M331426 八、新型說明： 【新型所屬之技術領域】 本創作是有關一種弓鑛結構’尤指一種具有收納空間 與外罩之弓鑛，其可將固定鑛片之定位機構輕易收納為一 體之握把，並可輕易轉換鋸片之切削角度。 .【先前技術】 • 凊見第7圖，其表示為一般習用之弓鑛結構改良，苴 .構成元件是包含有-握把9連接於一弓體8之一端，該握 把並接設-卡固元件9 i，該卡固元件可勾住鑛片一端後 藉由-勾部9 1 1卡固於握把9之一側，且該弓體8另一 *端並樞設一調整鋸片鬆緊度之調整元件8 i，以供迫緊該 鋸片供使用。 ”人 審究-般之弓鑛，若於工作中及攜行時，常因該勾部 被碰撞扯到而使雜片鬆脫，且工作中不易握持，導致作業 _不便而工作效率低。 、 ( #者’前述調整元件係樞設於該弓體，並不能調整鑛 .片之角度，而於裝設鑛片需旋轉迫緊該調整元件，更造成 鑛片隨著迫緊方向而偏離歪斜，極難使用，嚴重者更 鋸片斷裂。 【新型内容】 本創作之首要目的，在於解決上述的問題而揭示一種 弓鑛結構，其·具有㈣空間與外罩之餘，可將定位 機構輕易收納於收納空間與外罩内而成為一體，達到可而 輕易收納定位機構且不易鬆脫之目的。 5 M3 31426 本創作之另一目的，針對工作上需要設置或轉換鋸片 之切削角度時，則僅需輕易旋鬆鎖固件，並藉由第一、第 二復位元件致使第一、第二拉掣件產生同步位移，而可輕 易裝設鋸片或轉換鋸片之切削角度。 此外，利用於弓鋸架内之儲備空間，可容設備用之鋸 ^片，以便於鋸片磨耗或斷裂時，隨時取用。 為達前述之目的，本創作係包括： 一握把，握把内部以一收納空間容置一定位機構，且 • 該定位機構以一樞設於該握把底端之外罩蓋合而收容於該 收納空間與該外罩内，該定位機構包括一具有短端與長端 • 之連桿、一被動件、一調整件、一第一復位元件、一第一 ^ 拉掣件，該外罩一端係樞設該連桿之短端，而該連桿長端 並樞設於該被動件，且連桿並橫跨於該外罩與該握把之枢 接處，該被動件並樞設於該握把之收納空間内，被動件具 •有一第一定位孔，第一定位孔具有不同之内徑尺寸，並於 •第一定位孔内穿設該調整件、該第一復位元件及該第一拉 ® 掣件，並以之固定該第一拉掣件，該外罩以朝向被動件方 向蓋合於握把底部，並經該連桿拉動該被動件靠合於該握 把之收納空間，並以之收納該連桿、該調整件及該第一復 位元件於該外罩内； 一弓鋸架，具有一水平段及一垂直段，水平段係固定 於該握把並與該外罩概呈平行； 一調整組件，其係包括一固設於該垂直段之固定件、 一第二復位元件、一第二拉掣件及/鎖固件，該固定件具 6 M331426 有第-疋位iL第―定位孔具有不同之内徑尺寸且與 該第-定位孔概呈-直線，該第二拉掣件並穿設該第二復 位70件而定㈣第二定位孔内’並以該鎖固件固定該第二 拉掣件。 本創作之上述及其他目的與優點，不難從下述所選用 .實施例之詳細說明與附圖中，獲得深入了解；當然，本創 -作在^些另件上，或另件之安排上容許有所不同，但所選 1 _用之貫加例，則於本說明書中，予以詳細闡述，且於附圖 中展示其構造。 【實施方式】 • 本案較佳之實施例，請參閱第1圖至第6圖，圖中揭 ^示者均為本創作所選用之較佳實施例，在此僅供說明之用 ’於專利申請上並不拘限於此種結構。 首先请見弟1〜4圖，本實施例提供一種弓錯結構， -其主要包括： 一握把1，握把1内部以一收納空間11容置一定位 詳見第3圖），定位機構2並可以—樞設於握把丄 :端之外罩2 1蓋合而收容於收納空間丄丄與外罩2 1 該定位機構2包括一具有短端與長端之 仙件2 3…調整件2 4、—第-復位元件2 5 彈，本實施:列中，該第-復位元件2 5係以一 :巧：。其中，該握把丄之收納空間U具有一對上樞 1及-對下樞孔1 1 2，且於握w上端具一固定 7 M331426 孔1 1 3，而外罩2 1具有一蓋合空間2 1 1，其一端依 序具有一對前樞孔2 1 2及一對後樞孔2 1 3，且外罩2 1係利用前樞孔2 1 2插設一銷2 1 4而樞設於該握把1 之下樞孔1 1 2。該連桿2 2概呈L形，其短端之一樞孔 2 2 1並藉由一銷2 1 5而樞設於該外罩2 1之後樞孔2 • 1 3，且連桿2 2長端亦具有一樞孔2 2 2，連桿2 2長 、端之樞孔2 2 2並經一銷2 2 3而樞設於該被動件2 3下 端之一對第一樞孔2 3 1，以使連桿2 2可橫跨於該外罩 2 1與該握把1之樞接處。該被動件2 3上端並以一第二 樞孔2 3 2插設一銷2 3 3而樞設於該握把1收納空間1 • 1内之上樞孔1 1 1，且被動件2 3底侧具有一第一定位 . 孔2 3 4，第一定位孔2 3 4具有不同之内徑尺寸，而依 其内徑之尺寸大小，區分為一大徑段2 3 5、一第一定位 段2 3 6、一中徑段2 3 7及一小徑段2 3 8 (如第3圖 -所示）。前述第一拉掣件26係具有一固定孔261及一凸 --柱2 6 2，其固定孔2 6 1—端係穿經該小徑段2 3 8、 1中徑段2 3 7、第一復位元件2 5、第一定位段2 3 6及 該調整件2 4，並於該調整件2 4外側之一孔2 4 1插設 一銷2 4 2且通過該第一拉掣件2 6之固定孔2 6 1，並 以之固定該調整件24與該第一拉掣件2 6。該調整件2 4係藉由該第一復位元件2 5抵於該第一定位孔2 3 4 内，且第一定位孔2 3 4之第一定位段2 3 6並與調整件 2 4之一第一調整段2 4 3互相卡合，且第一定位段2 3 6與第一調整段2 4 3係各具有多數個面，本實施例中， 8 M331426 係以各具有可互相定位之正八角形為例，並以之定位該第 一拉掣件2 6於該第一定位孔2 3 4内，以防止第一拉擎 件2 6於該第一定位孔2 3 4内旋轉。 一弓鋸架3，具有一水平段3 1及一垂直段3 2，該 弓錯架之水平段3 1係為中空而具有一儲備空間3 1 1， 儲備空間3 1 1開口端並具有一固定槽3 1 2，固定槽3 1 2並穿設於握把1内之固定孔113 (詳見第6A〜6 B圖所示），於握把1之固定孔1 1 3外並以一彈簧3 3抵 頂一按壓件3 4，按壓件3 4並穿過該固定孔1 1 3，且 按壓件3 4穿過固定孔1 1 3後並被一擋止螺帽3 5螺 設’擋止螺帽3 5並可擋止於該固定槽3 1 2，以藉由彈 簧3 3抵頂按壓件3 4而使擋止螺帽3 5可卡固於弓鋸架 3之固定槽3 1 2，而可固定握把1與弓鋸架3。此外， 該儲備空間3 1 1内可固設一固定塊3 6，固定塊3 6可 卡合於該儲備空間3 1 1内，並可利用其一端之一卡槽3 61來固定備用之鋸片。 一調整組件4，其係包括一固設於該弓鋸架3垂直段 32之固定件41、一第二復位元件42、一第二拉掣件 43及一鎖固件44，本實施例中之第二復位元件4 2係 以一彈簧為例。該固定件4 1具有一第二定位孔4 1 1， 第一定位孔4 1 1具有不同大小之内徑，且與該第一定位 孔2 3 4概呈一直線，第二定位孔4 1 1依其内徑之尺寸 大小，區分為一第二定位段4 1 2與一擋止段4 1 3。該 第二拉掣件43具有一凸柱431、一第二調整段4 3 2 9 M331426 及一鎖固段4 3 3，第二拉掣件4 3並穿經該第二復位元 件4 2與第二定位孔4 1 1，且以該鎖固件4 4鎖固該第 二拉掣件4 3之鎖固段4 3 3。藉由第二定位孔4 1 1之 指止^又4 1 3抵播δ亥第一復位元件42可頂撐該第二拉擎 件4 3，又，該第二定位段4 1 2與該第二調整段4 3 2 -各具有多數個面，本實施例之第二定位段41 2與第二調 .