TWM242334U - Ratchet apparatus with dual symmetrical brake - Google Patents
Ratchet apparatus with dual symmetrical brake Download PDFInfo
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- TWM242334U TWM242334U TW92216291U TW92216291U TWM242334U TW M242334 U TWM242334 U TW M242334U TW 92216291 U TW92216291 U TW 92216291U TW 92216291 U TW92216291 U TW 92216291U TW M242334 U TWM242334 U TW M242334U
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M242334 五、創作說明(1) 【技術領域】 幅提 裝置 lift其提供一種利用雙對稱掣動的方式,以大 回棘輪扭力及增加掣動操作 2以大 。 p q狂I !對%掣動之棘輪 【先前技術】 按’棘輪裝置係已廣泛應M242334 V. Creative Instructions (1) [Technical Field] The web lifting device lift provides a method of utilizing double symmetrical latching to increase the ratchet torque and increase the latching operation. p q 狂 I! The ratchet to which the% is locked [Prior art] The ratchet device has been widely used
輪起子、套筒板手4者M ^ 、手具的使用上,如I me圖,棘請參閱第1 A、 本體1 0上,裝設兩且^ ^主要在連結握柄之控伟Wheel driver, sleeve wrench 4 M ^, the use of hand tools, such as I me, please refer to section 1 A, the body 10, install two and ^ ^ is mainly connected to the control of the handle
1 2B,另連ί;:;,*1 1之掣動塊1 2A、 則可與掣動塊1 2 A Ht本體1 3,其棘輪齒1 4 動塊1 2 A、i 2 B均盥f f嚙合,在1 A圖中,當兩韋 :的空轉,而隨著握柄;;正朿;以:合=無法作, 外部的切換開關將右側之擎動。1B圖中,f 1 4時,則控制本體i 〇可荖 $離嚙合棘輪齒 棘輪本體1 3作順時針的正“ n f動塊1 2 A帶動 方向的轉動時,棘輪齒=動,虽控制本體1 0作反 1 2 A内縮推離嚙合,而开:面會塵迫左側之擎動塊 當切換開關將左側之擎换t二轉的狀態;在1 c圖中,1 2B, also connected to ί;:;, * 1 1's stopper block 1 2A, can be connected with stopper block 1 2 A Ht body 1 3, its ratchet teeth 1 4 mover block 1 2 A, i 2 B ff meshing, in the 1 A diagram, when the two Wei: idling, and with the handle ;; Zheng 朿; to: close = unable to operate, the external switch will move the right side of the engine. In Fig. 1B, when f 1 4, the control body i can be turned clockwise from the meshing ratchet gear ratchet body 13 to make a clockwise positive "nf moving block 1 2 A. When the direction of rotation is driven by the ratchet gear, although the control The main body 10 is reversed and pushed in and out of engagement, and it is open: the face will dust the left engine block when the switch switches the left engine to t two turns; in the figure 1c,
:控制本體10可藉著右:齒U, 1 3作逆時針的轉*, 士動塊1 2 B帶動棘輪本體 時,棘輪齒1 4之^^1;^制本體1 〇作反方向的轉動 離嗜合,㈣成迫ί㈣動塊…内縮推 用者可依旋鬆或旋緊 =错者對棘輪的控制掣動,使 ” ^而衣,來選擇控制棘輪的掣動方: The right side of the control body 10 can be turned counterclockwise by the teeth U, 1 3 *. When the ratchet body is driven by the driver block 1 2 B, the ratchet teeth 1 ^^ 1 of the ratchet body 1; Rotate and disengage to form a forced moving block ... The user who pushes back can loosen or tighten = the wrong person's control of the ratchet, so as to choose the control method of the ratchet.
