M330930 八、新型說明： — 【新型所屬之技術領域】 本創作尤指-種沒錄輪設置之錄H，且能視操作 者施力大小而再次加強捆綁帶迫緊之技術。 【先前技術】 早期捆綁物品技術係直接利用捆綁帶為之，主要先乐 抽綁帶兩端大約固定，然後施以束緊力於摘挪帶之鬆他= • 份，可是如此之操作方式’需要有經驗及相當力氣:捆: 方能輕易為之，一般人員實在無法順利操作，且物品在捆 、綁後亦非十份穩固，另外捆綁帶整體外觀上也顯得雜亂。 於是便有人開發出『手拉器』，該等結構主 盤來束緊捆綁帶，然而在實際操作確有捆綁帶容易因^ 力過大而損及物品、捆綁帶易絞緊於旋活軸不易解開及拥 、綁帶擁塞旋活軸上等缺點，究其原因，乃在於捆綁帶須不 • 斷賴於贿軸上賴，制該等手拉II其結構複雜度較 南’其購置成本相對較高，自然不能大_酬市場需求。 —本創作人有現有結構上之缺失，乃及經多次試驗 "又冲’終成功創作出本創作以徹底解決習用手拉器不足之 處。 【新型内容】 為使胃審查委員能進一步瞭解本創作之結構，特徵 及其他目的，玆附以較佳實施例之圖式詳細說明如后： M330930 請參看第一、二、三及四圖，本創作包括有： 一框體（1 0 )，其具有一矩狀底板（1 1 )，及於該 底板（1 1)兩侧向上彎折有中央較高、兩端較低之侧板 (1 2 )’該底板（1 1 )前後間隔的依序設有第一、二穿 槽（13)(130) ’兩侧板（1 2 )頂端在第二穿槽（1 3 0 )上方同心貫設有一樞孔（1 4 )，而侧板（1 2 )頂 端在樞孔（14)的上方位置則向下凹設有一定位槽（1 5 )，以及在侧板（1 2 )前端及定位槽（1 5 )間則間隔 的凹設有一開口略朝侧板（12)前端上方之第一迫槽（工 6 )、一開口水平朝侧板（12)前端之第二迫槽（17)， 另在側板（12)後端及定位槽（15)間則凹設有開口 略朝侧板（1 2 )後端上方之解開槽（χ 8 )，至於兩侧板 (12 )内侧面另在樞孔（14)後方位置設有擋塊（1 9); 一扳動件（2 0 )，其係於前後間隔設置之兩頂板（2 1)兩側向下一體彎設有折板（2 2 )，該扳動件（2 〇 ) 兩折板（2 2)並恰能對合在框體（χ 〇)兩侧板（i 2) 内侧，扳動件（2 0)於折板（2 2)-端緣形成有凸輪 (2 2 〇 )，此凸輪（2 2 〇 )底緣貫設有樞孔（2 3 )， 口亥樞孔（2 3 )係和框體（1 〇 )樞孔（丄4 )相對應， 以供支輪（24)-併穿樞，而扳動件（2(υ自由端q 5)則突出框體（1〇)前端，以供操作者得握持該端（2 Μ33Ό930 ^及此叙概（21)碱相料鶴件（ “反動件（2 0)能以支軸（24) 度;兩折板⑵)凸輪(2 2 0)另 方且略前驗置設有等孔徑之貫穿孔 樞設-活軸（2 7 )，令活軸（2 7 ) ^ w橫跨的 相同； 軸（27)直徑與支轴（24) 一卡固結構’係在兩折板（2 2)設有長條狀 • 1 )，然後以一定位件（3 2 )於讯的## ’、⑺曰 巾，且令定位件（3 2 )兩雛突出所對應之折板θ ( 2 2 ) 外侧，用以配合扳動件（2 〇)轉動下而能進出至戶_ 之定位槽（1 5 )、第一迫槽（丄6 )、第二迫槽（工7 ) 或解開槽（18)，而位於扳動件（2 〇)自由端（2 5) 之頂板（2 1 )後端則向下設有限位框（3 3 )，定位件（3 2)向前延設有一能插入限位框（3 3)之導桿（3 4)， ⑩雜件（3 3 )並在導桿（3 4 )兩_位置向上突設有 控板（3 5 )，其導桿（3 4 )中套掣有彈簧（3 6 )，使 彈簧（3 6 ) -端係抵壓控才反（3 5 )、另端則抵壓限位框 (3 3 )’令该彈簧（3 6 )能以預設彈力而推動定位件（3 2 )，使其隨時處於朝向所對應之定位槽（丄5 )、第一迫 槽（1 6 )、第二迫槽（1 7 )或解開槽（i 8 )方向彈移， 令該定位件（3 2)兩側能將扳動件（2 〇)卡定於所需 之轉動位置，且當定位件（3 2)進入第二迫槽（17) M330930 時，該扳動件（2 Ο)凸輪（2 2 Ο)恰為擋塊（19) 所限制； 二捆綁帶（4 0 )( 4 〇 〇 )，請配合第四圖觀之，其 一捆綁帶（4 0 )的一端設有第一掛勾（5 1 )，該捆綁帶 (4 0)另端係由框體（1〇)後端穿入第二穿槽（13 0 )而環繞疊接於後端底板（1 1 )，並以縫線將該疊接面 加以固定；而另一捆綁帶（4〇〇)則於一端設有第二掛 勾（5 2 )’其另一端則由框體（1 〇 )前端底面穿入第一 穿槽（1 3 )後，使之向上的依序抵接於支軸（2 4 )後 侧及活轴（2 7 )後側而形成第-束緊段（4 1 )，繼之S 狀的纏繞於活軸（2 7 )前侧及支轴（2 4 )後侧而形成 第二束緊段（4 2 )，令第―、二束緊段（4 2 )底端係疊 接於支轴（2 4)’才使該捆綁帶（40 Q)由支軸（2 4) 下方朝框體（1 Q)前方拉出而構成調整段（4 3)。 【實施方式】 掛勾（5 1) ( 5 2 )將所欲勾接之物品 或帶子等被捆綁物捆緊時，只·接拉動瓣帶（4 〇 〇 ) =整段（4 3 )，並操作扳動件（2 0)轉動至第四及五 直位置，令定位件(3 2)兩侧以預設彈力而 自動進入支軸（？ 4、 動侏f 9 η、 方之定位槽（15)中，俾將扳 2 〇)卡定於框體（1〇 ΠΛ V丄0)中，此時捆綁帶（4 0 第—、二束緊段（41)是對折於支軸（24)、活 M330930 軸(27)間，而支軸(24)、活軸( 態，所以操作者可藉由再次的 ）又呈樞設狀 (24)、活軸(27) 二⑷)，令支軸 束緊段（4 7、 力/月輪組’而使第-、二 2= 再物轉—_程，俾能 視實際使用_而彈性輕二 千此 :使之可將被捆綁物固定，由於此時扳 Μ )幼呈九核，所賴作者可以手掌握 持扳動件（20)自由端（25)，向上作動定位件（3^ 而使其兩舰離定位槽（⑸，_她體（1〇) ^向轉動扳動件（20)，令定位件（32)得視操作者力 置大小而選擇定位於第四圖所示之第一迫槽（工6)或第 五圖所示之第二迫槽（17)位置，令捆綁帶（4 0 〇 ) 緊度再次加強到最穩定且安全之程度，由於操作者在作動 扳動件（2 0 )轉動時之施力臂是獻於捆綁帶（4 〇 〇 ) 反作用力之抗力臂，所以該等再次迫緊捆綁帶（4 〇 〇) 之動作完全不會造成操作者極大之負擔； 在此特別說明本創作完全無鬆脫之可能，因為當掛勾 (51)施以捆綁帶（4 0 0)反作用力而欲鬆脫時，其 第一束緊段（41)底端便會想朝掛勾（51)方向移動， 而第二束緊段（4 2)底端係夾制於第一束緊段（41) 底端和支軸（2 4)之間，且第二束緊段（41)底端是 藉由支轴（2 4)及活軸（2 7)而構成一省力滑輪組狀 M330930 態，所以第一、二束緊段（4 1)(4 2)底端會同時具有 朝掛勾（51)方向移動之勢，所以第一、二束緊段（4 1) ( 4 2 )便會更加的固定於支轴（2 4 )及活轴（2 7 ) 之間’使摘作具有域魏之使帛安全性。 请配合第六圖觀之，當操作者扳動控板（3 5 )克服 彈簧（3 6 )彈設彈力而使定讀（3 2 )兩側脫離第二 迫槽（1 7 )(或者第一迫槽），即可以反向轉動扳動件（2 〇 )而使定位件（3 2 )卡定於解開槽（1 8 )，其活軸（2 7 )便會位移的鬆脫第一及二束緊段（4 1 )( 4 2 )，俾 使捆綁帶（4 〇 〇)整體呈—可鬆弛狀態，而可釋放兩掛 勾（51)(52)所勾接之被捆綁物，當然也可彈性調整 兩捆綁帶（4 〇 )( 4 〇 〇 )所欲捆綁之位置。 