TW521025B - Ratchet socket - Google Patents
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- TW521025B TW521025B TW91111407A TW91111407A TW521025B TW 521025 B TW521025 B TW 521025B TW 91111407 A TW91111407 A TW 91111407A TW 91111407 A TW91111407 A TW 91111407A TW 521025 B TW521025 B TW 521025B
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Abstract
Description
521025 五、發明說明(1) 本發明係與手工具有關 套筒,其具有易於組裝、^構言之,係指一種棘輪式 按,傳、统上,♦反手4筒:及使用之便利性者。 手相插接,而另—端 中,套筒一端係與扳 達成驅轉螺接元件之作:套;元件,以 用以套接螺接元件,並未具棘輪;j:,中,套商僅是單純 申請人先前曾提出第八五-一 筒」專利案之申請,其專利公八九號「棘輪式套 於套筒本體上設有產生棘_作=本如附件所示,主要在 之構件,藉以提高果即產生單向轉動之狀態) ,於雜’且多屬小型構件 之體積,&成不便易。且其複雜之構件將増大套筒 本發明之主要目的在於提供一種 有别於習知者,I易於組I及製:n…结構 貝審一委貝月匕進一步瞭解本發明之目 達成之功效m舉本發明之 及所 圖式詳細說明於后,其中,圖式之安排i貫例,並配合 發明第一較佳實施例之分解立體圖。 第一圖係第一圖之組合縱向剖面圖。 第三圖係第二圖之3-3剖線之剖面圖。 第四圖係概同於第三圖,顯示丹一作動狀態。 第五圖係本發明第二較佳實施例之縱向剖^圖。 第六圖係本發明第三較佳實施例之縱向剖面圖。521025 V. Description of the invention (1) The present invention relates to a sleeve related to hand tools, which is easy to assemble. ^ Constructively, it refers to a ratchet-type press, transmission, and system. ♦ Backhand 4-tube: and convenience By. The palms are plugged in, and in the other end, one end of the sleeve is connected with the screw to drive the screwed component: sleeve; the component is used to sleeve the screwed component without ratchet; j :, middle, sleeve supplier It is just that the applicant has previously filed an application for the 85th-one-tube patent. Its patent No. 89 "Ratchet-type sleeve is provided with a ratchet on the sleeve body." = This is shown in the annex, mainly in The component is used to improve the state of one-way rotation), and the volume of small components is mostly small, which is inconvenient to make. And its complicated components will make the sleeve larger. The main purpose of the present invention is to provide a Different from those who are familiar, I can easily compose I and system: n ... Structure, review, commission, and further understanding of the effect achieved by the present invention. The present invention and the drawings are described in detail below. Among them, the drawings The arrangement is consistent with the exploded perspective view of the first preferred embodiment of the invention. The first diagram is a combined longitudinal sectional view of the first diagram. The third diagram is a sectional view taken along line 3-3 of the second diagram. The four pictures are similar to the third picture and show the operating state of Dan. The fifth picture is the present invention. A longitudinal sectional view of the second preferred embodiment. A sixth view is a longitudinal sectional view of a third preferred embodiment of the present invention.
第六圖之 本發明第 本發明第 第九圖之 係第十圖 顯示將卡 係本發明 係本發明 係本發明 係本發明 係本發明 係本發明 弟七圖係 第八圖係 第九圖係 第十圖係 第十一圖 第十二圖 第十三圖 第十四圖 第十五圖 第十六圖 第十七圖 第十八圖 第十九圖 首先請參 提供之棘輪式 輪機構(15)。 1之用狀 四較佳 五較佳 橫向剖 之另一 掣件切 第六較 第七較 第八較 之第九 第十較 第十一 係本發明第十二 閱第一至三圖, 套筒(10),包含 態。 實施例 貫施例 面圖。> 作動狀 換至另 佳實施 佳實施 佳實施 較佳實 佳實施 較佳實 較佳實 係本發 有:一 之縱向剖面圖。 之縱向剖面圖。 態。 一位置之狀態。 例之縱向剖面圖。 例之結構示意面圖。 例之結構示意面圖。 施例之示意圖。 例之示意圖。 W例之局部剖面圖。 施例之局部剖面圖。 明第一較佳實施例所 筒狀本體(20)與一棘 ^該筒狀本體(2〇)之一端為一驅動端(A),設有一多角 形=插接孔(2 2),以供扳手或其他適當之工具插接;而另 ^為一套接端(β),設有一圓孔(2 4)。該本體於該圓孔 (2之端之周面復設一穿孔(25)與該圓孔連通,其中,如 第三圖所示,該穿孔(25)之一側周面係為一直通狀之抵面 (26),而另一侧壁係呈斜向之斜面(27),該斜面之斜向角 度係使斜面與抵面間之間隙呈内小外大狀。 該棘輪機構(15)包含有:The sixth drawing of the present invention, the ninth drawing of the present invention, the tenth drawing, showing the card, the present invention, the present invention, the present invention, the present invention, the present invention, the seventh drawing, the eighth drawing, and the ninth drawing. The tenth figure is the eleventh figure, the twelfth figure, the thirteenth figure, the fourteenth figure, the fifteenth figure, the sixteenth figure, the seventeenth figure, the eighteenth figure, and the nineteenth figure. Please refer to the ratchet wheel mechanism provided first. (15). The other one of the four-preferred five-preferred cross-section of 1 cuts the sixth, the seventh, the eighth, the ninth, the