M242334 .............. * —…__ , -------------------— - ··* ~ ·-- ' — —— 五、創作說明(2) — =,並利用其可反方向空轉,便於使用者在 間上使用。諸參間篦9 Λ J保1下工 / A、2Β圖,在實際棘輪的製作 i本。棘輪本體13間係具有間隙,如抑 ;,而此間隙的存在,於控制本體1 "動轉動‘ ^ 本體i 0偏向擎動位置的另一寸將會 1 2 A與棘輪齒1 4的嚙人^尤行华勤塊 大時,將使得掣動塊1 2 Α ^木=/ =此日才右操作力量過 14的咱合,此即為而無法碓保與棘輪齒 圖,其不論正逆轉時此如2A、2B 會有扭力不足的問題產i :動的傳動’均 "之棘輪齒i 4的齒數為;2第^圖,其棘輪本體 向空轉時,每跨越棘輪當控制本體10反方 询在3 0度的有限空間二i4:”反方向旋轉1 8度, 作的行裎將會受限。請來閱第;2向空轉後’再擎動操 下,適度增加棘輪齒= 在相同體積的要求 時每跨越棘齒輪1 4 一齒為应士三30齒,則反方向空轉 3 〇度的有限空間内,控制;方疋轉1 2度,在相同 ),而增加其再正向掣動操〇可跨越二齒(2 4度 齒數愈多,將更利於在有限、:程’因此棘輪齒1 4之 惟在齒數愈多的情形 :::操作;,閱第3 C圖, 動塊1 2 A的喊合程度將會二:成齒深愈小’才目對的與掌 本體1 0於偏向掣動塊i 2 丄如此在掣動操作使控制 動塊1 2 A打滑脫離喃合 J另:側時:將更易造成擎 J 因此以單一的掣動塊作 M242334 五、創作說明(3) ——--------〜〜…. 一. 力的嚴 =動傳動,於增加棘輪齒的 重不足。 T 反而會造成扭 〜〜孤口乃,在以單一制 本身就面臨扭力不足的問題 J,塊作擎動傳動時,复 操作者更便於使用,將使得扭力‘力口棘輪齒的齒數,以供 請參閱第4: 4:者=求功能。 因 88218399號”起子之結構改^係為台灣專利申請第 設兩掣動塊2 ;[ a、? 1 '、係在控制本體2 0内裝 以-彈性線圈2 2限位,一棘::^ 1 ^、2 1 Β並 可與兩掣動塊2iA、9 _23之棘輪齒24則 設有一可由切換本 ϋ合,另控制本體2 〇外部 者選擇掣動的摔作^ 制方向之撥塊2 6,以供使用 塊作擎動二專Ϊ 如前所述,謂以單-的擎動 基本的扭力,1即會有扭力不足的問,且為了具有 輪齒的數* ρίίΐ有足夠之錢以供4合,相對的棘 用。 ㈢減ν ’不利於使用者在有限空間的操作使 笛閱第,5 A、5 Β 、5 (:圖,其係為台灣專利申請 本f Ί η 84 ί握柄正反向棘輪之構造改良",其係在控制 豐^括9上設兩可旋轉偏擺之掣動塊31Α、31Β,兩 q q ^ ^ 1 A、3 1 Β並以彈簧3 2抵推,以與棘輪本體 ===棘輪齒3 4嚙合掣動,另兩掣動塊3丄A、3丄B :艾轉向切換環的控制,以旋轉偏擺内縮,脫離與棘輪 3 4的齒5 ’供使用者選擇切換掣動傳動的方向;該案M242334 .............. * —… __, -------------------—-·· * ~ ·-'— —— V. Creation Instructions (2) — =, and use it for idling in the opposite direction, which is convenient for users to use in the room.参 参 篦 篦 9 Λ J 保 1 work / A, 2B picture, in the actual production of ratchet i. There is a gap between the ratchet body 13 and the presence of this gap, and the existence of this gap is in the control body 1 " Dynamic rotation '^ Another inch of the body i 0 biased to the engine position will be engaged with the ratchet teeth 1 4 When the person is especially big, the Huaqin block will make the blocking block 1 2 Α ^ wood = / = only the right operating force has passed the 14th day, this is not the guarantee and the ratchet tooth map, regardless of the positive When reversing, such as 2A, 2B, there will be a problem of insufficient torque. I: The number of teeth of the ratchet teeth i 4 of the moving transmission is 2; Figure ^, when the ratchet body is idling, the control body is used for each ratchet. 10 counter-inquiry in a limited space of 30 degrees II i4: "rotate 18 degrees in the opposite direction, the behavior will be limited. Please read the first; after the 2-way idling, and then press the operation, moderately increase the ratchet teeth = In the case of the same volume, every time one of the four ratchet gears spanning one to four is Yingshisan 30 teeth, the free space is controlled in a limited space of 30 degrees in the opposite direction, and the square is rotated 12 degrees, at the same), and its Then the positive control operation can span two teeth (the more the number of teeth at 24 degrees, the more beneficial it is in the limited range: Cheng's. Therefore, the more the number of teeth of ratchet teeth 1 4 is, the more Many cases ::: operation ;, see Figure 3C, the degree of articulation of the moving block 1 2 A will be two: the smaller the tooth depth is, the better the eye is and the palm body 10 is biased toward the locking block i 2丄 In this way, the control block 1 2 A