M284665 八、新型說明： ' 【新型所屬之技術領域】 本創作為-種自動定位的吊釣夹具，係指_種用於夹 持並吊起重物，且可自動定位的吊鉤夹具。 【先前技術】 淬多化學廢料或核能廠的輻射廢料，因其廢料具有污 染性及輻射性，故填裝於大型鐵桶（例如55加备鐵桶） • 巾方能加以棄置，由於填裝後的鐵桶具有相當大的重量， 則不便以人力進行搬運，一般採用爽具將鐵桶吊起並加以 搬運，現有技術的夾具分為動力夾具及非動力夾具。 除了夾具本身所需左右及上下移動所需的動力外，動 力夾具另採用電力、高壓空氣等動力來源，使動力夾具本 身具有吸附力，將鐵桶以吸附的方式吊起，但動力夾具在 製造及使用時所需的成本都較高，且需要額外的動力來源 方能使用。 • 非動力夾具如第八圖所示，其具有一連桿裝置（8 0 ) ’連桿裝置（8 0 ) 一端與兩側吊鉤（8工）相接， 連桿裝置（80)上設有-固定裝置（82)，藉由人力 改變連桿裝置（8 0)的角度以改變吊釣（8工）的張合 角度，使吊鉤（8 1 )配合所需吊起的鐵桶外徑，再藉由 人力撥動固定裝£ (82)以固定連桿裝£ (8〇)及吊 鉤（8 1 )的角度，然而，由於鐵桶内裝載的是具有污染 性及㈣性的物質，則利肖人力直接操控連桿裝置（8 〇 ) 及固定裝置（8 2)會對人員產生一定的危險性，是故無 5 M284665 論使用現有技術的動力央具或非動力央具，皆具有其缺 【新型内容】 有鑑於前述之現有技術的缺點，本創作係設計一種自 動定位的吊鉤夾具，利用非動力的夾具來吊起重物，且利 用機構間的作動關係而自動定位，不需藉由人力將其定 位0 為達到上述的創作目的，本創作所採用的技術手段為 設計一種自動定位的吊鉤夹具，其中包括： ， 一主體； 兩⑷#其分別設於主體一端之相對兩側； 兩按壓組件，JL 一砬八e，丨m ^ 八 而刀別固故於兩懸臂末端，藉由推 頂按壓組件之另—#，二％ μ ^ 而而改蝥並固定按壓組件的整體長 度； 〜 - 碲分別樞設在 另一端栖設有至少一滾輪； 兩吊鉤’其拖設於主體 一 〇 對兩側向外延伸，…二 ，兩吊鉤朝主體之相 互固定^ 士 ' 巾'^又部位分別與兩連動板組相 吊韵末端向内彎折成型有至少-鉤爪。 藉由連動板组與欲搬運物品推 變按壓組件的敕雕且ώ Μ反櫂頂，而改 的正肢長度，當按壓組件定 下，連動板組與按壓紐杜„ + &疋體長度較短 的失角，以❹=夹角縮小，進而縮小兩吊鉤間 度較長下，連吊起’ #按壓組件定位在整體長 板組與按壓組件間夹角變大，進而增加兩 M284665 吊釣間的夾角’以使吊鉤與物品相互分離。 本創作的優點在於，藉由連動板組與物品頂面的相互 以改變按壓組件的總長度’並將按壓組件的總長度 :疋’以定位兩吊鉤間的夾角’故本創作藉由按壓組件的 设置可達到自動定位的目的，在使用上確具有其實用性。 【實施方式】M284665 VIII. New description: ' 【New technical field】 This creation is a self-positioning sling fishing jig, which refers to a hook clamp for holding and lifting heavy objects and automatically positioning. [Prior Art] Radiation waste from quenched chemical waste or nuclear power plant, because its waste is polluting and radiant, it is packed in large iron drums (such as 55 plus iron drums). After the iron drum has a considerable weight, it is inconvenient to carry it by hand. Generally, the iron bucket is lifted and transported by a cool tool. The prior art jig is divided into a power jig and a non-power jig. In addition to the power required for the fixture itself to move up and down and up and down, the power fixture uses power sources such as electric power and high-pressure air, so that the power fixture itself has an adsorption force, and the iron drum is lifted by adsorption, but the power fixture is manufactured. And the cost of using it is high, and requires an additional source of power to use. • The non-powered clamp has a connecting rod device (8 0 ) as shown in the eighth figure. 