tenth, and the eleventh. This is the twelfth view of the present invention. Tube (10), containing state. Examples Throughout the plan. > Move to another best practice. Good implementation. Good implementation. Better practice. Better implementation. Better practice. Better practice. This is a longitudinal section. A longitudinal section view. state. The status of a location. Example of a longitudinal section. The structure of the example is a schematic plan view. The structure of the example is a schematic plan view. Schematic illustration of the embodiment. Example of a schematic. A partial cross-sectional view of the W case. A partial cross-sectional view of the embodiment. A cylindrical body (20) and a spine ^ one end of the cylindrical body (20) is a driving end (A) provided with a first preferred embodiment of the Ming Dynasty, and is provided with a polygon = plug-in hole (22), It can be inserted by a wrench or other suitable tools; and the other is a set of terminals (β) with a round hole (2 4). The body is provided with a perforation (25) on the peripheral surface of the end of the circular hole (2) to communicate with the circular hole, wherein, as shown in the third figure, one side peripheral surface of the perforation (25) is in a continuous shape. (26), and the other side wall is an oblique inclined surface (27), and the oblique angle of the oblique surface makes the gap between the oblique surface and the abutting surface small inside and large outside. The ratchet mechanism (15) Contains:
521025 五、發明說明(3) 邻#<一^輪(3〇),於周面設有連續狀之齒部(32),而内 # =权一多角形之套孔(34),如六角形、十二角形 以 :(3:或螺栓之外形。該棘輪(30)係置入於該本體之圓 圓孔外:,所而可於圓孔内轉動。一c形扣(35),扣接於該 二所设之凹槽(241)中,以防止棘輪脫出。 机士 ♦一卡掣件(40 h係容置於該穿孔(25)中,其内端亦 二(:4(Γ)Ϊ齒部(42),俾與該棘輪之齒部(32)嚙接。該卡掣 面27 了側係抵觸於該抵面(26),而另一側則觸接於該i 傀盥二ί卡掣件於與該斜面觸接之側可設呈斜面部(44) 要。人以斜面(27)具有較佳之貼合性,惟斜面部並非必 样C2q) 一 Ϊ性環(45),係罩覆於該本體(2〇)外周所設之環 /29,並同時罩覆於該卡掣件(4〇)外周 u力,纟卡擎件於正常狀態下保持於棘輪::件知 二亥套筒。0)使用日“第二圖所示,以一扳手(4521025 V. Description of the invention (3) Adjacent to a wheel (30), continuous teeth (32) are provided on the peripheral surface, and inner # = a right-shaped polygonal sleeve (34), such as Hexagonal and dodecagonal are: (3: or the shape of a bolt. The ratchet (30) is placed outside the circular hole of the body: so it can rotate in the circular hole. A c-shaped buckle (35) , Buckled in the groove (241) provided by the two to prevent the ratchet from coming out. The fighter ♦ a catch (40 h is housed in the perforation (25), the inner end is also two (: 4 (Γ) Ϊtooth (42), 啮 engages with the ratchet tooth (32). The latching surface 27 is in contact with the abutment surface (26), and the other side is in contact with the i 傀 洗 二 ί The latch can be provided with a beveled surface (44) on the side that contacts the beveled surface. A beveled surface (27) has a better fit, but the beveled surface is not necessarily C2q) The ring (45) covers the ring / 29 provided on the outer periphery of the body (20), and at the same time covers the outer periphery of the latching member (40), and the card holder is maintained at a normal state. Ratchet :: The sleeve is known as Erhai sleeve. 0) Use the Japanese "second picture" with a wrench (4
Km妾於該本體(2〇)之插接孔(22)中,並以該棘 二套接於一螺接元件。藉由扳動該扳手 (48)而▼動套疴作動,以驅轉螺接元件。 ^三、四圖係顯示套筒之作動狀態,於第三圖中 二動i;(2〇)時,棘輪(3〇)受到螺接元件所施 ^ 土係為逆時針方向,則卡掣件(4〇)將受棘輪之連動 ^右罪抵於該抵面(26),當卡掣件(4〇)靠抵於該直 之抵面(26)時,並不會往外位移故卡掣件盥棘輪 唾接狀態不會脫離。藉由該喃合 ⑵;可帶: 521025 五、發明說明(4) 棘輪順時針轉動,而驅轉螺技一 不47^ 件 0 反之,請參閱第四圖,若w 士 ,棘輪(30)受到螺接元件所=扦針方向轉動本體(20)時 並連動該卡擎件(40)往左位;予二二 時針方向, 該斜面(27)時,並受斜面之卡,件(40)左移將抵靠於 之嚙合狀態。故本體逆時針::往夕卜:離’㈤離與棘輪 接元件。 寺’並…、法驅轉棘輪及螺 於第四圖之操作妝能由 , 後,該彈性環=中,卸去棘輪推動卡掣件之施力 之狀態 平性回復而推頂該卡擎件回復第三圖 2此,套筒係具有棘輪作用,即單向傳動之作用。 =五圖係本發明之第二較佳實施例之縱向剖面圖於 - ΓΚ:,套=(50、)之本體(6°)之套接端(c)係設有' -端為驅動端⑻,棘:機供構 =接”;本體(6°)之另 而V〜,秫輪铖構(與第一實施例者 於該驅動端。該驅動端(D)係設一圓孔(64)以及一穿孔β (65);棘輪(66)及卡掣件(67)係置入該圓孔(64)及穿孔 (65)中而相嚙合,復以一彈性環(68)彈性頂持該卡掣件 (67)。其中,該棘輪(66)係設一多角形插接孔 驅動工具相接。 7, 吁/、 本貫施例係將棘輪機構設於該驅動端(1)),恰與第一 實施例者相反。該套筒(5〇)使用時,係以套孔(6°2)/套接螺 接兀件,而以一扳手(55)或適當的工具插接於該棘輪(66) 之插接孔(69)中。