slips away from the coupling during the detent operation. Another: Side time: it will be more likely to cause the engine J. Therefore, a single detent block is used as M242334. V. Creation Instructions (3) -------- ---- ~~ .... I. Strict force = dynamic transmission, which is insufficient to increase the weight of the ratchet teeth. T will cause torsion ~ ~ Gukou Nai, facing the problem of insufficient torque in a single system J, block It is more convenient for the re-operator to use the engine when driving. It will make the number of teeth of the ratchet teeth of the torsion torque for reference. Please refer to Section 4: 4: 者 = Ask for function. Because 88218399 "the structure of the screwdriver is changed to Taiwan The patent application sets two actuating blocks 2; [a,? 1 ', which is installed in the control body 20 with an -elastic coil 2 2 limit, one spine: ^ 1 ^, 2 1 Β and can be connected with two The ratchet teeth 24 of the moving blocks 2iA, 9_23 are provided with a switch block which can be switched by the switch, and the body 2 is controlled. The outside block 2 6 is selected by the outside to choose the direction of the control block 26 for use. As mentioned earlier, the basic torque of the single-engine engine is 1 and there is a question of insufficient torque, and for the number of teeth * ρίίΐ has enough money for the 4 go, It is relatively difficult to use. ㈢minus ν 'is not conducive to the user's operation in a limited space, so that the flute reading, 5 A, 5 Β, 5 (: figure, which is the Taiwan patent application f Ί 84 The structure of the ratchet wheel is improved. It is provided with two rotatable deflection blocks 31A, 31B, two qq ^ ^ 1 A, 3 1 Β and a spring 32 to push against the control wheel 9 Engaged with the ratchet body === ratchet teeth 3 4 and the other two actuation blocks 3 丄 A, 3 丄 B: the control of the Ai steering switch ring to rotate and deflect inwardly and out of the teeth 5 ′ with the ratchet 3 4 Allows users to choose the direction of the detent drive; the case
M242334 …— ’.…-.一..-— …—…—______________ 五、創作說明(4) ------〜 —____ 由於仍是採用單一掣動塊的掣 的問題,尤其在其棘輪齒3 4專動’仍會產生扭力不足 低掣動嚙合的程度,造成掣 ,數較多時,更會大幅降 【創作内容】 可打滑的情形。 本創作之主要目的係提供— 置,其係於控制本體上設有種雙對稱掣動之棘輪裝 與棘輪本體之棘輪齒嚙合掣、且=對稱掣動元件,以分別 順時針或逆時針轉動時,复中一田控制本體由握柄連結作 別嚙合掣動於棘輪齒的兩側:組之對稱掣動元件將會分 對稱的掣動力量;藉此,即=得棘輪齒的兩側同時具有 體間的間隙存在,所產生偏;造成控制本體因與棘輪本 合掣動的狀態,且兩側對稱=題,而可確保在穩定喃 =產生的抗力,使得各掣動 70件係平均負荷扭轉時 荷,亦即本創作每單一掣 _ 可有效降低掣動時的負 -半’故可大幅提高旋轉操n負荷僅為習式擎動塊之 w本創作之另-目的係提:=2。 置,其中’當控制本體作順時f雙對稱掣動之棘輪裝 以其中一組之對稱掣動元件八十或逆時針轉動時,由於係 側,因此可確保在穩定嚙合^ =嚙合f動於棘輪齒的兩、 本創作可大幅增加棘二動的狀態,在此一前提 ;幕動狀態,此即可在反方向J f仍可確保在穩定的嘴 ^而提高再正向掣動操作時的—,增加其可旋轉角 刼作使用。 的仃程,俾利在有限空間内 【實施方式】M242334… — '.…-. 一 ..-—… ——… —______________ V. Creation Instructions (4) ------ ~ —____ Because it is still a problem of using a single actuating block, especially in its The ratchet teeth 3 4 special movements will still produce insufficient torque and low degree of detent meshing, which will cause detents. When the number is large, the situation of slippage will be greatly reduced. The main purpose of this creation is to provide—the control body is provided with a double-symmetrical ratchet gear on the control body and a ratchet tooth meshing latch on the ratchet body, and a symmetrical latching element to rotate clockwise or