'The connecting rod device (8 0 ) has one end connected to the two side hooks (8 working), and the connecting rod device (80) is provided. There is a fixing device (82), by changing the angle of the connecting rod device (800) to change the angle of the hanging fishing (8 working), so that the hook (8 1 ) fits outside the required lifting bucket The diameter is then fixed by manpower (82) to fix the angle between the rod (8〇) and the hook (8 1 ). However, because the barrel is loaded with pollution and (4) Substance, Lisho manpower directly manipulates the connecting rod device (8 〇) and the fixing device (8 2), which poses a certain risk to the personnel. Therefore, there is no 5 M284665 on the use of the prior art power centering device or non-powered centering device. In view of the above-mentioned shortcomings of the prior art, the present invention designs an automatic positioning hook clamp, which uses a non-powered fixture to lift heavy objects and automatically locates by using the mechanism between the mechanisms. No need to position it by manpower to achieve the above-mentioned creative purpose, which is used in this creation. The technical means is to design an automatic positioning hook clamp, which comprises: , a main body; two (4) # are respectively arranged on opposite sides of one end of the main body; two pressing components, JL one eight eight e, 丨m ^ eight and the other Fixing at the end of the two cantilever, by pushing the top of the component to press -#, two % μ ^ to change and fix the overall length of the pressing assembly; ~ - 碲 are respectively pivoted at the other end to have at least one roller; The two hooks are dragged on the main body to extend outwardly on both sides, ... two, two hooks are fixed to each other toward the main body, and the two parts are respectively inwardly bent with the two interlocking plate groups. The fold is formed with at least a hook. By interlocking the plate set with the item to be carried and pushing the pressing part of the pressing component and Μ Μ Μ Μ , , 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改 改The shorter angle of loss is reduced by the angle of ❹=, and then the length between the two hooks is reduced, and the hoisting is continued. ## The pressing component is positioned at an angle between the whole long board group and the pressing component, thereby increasing two M284665 The angle between the slings is 'to separate the hooks from the items. The advantage of this creation is that by interlocking the plate sets with the top surface of the article to change the total length of the pressing assembly' and the total length of the pressing assembly: 疋' In order to locate the angle between the two hooks, the present invention can achieve the purpose of automatic positioning by the setting of the pressing component, and has practicality in use. [Embodiment]