整段432係分別以八角形與四角形為例，其可互相卡合 固定，以防止第二拉掣件4 3於該第二定位孔4 1 1内旋 •轉。 請參見第3〜4圖所示，經由上述弓鋸結構可知，當 '需裝設鋸子時，則是先將該外罩21朝向後方扳動，同時， w外罩2 1並以樞設於握把1之銷2 ]_ 4為軸，而旋轉推動 該連桿2 2抵頂該被動件2 3，並使被動件2 3以其樞設 於握把1之銷2 3 3為軸而旋轉，使被動件2 3自握把工 收納空間1 1朝向外侧移動，因此，則可改變第一拉掣件 • 26、第一拉掣件43間各凸柱262、431之間距， ^ 以便於裝設鋸子。 相反的，當裝設好鋸子S時，則將外罩2 1以朝向被 動件2 3方向蓋合於握把1底部，同時並經該連桿2 2拉 動該被動件2 3靠合於該握把1之收納空間i丄内，並以 之收納該連桿2 2、調整件2 4及該第一復位元件2 5於 該收納空間1 1與該外罩内，進而定位該第一拉掣件2 6 ’並使得外罩2 1與該弓鋸架3之水平段概呈平行。 如第5圖所示，用以說明轉換鋸片之切削角度時的關 M3 31426 係，當經由略微旋鬆鎖固件4 4，則藉由前述第二復位元 件4 2及第一復位元件2 5之彈力，將會頂出該第二拉掣 件4 3與調整件2 4，並使該第二拉掣件4 3之第二調整 段4 3 2脫離該第二定位段4 1 2，亦使該調整件2 4之 第一調整段2 4 3脫離該被動件2 3之第一定位段2 3 6，因此，僅需要再調整鋸片s之切削角度至適當位置， 再旋緊該鎖固件4 4而迫緊定位鋸片s即可應用之。又， 於弓鋸架3水平段3 1之儲備空間3 1 1内，可利用固定 塊3 6之卡槽3 6 1卡設備用鋸片。 請見圖6A與圖6 - 你衣不弓鋸架3與握把1於互 相卡合固疋及釋放分離時關係，當弓鑛架3與握把1二者 互相固定時，是藉由前述彈簧3 3之彈力使前述之擋止螺 帽3 5卡固於該弓鋸架3水平段3 i之固定槽3工2，而 為-體之弓1¾ :糾’當加壓於前述按壓件3 4時 縮前述彈簧3 3，則使擋止螺帽3 5朝外側移動，促使 止螺帽3 5脫離該弓鋸架3之固定槽3工2 八二 該握把1與弓鋸架3。 叩J刀離 可將定位機 達到可而輕 職是，利用具有收納空間與外罩之握把 構輕易收納於收納空間與外罩内而成為一體 易收納定位機構且不易鬆脫之目的。 丹f，針對 丨P丄高脊設置或轉換鋸片之 時，則僅需輕易旋鬆鎖固件，並藉由第一 別角度 ，使第-、第二拉掣件產生同步位移，而可元件 或轉換鋸片之切削角度。 易裝§又鋸片 11 M3 31426 進吕之’利用於弓鋸架内之儲備空間，可容設備用之 鋸片，以便於鋸片磨耗或斷裂時，隨時取用。 如上所揭示之實施例是用以說明本創作，而非用以拘 限本創作，故舉凡數值之變更或等效元件之替換等仍應隸 _屬本創作之範疇，且由以上詳細說明，可使熟知本項技藝 者得以明瞭本創作確實可達成前述目的，均已符合專利法 .之規定，爰提出專利申請。 > 【圖式簡單說明】 第1圖係本創作之立體外觀圖； 第2圖係本創作之立體分解示意圖，說明各元件間之 、 關係； 第3圖係本創作之剖面示意圖，說明握把之收納空間 結構暨外罩展開之狀態； 第4圖係本創作之剖面示意圖，說明裝設鋸片之狀態； ^ 第5圖係本創作於轉換鋸片角度之狀態示意圖； 第6A圖係本創作之握把接設弓鋸架之剖面示意圖； 第6B圖係本創作之按壓件承受按壓之狀態示意圖； 第7圖係習用弓鋸結構示意圖。 【主要元件符號說明】 (習用部分） 握把9 卡固元件91 勾部911 弓體8 調整元件81 12 M331426 (本創作部分） 握把1 上樞孔1 1 1 固定孔1 1 3 定位機構2 一 蓋合空間2 1 1 後樞孔2 1 3 銷 2 1 4、2 1 5、2 •連桿2 2 被動件2 3 _ 第二樞孔2 3 2 大徑段2 3 5 中徑段2 3 7 調整件2 4 .第一調整段2 4 3 第一拉掣件2 6 •凸柱2 6 2、4 3 1 弓鋸架3 儲備空間3 1 1 垂直段3 2 按壓件3 4 固定塊3 6 調整組件4 第二定位孔411 收納空間11 下樞孔1 1 2 外罩2 1 前極孔2 1 2 23、233、242 樞孔2 2 1、2 2 2 第一樞孔2 3 1 第一定位孔2 3 4 第一定位段2 3 6 小徑段2 3 8 孔2 4 1 第一復位元件2 5 固定孔2 6 1 水平段3 1 固定槽3 1 2 彈簧3 3 播止螺帽3 5 卡槽3 6 1 固定件4 1 第二定位段412 13 M331426M331426 VIII. New description: [New technical field] This creation is about a kind of bow ore structure, especially a kind of bow ore with storage space and outer cover, which can easily accommodate the positioning mechanism of the fixed ore piece as a whole grip. And can easily convert the cutting angle of the saw blade. [Prior Art] • See Fig. 7, which is shown as a general modified bow ore structure, 构成. The component is included - the grip 9 is attached to one end of a bow body 8, and the grip is connected - The fixing component 9 i can be hooked on one end of the ore piece and then fastened to one side of the grip 9 by the hook portion 9 1 1 , and the other end of the bow body 8 is pivoted with an adjusting saw The sheet tension adjusting element 8 i is used to force the saw blade for use. "People's trial - the general bow mine, if at work and carrying, often because the hook is hit by the collision, so that the pieces are loose, and the work is not easy to hold, resulting in work _ inconvenient and low efficiency ( #者' The aforementioned adjustment component is pivoted on the bow body, and can not adjust the angle of the mine. The installation of the ore piece needs to rotate and tighten the adjustment component, which