定座移動之移動座（3)，一固設於移動座（3)前端之***（4)，以及一固設於移動座（3)内適當位之傳動裝置（5)等構件所組成，由於該機體、固定座（1)、旋螺桿（2)、移動座（3)及 ***（4)等構件均與習見螺絲鎖合機相同，故恕在此不再贅述，然傳動裝置（5)係置設於移動座（3)内部，且移動座（3)係由兩左右座體（31)(32)螺接而成（移動座之構造亦與習知略同，恕不再贅述），而本創作之主要構造設計在 iHBIIMi 第10頁 M270003 五、創作說明（6) 於傳動裝置（5);傳動裝置（5)係由一卡掣圓塊（6)、齒輪圓體（7)及一制動體（8)所組成，其中，卡掣圓塊（6)中央處開設有一孔（61)，可供制動體（8)之桿軸（82)穿設，而其一侧環面凸設有數個斜凸狀之凸塊（62)，該等凸塊（62) 可供與齒輪圓體（7)之數個内凹斜孔（73)對應卡置，而卡掣圓塊（6) —侧環面與左座體（31)内面之間置設有一彈圈（ 63) ’彈圈（63) —端可靠抵於孔（61 )之環周，另端則可靠抵於左座體（31)之孔（33)内面環周，又卡掣圓塊（β)之環圓端面適當位延伸凸設有一導塊（64)，而導塊（64)上具有一螺孔（641)可供一旋動螺栓（65)組螺，而旋動螺栓（π) 可從左座體（31)之彎弧槽道（34)由外向内組螺於螺孔（641 )内’藉此卡掣圓塊（6)可隨旋動螺栓（65)在彎弧槽道（34) 上往復移動而轉動，進而帶動齒輪圓體（7)轉動；齒輪圓體（7 )係呈Η形狀，其兩侧環圓邊面上均設具有許多凸齒（ 71)以供導撥螺絲釘帶（9)移動，而齒輪圓體（7)之中央位貫穿設有一孔（72)供制動體（8)之桿軸（82)穿設，然於齒輪圓艘（7) —侧環圓面上設有數個呈環圓排列狀之内凹斜孔（73) ’該等内凹斜孔（73)可供卡掣圓塊（6)上之數個凸塊（62)對應容置，又齒輪圓體（7)之另側環圓面上設具有數個略梯狀且呈環圓排列之卡孔（74)，而該等卡孔（74)係與制動體（8)之卡塊（83)相對應，可供容置卡固；制動體（ 8) —側具有一四方形座板（8丨），座板（81)恰可容置於移動座（3)之右座體（31)内面之四方形板位（35)上，且座板（81 )一側中央延伸凸具有一桿軸（82)，而桿轴（82)之端頭面The screw (B) pushes the screw lock ', which often leads to the disadvantage of the nail-out situation. In view of the above-mentioned experiences, the creators have made mistakes and lost people. Mai Ji has many years of experience in the use of electric workers, machine design and manufacturing experience, and after careful elaboration and repeated experiments, The test is improved, and the first creation is to provide a screw strap that can prevent the screw belt from being shaken and deflected, and the screw to be locked is firmly positioned at the positioning point on the nail inlet groove in front of the moving base and is fully braked for the screw In this way, it is possible to more accurately and accurately push the screw of the screw to be locked into position, to achieve a positioning structure of the screw lock machine transmission device with a high stable screw advance effect, so as to make the operation of the screw lock machine ideal. (3) New contents The following is a list of the preferred embodiments and the illustrations, so that your reviewers can have a better understanding and recognition of the purpose, characteristics and effects of this creation. Please refer to the fourth, fifth, and sixth figures. This creative screw lock machine also includes a fixing base (1) protruding from the body (not shown). One is set on the ship and protruding from the fixing base ( 1) The inner screw (2), a moving base (3) connected to the fixed base (1) and protruding outside the fixed base (1), and synchronously and timely movable relative to the fixed base, and a fixed base The positioner (4) at the front end of the seat (3) and a transmission device (5) fixed in the proper position in the mobile seat (3) are composed of the body, the fixed seat (1), and the screw (2). ), Mobile base (3) and positioner (4) and other components are the same as the conventional screw lock machine, so I will not repeat them here, but the transmission device (5) is located inside the mobile base (3), and The mobile base (3) is made by screwing the two left and right base bodies (31) (32) (the structure of the mobile base is also similar to the conventional knowledge and will not be repeated), and the main structure of this creation is designed on iHBIIMi page 10 M270003 V. Creation instructions (6) in the transmission (5); the transmission (5) is composed of a detent block (6), a gear round body (7) and a brake body (8), of which A hole (61) is provided at the center of the locking circular block (6) for the rod shaft (82) of the braking body (8) to pass through, and a plurality of oblique convex blocks (62) are convex on one side of the annular surface. ), The convex blocks (62) can be fitted with corresponding recessed inclined holes (73) of the gear round body (7), and the locking round blocks (6)-the side ring surface and the left seat body (31 ) A spring ring (63) 'spring ring (63) is placed between the inner surfaces-one end reliably abuts the circumference of the hole (61), and the other end reliably abuts the inner ring of the hole (33) of the left seat body (31) Around the end of the circular circle of the locking block (β), a guide block (64) is protruded at an appropriate position, and the guide block (64) has a screw hole (641) for a set of rotating bolts (65). The screw (π) can be turned from the curved groove (34) of the left seat body (31) into the screw hole (641) from the outside to the inside. The moving bolt (65) reciprocates and rotates on the curved arc channel (34), and then drives the gear round body (7) to rotate; the gear round body (7) has a Η shape, and both sides of the rounded sides are provided. Has many convex teeth (71) for the guide screw belt (9) to move, and the gear round body (7) A hole (72) is provided through the central position for the rod shaft (82) of the brake body (8) to pass through, and a plurality of inwardly inclined slanting rows are arranged on the round surface of the gear round ship (7). Hole (73) 'These concave recessed holes (73) can be accommodated by the corresponding convex pieces (62) on the detent round block (6), and on the other side of the circular surface of the gear round body (7) It is provided with a plurality of card holes (74) which are slightly ladder-shaped and arranged in a circular circle, and the card holes (74) correspond to the card blocks (83) of the brake body (8), and can be used for receiving and fixing; Brake body (8)-a square seat plate (8 丨) is provided on the side, and the seat plate (81) can be accommodated on the square plate seat (35) on the inner surface of the right seat body (31) of the moving seat (3) And a lever shaft (82) extends from the center of one side of the seat plate (81), and the end surface of the lever shaft (82)