人％參閱第一圖所示，本創作之自動定位的吊鉤夾具包 含有-主體（1 〇 )、兩懸臂（2 〇 )、兩按壓組件（3 〇 )、兩連動板組（4 〇 )及兩吊鉤（5 〇 )。 則述之懸臂（2 0 )分別設於主體（1 0 ) 一端之相 對兩側，兩懸臂（2 〇 )可與主豸（丄〇 )之徑向相互平 行0 明參閱第一及二圖所示，前述之兩按壓組件（3 〇) 一端分別固設於兩懸臂（2 0 )末端，按壓組# ( 3 〇 ) 可與懸# (2〇)才目互垂直，按壓組件（3〇)包一 夕卜 ^ { Ο Ί \ ° 一 5周整套同（3 2)、一旋轉桿件（〇 w述之外套筒（3 1)中空 頂端開口向内連續成型有複數個 (1 1 1 )及淺斜槽（3 1 2 ) 度大於淺斜槽（3 1 2 )之深度 兩側为別為一淺斜槽（3 1 2 ) 兩側分別為一深斜槽（3 1 1 ) 與淺斜槽（3 1 2)個數相同。 且兩端開口，内壁面上由 朝同一方向傾斜的深斜槽 ’深斜槽（3 1 1 且每一深斜槽（3 ’每一淺斜槽（3 )之深 11 ) 12) 深斜槽（3 1 1 )個數 7 1 )及一套環（3 4 )。 M284665 前述之調整⑷3 2 )中空且頂端開口，調整套筒 (3 2 )穿設於外套筒（3工）巾，調整套筒（3 2 )開 口端之端緣連續成型有複數個棘齒（3 2 1 )。 前述之旋轉桿件（3 3 )套設於外套筒（3 i )中， 旋轉桿件（3 3 )具有-主桿體（3 3工），主桿體（3 31) —端軸向延伸成型有連接桿體（3 3 2 )，連接桿 體（3 3 2 )固設於懸臂（2 〇 )末端，主桿體（3 3工） φ 另一端軸向延伸成型有一定位桿（333)，定位桿（3 3 3 )與主桿體（3 3 1 )相接處徑向延伸成型有環狀凸 緣（3 3 4 )，定位桿（3 3 3 )外壁面徑向延伸成型有 -撥塊（3 3 5 )，撥塊（3 3 5 )端緣連續成型有複數 個棘齒（3 3 6 )，定位桿（3 3 3 )穿設於調整套筒（3 2)中’且撥塊（335)之棘齒（336)相對於調整 套筒（3 2 )之棘齒（3 2 !)，撥塊（3 3 5 )外壁面 沿軸向間隔成型有複數個斜齒（3 3 7 )，斜齒（3 3 7 ) • 末端緣之傾斜方向相對於外套筒（3 1 )之深淺斜槽（3 11) ( 3 1 2 )的傾斜方向，斜齒（3 3 7 )個數與深 斜槽（3 1 1 )個數相同，當斜齒（3 3 7 )嵌合於深斜 槽（3 1 1 )中時，按壓組件（3 〇 )的總長度較短，當 斜齒（3 3 7 )嵌合於淺斜槽（3丄2 )中時，按壓組件 (3 0 )的總長度較長。 套環（3 4 )套設於旋轉桿件（3 3 )之主桿體（3 3 1 )外，且套環（3 4 )固設於外套筒（3 1 )頂端緣， 套環（3 4 )之内徑大於旋轉桿件（3 3 )之主桿體 8 M284665 3 1 )的桿徑，套 之環狀凸緣（33: 11 徑小於旋轉桿件（33) ^ , r , 3 4 )的外徑，套環（3 4 )用以與旋轉 件干二)、之環狀凸緣（334)相抵靠，而使旋轉桿 件（33)脫離外套筒（31)。 齒（Γ二Π第三及四圖所示，旋轉桿件（3 3)之斜 I ’欠合於外套筒（3 1 )之深斜槽（3丄i ) 告^ 9彳k 3 2 )文壓時，調整套筒（3 2 )之棘 θ 向上推頂旋轉桿件（33)之棘齒（3 3 6 )， 使得旋轉桿件（q q > 听 3 3 )之斜齒（3 3 7 )脫離外套筒（3 1)之深斜槽 1 )，此時旋轉桿件（3 3 )會略為 方疋轉以使棘齒（2 q β^ 9…山人3 3 6 )與調整套筒（3 2 )之棘齒（3 21)相肷合，當調整套筒广 π 冋（3 2 )之外力解除，調整套 5 又身的重力而回復到原始位置，旋轉桿件（3 3)亦受重力而下降，則斜齒（3 3 7 )沿淺斜槽（η 2 )的斜面，而滑入漭钭 月八久斜槽（3 1 2 )底端與其相嵌合， 則透過按壓調整套筒（32)下，可改變斜齒（33” =斜槽（312)或與深斜槽（311)相嵌合，以改 薆按壓組件（3 〇 )整體的長度。 、前述之每-連動板組（4〇)具有兩連動板（4丄）， 兩連動板（4 1 )分別樞設於按壓組件（3 〇 )之調整套 筒（3 2 )底端的兩相對側’連動板組（4 0 )末端極設 有複數個滾輪（4 2 )。 前述之吊鉤（5 0)枢設於主體（丄〇)另—端，兩 吊鉤（5CU朝主體（1〇)之相對兩側向外延伸，吊釣 9 M284665 (5 0)穿设於連動板紐广」 „ , 板、、且（4 0 )之兩連動板（4 1 )之 間，吊鉤（5 〇 )之中p邱 定，吊钓f s η、士 Ρ位與兩連動板（4 1 )相互固 二吊釣（50)末端向内彎折成型有至少一釣爪 (5 2 )。 ；D U )末端具有兩相對的鉤爪 請參閱第五及六圖所示，主體（ι㈡藉 0 )懸掛於起重機械上，起 s ^(6 (1〇)相對於所欲搬運鐵桶 體 Π、λα &〆 / ^上方’兩吊釣f ς 〇)的鉤爪（5!)相對於鐵桶〇(5 閱第三圖所示，此時旋轉捍件 〇)兩側，請配合參 與外套筒（川的深斜槽I :… 組"0)之滾輪（42) )相敢合’當連動叛 連動板組（4 0)受力將調整套 （）頂面時， 得旋轉桿件（33)之斜齒（3 3 7 )=向上推頂，使 之深斜槽（3H)並與淺斜槽（3離外套涛（3!) 廢組件（30)整體長度增加，而迫使^嵌合，則接 :(70)頂面滑移，使得連動板組沿鐵 ，、按屡組件（30)間的夹角， "轉而縮小 吊鉤（5 η、, 連動板組（4 〇 )代 巾’（5 0 )相互固定’故吊鉤（5 〇 。）