藉此,操作該套筒以驅轉螺接元件時,Km is inserted into the insertion hole (22) of the body (20), and is connected to a screw connection element with the two spines. By turning the wrench (48), the ▼ sleeve is actuated to drive the screwing element. ^ The third and fourth pictures show the operating state of the sleeve. In the third picture, the second movement i; (2〇), the ratchet (30) is applied by the screw connection element. The piece (40) will be subject to the ratchet's linkage ^ The right crime is against the abutting surface (26), and when the latching piece (40) abuts against the straight abutting surface (26), it will not move outwards so the latching Pieces of ratchet salivation will not come off. With this murmur, you can bring: 521025 V. Description of the invention (4) The ratchet rotates clockwise, and the drive screw technology does not have 47 ^ pieces 0 Conversely, please refer to the fourth figure. If w, the ratchet (30) When the main body (20) is rotated by the screwing element = the needle direction and the card holder (40) is linked to the left position; when the bevel surface (27) is rotated in the direction of two or two hours, the bevel card (40) ) Move to the left to engage it. Therefore, the body is counter-clockwise :: eve of the day: Li ’㈤ Li Li is connected with the ratchet. Temple's parallel operation of the method of turning the ratchet wheel and the screw in the fourth picture can be performed by, after, the elastic ring = middle, the state of the force applied by the ratchet to push the latch is restored, and the card engine is pushed up. The piece returns to the third figure 2. The sleeve system has a ratchet effect, that is, a unidirectional transmission effect. = Figure is a longitudinal sectional view of the second preferred embodiment of the present invention.-ΓΚ: The sleeve end (c) of the sleeve = (50,) body (6 °) is provided with a '-end as a driving end.棘, ratchet: machine supply structure = connection "; the body (6 °) and V ~, 秫 wheel structure (the drive end of the first embodiment. The drive end (D) is provided with a circular hole (64) ) And a perforation β (65); the ratchet (66) and the latching member (67) are inserted into the circular hole (64) and the perforation (65) to engage with each other, and are elastically supported by an elastic ring (68) The latching member (67). Among them, the ratchet wheel (66) is provided with a polygonal plug hole driving tool for connection. 7. The present embodiment is provided with a ratchet mechanism at the driving end (1). , Just the opposite of the first embodiment. When the sleeve (50) is used, it is connected with a sleeve hole (6 ° 2) / sleeve screwing element, and is inserted with a wrench (55) or a suitable tool. In the insertion hole (69) of the ratchet wheel (66). Thus, when the sleeve is operated to drive the screwing element,
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521025 五、發明說明(5) " --- 同樣具棘輪作用。 第^圖係本發明之第三較佳實施例,該套筒(7〇)之本 ^ —端係均為一套接端(E ) (E,),每一套接端各設有 用。輪機構(72)(相同於第一實施例者),藉以產生棘輪作 轉向t別之處在於:該二棘輪(73)(73,)產生單向傳動之 σ fa為不同方向。該本體中央另設有一多角形之插 ,(82)與本體二端之圓孔(77)連通,該插接孔係形成一 插接部位。 使用時,如第七圖所示,扳手(75)可自任一個棘輪, 歹•標號(73)所示者,之套孔(74)穿入,而插接於該插接 2),以供操作套筒(7〇);而另一棘輪,如標號(73,) #, ^套孔(74’)則用以套接一螺接元件。藉此,操作者 用日守可視需要而選擇以其中一個棘輪來操作螺帽,該二 中之一個棘輪之轉向係用來旋緊螺:接元件·,而另一棘輪 之轉向則供旋鬆螺接元件。 岡 又須說明的是,當無法直接以扳手來插接於該插接孔 、,/可配合一接桿(76)使用,以接桿(76)插接於該插接孔 ,復以扳手(7 5 )連接於接桿。 第八圖係本發明之套筒(90)之第四較佳實施例之剖面 圖,其中:本體(91)之中段設有:一圓孔(92)與一穿孔 (94);而本體二端係各為一套接端,各設有一多角形之套 = (96)及(96’)與該圓孔(92)連通。該二套孔係為相同尺 寸,以套接同一尺寸之螺接元件。· 棘輪機構(100)(相同於第一實施例者)係設於該本體 521025 五、發明說明(6) 之中段,使棘輪(1 〇2)與卡掣侔n n 孔中,並以-彈性環(106)()刀n,於圓孔及穿 (1。2)係受C形扣(107)所定位,且〇,。棘輪 插接孔(108)。_此嗲太舻+ P 係设一多角形之 使用睥' 段係形成-驅動部位。 接孔(10 8X復以另一套孔(96,)套妾96蟬) 插接於該插 螺接元件“列如旋緊螺件);反之;!=,::轉動 日Γ ΛΛ /Λ接孔(1G8),而以套孔⑽套接螺件 f, / 了以另一方向來轉動螺件(例如旋鬆)。 (11fn第一九/十圖係本發明之第五較佳實施例,該套筒 鈿同樣為一驅動端(F),而另一端則為一套接端 機構(120)係設於該套接端(G),且棘輪機構 係可k換棘輪作用之轉向。更詳而言之: 一本體(111 )於套接端(G)設有一厨孔(丨丨2 ), 一穿孔, 如標號(H)所示之假想線,係自臨近於本體外周之處貫穿 該本體二側,並與該圓孔(Π 2)連通,於該穿孔(H)外側仍 留有一實心部位(114)。 該棘輪機構(1 2 0)同樣具有一棘輪(1 2 2 )、一卡掣件 (130)與一彈性環(14〇),當棘輪(122)裝入該圓孔(H 2) ,,該穿孔(H)二端係形成二較大空間(11 5),且棘輪與該 實心部位(11 4)間則具有一細長之空隙。 