第11頁 M270003 五、創作說明（7) "" 一 "~ 係呈斜圓形狀，然於桿轴（8 2 )該侧之座板（81)適當位上凸設有數個卡塊（83)，該等卡塊（83)恰可對應卡固於齒輪圓體（7)之卡孔（74)内，再，於座板（81)另側對應桿軸（82) 之中央向内開設有一槽孔（84)，該槽孔（84)可供一彈簧（8 5)容置靠抵，而彈簧（85)另端可固抵於右座體（32)之四方形板位（35)内，如此，當制動體（8)之座板（81)與彈簧（85 )組置靠抵於右座體（32)之四方形板位（35)上，可藉制動艘（8)之样軸（82)穿設過齒輪圓體（7)之孔（72)、卡掣圓塊 (6)之孔（61 )及彈圈（63)，並再穿伸凸置於左座體（31)之孔（33)上，然再利用螺栓（絲）（1〇)將左右座體（31)(32)靠置鎖接，即可使卡掣圓塊（6)、齒輪圓體（7)及制動體（8) 連接組置於移動座（3)内部，進而完成傳動裝置（5)與移動座（3 )之整體組置。如第六圖所示，***（4)係固設於移動座（3)前端，移動座（3)係連設凸伸於固定座（1)外，並同步適時相對固定座（1)移動，且移動座（3)可供傳動裝置（5)組置於内，由圖可見，本創作傳動裝置（5)之制動體（8)，可藉其座板 (81)對應組置於移動座（3)之右座體（32)四方形板位（35) 上，然座板（81)上之桿軸（82)可穿設過齒輪圓體（7)之孔（ 72) 及卡掣圓塊（6)之孔（61)，此時齒輪圓體（7) —側環圓面上所具之數個卡孔（74)可與座板（81)上之卡塊（83)對應卡固，又齒輪圓體（7)另侧呈環圓排列狀之數個内凹斜孔（ 73) 可對應容置於卡掣圓塊（6)上之數個凸塊（62),然後桿軸（82)可再穿伸過彈圈（63)及左座體（31)之孔（33)並凸伸Page 11 M270003 V. Creative Instructions (7) " " A " ~ It is obliquely rounded, and several clamping blocks are protruded from the appropriate position of the seat plate (81) on the side of the shaft (8 2). (83), the clamping blocks (83) can be correspondingly fixed in the clamping holes (74) of the gear circular body (7), and then, on the other side of the seat plate (81), corresponding to the center of the rod shaft (82) A slot (84) is provided in the slot, and the slot (84) can be accommodated by a spring (85), and the other end of the spring (85) can be fixed to the square plate of the right seat (32). (35), in this way, when the seat plate (81) and spring (85) of the brake body (8) are placed against the square plate (35) of the right seat body (32), the brake ship ( 8) The sample shaft (82) passes through the hole (72) of the gear round body (7), the hole (61) of the latching block (6), and the spring ring (63), and then penetrates and extends to the left On the hole (33) of the seat body (31), and then use the bolt (wire) (10) to lock the left and right seat bodies (31) (32) against each other, so that the locking block (6) and the gear can be made. The connection body of the round body (7) and the brake body (8) is placed inside the mobile seat (3), thereby completing the whole of the transmission device (5) and the mobile seat (3) Home. As shown in the sixth figure, the positioner (4) is fixedly arranged on the front end of the mobile base (3), and the mobile base (3) is connected with and protrudes from the fixed base (1), and is synchronized with the fixed base (1) in a timely manner. Move, and the moving seat (3) can be placed in the transmission (5) group. As can be seen from the figure, the braking body (8) of the original transmission (5) can be placed by the corresponding group of the seat plate (81). The right seat body (32) of the moving seat (3) is on the square plate position (35), but the rod shaft (82) on the seat plate (81) can pass through the hole (72) of the gear round body (7) and The holes (61) of the locking circular block (6), at this time, the gear round body (7)-several locking holes (74) provided on the circular surface of the side ring can be connected with the locking block (83) on the seat plate (81). ) Corresponding to the fixing, and the gear round body (7) has a plurality of recessed oblique holes (73) arranged in a circular circle on the other side, which can correspond to a plurality of convex blocks (62) received on the latching round block (6). Then, the shaft (82) can extend through the hole (33) of the elastic ring (63) and the left seat body (31) and protrude.