causes the ore piece to follow the direction of the force. Deviation from the skew, extremely difficult to use, in severe cases, the saw blade is broken. [New content] The primary purpose of this creation is to solve the above problems and reveal a kind of bow ore structure, which has (4) space and cover, can be positioned It is easy to store in the storage space and the inside of the cover, so that it can easily accommodate the positioning mechanism and is not easy to loosen. 5 M3 31426 Another purpose of this creation is to set or change the cutting angle of the saw blade at work. Therefore, it is only necessary to easily loosen the lock fastener, and the first and second pull members cause synchronous displacement of the first and second pull members, and the cutting angle of the saw blade or the conversion saw blade can be easily installed. to The storage space in the bow saw frame can accommodate the saw blade for the equipment, so that it can be used at any time when the saw blade is worn or broken. For the purpose of the foregoing, the creation system includes: a grip, the inside of the grip is The accommodating mechanism includes a positioning mechanism, and the positioning mechanism is received in the accommodating space and the outer cover by a cover pivoting on the bottom end of the grip. The positioning mechanism includes a short end and a long end. a connecting rod, a passive member, an adjusting member, a first resetting member, a first pulling member, the outer end of the outer cover pivoting the short end of the connecting rod, and the connecting rod has a long end and is pivoted thereon a passive member, and the connecting rod and the pivotal joint of the outer cover and the grip, the passive member is pivotally disposed in the receiving space of the grip, the passive member has a first positioning hole, the first positioning hole Having different inner diameter dimensions, and passing the adjusting member, the first returning member and the first pulling member in the first positioning hole, and fixing the first pulling member, the outer cover is oriented The passive member is covered in the bottom of the grip, and the passive member is pulled by the connecting rod a storage space for the grip, and the connecting rod, the adjusting member and the first resetting member are received in the outer cover; a bow saw frame having a horizontal section and a vertical section, wherein the horizontal section is fixed to the grip And being parallel to the outer cover; an adjusting component comprising a fixing member fixed to the vertical segment, a second resetting member, a second pulling member and/or a locking member, the fixing member having 6 M331426 The first-position iL first-positioning hole has a different inner diameter dimension and is linear with the first positioning hole, and the second pulling member is disposed through the second reset 70 (4) in the second positioning hole 'The second pull member is fixed by the fastener. The above and other objects and advantages of the present invention are not difficult to obtain from the following detailed description of the