與 〇 ) —同樞轉，#吼連動板組（4 轉使仔兩吊鉤（5 Ο }〈4 重機械將吊釣夹具向上升起時，兩吊釣角，小，當起 移動’由於兩吊鉤（5 0)間的夾角縮〇 )隨之向上% of the person is shown in the first figure. The hook fixture of the automatic positioning of the present invention includes a main body (1 〇), two cantilever arms (2 〇), two pressing components (3 〇), and two linkage plate groups (4 〇). And two hooks (5 〇). The cantilever (20) is respectively disposed on opposite sides of one end of the main body (10), and the two cantilevers (2 〇) can be parallel to the radial direction of the main cymbal (丄〇). See FIGS. 1 and 2 It is shown that one end of the two pressing components (3 〇) is respectively fixed at the ends of the two cantilever (20), and the pressing group #(3 〇) can be perpendicular to the hanging #(2〇), and the pressing component (3〇)包 夕 ^ ^ { Ο Ί \ ° A 5-week set of the same (3 2), a rotating rod (〇 述 w outer sleeve (3 1) hollow top opening continuously formed in the plural (1 1 1 ) and the shallow chute (3 1 2 ) is greater than the depth of the shallow chute (3 1 2 ). Both sides are a shallow chute (3 1 2 ), and both sides are a deep chute (3 1 1 ) and The number of shallow chutes (3 1 2) is the same. The two ends are open, and the inner wall faces are deep chutes that are inclined in the same direction. Deep chutes (3 1 1 and each deep chute (3 'each shallow oblique) The depth of the groove (3) is 11) 12) the number of deep chutes (3 1 1 ) is 7 1 ) and the set of rings (3 4 ). M284665 The above adjustment (4) 3 2) is hollow and the top end is open, the adjusting sleeve (3 2 ) is disposed on the outer sleeve (3 working) towel, and the end edge of the open end of the adjusting sleeve (3 2 ) is continuously formed with a plurality of ratchet teeth (3 2 1 ). The rotating rod member (3 3 ) is sleeved in the outer sleeve (3 i ), and the rotating rod member (3 3 ) has a main rod body (3 3 working), and the main rod body (3 31) is axially endped The connecting rod body (3 3 2 ) is extended and formed, the connecting rod body (3 3 2 ) is fixed at the end of the cantilever (2 〇), the main rod body (3 3 working) φ and the other end is axially extended to form a positioning rod (333 An annular flange (3 3 4 ) is formed radially extending from the positioning rod (3 3 3 ) and the main rod body (3 3 1 ), and the outer wall surface of the positioning rod (3 3 3 ) is radially extended. - the dial block (3 3 5 ), the end of the dial block (3 3 5 ) is continuously formed with a plurality of ratchet teeth (3 3 6 ), and the positioning rod (3 3 3 ) is disposed in the adjusting sleeve (32) And the ratchet (336) of the dial (335) is shaped with respect to the ratchet (3 2 !) of the adjusting sleeve (3 2 ), and the outer wall surface of the dial block (3 3 5 ) is axially spaced to form a plurality of helical teeth ( 3 3 7 ), helical gear (3 3 7 ) • The inclination of the end edge relative to the inclination of the shallow groove (3 11) ( 3 1 2 ) of the outer sleeve (3 1 ), helical gear (3 3 7 The number is the same as the number of deep chutes (3 1 