第12頁 M270003 五、創作說明（8) 於外，以供移動座（3)向後移動時，固定座（1)之前端端面可將桿轴（82)之斜圓形狀端頭予以壓抵使其迫降，使制動體（8)藉彈簧（85)之彈力而移動，並令其座板（81)上之卡塊（83)脫離所卡固之數個卡孔（74)，又，由於制動體（8) 之槽孔（84)係供彈簧（85)容置靠抵，而彈簧（85)另端可固抵於右座體（32)之四方形板位（35)内，如此，當本創作傳動裝置（5)組置於移動座（3)内部時，制動體（8)之座板（81 )與右座體（32)之四方形板位（35)之間則會留具呈一空間，供制動體（8)移動，另，齒輪圓體（7)兩侧環圓邊面上設具之凸齒（71)可供導撥螺絲釘帶（9)向上移動，而螺絲釘帶（9)之螺絲釘（91)可由下而上穿置定位於移動座（3)前方之進釘槽（36)，以供旋螺桿（2)推旋螺鎖。〈四〉實施方式請再配合參閱第七、八圖，本創作在第一次使用上（意指待鎖合螺絲釘尚未被帶動到移動座前方之進釘槽上） ’操作人員需先將螺絲釘帶（9 )從移動座（3 )下方導入，並使螺絲釘帶（9)兩側邊之孔帶對應卡置於齒輪圓體（7)兩侧環圓邊面上之凸齒（71)，然再將***（4)壓合於欲鎖合之物件（11)上並同時向前推動機體（圖中未示出），使移動座（3)相對固定座（1)向其内部移動，直至固定座（丨）前端面與***（4)前端面靠攏，此時，由於卡掣圓塊（6)凸設之導塊（64)係與旋動螺栓（65)連接螺組，而旋動螺栓（65) 係凸置於移動座（3)之彎弧槽道（34)上，因此當移動座（3) 向固定座（1)内部移動時，旋動螺栓（65)可被導動於f弧第13頁 M270003 五、創作說明（9) -Page 12 M270003 V. Creation instructions (8) outside for the moving base (3) to move backward, the front end face of the fixed base (1) can press the oblique round end of the shaft (82) against The forced landing caused the brake body (8) to move by the spring force of the spring (85), and the clamping block (83) on its seat plate (81) was released from the several clamping holes (74). The slot (84) of the brake body (8) is used for receiving the spring (85), and the other end of the spring (85) can be fixed in the square plate (35) of the right seat body (32). When the creative transmission device (5) is placed inside the mobile seat (3), the space between the seat plate (81) of the brake body (8) and the square plate place (35) of the right seat body (32) will be The retaining fixture presents a space for the braking body (8) to move, and the convex teeth (71) provided on the circular sides of the gear round body (7) can be used to move the screw belt (9) upward, and The screw (91) of the screw band (9) can be penetrated from bottom to top and positioned in a nail inlet slot (36) in front of the moving base (3), so that the screw (2) can push the screw lock. 〈四〉 Please refer to Figures 7 and 8 for the implementation. This creation is used for the first time (meaning that the screw to be locked has not been driven to the nail inlet slot in front of the moving base). The belt (9) is introduced from under the moving base (3), and the hole belts on both sides of the screw belt (9) are correspondingly clamped to the convex teeth (71) on the rounded sides of the gear round body (7), Then press the positioner (4) on the object (11) to be locked and push the body (not shown) at the same time, so that the moving base (3) moves toward the inside of the fixed base (1). Until the front surface of the fixed seat (丨) is close to the front surface of the positioner (4), at this time, since the guide block (64) protruding from the latching circular block (6) is connected to the screw group with the turning bolt (65), The turning bolt (65) is convexly placed on the curved groove (34) of the moving seat (3), so when the moving seat (3) moves toward the inside of the fixed seat (1), the turning bolt (65) can Be directed at f arc page 13 M270003 V. Creation instructions (9)-

槽道（34)上移動，並同時帶動卡掣圓塊（6)呈順時針方向轉動’由於先前卡掣圓塊（6)上之數個凸塊（62)係對應容置於齒輪圓體（7) —側環圓排列狀之數個内凹斜孔（73)，故卡掣圓塊（6)可同步帶動數個凸塊（62)呈順時針方向轉動’然該等凸塊（62)此時可藉本身之斜凸形狀及彈圈（63) 之彈力而逐漸從内凹斜孔（73)上滑脫並繼績轉動，直到凸塊（62)與另一内凹斜孔（73)又呈對應容置，此時旋動螺栓 (65)恰可移動至彎弧槽道（34)另端，在此同時，固定座（1 )之别端端面可抵觸到桿轴（82)之斜圓形狀端頭，並且將桿軸（82)之斜圓形狀端頭予以強壓迫降，促使制動體（8) 藉彈簧（85)之彈力而移動，進而使座板（81)上之卡塊（83) 脫離所卡固之數個卡孔（74)，然座板（81)側面此時恰可靠置於四方形板位（3 5 )(此時螺絲釘帶上之螺絲釘尚未被帶動至移動座前方進釘槽上），再，當固定座（1)前端面與定位器（4)前端面靠攏後，操作人員再將機體往後拉移（圖中未示出）’使移動座（3)自固定座（1)内部向前伸移復位，以回復原先未推動機體向前之狀態，亦即恢復機體、固定座（1)、移動座（3)及***（4)均未作動前之狀態，然當移動座（3)自固定座（1)内部向前伸移復位時，該移動至彎孤槽道（34)另端之旋動螺栓（65)可再隨移動座（3)之移動而復位移動至原點（即彎弧槽道之一端），此時，旋動螺栓 (65)可帶動卡掣圓塊（6)及其凸塊（62)呈逆時針方向轉動 ’由於此時數個凸塊（62)係與數個内凹斜孔（73)呈對應容置狀態，該呈逆時針方向轉動之凸塊（62)，此時會受限於The channel (34) moves and simultaneously drives the latching circle (6) to rotate clockwise. 'Because the several bumps (62) on the previous latching circle (6) are correspondingly accommodated in the gear round body (7) —Several concave recessed holes (73) arranged side-by-side in a circle, so the latching block (6) can synchronously drive several bumps (62) to rotate clockwise, then the bumps ( 62) At this time, by its own oblique convex shape and the elastic force of the elastic ring (63), it can gradually slip away from the concave concave hole (73) and continue to rotate until the convex block (62) and another concave concave hole (73) is correspondingly accommodated, at this time, the screw (65) can be moved to the other end of the curved groove (34), and at the same time, the end face of the other end of the fixed seat (1) can abut the shaft ( 82) with obliquely rounded ends, and the obliquely rounded ends of the lever shaft (82) are forced to drop, so that the brake body (8) is moved by the spring force of the spring (85), and then the seat plate (81) The clamping block (83) is separated from the several clamping holes (74) which are fastened, but the side of the seat plate (81) is now reliably placed on the square plate (3 5) (at this time, the screws on the screw belt have not been Drive to the front of the mobile seat Into the nail groove), and then, when the front surface of the fixed base (1) and the front surface of the positioner (4) are close, the operator pulls the body back (not shown in the figure) to make the mobile base (3) Extend from the fixed base (1) forward and reset to restore the original state without pushing the body forward, that is, before restoring the body, fixed base (1), moving base (3) and positioner (4). In the state, when the moving seat (3) is extended forward and reset from the inside of the fixed seat (1), the rotating bolt (65) that moves to the other end of the curved channel (34) can follow the moving seat (3). ) And return to the original point (that is, one end of the curved arc channel), at this time, turning the bolt (65) can cause the locking circle (6) and its projection (62) to rotate counterclockwise. Since the plurality of convex blocks (62) are correspondingly accommodated with the plurality of recessed inclined holes (73) at this time, the convex blocks (62) rotating in the counterclockwise direction will be limited at this time.