embodiment and the drawings, and in fact, the present invention - It is allowed to make a difference on the other parts, or the arrangement of the other parts, but the selected ones are explained in detail in the present specification, and the construction is shown in the drawings. [Embodiment] • In the preferred embodiment of the present invention, please refer to FIG. 1 to FIG. 6 , and the present invention is a preferred embodiment selected for the present application, and is for illustrative purposes only. It is not limited to this structure. First of all, please see the figure 1 to 4, this embodiment provides an arched structure, which mainly includes: a grip 1, the inside of the grip 1 is accommodated in a storage space 11 (see Fig. 3), the positioning mechanism 2 can be pivoted to the grip 丄: the outer cover 2 1 is closed and received in the storage space 外 and the outer cover 2 1 The positioning mechanism 2 includes a fairy piece having a short end and a long end 2 3 ... adjustment member 2 4, - the first reset element 2 5 bomb, this implementation: in the column, the first reset element 2 5 is a: The storage space U of the grip has a pair of upper pivots 1 and a pair of lower pivot holes 1 1 2, and has a fixed 7 M331426 hole 1 1 3 at the upper end of the grip w, and the outer cover 2 1 has a cover space. 2 1 1 , one end of which has a pair of front pivot holes 2 1 2 and a pair of rear pivot holes 2 1 3 , and the outer cover 2 1 is pivoted by a front pin hole 2 1 2 and a pin 2 1 4 is inserted The grip 1 has a lower pivot hole 1 1 2 . The connecting rod 2 2 is substantially L-shaped, and one of the short ends of the pivot hole 2 2 1 is pivotally disposed on the outer cover 2 1 by the pin hole 2 1 1 and the pivot hole 2 • 1 3 , and the connecting rod 2 2 is long. The end also has a pivot hole 2 2 2, the connecting rod 2 2 is long, the end of the pivot hole 2 2 2 and is pivoted by a pin 2 2 3 to one of the lower end of the passive member 23 to the first pivot hole 2 3 1 So that the connecting rod 2 2 can straddle the pivotal joint of the outer cover 21 and the grip 1 . A pin 2 3 3 is inserted into the upper end of the passive member 2 3 and is inserted into the upper hole 1 1 1 in the storage space 1 • 1 and the passive member 2 3 The bottom side has a first positioning. The hole 2 3 4, the first positioning hole 2 3 4 has different inner diameter dimensions, and according to the size of the inner diameter, is divided into a large diameter section 2 3 5 , a first positioning Section 2 3 6 , a middle diameter section 2 3 7 and a small diameter section 2 3 8 (as shown in Fig. 3). The first pulling member 26 has a fixing hole 261 and a convex-column 262. The fixing hole 261 is passed through the small diameter section 2 3 8 and the middle diameter section 2 3 7 . a first resetting member 2 5 , a first positioning section 2 36 and the adjusting member 24, and a pin 2 4 2 is inserted into one of the holes 2 4 1 outside the adjusting member 2 4 and passes through the first pulling member The fixing hole 2 6 1 of 2 is fixed by the adjusting member 24 and the first pulling member 26. The adjusting