請參閱第七〜十一圖，其係本創作第二實施例，該實 施例主要是於定位件（3 2)兩侧中段凹設有隔槽（3 2 〇 )，以使定位件（3 2 )間隔的形成有一主嵌塊（3 2 1 ) 以及一副喪塊（3 2 2 )，其主嵌塊（3 2 1 )可藉由操作 者作動而分別進出定位槽（1 5 )、第一迫槽（1 6 )、第 一迫槽（17)或解開槽（18)，而框體（1〇)兩側板 (12)則在副嵌塊（3 21)轉動範圍設有一可供副嵌 塊（3 2 1 )進入之容槽（17 0)，此容槽（17 0)底 端則水平設置有與第二迫槽（1 7 )相對應之輔助迫槽（1 7 1)’俾在主嵌塊（3 2 1 )進入第二迫槽（1 7 )時， M3 3 093 Ο 其副嵌槽（3 2 1)則會卡定於轉助迫槽（丨7丨），藉由 該等雙重卡定定位件（3 2 )之結構，使得定位件(曰3 2)可以有效分散最大之捆緊作用力，令本創作定位件（3 2)不虞有鬆脫卡定狀態之使用安全性。 綜上所述，本創作整體結構可以說是前所未見，由於 本案具有悉心之設計，故在索拉器定位兩捆綁帶後，其仍 具有可省力且方便加強捆綁緊度之特點，而為一相當傑出 且優異之設計，其在同類產品中均未見有類似之創作或公 開之發表，故符合新型專利之申請要件，乃爰依法提出申 請。惟以上所述者，僅為本創作之一較佳實施例而已，當 不能以之限定本創作實施之範圍，即大凡依本創作申請專 利範圍所作之均等變化與修飾，皆應仍屬本創作涵蓋之範 圍内。 ^330930 【圖式簡單說明】 第1 :係本__及脑狀分解示意圖。 第:圖：棘__及扳動件之組合示意圖。 摘她财扳祕之組合勤示意圖。 ★四圖.係本創作扳動件朝第_迫槽迫緊之動作示意圖。 2圖^本_扳動件朝第二返槽迫緊之動#示意圖。 /、圖.係本創作扳動件朝解開槽釋放捆綁帶之動作示意 圖〇 圖係本創作第二實施例框體及扳動件之分解示意圖。 二圖··係本創作第二實施例框體及扳動件之組合示意圖。 圖係本創作第二實施例扳動件朝第一迫槽迫緊之動 作示意圖。 圖係本作第二實施例扳動件朝第二迫槽迫緊之動 作 >1 ‘ 圖。 第十w.:本創作板動件朝解開槽釋放捆鄉帶之動作示 意圖。 、 (1 1)底板 (13) 第—穿槽 (14) 樞孔 (16 )弟—迫槽 (17 0)容槽 【主要元件符號說明】 (1 0 )框體 (1 2 )侧板 (13 0)第二穿槽 (15)定位槽 (17)第二迫槽 12 Μ33Ό930M330930 VIII. New description: — [New technical field] This creation refers to the type H of the recordless wheel setting, and it can reinforce the technology of tightening the belt according to the size of the operator. [Prior Art] The early bundled article technology directly uses the binding tape, and the main slap straps are fixed at both ends, and then the tightening force is applied to the picking belt to loosen the belt. Need to have experience and considerable strength: bundle: can easily be used, the general staff can not operate smoothly, and the items are not stable after the bundle, tied, and the overall appearance of the bundle is also messy. Therefore, some people have developed a "hand puller", which is used to tighten the strap. However, in actual operation, the strap is easily damaged due to excessive force, and the strap is easy to be fastened to the rotary shaft. The shortcomings of unwinding and entanglement, such as congestion and slinging, are due to the fact that the tying of the belt is not dependent on the bribery of the shaft, and the complexity of the construction is relatively high. Relatively high, naturally can not be big _ remunerative market demand. - The creator has a lack of existing structure, and after many trials, he has successfully created this creation to completely solve the problem of the conventional hand puller. [New Content] In order to enable the Stomach Review Committee to further understand the structure, features and other purposes of this creation, the following is a detailed description of the drawings of the preferred embodiment: M330930 Please refer to the first, second, third and fourth figures. The present invention comprises: a frame body (10) having a rectangular bottom plate (1 1 ), and a side plate having a higher central portion and a lower end portion bent upward on both sides of the bottom plate (11) ( 1 2) 'The bottom plate (1 1 ) is provided with first and second through grooves (13) (130) in