counterclockwise, respectively. At that time, the control body of Fuzhong Yitian was linked by the handles to engage the two sides of the ratchet teeth: the symmetrical actuating elements of the group would be divided into symmetrical driving forces; by this, == both sides of the ratchet teeth At the same time, there is a gap between the bodies, resulting in a bias; the control body is in a state of being locked with the ratchet, and the two sides are symmetrical = the problem, which can ensure the stability of the resistance = 70 pieces of each The average load reverses the time load, that is, each single trigger in this creation can effectively reduce the negative -half 'of the trigger. Therefore, it can greatly increase the rotation operation. The load is only the other part of this creation. The purpose is to mention: = 2. When the ratchet wheel of the control body is clockwise f bi-symmetrical, the ratchet wheel is installed with one of the symmetrical detent elements 80 or counterclockwise, because it is on the side, it can ensure stable engagement. Based on the ratchet teeth, this creation can greatly increase the state of ratcheting two movements, on the premise of this; the curtain movement state, which can be in the opposite direction J f can still ensure a stable mouth ^ and improve the forward positive operation Time-, increase its rotatable angle for use.仃 程 , 俾 利 Within a limited space [Embodiment]
M242334 五、創作說明(5) — 為使貝審聋委員對本創作有進一步之深入瞭解,茲 例舉一較佳實施例,並配合圖式說明如后: 請蒼閱第6、7、8、9圖,本創作主要包括有控制 本體4 0、棘輪本體6 0及切換本體7 〇 ;該控制本體 4 0中心位置設有一軸孔4 1 ,及於軸孔4丄之外側設有 兩組對稱之由孤狀槽道4 2 A、4 2 B、4 3 ·Α 43Β,各槽道内分別置入由彈簧44Α、44Β、 45Α、45Β 及掣動塊 46Α、46Β、47Α、 47Β所組成之掣動元件,且各掣動塊46α、、 47Α、47Β之一端凸設有一撥塊48α、48β、 49Α、49Β,並使該各撥塊48Α、48β、 49Α、49Β凸出於控制本體4〇之端面,相 ,塊4 6 A、4 6 Β,其相對之端部分 十:之零 5 〇 A、5 〇 B,且掣動齒 5 〇 A、5 齒 4 7 A、4 7 R I * ί 對稱之掣動塊 A 4 7 B亦相同於端部具設掣動齒5 1 B,且掣動齒5 1 A、5 1 B之對角線孫、s .f 4 0之中心軸線,另控制本體4 0之侧面!控制本 5广分別裝置設彈菁53及滾珠八面 :有一棘輪齒6工,棘輪齒“一端延伸為二朿= ^之桿體6 3,角孔6 2可銜接工具胃,棘 桿體6 4則延伸套合於控制本體4 〇,並: 内,並以棘制本體40之輪孔41 棘輪6 1齒相對應於各掣動塊4 6 A、4 6 B ^M242334 V. Creation Instructions (5) — In order to make the members of Peixin Deaf have a deeper understanding of this creation, here is an example of a preferred embodiment, which is illustrated with the illustrations as follows: Please read No. 6, 7, 8, Figure 9, this creation mainly includes a control body 40, a ratchet body 60 and a switching body 70; the control body 40 is provided with a shaft hole 4 1 at the center position, and two sets of symmetry are provided outside the shaft hole 4 丄It consists of solitary channels 4 2 A, 4 2 B, 4 3 · Α 43B, and each channel is respectively equipped with a spring consisting of springs 44A, 44B, 45A, 45B and a block 46A, 46B, 47A, 47B. A moving element, and one end of each of the stopper blocks 46α, 47A, 47B is convexly provided with a dial block 48α, 48β, 49A, 49B, and the dial blocks 48A, 48β, 49A, 49B protrude from the control body 40. End face, phase, block 4 6 A, 4 6 Β, the opposite end parts are ten: zero 5 〇A, 5 〇B, and the teeth 5 〇A, 5 teeth 4 7 A, 4 7 RI * ί symmetry The locking block A 4 7 B is also the same as the central axis of the diagonal sun, s.f 4 0 of the locking teeth 5 1 B provided at the end, and the locking teeth 5 1 A, 5 1 B. this 40 of the side! The control device is respectively equipped with elastic 53 and ball octahedrons: one ratchet tooth 6 workers, the ratchet tooth "one end extends to two rods ^ = ^ rod body 6 3, angle hole 6 2 can be connected to the tool stomach, ratchet rod body 6 The four extensions are fitted to the control body 4 〇, and are: inside, and the wheel hole 41 of the ratchet body 40 41 ratchet 6 1 teeth corresponding to each of the detent blocks 4 6 A, 4 6 B ^