1 ), when the helical teeth (3 3 7 ) are fitted in the deep chute (3 1 1 ) The total length of the pressing member (3 〇 ) is short, and when the helical tooth (3 3 7 ) is fitted in the shallow chute (3丄2), the total length of the pressing member (30) is long. The collar (3 4 ) is sleeved outside the main rod body (3 3 1 ) of the rotating rod member (3 3 ), and the collar (3 4 ) is fixed to the top end edge of the outer sleeve (3 1 ), the collar ( 3 4 ) The inner diameter of the main rod body 8 M284665 3 1 ) of the rotating rod member (3 3 ), the annular flange of the sleeve (33: 11 diameter is smaller than the rotating rod member (33) ^ , r , 3 4) The outer diameter, the collar (34) is used to abut against the annular flange (334) of the rotating member 2), and the rotating rod member (33) is disengaged from the outer sleeve (31). The teeth (the second and fourth figures of the Γ二Π, the slant I of the rotating rod (3 3) owes to the deep chute (3丄i) of the outer sleeve (3 1 ). ^ 9彳k 3 2 When the pressure is applied, adjust the ratchet θ of the sleeve (3 2 ) to push up the ratchet (3 3 6 ) of the rotating rod (33), so that the rotating rod (qq > 3 3 ) is helically toothed (3 3 7) Disengaged from the deep chute 1 of the outer sleeve (3 1), the rotating rod (3 3 ) will be slightly turned to make the ratchet (2 q β^ 9...山人3 3 6 ) The ratchet teeth (3 21) of the adjusting sleeve (3 2 ) are coupled together, and when the adjusting sleeve is widened by π 冋 (3 2 ), the force is released, and the gravity of the adjusting sleeve 5 is returned to the original position, and the rotating rod member is rotated ( 3 3) Also descending by gravity, the helical tooth (3 3 7 ) is inclined along the slope of the shallow chute (η 2 ) and slides into the bottom end of the lunar trough (3 1 2 ). By pressing the adjusting sleeve (32), the helical teeth (33" = chute (312) or the deep chute (311) can be changed to change the overall length of the pressing assembly (3 〇). The aforementioned per-linking plate group (4〇) has two linkage plates (4丄), and the two linkage plates (4 1 ) are respectively pivoted on the button The two opposite sides of the bottom end of the adjusting sleeve (3 2 ) of the assembly (3 2 ) are provided with a plurality of rollers (4 2 ) at the end of the interlocking plate group (40). The aforementioned hook (50) is pivoted to the main body. (丄〇) The other end, two hooks (5CU extend outward on opposite sides of the main body (1〇), and the sling fishing 9 M284665 (5 0) is worn on the linkage plate 广广” „ , board, and ( 4 0 ) between the two linkage plates (4 1 ), the hook (5 〇) among the p-qiu, the