member 24 is abutted in the first positioning hole 2 3 4 by the first resetting element 25, and the first positioning section 2 3 6 of the first positioning hole 2 3 4 and the adjusting member 24 A first adjustment section 2 4 3 is engaged with each other, and the first positioning section 2 36 and the first adjustment section 2 4 3 each have a plurality of faces. In this embodiment, the 8 M331426 are each mutually positionable. The positive octagonal shape is taken as an example, and the first pulling member 26 is positioned in the first positioning hole 234 to prevent the first pulling member 26 from rotating in the first positioning hole 234. A hacksaw frame 3 has a horizontal section 3 1 and a vertical section 3 2 . The horizontal section 31 of the bowing frame is hollow and has a storage space 3 1 1 . The storage space 3 1 1 has an open end and has a The fixing groove 3 1 2 is fixed to the fixing hole 113 in the grip 1 (see FIGS. 6A to 6B for details), and is outside the fixing hole 1 1 3 of the grip 1 and The spring 3 3 abuts against a pressing member 3 4 , the pressing member 34 passes through the fixing hole 1 1 3 , and the pressing member 34 passes through the fixing hole 1 1 3 and is screwed by a blocking nut 35 . The retaining nut 3 5 can be stopped by the fixing groove 3 1 2 to fix the blocking nut 35 to the fixing groove 3 of the bow saw frame 3 by the spring 3 3 abutting against the pressing member 34 1 2, and the grip 1 and the bow saw frame 3 can be fixed. In addition, a fixing block 3 6 can be fixed in the storage space 31, and the fixing block 36 can be engaged in the storage space 31, and the spare saw can be fixed by using one of the slots 3 61 at one end thereof. sheet. An adjusting component 4 comprising a fixing member 41 fixed to the vertical section 32 of the hacksaw frame 3, a second resetting member 42, a second pulling member 43 and a locking member 44, in this embodiment The second reset element 42 is exemplified by a spring. The fixing member 4 1 has a second positioning hole 4 1 1 , the first positioning hole 4 1 1 has an inner diameter of different sizes, and is substantially in line with the first positioning hole 2 3 4 , and the second positioning hole 4 1 1 According to the size of the inner diameter, it is divided into a second positioning section 4 1 2 and a blocking section 4 1 3 . The second pulling member 43 has a protrusion 431, a second adjusting portion 4 3 2 9 M331426 and a locking portion 433. The second pulling member 43 passes through the second reset member 42. The second positioning hole 4 1 1 and the locking portion 4 3 3 of the second pulling member 43 are locked by the locking member 4 4 . The second positioning member 42 can be supported by the first positioning hole 42 of the second positioning hole 4 1 1 and the first resetting member 42 can be supported by the second positioning member 42. Further, the second positioning portion 4 1 2 and the The second adjusting section 4 3 2 - each has a plurality of faces. The second positioning section 41 2 and the second tuning section 432 of the embodiment are respectively octagonal and quadrangular, and