第14頁 M270003 五、創作說明（ίο) 内凹斜孔（73)形狀，以致無法從内凹斜孔（73)上滑脫，換言之’即當凸塊（6 2)容置於内凹斜孔（73)上且呈逆時針方向轉動時，凸塊（62)與内凹斜孔（73)因呈卡擋靠合而致無法順遂脫離分開，進而藉凸塊（62)推抵内凹斜孔（73)，^ 卡掣圓塊（6)得以帶動齒輪圓體（7)呈逆時針方向轉動，此時齒輪圓體（7)兩侧環圓邊面上之凸齒（71)可將螺絲·釘帶（ 9)逐漸往上帶動，再，當齒輪圓體（7)呈逆時針方向轉動時，齒輪圓體（7) —侧環圓面上所具之卡孔（74)可隨之轉動後，再與座板（81)上之卡塊（83)對應卡固，在此同時，由於移動座（3)己向前伸移復位，且桿軸（82)之斜圓狀端頭不再受到固定座（1)前端面之強壓迫降，而使制動體（8) 可藉彈簧（85)之彈力而復位移動，令桿軸（82)之斜圓狀端頭再次凸伸置於移動座（3)之孔（33)外，嗣當齒輪圓體（7) 上之卡孔（74)與座板（81)上之卡塊（83)對應卡固時，由於座板（81)組置於四方形板位（35)上且呈無法旋動狀態，故此時齒輪圓體（7)無法再接受卡掣圓塊（6)以逆時針方向帶動旋轉，進而使齒輪圓體（7)呈現一完全定點不動狀態，然此時螺絲釘帶（9)上之待鎖合螺絲釘（91)即可完全被帶動至移動座（3)刖方進釘槽（36)定位點上且呈制動狀態，人員作動旋螺桿⑴進行螺鎖，如此即可完成本創一支待鎖合螺絲釘（91)帶移至進釘槽（36)上之定位點後，供旋螺桿（2)推旋螺鎖之工作。 ® ^、，姓由上可知本創作在進行螺鎖工作之初，可藉卡掣圓塊U)帶動齒輪圓體⑺以逆時針方向轉動，使齒輪圓體Page 14 M270003 V. Creative Instructions (ίο) The shape of the concave recessed hole (73), so that it cannot slip off the concave recessed hole (73), in other words, that is, when the convex block (6 2) is accommodated in the concave recess When the hole (73) rotates counterclockwise, the convex block (62) and the concave concave hole (73) cannot be separated from each other due to the locking and closing, and the convex block (62) is pushed against the concave. The oblique holes (73), ^ the latching circular blocks (6) can drive the gear round body (7) to rotate counterclockwise, at this time, the convex teeth (71) on the round sides of the gear round body (7) can be rotated. Drive the screw and nail band (9) gradually upward, and then, when the gear round body (7) rotates counterclockwise, the gear round body (7)-the locking hole (74) on the round surface of the side ring may After the rotation, it will be fixed correspondingly to the clamping block (83) on the seat plate (81). At the same time, because the moving seat (3) has been extended forward and reset, and the oblique shape of the rod shaft (82) The end is no longer forced to fall by the strong pressure of the front surface of the fixed seat (1), so that the braking body (8) can be reset and moved by the spring force of the spring (85), so that the oblique round end of the lever shaft (82) protrudes again Placed in the hole of the moving base (3) 33) In addition, when the locking hole (74) on the gear round body (7) and the clamping block (83) on the seat plate (81) are correspondingly fixed, because the seat plate (81) group is placed in a square plate position (35) is in an unrotatable state, so the gear round body (7) can no longer accept the detent block (6) to rotate in a counterclockwise direction, so that the gear round body (7) assumes a completely fixed position. However, at this time, the to-be-locked screws (91) on the screw belt (9) can be completely driven to the positioning point of the moving base (3) and the square nail-in groove (36) and are in a braking state. After performing screw lock, the screw of the to-be-locked screw (91) can be moved to the positioning point on the screw inlet slot (36), and then the screw (2) can be used to push the screw lock. ® ^, from the last name, you can see that at the beginning of the screw lock work, you can use the snap ring U) to drive the gear round body ⑺ counterclockwise to make the gear round body