sling fishing fs η, the gentry position and the two linkage plates (4 1) and the two fixed fishing (50) The end is bent inwardly to form at least one claw (5 2 ). The end of the DU has two opposite claws. Please refer to the fifth and sixth figures. The main body (ι(二) borrows 0) is hung on the lifting device. ^(6 (1〇) relative to the iron barrel 5, λα & 〆 / ^ above the 'two slings f ς 〇's claws (5!) relative to the iron barrel 〇 (5 see the third figure Show that, at this time, rotate both sides of the 〇 ,), please cooperate with the outer sleeve (the deep chute of Sichuan [: group " 0) roller (42)) dare to combine 'when the linkage rebel group (4 0) When the force will adjust the top surface of the sleeve (), the rotating rod 33) The helical gear (3 3 7 ) = push up the top to make the deep chute (3H) and the overall length of the shallow chute (3 from the outer jacket (3!) waste assembly (30) increase, forcing the embedding If it is combined, then: (70) the top surface slips, so that the interlocking plate group is along the iron, according to the angle between the components (30), and the hook is reduced (5 η,, linkage plate group (4 〇 ) The towel '(5 0) is fixed to each other' so the hook (5 〇. ) and 〇) - the same pivot, #吼 linkage plate group (4 turns to make two hooks (5 Ο } <4 heavy machinery will lift the fishing clamps up, two hanging angles, small, when moving] Due to the angle between the two hooks (50)
相對抵靠於_ (70 )之環凸緣（，， ’則釣爪（5 D 重機械持锖趑里Μ + 丄J的底側，举4ρ 丹、，、將吊鉤夾具向上升起時，鉤 田起 1 )將鐵桶 10 M284665 (7 〇 )勾起以搬運鐵桶（7 〇 )。 :參閱第三及七圖所示，（7〇) 置放處後，#重機械使吊鉤夹具斤而 於地面或工作平面上時，起重機竹，鐵桶（70)置 & ^ ㈣機械仍使吊鉤夾具繼續下 P牛，吊鉤（5 〇 )之兩側鉤爪（5工） π ^ 、0丄）與鐵桶（7 0 )之 衣凸緣（7丄）分離，鉤爪（ 下銘叙, 3 1 J〆口鐵桶（7 0 )側向Relatively to the ring flange of _ (70) (,, 'the claw of the fish (5 D heavy mechanical holding Μ + 丄 J bottom side, lifting 4ρ 丹,,, when lifting the hook clamp) , hook field 1) hook the iron drum 10 M284665 (7 〇) to carry the iron drum (7 〇). : Refer to the third and seventh figures, (7〇) after the placement, #重机械吊吊When the hook clamps on the ground or the work plane, the crane bamboo and the iron drum (70) are placed & ^ (4) The machine still makes the hook clamp continue to P cattle, and the hooks (5 〇) are hooked on both sides (5 work) π ^ , 0丄) is separated from the clothing flange (7丄) of the iron drum (7 0), and the claws (the lower Ming, 3 1 J, the iron barrel (7 0) laterally