can be engaged and fixed to each other. The second pulling member 43 is prevented from rotating and rotating in the second positioning hole 4 1 1 . Referring to the figures 3 to 4, it can be seen from the above-described bow saw structure that when the saw is to be installed, the outer cover 21 is first moved toward the rear, and at the same time, the outer cover 21 is pivoted to the grip. 1 pin 2 ]_ 4 is a shaft, and the rotation pushes the connecting rod 2 2 against the passive member 23, and the passive member 2 3 rotates with the pin 2 3 3 pivoted on the grip 1 as an axis. The passive member 2 3 moves the working storage space 1 1 toward the outside, so that the distance between the first pulling member 26 and the first protruding members 262 and 431 between the first pulling members 43 can be changed, so as to facilitate loading. Set a saw. Conversely, when the saw S is installed, the cover 2 1 is closed to the bottom of the grip 1 in the direction of the passive member 2 3, and the passive member 2 3 is pulled by the link 2 2 to abut the grip. Storing the connecting rod 2, the adjusting member 24 and the first restoring element 25 in the storage space 1 1 and the outer cover, and positioning the first pulling member 2 6 'and the outer cover 21 is substantially parallel to the horizontal section of the bow saw 3. As shown in FIG. 5, the closing M3 31426 is used to explain the cutting angle of the conversion saw blade. When the locking fastener 44 is slightly loosened, the second resetting element 4 2 and the first resetting element 2 5 are used. The elastic force will eject the second pulling member 4 3 and the adjusting member 24, and the second adjusting portion 4 3 2 of the second pulling member 43 is disengaged from the second positioning portion 4 1 2 The first adjustment section 2 4 3 of the adjusting member 24 is disengaged from the first positioning section 2 3 of the passive component 23, so that it is only necessary to adjust the cutting angle of the saw blade s to the proper position, and then tighten the lock. The firmware 44 can be used to position the saw blade s. Further, in the storage space 3 1 1 of the horizontal section 3 1 of the bow saw frame 3, the card slot 3 6 1 of the fixed block 36 can be used for the saw blade for the device. Please refer to FIG. 6A and FIG. 6 - the relationship between the non-bow frame 3 and the grip 1 when they are engaged with each other and released, when the bow frame 3 and the grip 1 are fixed to each other, by the foregoing The elastic force of the spring 3 3 causes the aforementioned stopping nut 35 to be clamped to the fixing groove 3 of the horizontal section 3 i of the bow saw frame 3, and the bow of the body is 13⁄4: correcting when pressing the pressing member 3 4 when the spring 3 3 is contracted, the blocking nut 35 is moved outward, and the nut 35 is disengaged from the fixing groove 3 of the hacksaw 3 2 2 832 The grip 1 and the hack 3 .