sequence. The top ends of the two side plates (1 2 ) are concentric above the second through grooves (1 3 0 ) A pivot hole (1 4 ) is disposed through the top end of the side plate (1 2 ) at a position above the pivot hole (14), and a positioning groove (15) is recessed downwardly, and at the front end of the side plate (1 2 ) Between the positioning grooves (15), the recesses are provided with a first forced groove (work 6) slightly opening toward the front end of the side plate (12), and a second forced groove (17) opening toward the front end of the side plate (12). ), and between the rear end of the side plate (12) and the positioning groove (15), a recessed opening (χ 8 ) slightly above the rear end of the side plate (1 2 ) is recessed, and the two sides (12) are inside. Side hole in the other 14) The rear position is provided with a stopper (1 9); a triggering member (20) which is integrally bent on both sides of the two top plates (2 1) which are arranged at intervals, and has a folding plate (2 2 ), The trigger member (2 〇) two folding plates (2 2) can be just engaged on the inner side of the frame (i 2) of the frame body, and the pulling member (20) is on the folding plate (2 2) - The end edge is formed with a cam (2 2 〇), and the bottom edge of the cam (2 2 〇) is provided with a pivot hole (2 3 ), a hinge hole (2 3 ) and a frame body (1 〇) pivot hole (丄4) Corresponding to the support wheel (24)-and pivoting, and the triggering member (2 (υ free end q 5) protrudes the front end of the frame (1〇) for the operator to hold the end ( 2 Μ33Ό930 ^ and this summary (21) alkali phase material crane pieces ("reaction element (2 0) can be fulcrum (24) degrees; two folds (2)) cam (2 2 0) on the other side and slightly pre-tested A through-hole pivoting with an equal aperture is provided - the live axis (2 7 ), so that the live axis (2 7 ) ^ w spans the same; the diameter of the shaft (27) and the support shaft (24) are a two-clamp structure Folding plate (2 2) is provided with a long strip shape • 1 ), then a locating member (3 2 ) is used in the ## ', (7) 曰 towel, and the positioning member (3 2 ) The outer side of the folding plate θ ( 2 2 ), which can be used to move in and out of the positioning groove (1 5 ), the first forced groove (丄6), the second forced groove with the rotating member (2 〇) (Work 7) or unslot the slot (18), and the rear end of the top plate (2 1 ) of the free end (2 5) of the trigger member (2 )) is provided with a limiting frame (3 3 ), the positioning member ( 3 2) There is a guide rod (3 4) that can be inserted into the limit frame (3 3), 10 miscellaneous pieces (3 3 ) and a control board protrudes from the two positions of the guide rod (3 4 ) ( 3 5), the guide rod (3 4 ) is sleeved with a spring (3 6 ), so that the spring (3 6 ) - end is pressed against the pressure control (3 5 ), and the other end is pressed against the limit frame (3 3) 'Let the spring (3 6 ) push the positioning member (3 2 ) with a predetermined elastic force so that it is always facing the corresponding positioning groove (丄5), the first