M242334 • - ·- — - — — · —、一一....... _. 五、創作說明(6) — …一 一… 47A、47B,該切換本體7 〇為呈一蓋體,其可套合 於控制本體4 0之外部,並以c型扣6 6限位,其中,其 側壁上開設有抵推元件,該抵推元件係於相對各撥塊4 8' A、48B、49A、位置設有卡槽7 利用各卡槽7 1 、7 2之兩端壁面7 3 、7 7 6可分別推頂撥塊4 8 A、4 8 B、4 Θ A、zl c) r 進而令各掣動塊46A、46b、zi7a 49Β, 彈簧 44Α、44Β、45Α α ^ η 47Β 可壓縮 42A、42B、43A、42R銘勒 者才曰道 之内環面上開設有三個容置槽7 另切換本體7 0 控制本體40上之滾珠54 =要—/ 8、79,以供與 …圖’當切換本體70:匕=;閱第8、9、 珠54 a夺,其各壁面73、 : ^曰78容置定位滾 動塊、76係無推頂掣 46Α、46Β、47a、此時各掣動塊 5 0 B、5 1 A、5 i B 係:土 :挲動 * 5 〇 a、 :轉動控制本體4 〇正逆轉時齒以於棘輪齒6 i上, g :::同-般固定式的工具。〗:::棘輪本體6 〇轉 3备向右轉動切換本體7n 士 閱第8 、g 、1〇 二本體之容置槽77:〇:寺,滾珠“將會定= 76將會推抵掣動塊47八、刀換本體7〇之壁面7 作::動塊4 6 A、4 6 縮脫離嚙合棘輪齒 ^评勒’右控制本體4 η τ 丁同時帶叙& , 別伞Μ 4 〇順時于帶動棘輪本體 轉動時’即會形成反方 M242334 ..…—------------_______ 五、創作說明(7) 向的空轉。請參閲第 動切換本體7 〇時, 置槽7 9上,切換本 動塊 46A、46b 4 7 A、4 7 β 將保 4 Ο順時針轉動時, 作控制本體4 〇逆時 請參閱第1 0 A、i 的嚙合掣動,其掣動 4 6 A、4 6 B (或 合,且此對稱之掣動 4 7B)掣動p齒合於 本體6 〇穩定保持在 會有偏擺情形,使得 4 7 A、4 7 B )穩 之掣動塊4 6 A、4 荷扭轉時所產生的抗 所能承受之抗力,此 可在穩定喃合掣動的 數,以供棘輪在作反 高正向再掣動操作時 用。請參閱第1 i圖 本體4 0之一端可固 方疋轉,棘輪本體6 〇 8 、q 1 、y、1 0 滾珠5 4將定 體之壁面 内縮脫離嚙合 持噛合棘輪齒 可同時帶動棘 針轉動時,即〇 B、1 〇 c 元件均至少保 4 7 A > 4 7 塊 4 6 A、4 棘輪齒6 1的 控制本體4 〇 兩側之掣動塊 疋保持在掣動 6 B (或 4 7 力,故就整體 即可提南棘輪 狀態下,棘輪 方向空轉時, 的行程’俾利 ,本創作應用 設於握柄8 〇 一端之桿體6 、1 1 C 圖, 位在切換本體 7 3、7 4 將 棘輪齒6 1 , 6 1 ,當操作 輪本體6 0轉 會形成反方向 圖,本創作不 持一組對稱之 B )與 6 B ( 兩侧, 之軸孔 4 6 A 嚙合的A、4 而言, 的扭力 齒6 1 增加其 在有限 於棘輪 上,而 3則可 棘輪齒 或4 7 其不但4 1中 、4 6 狀態,7 B ) 亦即大 ’此外 即可增 旋轉角 空間下 起子時 由握柄 套 當向左轉 7 0之容 會推抵掣 而掣動塊 控制本體 動,若操 的空轉。 論作何種 掣動塊 6 1嗔 A、 可使棘輪心,而不 B (或 且兩對稱 係平均負 幅增加其 ,在確保 加其齒 度,而提 操作使 ,其控制 8 0帶動 M242334 五、創作說明(8) 8 1 ,而供拆裝蟫絲使用。請參閱第1 2圖,本創作應用 於旋轉板手時,其本體4 1兩側將直接成型有長型板桿 82、83,由板桿82、83直接帶動控制本體4〇轉 動’而棘輪本體6 0之中心位置將開設具有數個角之套合 孔8 4,以供裝設工具使用。請參閱第1 3 、1 4圖,〇 創作亦可以另一型式達成,其係將控制本體9 〇設^ 本 本體9 1之内部,棘輪本體9 1設有一内環狀的棘^ 輪 9 2 ’而控制本體9 〇則裝設有兩組對稱之螌心 两齒 93A、93B 、g4A、94B ,以向外的 動棘輪齒9 2,另棘輪本體9 1之端面可設有喝合掣 9 5 ’以銜接工具頭,再於棘輪本體9 1外部套2體 體9 6 ’切換本體9 6内設抵推元件9 7、9 8 5切換本 100 ,以抵推掣動元件93A、93B、9 、99 、 9 4B内縮,其亦相同可達成提高棘輪扭 4A、 數之目的。 增加棘輪齒M242334 •-·-—--— · ·, one by one ....... _. V. Creation instructions (6) —… one by one… 47A, 47B, the switching body 70 is a cover, It can fit on the outside of the control body 40 and limit the position with c-shaped buckle 66. Among them, a pushing element is arranged on the side wall, and the pushing element is relative to each of the dials 4 8 'A, 48B, 49A, a slot 7 is provided at the position. Using the wall surfaces 7 3 and 7 7 of each end of each slot 7 1, 7 2 can push the paddles 4 8 A, 4 8 B, 4 Θ A, zl c) r further. Each of the actuating blocks 46A, 46b, and zi7a 49B, and the springs 44A, 44B, 45A α ^ η 47B can compress 42A, 42B, 43A, 42R. The inner ring surface of the road is provided with three receiving grooves. 