該卡掣件(13〇)具有一長條形體身(132)以及位於該體 身二端之卡掣部(1 3 4 )( 1 3 5 ),各該卡掣部之内側係設有多 數齒部(136),用以與棘輪之齒部(124)嚙合。該卡掣件521025 V. Description of invention (5) " --- Also has ratcheting effect. Figure ^ is a third preferred embodiment of the present invention. The ends of the sleeve (70) are all a set of terminals (E) (E,), and each set of terminals is provided for use. The wheel mechanism (72) (same as in the first embodiment), by which a ratchet is generated for turning t, is different in that the two ratchets (73) (73,) generate different directions of σ fa for one-way transmission. A polygonal plug is provided in the center of the body, and (82) communicates with a circular hole (77) at the two ends of the body, and the plug hole forms a plug site. In use, as shown in the seventh figure, the wrench (75) can be used with any ratchet wheel, as shown in the symbol (73), the sleeve hole (74) is inserted and inserted into the socket 2) for Operate the sleeve (70); and another ratchet, such as (73,) #, ^ sleeve hole (74 ') is used to sleeve a screw connection element. With this, the operator can use one of the ratchet wheels to operate the nut with Nissho, as needed. The steering system of one of the two ratchet wheels is used to tighten the screw: the connection element, and the other ratchet wheel is used to loosen. Screwed components. Gang must also explain that when a wrench cannot be directly inserted into the insertion hole, / can be used with a post (76), the post (76) is inserted into the insertion hole, and a wrench is used (7 5) Connect to the post. The eighth figure is a sectional view of the fourth preferred embodiment of the sleeve (90) of the present invention, wherein: the middle section of the body (91) is provided with: a circular hole (92) and a perforation (94); and the two ends of the body Each is a set of terminals, each with a polygonal sleeve = (96) and (96 ') communicate with the circular hole (92). The two sets of holes are of the same size, and are used to socket the same size screwed components. · The ratchet mechanism (100) (same as the first embodiment) is provided in the middle part of the body 521025 5. Invention description (6), the ratchet (102) and the latch 侔 nn hole, and-elasticity The ring (106) () knife n, is positioned by the C-shaped buckle (107) in the round hole and the through (1.2), and 〇 ,. Ratchet socket (108). _This 嗲 太 舻 + P system is a polygon. Use the 段 'segment system to form-drive parts. The sockets (10 8X and another set of holes (96,) and 妾 96 cicadas) are plugged into the plug-in screw element "like a screwdriver"; otherwise;! =, :: Turning day Γ ΛΛ / Λ The connection hole (1G8), and the screw member f is sleeved with a sleeve hole /, so that the screw member is rotated in another direction (for example, loosening). (11fn Figures 19 and 10 are the fifth preferred embodiment of the present invention For example, the sleeve 钿 is also a driving end (F), and the other end is a set of end mechanisms (120) provided at the set end (G), and the ratchet mechanism can be turned by the ratchet action. More specifically: a body (111) is provided with a kitchen hole (丨 丨 2) in the socket end (G), and a perforation, such as the imaginary line shown by the number (H), is near the outer periphery of the body It runs through the two sides of the body and communicates with the circular hole (Π 2), and there is still a solid part (114) outside the perforation (H). The ratchet mechanism (1 2 0) also has a ratchet (1 2 2 ), A latch (130) and an elastic ring (14), when the ratchet (122) is installed in the circular hole (H 2), the two ends of the perforation (H) form two larger spaces (11 5 ), And the ratchet and the solid part (11 4) The latching member (13) has an elongated body (132) and latching portions (1 3 4) (1 3 5) at the two ends of the body. The inside of the part is provided with a plurality of teeth (136) for meshing with the teeth (124) of the ratchet.