M270003M270003

(Ό帶動螺絲釘帶（9)上之待鎖合螺絲釘（91)移至移動座（3 )前方進釘槽（36)上，然再藉齒輪圓體（7) —側環圓面上所設之卡孔（74)與座板（81)上之卡塊（83)對應卡固，令齒輪圓體（7)可被制動體（8)之卡塊（83)予以卡擋，以防I螺絲釘帶（91)產生晃動歪斜，進而使待鎖合螺絲釘（91)穩固於' 進釘槽（36)上之定位點呈制動狀態，以待操作人員啟動動力元件進行螺鎖，，再，俾當操作人員啟動動元件令旋螺桿 (2)推旋待鎖合螺絲釘（91)並將***對準壓合於物件 (11)上之同時（即操作人員此時正進行螺鎖待鎖合螺絲釘） ’由於移動座（3)相對固定座（1)向其内部移動，因此旋動螺栓（65)可受到移動座（3)之移動而於彎弧槽道（34)上移動，進而帶動卡掣圓塊（6)及其凸塊（62)呈順時針方向轉動’又該固定座（1)之前端端面可將桿轴（82)之斜圓狀端(Ό Drive the screw to be locked (91) on the screw strap (9) to the nail inlet slot (36) in front of the moving base (3), and then borrow the gear round body (7)-set on the round surface of the side ring The clamping hole (74) and the clamping block (83) on the seat plate (81) are fixed correspondingly, so that the gear round body (7) can be blocked by the clamping block (83) of the braking body (8) to prevent I The screw band (91) is shaken and skewed, so that the anchor point of the screw (91) to be locked is locked at the positioning point on the nail inlet slot (36), and the operator starts the power element to perform the screw lock. Then, 俾When the operator activates the moving element, the screw (2) pushes the screw (91) to be locked and the positioner is aligned and pressed onto the object (11) (that is, the operator is now performing screw lock to be locked) (Screw) 'Because the moving base (3) moves inward relative to the fixed base (1), the turning bolt (65) can be moved on the curved arc channel (34) by the movement of the moving base (3), which in turn drives The latching circular block (6) and its convex block (62) rotate clockwise, and the end surface of the front end of the fixing seat (1) can slant the rounded end of the shaft (82).

頭予以壓抵使其迫降，使制動體（8)藉彈簧（85)之彈力而移動’以令座板（81)上之卡塊（83)脫離其所卡固之卡孔（7 4)，然當待鎖合螺絲釘（91)完全鎖合於物件（11)上，且操作人員將機想往後拉移使移動座（3)自固定座（丨）内部向前伸移復位時，旋動螺栓（65)可隨移動座（3)向前伸移而復，至彎弧槽道（34) —端，且桿軸（82)之斜圓狀端頭亦不再夂到固定座（1)前端面之壓抵迫降而凸伸置於移動座（3)之孔（33)外，故卡掣圓塊（6)及其凸塊（62)即可被帶動呈逆時針方向轉動’然藉凸塊（62)與内凹斜孔（73)之容置卡合而帶動齒輪圓體（7)呈逆時針方向轉動，令齒輪圓體（7)之凸齒（71 )將螺絲釘帶（9)逐漸往上帶動，直到齒輪圓體The head is pressed to force it to fall, so that the brake body (8) is moved by the spring force of the spring (85) to release the clamping block (83) on the seat plate (81) from the clamping hole (7 4). However, when the to-be-locked screw (91) is completely locked on the object (11), and the operator wants to pull the machine backward to move the mobile base (3) forward and reset from the inside of the fixed base (丨), Turning the bolt (65) can be repeated as the moving seat (3) extends forward to the end of the curved groove (34), and the oblique round end of the shaft (82) is no longer pushed to the fixed seat. (1) The pressure on the front surface resists the pressure drop and protrudes out of the hole (33) of the moving seat (3), so the locking circular block (6) and its convex block (62) can be driven to rotate counterclockwise. 'Then by the engagement of the convex block (62) and the recessed inclined hole (73), the gear round body (7) is driven to rotate counterclockwise, so that the convex teeth (71) of the gear round body (7) turn the screw Drive the belt (9) up gradually until the gear is round