7 Another Switching body 7 0 Control ball 54 on body 40 = to-8, 8, 79 for ... Figure 'when switching body 70: dagger =; see the eighth, ninth, bead 54 a, each wall surface 73 ,: ^ Said 78 accommodating positioning rolling blocks, 76 series without push-up switches 46A, 46B, 47a, at this time each of the actuating blocks 5 0 B, 5 1 A, 5 i B series: soil: automatic * 5 〇a,: Rotate the control body 4 〇 The teeth are on the ratchet teeth 6 i during forward and reverse rotation, g ::: same-like The tool-set. 〖:: ratchet body 6 〇 turn 3 to the right to switch the body 7n to read the slot of the 8th, g, and 10th body 77: 〇: temple, the ball "will be set = 76 will be pushed to the stop The moving block 47 8 and the wall surface 7 of the blade changing body 70 are made as follows: The moving block 4 6 A, 4 6 is retracted and disengaged from the ratchet teeth ^ Commenting on the right control body 4 η τ Ding simultaneously with & 〇When the ratchet body is driven clockwise, the opposite side M242334 will be formed .....------------_______ V. Creative instructions (7) Idling in the direction. Please refer to the first switching body At 7 o’clock, set the slot 7 9 to switch the moving blocks 46A, 46b 4 7 A, 4 7 β. When turning 4 o clockwise, as the control body 4 o For the reverse, please refer to the engagement of 10 A, i Detent, its detent 4 6 A, 4 6 B (combined, and this symmetrical detent 4 7B) actuates the p-tooth to the main body 6 〇 It is stably maintained in a deflection situation, making 4 7 A, 4 7 B) Stable blocking block 4 6 A, 4 The resistance that can be withstood when the load is reversed. This can stabilize the number of latches for the ratchet to act in the anti-high forward direction. For use. Please refer to Figure 1 i One end of the 40 can be fixed, and the ratchet body 6 〇8, q1, y, 1 0 Ball 5 4 The wall of the fixed body is retracted and disengaged from the meshing ratchet teeth. When the ratchet is rotated at the same time, that is 〇B , 1 〇c components are guaranteed at least 4 7 A > 4 7 pieces 4 6 A, 4 ratchet teeth 6 1 control body 4 〇 the two sides of the control block 疋 kept at 6 B (or 4 7 force, so In the whole state, the stroke of the ratchet in the state of the ratchet is idle. The stroke is very good. This creative application is a rod body 6 and 1 1 C set at the end of the handle 80. It is located on the switching body 7 3, 7 4 The ratchet teeth 6 1, 6 1 will form a reverse direction when the wheel body is operated at 60 turns. This creation does not hold a set of symmetrical B) and 6 B (on both sides, the shaft holes 4 6 A mesh with A, In terms of 4, the torsion tooth 6 1 increases its limitation on ratchets, while 3 can be ratchet teeth or 4 7 which not only 4 1 in the middle, 4 6 state, 7 B) that is also large 'in addition, it can increase the rotation angle space When the screwdriver is lowered, the handle of the handle will turn to the left when the content of 70 is pushed and the block will control the movement of the main body. If it is idling, what kind of block 6 1 A, can make the ratchet heart, but not B (or the average negative amplitude of the two symmetrical systems increases it, while ensuring that its tooth is added, and the lifting operation is made, its control 8 0 drives M242334 5. Creation instructions (8) 8 1, It is used for disassembling and reeling. Please refer to FIG. 12. When this creation is applied to rotating the wrench, the long sides of the main body 41 will be directly formed with long plate