第9頁 521025 五、發明說明(7) (1 3 0 )係容設於該穿孔(Η )中,該 於一空問r 1 1 R、士 二社胁身(1 3 2 )則位於該細長空間處 空間(115)之距離,使得 卡掣部( 1 34)( 1 35 )分別 空間(11 5)中,而該體 該二卡掣部間之距離係大於 該二卡掣部不會同時與棘輪嚙合― 該彈性環(140)套設於該本體(1U)外周之環槽(11 6), 並設有二外凸部( 142) ( 143),該二外凸部( 1 42) ( 143)間之 間隔係大於該二卡掣部(1 34)( 1 35 )間之距離。 使用時,如第十圖所示,撥轉該彈性環(140),使外 凸部(142)恰位於卡掣部(1 34)之處,而另一外凸部(143) 則離開另一卡掣部(135)。此時,彈性環(140)之環身係彈 性壓迫於該卡掣部(135),使其縮入於一空間(丨15)中,而 與棘輪(122)嚙合。而卡掣部(134)則自另一空間(115’)往 外移,f入外凸部(142)中,並未與棘輪嚙合。 ,第十圖之狀態下,逆時針轉彀本體(111)時, 心棘輪同步轉動,即可轉動棘輪所套接之螺件。 位(lie係形成一支撑卡擎件(130)之部位。牛》亥〇部 接元Ϊΐ’/Γ時針轉動本體⑴1)時,1^棘輪(122)受到蟬 接件之杬力而帶動卡掣件(130)往右滑移使兮士制/累 〇35)脫離與棘輪之嚙合狀態,如第十一圖,且=i邛 動之作用。卡掣件未受棘輪往右推 、有二向傳 將該彈性復第十圖之狀態。 (4〇)轉動至第十二圖之狀態時,該卡擎 521025 五、發明說明(8) Γ二=切ίί另—位置,使得卡擎部(135)移入於外 ;=4乂之彈性迫壓而與棘輪⑴2)丄時 體(111)即帶動棘輪轉動;反之,逆 圖之狀態:係形成另一方向之棘輪作用。文於第十 中設;f = ,第九圖之實施例中,該棘輪(122) 機二m角:套()以套接螺件,&本體設置棘輪 插5 :係形成套接端⑹,❿本體另-端則設- β 以/、扳手套接,故形成驅動端(F)。可理解的 M b β ^九圖之構^中,亦可將驅動端與套接端對調,於 Ϊ=設一多角形之插接孔以供扳手插接,_設該 之端即形成驅動端;而本體另-端(即未設棘輪 幾構之鈿)_則設一套孔以套接螺帽,形成套接端。 向~ =二,係本發明第六較佳實施例之套筒(150)之縱 二::中:棘輪機構(155),為第九、十圖所示之 於本體⑽)中段,且棘輪機構之棘輪⑽)中 ^ 一二角形插接孔(158),使得套筒中段形成一驅動部 而本體(152)二端則各為—套接端,纟設有—多角形 之套孔( 1 53) ( 1 54),且該二套孔為不同尺寸。 可駆^ ^ 以扳手或工具插接於該插接孔(1 58)時,即 ^轉套(以轉動螺件。由於該棘輪機構(155)可切換 _二,故该二套孔( 1 53) ( 1 54)即可置成不同尺寸,以套接 〜種尺寸之螺件。521025 on page 5. V. Description of the invention (7) (1 3 0) is housed in the perforation (Η), where Yu R 1 1 R, Shi Ershe threatened body (1 3 2) are located in the slender The distance of the space (115) in the space makes the latching portions (134) (135) separate in the space (115), and the distance between the two latching portions of the body is greater than that of the two latching portions. Engage with ratchet wheel ― The elastic ring (140) is sleeved on the ring groove (11 6) on the outer periphery of the body (1U), and is provided with two convex portions (142) (143), and the two convex portions (142) The interval between (143) is greater than the distance between the two latching portions (134) (135). In use, as shown in the tenth figure, turn the elastic ring (140) so that the convex portion (142) is located at the latch portion (1 34), and the other convex portion (143) is separated from the other A catch (135). At this time, the ring body of the elastic ring (140) is elastically pressed against the latching portion (135), so that it is retracted into a space (15) and engages with the ratchet (122). The latching portion (134) moves outward from another space (115 '), and f enters into the convex portion (142), and does not mesh with the ratchet. In the state of the tenth figure, when the main body (111) is turned counterclockwise, the heart ratchet rotates synchronously, and the screw piece connected by the ratchet can be rotated. Position (lie is to form a part supporting the card engine (130). When the cow is in contact with the unit Ϊΐ / Γ clockwise to turn the body 时 1), the 1 ^ ratchet (122) is driven by the force of the cicada to drive the card Slide the detent (130) to the right to remove the Shishi system / Retired (35) from the meshing state with the ratchet, as shown in the eleventh figure, and the action of i 邛. The latch is not pushed to the right by the ratchet, and there is a two-way transmission that restores the elasticity to the tenth figure. (4〇) When turning to the state of the twelfth figure, the card engine 521025 V. Description of the invention (8) Γ 二 = 切 ίί other—position, so that the card engine (135) moves outside; = 4 乂 elasticity Pressing and ratcheting ⑴ 2) The time body (111) drives the ratcheting wheel; on the contrary, the state of the reverse picture: it forms a