M270003 五、創作說明（12) 侧環圓面上所具之卡孔（74)與座板（81)上之卡塊（83) 對應卡固時’該下一待鎖合螺絲釘（91)即可完全被帶動至移動座（3)前方進釘槽（36))之定位點上，由於齒輪圓體（7 )受到制動體（8)之卡塊（83)卡擋，因此無法再被卡掣圓塊 (6)帶動旋轉，進而呈現一完全定點不動狀態，然該下一待鎖合螺絲釘（91)可藉由齒輪圓體（7)而穩置於進釘槽（36 )上之定位點並呈一完全制動狀態，如此，操作人員即可繼續作動下一待鎖合螺絲釘（91)之鎖合工作，進而將螵絲釘帶（9)上之螺絲釘（91)依序--帶動至移動座（3)前方進釘槽（3 6)之定位點且呈完全制動狀態，待旋螺桿（2) 一一作動推旋鎖合，以完成本創作傳動裝置（5)之整體作動。經由上述之說明可知，本創作之主要構造特徵設計在於制動體（8)與齒輪圓體（7) —側環圓面上所設具之卡孔（7 4) ’由於制動體（8)之桿轴（81)可穿設過齒輪圓體（7)之孔 (72)、卡掣圓塊（6)之孔（61)及彈圈（63)後再穿伸凸置於移動座（3)之孔（33)上，且制動體（8)之座板（81) —侧面上凸具有數個卡塊（83)，而該等卡塊（83)可供齒輪圓體（7) 一側環圓面上所設具之卡孔（74)對應卡固，俾當操作人員將移動座（3)相對固定座（1)向其内部移動時，固定座（1) 之前端端面可將制動體（8)之桿軸（82)斜圓狀端頭予以壓抵使其迫降，然制動體（8)可藉彈簧（85)之彈力而移動，令座板（81)上之卡塊（83)脫離齒輪圓體（7) —侧環圓面上所設具之數個卡孔（74)，此時卡掣圓塊（6)之凸塊（62)可由所對應容置之數個内凹斜孔（73)上逐漸滑脫並繼續轉動M270003 V. Creation instructions (12) The locking holes (74) on the round surface of the side ring and the locking blocks (83) on the seat plate (81) correspond to the 'fixed screw (91)' It can be fully driven to the positioning point of the nail inlet groove (36) in front of the moving seat (3). Because the gear round body (7) is blocked by the clamping block (83) of the braking body (8), it can no longer be stuck. The detent block (6) is driven to rotate, and then presents a completely fixed position. However, the next to-be-locked screw (91) can be stably positioned on the nail inlet slot (36) by the gear round body (7). Click and show a complete braking state. In this way, the operator can continue to perform the locking work of the next to-be-locked screw (91), and then sequentially drive the screws (91) on the screw belt (9). Go to the positioning point of the nail inlet groove (3 6) in front of the moving base (3) and it is fully braked. The screw (2) to be rotated will be pushed and locked one by one to complete the overall operation of the creative transmission (5). From the above description, it can be known that the main structural feature design of this creation is the brake body (8) and the gear round body (7)-the card hole (7 4) provided on the circular surface of the side ring. The lever shaft (81) can pass through the hole (72) of the gear round body (7), the hole (61) of the latching circle block (6), and the elastic ring (63), and then extend and protrude on the moving seat (3 ) On the hole (33), and the seat plate (81) of the brake body (8)-there are several clamping blocks (83) protruding on the side, and these clamping blocks (83) can be used for the gear round body (7)- The mounting holes (74) provided on the circular surface of the side ring correspond to the fixing. When the operator moves the moving base (3) relative to the fixed base (1) toward the inside, the front end of the fixed base (1) can be fixed. The slanted round end of the lever shaft (82) of the brake body (8) is pressed to force it to fall, but the brake body (8) can be moved by the spring force of the spring (85), so that the block on the seat plate (81) (83) Disengage the gear round body (7) — Several card holes (74) provided on the circular surface of the side ring, at this time, the projections (62) of the snap ring (6) can be correspondingly accommodated. The recessed inclined holes (73) gradually slip off and continue to rotate

第17頁 M270003 五、創作說明（13) ’直到凸塊（62)與另内凹斜孔（73)呈對應容置，此時操作人員再將移動座（3)自固定座（1)内部向前伸移復位，如此 ’桿軸（82)之斜圓狀端頭即不再受到固定座（1) 之壓抵迫降而凸伸置於移動座⑺之孔(33)外，塊（6)及其凸塊（62)可被帶動呈逆時針方向轉動，進而藉凸塊（62)與内凹斜孔（73)之容置卡合而帶動齒輪圓體（79) 呈逆時針方向轉動，此時齒輪圓體（7)可將螺絲釘帶（9)逐漸往上帶動，直到齒輪圓體（7) —侧環圓面上所具之卡孔（ 74)與座板（81)上之卡塊（83)又再對應卡固，齒&圓體（7) 即可被制動體（8)之卡塊（83)予以卡擋，而無法接受卡擎圓塊（6)之帶動，然該待鎖合螺絲釘（91 )此時即可完全被帶動至移動座（3)前方進釘槽（3 6)上之定位點，且呈一完全制動之狀態，以待操作人員作動旋螺桿（2)進行螺鎖= 硐，本創作確可藉由制動體（8)與齒輪圓體（7)之卡孔（了4) 設計，使齒輪圓體（7)可被制動體（8)確實卡擋固定，以防止螺絲釘帶（9)產生晃動歪斜，令待鎖合螺絲釘（91)得以穩固置於移動座（3)前方進釘槽（36)上之定位點，且呈完全制動之狀態，以供旋螺桿（2)可更精準確實推旋待鎖合螺絲釘（91 )螺進，達到一高穩定度之進釘效果。 σ 綜上所述，本創作可澈底改善習見螺絲鎖合機在使上所具之缺失，雖本創作表面上似為一小改善，但其應用上之效果確係非常豐碩宏大，顯已具備提高物品使；價值之功效，且具有其進步、實用之處，並經查相關資、文獻亦未見有相同之產品公開在先，實已符合專利法所Page 17 M270003 V. Creation instructions (13) 'Until the convex block (62) and the other concave recessed hole (73) are correspondingly accommodated, the operator then moves the mobile seat (3) from the inside of the fixed seat (1). The forward extension resets, so that the oblique round end of the shaft (82) is no longer forced to fall by the pressure of the fixed seat (1) and protrudes outside the hole (33) of the moving seat (6). ) And its convex block (62) can be driven to rotate counterclockwise, and then the gear circular body (79) is rotated counterclockwise by the engagement of the convex block (62) and the concave recessed hole (73). At this time, the gear round body (7) can gradually drive the screw belt (9) upward until the gear round body (7)-the card hole (74) on the round surface of the side ring and the seat plate (81) The clamping block (83) corresponds to the clamping, and the tooth & round body (7) can be blocked by the clamping block (83) of the braking body (8), but cannot be driven by the driving engine round block (6). However, the to-be-locked screw (91) can now be fully driven to the positioning point on the nail-receiving slot (36) in front of the moving seat (3), and it is in a fully braked state, waiting for the operator to actuate the screw. (2) Perform screw lock = Alas, this creation can indeed be designed by the locking holes (4) of the brake body (8) and the gear round body (7), so that the gear round body (7) can be fixed and fixed by the brake body (8) to prevent The screw band (9) is shaken and skewed, so that the to-be-locked screw (91) can be firmly placed at the positioning point on the nail inlet groove (36) in front of the moving base (3), and is fully braked for the screw ( 2) It is possible to push the screw (91) of the to-be-locked screw more accurately and accurately to achieve a high-stability screw-in effect. σ In summary, this creation can improve the shortcomings of the conventional screw locking machine. Although this creation may seem like a small improvement, its application effect is indeed very grand and significant. Improve the value of the article, and have its progress, practicality, and after checking the relevant information, the literature has not seen the same product published in the first place, it has been in line with the patent law