rods 82 and 83. The plate rods 82 and 83 will directly drive the control body 40 to rotate and ratchet. At the center of the main body 60, a fitting hole 8 4 with several corners will be opened for installation tools. Please refer to Figs. 13 and 14. The creation of 〇 can also be achieved by another type, which is to set the control body 9 〇 inside the body 91, and the ratchet body 91 is provided with an inner ring of ratchet ^ wheel 9 2 'The control body 9 is equipped with two sets of symmetrical center teeth 93A, 93B, g4A, 94B to move the ratchet teeth 9 2 outwards, and the ratchet body 9 1 may be provided with a drinking closure 9 on the end surface. 5 'to connect the tool head, and then the ratchet body 9 1 outer cover 2 body 9 6' switching body 9 6 is equipped with a push element 9 7, 9 8 5 switch 100, to push the detent element 93A, 93B, 9, 99, 9 4B internal contraction, which can also achieve the purpose of increasing the ratchet twist 4A, number. Increase ratchet teeth
圖式簡單說明 —---------------- 第1 A圖:習式棘 第1 B圖:習ί 意圖(-)。 第]Γ同 工朿輪控制之示意圖(-)〇 弟丄C圖:習式口 L —) 第2 Α ® ··習ϋ ί制 意目(三)。 第2 β圖:習U作順時針掣動操作之示意圖。 第3Α圖:作逆時針擎動操作之示意圖。 # ^切輪之棘輪齒(_)作反方向空轉之示意 弟3 Β圖··習汁^ 土人 卜 圖。…朿輪齒(二)作反方向空轉之示意 第3 C圖:】式棘輪之棘輪齒(二)作掣動操作之示意 “A®: t灣^利中請第助83 99號之棘輪控制示意圖 弟4 B圖·台彡變車* 1 = ^利申請第8821 83 99號之棘輪控制示意圖 圖 圖 圖 第4 C圖:台灣專利申請第882 1 83 99號之棘輪控制示音、 (二)。 〜 第5 A圖:^灣專利申請第9 1 220384號之棘輪控制示意Brief description of the drawing ------------------ Figure 1 A: The thorns of the habit. Figure 1 B: The intent (-). Chapter] Γ Schematic diagram of the same wheel control (-). Brother C: Xi Shikou L —) 2 Α ® ·· Xi Yi Intention (3). Figure 2 β: A schematic diagram of the clockwise operation of Xi U. Figure 3A: Schematic diagram of counterclockwise engine operation. # ^ The ratchet teeth (_) of the cutting wheel indicates the idling in the opposite direction. Brother 3 ΒPicture ·· Xi Ju ^ Turen Bu Figure. … Indication of the idler teeth (2) for idling in the opposite direction Figure 3 C:] Illustration of the ratchet teeth of the ratchet (2) for the deceleration operation "A®: t bay ^ please help No. 83 99 ratchet Control schematic diagram 4 B diagram · Taiwan changing car * 1 = ^ Lee ratchet control schematic diagram No. 8821 83 99 Figure 4 C diagram: Taiwan patent application No. 882 1 83 99 ratchet control tone, ( 2). ~ Figure 5A: Schematic diagram of ratchet control for Bay Patent Application No. 9 1 220384
第5 B圖:台灣專利申請第9122〇 3 84號之棘輪控制示意 ('—) 〇 'N 控制示意圖 第5 C圖.台灣專利申請第9122〇384號之棘輪 第6圖:本創作之零 牛> 解圖Figure 5B: Illustration of Ratchet Control in Taiwan Patent Application No. 9122〇3 84 ('-) 〇'N Control Diagram of Figure 5C. Ratchet in Taiwan Patent Application No. 9122〇384 Figure 6: Zero of this creation Cow > Solution
M242334 圖式簡單說明 第7圖:本創作冬組合圖。 第8圖:第7圖之1—1剖視圖。 第9圖:第7圖之2 — 2剖視圖。 第1 Ο A圖:本創作棘輪控制之示意圖(一)。 第1 Ο B圖:本創作棘輪控制之示意圖(二)。 第1 0 C圖:本創作棘輪控制之示意圖(三)。 第1 1圖:本創作應用於棘輪起子之示意圖。 第1 2圖:本創作應用於棘輪板手之示意圖。 第1 3圖:本創作另一實施例之分解圖。 第1 4圖:本創作另一實施例之示意圖。 