ratcheting action in the other direction. The text is set in the tenth; f =, in the embodiment of the ninth figure, the two angles of the ratchet (122) machine: the sleeve () uses a socket screw, and the body is provided with a ratchet plug 5: it forms a socket end ⑹, the other end of the ❿ body is set with-β, which is socketed with a spanner, so it forms the driving end (F). Understandable M b β ^ In the structure of the nine figures, the driving end and the socket end can also be reversed, and a polygonal insertion hole is set at Ϊ = for the wrench to plug in. _ Set the end to form a drive The other end of the body (that is, without a ratchet structure) is provided with a set of holes to socket the nut to form a socket end. Direction == 2, which is the second vertical direction of the sleeve (150) of the sixth preferred embodiment of the present invention :: Middle: Ratchet mechanism (155), which is the middle section of the body ⑽ shown in Figures 9 and 10, and the ratchet In the ratchet wheel of the mechanism, a square-shaped insertion hole (158) makes the middle part of the sleeve form a driving part and the two ends of the body (152) are-socket ends, respectively.-Polygonal socket holes ( 1 53) (1 54), and the two sets of holes are of different sizes.駆 ^ ^ When inserting into the insertion hole (1 58) with a wrench or a tool, that is, a turn sleeve (to turn the screw. Since the ratchet mechanism (155) can be switched _2, the two sets of holes (1 53) (1 54) can be set into different sizes to socket ~ various sizes of screws.
521025 五、發明說明(9) 第十四圖係本發明之第七較佳實施例 係具有二半體(1 64)( 1 65 ),該二半體係以萬> σ頭(166)之結構相樞接,使該二半體可彎折任何角度 ,,中一半體(164)之端係為一驅動端(I),該驅動端設 ίΐ ί實施例中任一種型式之棘輪機構⑴,言亥棘輪機 冓中之棘輪(167)設有一多角形插接孔(168),以供扳手或 ίϋ插ί。而另一半體(165)之端為一套接端(Κ),設有一 夕角形套孔(1 6 9 ),以供套接螺接元件。 在,31五圖概!1於第十四圖,&本發明之第八較佳實施 [八中,该套筒(170)之本體(172)同樣為二個半體 (174) (>175)所柩接而成,半體(174)之一端為一套接端 (L),該套接端中設有一棘輪機構(m),可為上述實施例中 之任一種。該棘輪機構之棘輪(177)設有一多角形套孔 (ιπ),以供套接螺帽。另一半體(175)之端為一驅動端 (Ν),並設有一多角形插接孔(179),以供扳手插接。 第十六圖係本發明之第九較佳實施例之示意圖,該 疴(18〇)之/本體(182)係具有一驅動端(0)與一套接端(Ρ), 該驅動端係設有一棘輪機構(184)(可為上述實施例中之任 一種)欠該驅動端係供一扳手(185)插接。當棘輪 J』於#接编之周面设一開槽(186)與套 孔(187)連通〃。稭此,以該套孔(187)套接螺接元件時,在 具有電線或管線之場合時,該開槽(186)可供電線或管線 穿出。 、 第十七圖係本發明第十較佳實施例之示意圖,該套筒 第12頁 521025 五、發明說明(10) Π90)可為上述各實施例(除第六、八、十三圖之第三、 四、六實施例之外)之任一種結構者。該套筒(19〇)之本體 (192)同樣設有一驅動端(Q)與一套接端乂其中,於該 驅動端(Q)係直接固接一桿體(195),使其整體形成一套筒 =手s驅動端並未設有棘輪構造(亦即棘輪機構係設於 ίί端)時,該桿體(195)係固接於本體;而當驅動端設有 棘輪^構時,則該桿體係固接於棘輪。 ^第十八圖所示之套筒(2 0 〇 )係本發明之第^--較佳實 =例其中,該本體(2〇2) 一端為一驅動端(s),而另一端 為一套接端(T); 一棘輪機構(205 ),可為第二圖或第九圖 戶二二種,係設於該套接端⑴中,其棘輪(2〇6)設有 周套接螺件;而該本體於該驅動端(s)之外 $ 一夕邊形之驅動部(204 ),如六邊形或四邊形 口扳手、活動扳手或夾钳所夾持。•此,以工 :(204).時,㉛可驅,該套筒以轉動螺件。 十九圖係本發明第十二較佳實施例之套筒苴 該本體(2 12)二端均為一套接端(υ),各設有一棘輪^ (21 5) (21 5’),各該棘輪機構 ^ 以該二棘輪⑵6)(216,)之套孔二 ^ . 丁 Α不冋尺寸。一驅動部(2141 3 八邊形或四邊形之外形設 ’呈 以供工具失持。 又於林體(212)中段之外周面, 本發明之結構簡單易於萝i生細驻 精巧、小巧之體精。太恭:1 裝,i可使套筒具有 ^體積。本發明於實施時,係具有多種變化。 第13頁 521025 五、發明說明(11) 本發明之結構於同類產品中首創,並具進步性功效,爰依 法提出申請。521025 V. Description of the invention (9) The fourteenth figure is the seventh preferred embodiment of the present invention, which has two halves (1 64) (1 65). The structure is pivoted so that the two halves can be bent at any angle. The end of the middle half (164) is a driving end (I). The driving end is provided with a ratchet mechanism of any type in the embodiment. The ratchet wheel (167) in the Yanhai ratchet wheel is provided with a polygonal insertion hole (168) for a wrench or a plug. The end of the other half (165) is a set of joints (K), and is provided with an overnight angular socket (1 6 9) for socketing the screw connection element. At 31, the five pictures are summarized! 