叩J Knife Separation The positioning machine can be easily used, and the grip body having the storage space and the outer cover can be easily accommodated in the storage space and the outer cover to be integrated, and the positioning mechanism can be easily accommodated and is not easily loosened. Dan f, when setting or converting the saw blade for the 丨P丄 high ridge, it is only necessary to loosen the lock easily, and the first and second pull members are synchronously displaced by the first angle, and the component is Or convert the cutting angle of the saw blade. Easy to install § and saw blade 11 M3 31426 Into the Lu's use of the storage space inside the bow saw frame, the saw blade can be used for equipment, so that the saw blade wear or break, ready to use. The embodiments disclosed above are intended to illustrate the present invention, and are not intended to limit the creation of the present invention. Therefore, any changes in numerical values or replacement of equivalent elements are still within the scope of the present invention and are described in detail above. It can be made clear to those skilled in the art that the creation can indeed achieve the aforementioned objectives, and all of them have met the requirements of the Patent Law. > [Simple description of the diagram] Figure 1 is a three-dimensional appearance of the creation; Figure 2 is a three-dimensional exploded view of the creation, illustrating the relationship between the components; Figure 3 is a schematic cross-section of the creation, illustrating the grip The storage space structure and the state of the outer cover are unfolded; the fourth figure is a schematic cross-sectional view of the creation, illustrating the state of the saw blade; ^ Figure 5 is a schematic diagram of the state of the conversion saw blade angle; The schematic diagram of the created grip is connected to the bow saw frame; the 6B is a schematic diagram of the state in which the pressing member of the present invention is pressed; and the seventh figure is a schematic view of the conventional bow saw structure. [Main component symbol description] (customized part) Grip 9 Clamping element 91 Hook part 911 Bow body 8 Adjustment element 81 12 M331426 (This part) Grip 1 Upper arm hole 1 1 1 Fixing hole 1 1 3 Positioning mechanism 2 One cover space 2 1 1 Rear pivot hole 2 1 3 Pin 2 1 4, 2 1 5, 2 • Connecting rod 2 2 Passive part 2 3 _ Second pivot hole 2 3 2 Large diameter section 2 3 5 Middle diameter section 2 3 7 Adjusting piece 2 4. First adjustment section 2 4 3 First puller 2 6 • Post 2 6 2, 4 3 1 Bow saw 3 Storage space 3 1 1 Vertical section 3 2 Pressing piece 3 4 Fixing block 3 6 Adjustment assembly 4 Second positioning hole 411 Storage space 11 Lower pivot hole 1 1 2 Cover 2 1 Front pole hole 2 1 2 23, 233, 242 Pivot hole 2 2 1 , 2 2 2 First pivot hole 2 3 1 a positioning hole 2 3 4 first positioning section 2 3 6 small diameter section 2 3 8 hole 2 4 1 first reset element 2 5 fixing hole 2 6 1 horizontal section 3 1 fixing groove 3 1 2 spring 3 3 broadcast nut 3 5 card slot 3 6 1 fixing member 4 1 second positioning segment 412 13 M331426
擋止段413 第二拉掣件4 3 鎖固段4 3 3 鋸子S 第二復位元件4 2 第二調整段4 3 2 鎖固件4 4Stop section 413 second pull tab 4 3 lock section 4 3 3 saw S second reset element 4 2 second adjustment section 4 3 2 lock 4 4