forced groove (16), the second The direction of the forced groove (1 7 ) or the untwisting groove (i 8 ) causes the positioning member (32) to lock the trigger member (2 〇) to the desired rotational position, and when the positioning member (3 2) When entering the second forced groove (17) M330930, the trigger (2 Ο) cam (2 2 Ο) is just limited by the stopper (19); Tie (4 0 ) ( 4 〇〇), please cooperate with the fourth picture, one end of a binding band (40) is provided with a first hook (5 1 ), the binding band (40) The rear end of the frame (1〇) penetrates into the second through groove (130) and is wrapped around the rear end plate (1 1 ), and the overlapping surface is fixed by the suture; and the other binding band (4〇〇) is provided with a second hook (5 2 ) at one end. The other end is inserted into the first through slot (1 3 ) from the bottom surface of the front end of the frame (1 〇), so that the upward direction is upward. Abutting on the rear side of the fulcrum (2 4 ) and the rear side of the living shaft (27) to form a first tightening section (4 1 ), followed by an S-shaped winding on the front side of the living shaft (2 7 ) and the fulcrum (2 4) forming a second tightening section (42) on the rear side, so that the bottom ends of the first and second tightening sections (42) are spliced to the fulcrum (2 4)' to make the binding strip (40) Q) The adjustment section (4 3) is formed by pulling the lower side of the support shaft (2 4) toward the front of the frame (1 Q). [Embodiment] Hook (5 1) ( 5 2 ) When the object to be hooked or the strap is tied up, only pull the flap (4 〇〇) = the whole section (4 3 ), And the driving member (20) is rotated to the fourth and fifth straight positions, so that the positioning members (32) automatically enter the supporting shaft with a predetermined elastic force on both sides (?4, moving 侏f9 η, square positioning groove (15), 俾 will pull 2 〇) in the frame (1〇ΠΛ V丄0), at this time the binding band (4 0 first, the second tightening section (41) is folded in half on the fulcrum (24 ), live M330930 axis (27), while the fulcrum (24), the live axis (state, so the operator can be re-set) again pivoted (24), live axis (27) two (4)), The fulcrum tightening section (4 7 , force / moon wheel set 'and the first -, second 2 = re-transfer - _ process, 俾 can be used depending on the actual use _ and elastic light 2,000: make it possible to be bundled Fixed, due to the tension at this time) young nine-core, the author can grasp the free end of the trigger member (20) (25), move the positioning member upwards (3^ and make the two ships away from the positioning slot ((5), _ her body (1〇) ^ turn the trigger (20), so that the positioning member (32) depends on the operator The size is selected to be positioned in the first forced groove (Work 6) shown in the fourth figure or the second forced groove (17) shown in the fifth figure, so that the binding band (40 〇) tightness is again strengthened to the most The degree of stability and safety, because the operator's arm is the anti-force arm of the reaction force of