1 In the fourteenth figure, & the eighth preferred implementation of the present invention [eighth, the body (172) of the sleeve (170) is also two halves (174) (& gt 175), one end of the half body (174) is a set of ends (L), and a ratchet mechanism (m) is provided in the set of ends, which may be any of the above embodiments. The ratchet wheel (177) of the ratchet mechanism is provided with a polygonal sleeve hole (ιπ) for socket nuts. The other half (175) has a driving end (N) at the end and is provided with a polygonal insertion hole (179) for inserting a wrench. The sixteenth figure is a schematic diagram of a ninth preferred embodiment of the present invention. The 本体 (18) / body (182) has a driving terminal (0) and a set of terminals (P). The driving terminal is A ratchet mechanism (184) (which may be any of the above embodiments) is provided to the drive end for a wrench (185) to be inserted. When the ratchet wheel J ′ is provided with a slot (186) on the peripheral surface of the #braid to communicate with the sleeve hole (187). Therefore, when the screw-threaded component is socketed with the sleeve hole (187), the slot (186) can be used to penetrate the wire or pipeline when there is a wire or pipeline. The seventeenth figure is a schematic diagram of the tenth preferred embodiment of the present invention. The sleeve, page 12, 521025 5. Description of the invention (10) Π90) can be the above embodiments (except the sixth, eighth, and thirteenth drawings). Third, fourth, and sixth embodiments). The body (192) of the sleeve (19) is also provided with a driving end (Q) and a set of connecting ends. Among them, a driving body (195) is directly fixed to the driving end (Q) to form a whole body. One sleeve = when the drive end of the hand is not provided with a ratchet structure (that is, the ratchet mechanism is provided at the ί end), the rod body (195) is fixed to the body; and when the drive end is provided with a ratchet structure, The rod system is fixed to the ratchet. ^ The sleeve (200) shown in the eighteenth figure is the ^ -preferred embodiment of the present invention. For example, one end of the body (202) is a driving end (s), and the other end is One set of terminations (T); a ratchet mechanism (205), which can be the second or the ninth figure, is installed in the set of end joints, and its ratchet (206) is provided with a peripheral sleeve The screw is connected to the body; and the body is located outside the drive end (s), and is held by a hexagonal or quadrangular mouth wrench, adjustable wrench or clamp. • This, when working: (204)., Can be driven, the sleeve to turn the screw. The nineteenth figure is a sleeve of the twelfth preferred embodiment of the present invention. The two ends of the body (2 12) are a set of terminals (υ), each of which is provided with a ratchet ^ (21 5) (21 5 '), Each of the ratchet mechanisms ^ is provided with the sleeve holes 2 of the two ratchet wheels 6) (216,). A driving part (2141 3 octagon or quadrangular shape is provided for tool loss. Also on the outer surface of the middle section of the forest body (212), the structure of the present invention is simple and easy to create a delicate and compact body. Refined. Too respectful: 1 pack, i can make the sleeve have ^ volume. When the present invention is implemented, there are many changes. Page 13521025 V. Description of the invention (11) The structure of the present invention is the first of its kind, and With progressive effect, apply according to law.