M270003 五、創作說明（14) 規定之專利要件，為保障申請人之權益，爰依法提出新型專利之申請，並祈請貴審查委員能撥冗詳加審查，早曰賜准本創作專利權，以勵創作，至為感禱。M270003 V. The patent requirements specified in the Creative Instructions (14), in order to protect the rights and interests of the applicant, apply for a new patent in accordance with the law, and pray that your reviewing committee can take the time to review it in detail, and will grant this creative patent right soon. Encourage creation, and pray for it.

第19頁 M270003Page 19 M270003

圖式簡單說明〈五〉圖式簡早說明第圖係見螺絲鎖合機之示意圖^ 第：圖··係習見螺絲鎖合機之示意圖（。第二圖·係第二圖3-3位剖示圖。第四圖·係本創作之立體分解示意圖。第五圖：係本創作之使用實施示意圖（一）。第六圖’·係第五圖6 - 6位剖示圖。第七圖··係本創作之使用實施示意圖（二）。第八圖：係第七圖8-8位剖示圖。元件符號說明： (1)：固定座 (2)：旋螺桿 (3)：移動座 (31) 左座體 (32) :右座體 (33) 孔 (34) :彎弧槽道 (35) 四方形板位 (36) :進釘槽 (4) ·· *** (5)：傳動裝置 (6)：卡掣圓塊 (61) :孔 (62) 凸塊 (63) :彈圈 (64) 導塊 (641) :螺孔 (65) 旋動螺栓 (7)：齒輪圓體 (71) 凸齒 (72) :孔 (73) 内凹斜孔Brief description of the drawings (five) The illustration of the drawings is shown earlier. The diagram is the schematic diagram of the screw lock machine. ^: The diagram is the schematic diagram of the screw lock machine. (The second diagram is the second diagram 3-3 Sectional diagram. The fourth diagram is a three-dimensional exploded schematic diagram of the creation. The fifth diagram is a schematic diagram of the implementation of the creation (a). The sixth diagram '· is the fifth diagram of the sixth to sixth digits. Figure ·· is a schematic diagram of the implementation of this creation (2). Figure 8: Figure 8-8 is a sectional view of the seventh figure. Description of component symbols: (1): Fixed seat (2): Screw (3): Moving seat (31) Left seat (32): Right seat (33) Hole (34): Curved arc channel (35) Square plate position (36): Nail inlet slot (4) · Positioner (5 ): Transmission (6): Detent round block (61): Hole (62) Bump (63): Spring ring (64) Guide block (641): Screw hole (65) Turning bolt (7): Gear Round body (71) convex tooth (72): hole (73) concave concave hole