the binding band (4 〇〇) when the actuator (20) is rotated, so that the strap is again tightened (4 〇〇) The action does not cause a great burden on the operator; here, it is specifically stated that the creation is completely free of looseness, because when the hook (51) is applied with the binding force (400), the reaction is relaxed. At the bottom of the first tightening section (41), the bottom end of the second tightening section (41) is intended to be moved toward the hook (51), and the bottom end of the second tightening section (42) is clamped to the bottom of the first tightening section (41). Between the end and the fulcrum (2 4), and the bottom end of the second squeezing section (41) is formed by the fulcrum (2 4) and the living shaft (27) to form a labor-saving pulley group M330930 state, so the first The bottom end of the two tightening sections (4 1) (4 2) will have a tendency to move toward the hook (51) at the same time, so the first and second tightening sections (4 1) ( 4 2 ) will be more fixed. On the fulcrum (2 4) and the live axis (2 7 ) 'to make the pick has the domain Wei to make it safe. Please cooperate with the sixth picture, when the operator pulls the control board (3 5 ) against the spring (3 6) bomb Set the elastic force so that both sides of the fixed reading (3 2 ) are separated from the second forced groove (17) (or the first forced groove), that is, the pulling member (2 〇) can be reversely rotated to make the positioning member (3 2 ) card It is fixed in the unslotted groove (1 8 ), and the living axis (2 7 ) will be displaced by the first and second tightening segments (4 1 ) ( 4 2 ), so that the binding band (4 〇〇) is overall - It can be relaxed, and the bundled objects hooked up by the two hooks (51) (52) can be released. Of course, the position of the two straps (4 〇) (4 〇〇) can be flexibly adjusted. Please refer to the seventh to eleventh drawings, which is a second embodiment of the present invention. The embodiment is mainly provided with a partition groove (3 2 〇) in the middle of the two sides of the positioning member (32) to make the positioning member (3). 2) The spacer is formed with a main embedded block (3 2 1 ) and a pair of dead blocks (3 2 2 ), and the main embedded block (3 2 1 ) can be respectively moved into and out of the positioning slot (1 5 ) by the operator, The first forced groove (16), the first forced groove (17) or the untwisting groove (18), and the side plates (12) of the frame body (1) are provided in the rotation range of the sub-block (3 21). A sub-block (3 2 1 ) enters a receiving groove (170), and the bottom end of the receiving groove (170) is horizontally disposed with an auxiliary forced groove corresponding to the second forced groove (17) (1 7 1 ) 'When the main insert (3 2 1 ) enters the second forced groove (1 7 ), M3 3 093 Ο its auxiliary groove (3 2 1) will be locked in the transfer forced groove (丨7丨) By the structure of the double locking positioning members (32), the positioning member (曰3 2) can effectively disperse the maximum binding force, so that the creation