Bii 第14頁 ^21025 圖式簡單說明 =—圖係本發明第一較佳實施例之分解立體圖。 圖係第一圖之組合縱向剖面圖。 —圖係第二圖之3-3剖線之剖面圖。 係概同於第三圖,顯示另一作動狀態。 丄” ir、本發明第二較佳實施例之縱向剖面圖< 係本發明第三較佳 縱向圖 =係第六圖之使用狀態。 弟八圖係本發明楚^ & ^ , ^ ^ χ月第四較佳實施例之縱向剖面圖Bii Page 14 ^ 21025 Brief description of the drawings =-The drawings are exploded perspective views of the first preferred embodiment of the present invention. The figure is a combined longitudinal sectional view of the first figure. —The figure is a sectional view taken along line 3-3 of the second figure. The system is similar to the third diagram, showing another operating state.丄 ”ir, the longitudinal sectional view of the second preferred embodiment of the present invention < is the third preferred longitudinal view of the present invention = is the sixth drawing in use state. The eighth figure is the present invention ^ & ^, ^ ^ Vertical sectional view of the fourth preferred embodiment
弟九圖係本發日月I 筐+同於松 月弟較佳實施例之縱向剖面圖 圖係第九圖之橫向剖面圖。 第十一圖係第十圖 第+ -胃π -十固之另一作動狀態。 圖。 面圖 面圖 第十三圖係本發明^ I :換至另一位置之狀態 第十四圖係實施例之縱向剖面 第十五圖将太欲第七較佳實職例之結構示意 第十六圖係本發明之笛二f貫她例之、“冓不意 第十七圖係本發明第2 :交佳實施例之示意圖 第十八圖係本發=車:圭實施例之示意圖。 面圖 面圖 第十九圖係本發=μ=一較佳實施例之局部剖 月第十二較佳實施例之局部剖 521025 圖式簡單說明 圖號簡單說明: 套筒(10)(50)(70)(90)(110)(150)(160)(170)(180) (190)(200) 本體(20)(60)(80)(91 )(1 1 1 )(152)(162)(172)(182) (192)(202)(212) 環槽(29)(116) 棘輪機構( 1 5 ) ( 72 )( 1 00 ) ( 1 20 )( 1 55 ) ( j)(m)( 1 84) (205 ) (215) .驅動端(A)(D)(F)(I)(N)(0)(Q)(S) 套接端(B)(C)(E)(E,)(G)(K)(L)(P)(R)(T)(U) 插接孔(22 ) ( 69 ) (82 ) ( 1 08)( 1 1 8 ) ( 1 58) ( 1 68 )( 1 79 ) 圓孔( 24)( 64)( 77 )( 92 )( 1 1 2 ) 穿孔(25 )( 65 )( 94 )(H) 抵面(26) 斜面(27) 棘輪(30)(66)(73)( 102)(122)( 1 56)(167)( 177)(206) (216) 套孔(34)(62)(96)( 125)( 153)( 1 54)(178)( 187)(208) (218) 卡掣件(40 )( 67)( 1 04)( 1 30 ) 斜面部(44) 彈性環(45 ) ( 68) ( 1 06 ) ( 1 40 ) 實心部位(11 4) 體身(1 3 2 ) 卡掣部(134)(135) 外凸部(142)(143) 半體( 1 64)( 1 65 )( 1 74)( 1 75 ) 開槽(1 8 6) 桿體(1 9 5 ) 驅動部(2 0 4) (21 4)The figure of Jiu Jiu is a longitudinal section view of the sun and moon I basket + same as that of Song Yuedi's preferred embodiment. The diagram is a transverse section of the ninth diagram. The eleventh figure is the tenth figure. The other action state of +-stomach π-ten solid. Illustration. The top view is the thirteenth view of the present invention. ^ I: The state of changing to another position. The fourteenth view is the longitudinal section of the embodiment. The fifteenth view is the structural illustration of the seventh best practice example. The picture is the second example of the flute of the present invention. "The unintentional seventeenth picture is a schematic diagram of the second embodiment of the present invention: Jiaojia embodiment. The eighteenth diagram is a schematic diagram of the present embodiment of the present invention. The nineteenth view of the figure is a partial cut of a preferred embodiment of the present invention. Μ = A partial cut of the twelfth preferred embodiment of the twelfth preferred embodiment. 70) (90) (110) (150) (160) (170) (180) (190) (200) Body (20) (60) (80) (91) (1 1 1) (152) (162) (172) (182) (192) (202) (212) Ring groove (29) (116) Ratchet mechanism (1 5) (72) (1 00) (1 20) (1 55) (j) (m) (1 84) (205) (215) .Drive end (A) (D) (F) (I) (N) (0) (Q) (S) Socket end (B) (C) (E) ( E,) (G) (K) (L) (P) (R) (T) (U) Plug hole (22) (69) (82) (1 08) (1 1 8) (1 58) ( 1 68) (1 79) Round hole (24) (64) (77) (92) (1 1 2) Perforation (25) (65) (94) (H) Abutting surface (26) Beveling surface (27) Ratchet ( 30) (66) (73) (102) (122) (1 56) (167) (177) (206) (216) Sleeve (34) (62) (96) (125) (153) (1 54) ( 178) (187) (208) (218) Detent (40) (67) (1 04) (1 30) Bevel (44) Elastic ring (45) (68) (1 06) (1 40) Solid Part (11 4) Body (1 3 2) Locking part (134) (135) Outer convex part (142) (143) Half body (1 64) (1 65) (1 74) (1 75) Slotted (1 8 6) Rod body (1 9 5) Driving part (2 0 4) (21 4)
第16頁Page 16
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TWI824635B (en) * | 2021-08-02 | 2023-12-01 | 美商施耐寶公司 | Anti-backlash retention socket |
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TWI824635B (en) * | 2021-08-02 | 2023-12-01 | 美商施耐寶公司 | Anti-backlash retention socket |
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