元件編號: 習式部份: 1 0 :控 制 本 體 1 1 : 彈 簧 1 2 λ、 1 2 Β :掣動塊 1 3 _· 棘 輪 本 體 1 4 棘 輪 齒 2 0 控 制 本 體 2 1 A 2 1 B : :掣 動 塊 2 2 彈 性 線 圈 2 3 : 棘 輪 本 體 2 4 棘 輪 齒 2 5 : 切 換 本 體 2 6 撥 塊 3 0 控 制 本 體 3 1 A 3 1 B : 掣 動 塊 3 2 彈 簧 3 3 : 棘 輪 本 體 3 4 棘 輪 齒 本創作部份: M242334 圖式簡單說明 4 0 • 控 制 本 體. 4 ] L : 軸 孔 4 2 A Λ 4 2 Β、 .4 3 A、 *4 3 B 槽 道 4 4 A Λ 4 4 Β、 ‘4 5 A、 ‘4 5 B 彈 簧 4 6 A > 4 6 Β、 ‘4 7 A 、 ‘4 7 B 掣 動 塊 4 8 A 、 4 8 Β、 •4 9 A、 •4 9 B 撥 塊 5 0 A 、 5 〇 Β 、 .5 1 A 、 .5 1 B 掣 動 齒 5 2 容置子匕 5 3 :彈箐 5 4 滚珠 6 0 棘輪本體 6 1 :棘輪齒 6 2 角孑L 6 3 :桿體 6 4 桿體 6 5 :C型扣 6 6 C型扣 7 0 切換本體 7 1 、7 2 :卡槽 7 3、 、7 4、7 5、 7 6 : 壁 面 7 7, • 7 8、7 9 : 容置槽 8 〇: :握柄 8 1 :工具桿 8 2, • 8 3 :板桿 8 4 套合子L 9 0 控制本體 9 1 :棘輪本體 9 2 棘輪齒 9 3 A、9 3 B 、9 4 A、 9 4 B • 掣動元件 9 5 : :桿體 9 6 :切換本體 9 7 ’ ‘ 9 8 、9 9 、 1 0 0 • 抵推元件M242334 Schematic illustration Figure 7: This creative winter composition. Figure 8: Section 1-1 of Figure 7 Figure 9: Section 2-2 of Figure 7. Fig. 10A: Schematic diagram of ratchet control in this creation (1). Figure 10B: Schematic diagram of the ratchet control in this creation (2). Figure 10C: Schematic diagram of ratchet control in this creation (3). Figure 11: A schematic diagram of this creation applied to a ratchet screwdriver. Figure 12: A schematic diagram of this creation applied to ratchet wrenches. Figure 13: An exploded view of another embodiment of this creation. Figure 14: Schematic diagram of another embodiment of this creation. Component number: Practice part: 1 0: Control body 1 1: Spring 1 2 λ, 1 2 Β: Detent block 1 3 _ · Ratchet body 1 4 Ratchet tooth 2 0 Control body 2 1 A 2 1 B:: Actuating block 2 2 Elastic coil 2 3: Ratchet body 2 4 Ratchet tooth 2 5: Switching body 2 6 Dial block 3 0 Control body 3 1 A 3 1 B: Actuating block 3 2 Spring 3 3: Ratchet body 3 4 Ratchet Tooth book creation part: M242334 Schematic description 4 0 • Control body. 4] L: Shaft hole 4 2 A Λ 4 2 Β, .4 3 A, * 4 3 B Channel 4 4 A Λ 4 4 Β, '4 5 A,' 4 5 B Spring 4 6 A > 4 6 Β, '4 7 A,' 4 7 B Stopper 4 8 A, 4 8 Β, • 4 9 A, • 4 9 B 5 0 A, 5 〇Β, .5 1 A, .5 1 B Trigger teeth 5 2 Holder dagger 5 3: Impeachment 5 4 Ball 6 0 Ratchet body 6 1: Ratchet teeth 6 2 Angle L 6 3 : Rod body 6 4 Rod body 6 5: C-shaped buckle 6 6 C-shaped buckle 7 0 Switch body 7 1 、 7 2: Card slot 7 3 7 4, 7 5, 7 6: Wall surface 7 7, • 7 8, 7 9: Receiving groove 8 〇:: Grip 8 1: Tool rod 8 2, • 8 3: Plate rod 8 4 Adapter L 9 0 Control body 9 1: Ratchet body 9 2 Ratchet teeth 9 3 A, 9 3 B, 9 4 A, 9 4 B • Detent element 9 5:: Rod body 9 6: Switch body 9 7 '' 9 8, 9 9 , 1 0 0 • thrusting element
第16頁 、yvr i jb.oPage 16, yvr i jb.o
Claims (1)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW92216291U TWM242334U (en) | 2003-09-09 | 2003-09-09 | Ratchet apparatus with dual symmetrical brake |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW92216291U TWM242334U (en) | 2003-09-09 | 2003-09-09 | Ratchet apparatus with dual symmetrical brake |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM242334U true TWM242334U (en) | 2004-09-01 |
Family
ID=34133996
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW92216291U TWM242334U (en) | 2003-09-09 | 2003-09-09 | Ratchet apparatus with dual symmetrical brake |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM242334U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI594848B (en) * | 2017-01-17 | 2017-08-11 | Retractable ratchet wrench structure (2) |
-
2003
- 2003-09-09 TW TW92216291U patent/TWM242334U/en unknown
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI594848B (en) * | 2017-01-17 | 2017-08-11 | Retractable ratchet wrench structure (2) |
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