M270003M270003

第21頁Page 21

Claims

M270003 六、申請專利範圍一種螺絲鎖合機傳動裝置之定位構造改良，係由一凸伸於機體之固定座，一設於機體上且凸伸於固定座内之旋螺桿，一與固定座連設且凸伸於固定座外，並可同步適時相對固定座移動之移動座，一固設於移動座前端之*** ，以及一固設於移動座内適當位之傳動裝置等構件所組成 ’其中’傳動裝置係由· ^掣圓塊、齒輪圓體及一制動體所構成，而卡掣圓塊中央處設有一孔，可供制動體之桿軸穿設，且其一侧環面凸設有數個斜凸狀之凸塊，該等凸塊可供與齒輪圓體之數個内凹斜孔對應卡置，而卡掣圓塊_ 侧環面與移動座内面之間組置有一彈圈，又卡掣圓塊之環圓端面適當位延伸凸設有一導塊，該導塊上具有一螺孔可供一旋動螺栓由彎弧槽道組螺鎖置，使卡掣圓塊可隨旋動螺栓於彎弧槽道上往復移動而轉動，以帶動齒輪圓體轉動，然齒輪圓體係呈Η形狀，其兩侧環圓邊面上均設具有許多凸齒可供導撥螺絲釘帶移動，且齒輪圓體中央貫穿設有一孔供制動體之桿軸穿設，而其一侧環圓面上設有數個呈環圓排列狀之内凹斜孔，該等内凹斜孔可供卡掣圓塊上之數個凸塊對應容置，而其特徵在於：齒輪圓體之另侧環圓面上設具有數個環圓排列且呈梯狀之卡孔，而制動體一側具有一四方形座板可對應置於移動座内面之四方形板位上，且座板一側延伸凸具有一桿轴，桿軸之端頭面係呈斜圓形狀’然於桿轴該侧之座板上適當位凸設有數個卡塊，該等卡塊恰可與齒輪圓體之卡孔對應卡固，再座板另側對應桿軸之中央向内開設有一槽孔可供一彈簧容置靠抵，而M270003 6. Scope of patent application An improved positioning structure of a screw lock machine transmission is composed of a fixed seat protruding from the body, a screw screw provided on the body and protruding from the fixed seat, and a connection with the fixed seat It consists of a mobile base that protrudes out of the fixed base and can move synchronously and timely relative to the fixed base, a positioner fixed at the front end of the mobile base, and a transmission device fixed at an appropriate position inside the mobile base. The 'transmission device' is composed of a circling block, a gear round body and a braking body, and a hole is provided at the center of the circling block for the rod shaft of the braking body to pass through. There are several oblique convex blocks. These convex blocks can be latched correspondingly to the several recessed oblique holes of the gear round body, and a snap ring is arranged between the side circle surface and the inner surface of the moving seat. A guide block is protruded and extended at an appropriate position on the ring end face of the latching block. The guide block has a screw hole for a screw to be locked by a curved arc channel group, so that the latching block can follow Rotate the bolt to reciprocate on the curved arc channel to drive the gear The body rotates, but the gear circle system is in the shape of a cymbal. There are many convex teeth on both sides of the ring and round sides for the guide screw belt to move. The center of the gear round body is provided with a hole for the rod shaft of the brake body to pass through. And, on one side of the circular surface, there are several concave recessed holes arranged in a circular circle. These concave recessed holes can be correspondingly accommodated by a plurality of bumps on the latching block, and are characterized by: The other side of the gear circular body is provided with a plurality of ring-shaped and ladder-shaped card holes, and a square seat plate on one side of the brake body can be correspondingly placed on the square plate on the inner surface of the moving seat. And a lever shaft extends from one side of the seat plate, and the end surface of the lever shaft is obliquely rounded. However, a plurality of clamping blocks are convexly arranged at a proper position on the seat plate on the side of the lever shaft. The hole of the circular body is corresponding to the clamping, and the other side of the seat plate is provided with a slot inwardly corresponding to the center of the shaft, and a spring can be received against it.

第22頁 M270003 六、申請專利範圍彈簧另端可圓體之孔、之孔上；藉動螺栓可被順時針方向内凹斜孔上置狀，同時端頭予以壓，使座板上，復，移動狀端頭即不移動座之孔道上復位移圓塊再帶動往上帶動，卡固，齒輪絲釘帶產生前方之進釘精準確實推固抵於四方卡掣圓塊之此，當移動導動於彎弧轉動，而卡逐漸滑離，，固定座之抵使其迫降之卡塊與齒座自固定座再受到固定外，而旋動動並帶動卡齒輪圓體呈直到齒輪圓圓體即可被晃動歪斜，槽上，且呈旋待鎖合螺形板位上，孔及彈圈，座相對固定槽道上移動掣圓塊上之直至凸塊與前端端面可，而制動體輪圓體之卡内部向前伸座前端端面螺栓可隨移掣圓塊呈逆逆時針方向體之卡孔與制動體之卡令待鎖合螺又桿軸並再穿座向其並同時凸塊可另内凹將制動可藉彈孔不再移復俾之壓抵動座之時針方轉動，座板上塊予以絲釘穩狀態，一完全制動絲釘螺進，達到一可供穿設過齒輪伸凸置於移動座内部移動時，旋帶動卡掣圓塊呈由其對應容置之斜孔再呈對應容體之桿轴斜圓狀簧之彈力而移動卡合而呈脫離狀時，桿轴之斜圓迫降而凸伸置於前移而於彎弧槽向轉動，然卡掣使螺絲釘帶逐漸之卡塊又再對應卡擋，以防止螺置定位於移動座以供旋螺桿可更高穩定進釘效果Page 22 M270003 VI. Patent application scope The other end of the spring can be rounded on the hole and the hole; the borrowed bolt can be placed in the recessed inclined hole clockwise, and the end is pressed to make the seat plate The moving end is reset without moving the round block on the channel of the seat, and then it drives up to drive, and it is locked. The gear nail belt produces the nail in the front, which is precisely and firmly pushed against the square block. When moving Guided by curved arc rotation, and the card gradually slips away, the clamping block and the tooth block which are forced to fall from the fixed seat are fixed again from the fixed seat, and the rotation and drive the card gear round body until the gear circle The body can be shaken and skewed, the groove and the screw-shaped plate, the hole and the elastic ring, and the seat are moved relative to the fixed groove on the fixed channel until the protrusion and the front end face are accessible, and the brake body wheel The internal end of the round body of the card extends forward, and the bolt at the front end of the seat can be moved to counterclockwise the card hole of the body and the lock of the brake body. Can be recessed to brake With the bullet hole no longer moving, the pressure of the compound pin will rotate against the clockwise rotation of the seat, and the block on the seat plate will be stabilized by the screw. Once the screw is fully braked, the screw can be inserted into the mobile seat to extend through the gear. When moving, the rotation of the latching circular block is caused by the corresponding oblique hole and then the elastic force of the oblique circular spring corresponding to the rod shaft of the container to move and engage and become disengaged. It extends forward and rotates in the curved arc groove. However, the latch makes the screw block gradually correspond to the stopper again, so as to prevent the screw from being positioned on the moving base for the screw to stabilize the screw.

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