positioning member (32) does not loosen and lock. The security of the use of the state. In summary, the overall structure of the creation can be said to be unprecedented. Since the case has a careful design, after positioning the two straps in the cable puller, it still has the characteristics of saving labor and facilitating the tightening tightness. For a fairly outstanding and excellent design, there is no similar creation or public publication in the same kind of products, so it meets the application requirements of the new patent, and is submitted according to law. However, the above is only a preferred embodiment of the present invention. When it is not possible to limit the scope of the creation of the creation, that is, the equal change and modification of the patent application scope of this creation should still belong to the creation. Within the scope of coverage. ^330930 [Simple description of the diagram] The first is the schematic diagram of the __ and brain decomposition. Figure: Schematic diagram of the combination of the spine __ and the trigger. Pick up the combination diagram of her financial secrets. ★ Four diagrams. This is a schematic diagram of the action of the creation of the trigger member toward the first forced groove. 2 Figure ^ This _ puller moves toward the second return slot. /, Fig. is a schematic diagram of the action of the present invention to release the binding band toward the unslotted groove. Fig. 〇 is a schematic exploded view of the frame and the pulling member of the second embodiment of the present invention. Fig. 2 is a schematic view showing the combination of the frame body and the trigger member of the second embodiment of the present invention. The drawing of the second embodiment of the present invention is a schematic diagram of the action of the pulling member toward the first forced groove. The figure is used as the second embodiment to move the trigger member toward the second forced groove >1 ‘Fig. Tenth w.: The creative board moves the unloading slot to release the action of the bundled township. (1 1) bottom plate (13) first-through groove (14) pivot hole (16) brother-force groove (17 0) groove [main component symbol description] (1 0) frame (1 2) side plate ( 13 0) Second slot (15) positioning slot (17) second forced slot 12 Μ33Ό930
(171)輔助迫槽 (19)擋塊 (2 0 )扳動件 (2 2)折板 (2 3)樞孔 (2 5)自由端 (2 7)活轴 (31)滑槽 (3 2 0 )隔槽 (3 2 2)副嵌塊 (3 4)導桿 (3 6)彈簧 (4 0 ) ( 4 0 0 )捆綁帶 (42)第一束緊段 (51)第一掛勾 (18)解開槽 (2 1 )頂板 (220)凸輪 (2 4)支軸 (2 6)貫穿孔 (3 2)定位件 (3 21)主散塊 (3 3)限位框(3 5 )控板 (41)第一束緊段 (4 3)調整段 (52)第二掛勾 13(171) Auxiliary forced groove (19) Stop (2 0) Trigger (2 2) Folding plate (2 3) Pivot hole (2 5) Free end (2 7) Live shaft (31) Chute (3 2 0) Compartment (3 2 2) Sub-block (3 4) Guide rod (3 6) Spring (4 0 ) ( 4 0 0 ) Bundle (42) First tightening section (51) First hook ( 18) Unslot (2 1) Top plate (220) Cam (2 4) Support shaft (2 6) Through hole (3 2) Positioning member (3 21) Main bulk block (3 3) Limit frame (3 5 ) Control panel (41) first tightening section (43) adjustment section (52) second hooking 13