春 移動，致使連動板組（4 〇 )之滾於 r 7 n , y心展輪（4 2 )接觸鐵桶 …頂面，連動板組（40)受力將調整套筒（3 頂’使得旋_(33)之斜齒（3川 Π卜f同（31)之淺斜槽㈡"）並與深斜槽（3 使.…目礙合，則按壓組件（30) _長度縮短，而迫 (::(42)沿鐵桶（70)頂面滑移，使得連動板组 〇)樞轉而增加與按壓組件（3〇)間的夾角，由於 〇):組（4 〇 )與吊鉤（5 0 )相互固定，故吊鉤（5 ，連動板組（4〇)—同柩轉，使得兩吊鉤（5〇) “角增加’則再度升起吊釣夾具時，由於兩吊鉤（5 間的夾角已增加’故鉤爪（5 z )不與鐵桶（7 〇 ) 、’ 7 1 )相抵靠，則吊鉤夾具與鐵桶（7 〇 )相 立分離。 【圖式簡單說明】 第一圖為本創作之立體外觀圖 第二圖為本創作部分元件之分解圖 第一圖為本創作部分元件之側視示意圖 第四圖為本創作部分元件之側視動作示意圖 11 M284665Spring movement, causing the linkage plate set (4 〇) to roll on r 7 n , y heart exhibition wheel (4 2 ) contact the iron barrel... top surface, the linkage plate set (40) will force the adjustment sleeve (3 top 'make斜 _ (33) 斜 helical teeth (3 Π Π f f with (31) shallow chute (2) ") and with the deep chute (3 ...., the pressing component (30) _ length shortened, and Forced (:: (42) to slide along the top surface of the iron drum (70), causing the linkage plate group to pivot and increase the angle with the pressing assembly (3〇), due to the 〇): group (4 〇) and hanging The hooks (50) are fixed to each other, so the hooks (5, the linkage plate group (4〇)--twisting, so that the two hooks (5〇) "angular increase" will raise the hanging fishing clamp again, due to the two hooks (The angle between the five points has been increased. 'Therefore the hook claws (5 z ) do not abut against the iron drums (7 〇) and ' 7 1 ), the hook clamps are separated from the iron drums (7 〇). [Simplified illustration The first picture is the three-dimensional appearance of the creation. The second picture is an exploded view of some of the components of the creation. The first picture is a side view of the components of the creation. The fourth picture is a side view of the components of the author. 11 M284665
第五圖為本創作之正視圖 第六圖為本創作之正視實施狀態圖 第七圖為本創作之正視實施狀態圖 第八圖為現有技術之正視圖 【主要元件符號說明】(1 0 )主體 （2 0 )懸臂 (3 0 )按壓組件 （3 1 )外套筒 (311)深斜槽 （312)淺斜槽The fifth picture is the front view of the creation. The sixth picture is the front view of the implementation of the creation. The seventh picture is the front view of the creation. The eighth picture is the front view of the prior art [the main component symbol description] (1 0) Main body (20) cantilever (30) press assembly (3 1) outer sleeve (311) deep chute (312) shallow chute
(3 2 )調整套筒 (3 3 )旋轉桿件 (3 3 2 )連接桿體 (3 3 4 )環狀凸緣 (3 3 6 )棘齒 (3 4 )套環 (4 1 )連動板 (5 0 )吊鉤 (6 0 )吊環 (7 1 )環凸緣 (8 1 )吊鉤 (3 2 1 )棘齒 (3 3 1 )主桿體 (3 3 3 )定位桿 (3 3 5 )撥塊 (3 3 7 )斜齒 (4 0 )連動板組 (4 2 )滾輪 (5 1 )鉤爪 (7 0 )鐵桶 (8 0 )連桿裝置 (8 2 )固定裝置 12(3 2 ) adjusting sleeve (3 3 ) rotating rod (3 3 2 ) connecting rod body (3 3 4 ) annular flange (3 3 6 ) ratchet (3 4 ) collar (4 1 ) linkage plate (5 0 ) Hook (6 0 ) Lifting ring ( 7 1 ) Ring flange (8 1 ) Hook (3 2 1 ) Ratchet (3 3 1 ) Main rod body (3 3 3 ) Positioning rod (3 3 5 ) dial block (3 3 7) helical gear (4 0 ) linkage plate set (4 2 ) roller (5 1 ) hook claw (7 0 ) iron barrel (8 0 ) linkage device (8 2 ) fixing device 12