1337855 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種滑轨定位裳置。 【先前技術】 之裝置，通常用於連接彼 品，特別係其中一者透過 ，例如抽屜、機櫃式伺服 滑執裝置係一種被廣泛運用 此之間可以發生相對運動之兩物 滑執承載或者支撐另一者之場合 器等。1337855 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a slide rail positioning skirt. [Prior Art] The device is usually used to connect the product, especially one of them. For example, the drawer and the cabinet type servo sliding device are widely used to support or support the two objects. The other occasion is the occasion.
*見之滑執裝置有兩截式滑軌，一般之兩截式滑㈣ 取包括一第一滑軌及一第二滑軌，以抽屜為 軌固定於支樓架上’其第二滑轨則固定於抽履之兩 滑軌與第二滑軌之間使用滾珠軸承進㈣合 第二滑軌可以沿㈣-滑軌之軸線方向相對於第 = 回滑抽屜就可以透過滑軌自由地被拉出或推回。 =種包含第If執與第二滑軌之兩截式滑軌還必須需 -位裝置’當抽屜被拉出時，可以將抽屜定位在一適 不至於掉落或退回’並且當需要之時候還可以 將抽屜自支撐架拆卸及重新裝回。 目前業界出現之一種滑軌定位裝置，包括一樞接於該 第-滑軌上之卡掣件及—固定於該第—滑軌上之阻撐片， 該卡掣件·卜細，該_片卡0於該卡掣件之缺口内 對滑軌裝置進行雙向定位，解鎖時，扳動該卡㈣使其缺 口與該阻擋片脫離卡固，進而將滑執裝置解鎖。但是，該 滑軌定位裝置在解鎖時’只能雙向㈣解鎖，使用不方便。 1337855 【發明内容】 ^以上内容，有必要提供一種可對滑机進行雙向定 位且可單向解鎖之滑軌定位裝置。 严轨之轨疋位裝置用於包括一第-滑轨及-第二 ^ π轨組合，該滑轨定位裝置包括一設 滑轨之阻擋件，—活動連接於該第 位^二 二:=設置-第-定位部及-第二定位= 拾件凸^擋片，該定位組件之第—定位部和第 刀別與該阻擋件之兩擋片卡抵以雙向定位該第一骨 第二滑軌’該第一解鎖件沿該第二滑轨縱長方向 =推抵該定位組件之—側使該定位組件在 ::不二於該縱長方向滑動以使該第一定位部與該= 離卡抵而解鎖該第一滑軌與該第二滑軌， ‘之：二該第二滑軌縱長方向運動推抵該定位組 之另—側使該定位組件在該第二滑執中沿該不同於縱 =向之反向運動以使該第二定位部與該阻擋件之另— 擋片脫離卡抵而解鎖該第一滑軌與該第二滑軌。 m知技術’該滑轨定位褒置利用較位件及該阻 :件對該第-滑軌及該第二滑執進行定位，利用兩解鎖件 义別使該定位件移動以解鎖該第一滑軌及該第二滑執，不 僅實現雙向定位且可單向解鎖，結構簡單，使用方便。 【實施方式】 Μ參閱圖1及圖2’本發明滑執定位裝置較佳實施方 1337855* See the sliding device has two-section slide rails. Generally, the two-slide type slides (4) include a first slide rail and a second slide rail, and the drawer is fixed on the support frame by the drawer. Then, the ball bearing is fixed between the two sliding rails and the second sliding rail. The second sliding rail can be freely moved through the sliding rail along the axial direction of the (four)-sliding rail. Pull out or push back. = The two-section slides containing the If and second slides must also require the - position device 'When the drawer is pulled out, the drawer can be positioned so that it does not fall or fall back' and when needed It is also possible to remove and reinstall the drawer from the support frame. A slide rail positioning device which is currently in the industry includes a latching member pivotally connected to the first slide rail and a retaining tab fixed to the first slide rail, the latching member, the The card card 0 is bidirectionally positioned in the gap of the card member. When unlocking, the card is pulled (4) to disengage the notch from the blocking piece, thereby unlocking the sliding device. However, when the slide rail positioning device is unlocked, it can only be unlocked in two directions (four), which is inconvenient to use. 1337855 SUMMARY OF THE INVENTION In view of the above, it is necessary to provide a slide rail positioning device that can bi-directionally position a slider and can be unlocked in one direction. The rail-level clamping device is configured to include a first-slide rail and a second second-six rail assembly, the rail positioning device includes a blocking member for the sliding rail, and is movably connected to the first position: a first positioning part and a second positioning part are arranged, and the first positioning part and the first knife part of the positioning component are opposite to the two blocking pieces of the blocking piece to mutually position the first bone second The sliding rail 'the first unlocking member is along the longitudinal direction of the second sliding rail=the side of the positioning component is pushed to the side of the positioning component to: slid in the longitudinal direction to make the first positioning portion and the first positioning portion = unlocking the first slide rail and the second slide rail from the card, 'the second: the second slide rail moves in the longitudinal direction to push the other side of the positioning group to make the positioning component in the second slippery The middle edge is opposite to the vertical direction of the opposite direction to disengage the second positioning portion from the other blocking piece of the blocking member to unlock the first sliding rail and the second sliding rail. The knowing technology of the slide rail positioning device uses the positional member and the resistance member to position the first slide rail and the second slide handle, and uses the two unlocking members to move the positioning member to unlock the first The slide rail and the second sliding handle not only realize bidirectional positioning but also can be unlocked in one direction, and the structure is simple and convenient to use. [Embodiment] Referring to Figures 1 and 2', a preferred embodiment of the slider positioning device of the present invention 1337855
二滑轨20之兩截 相對於.該第一滑軌 式裝設於一包括一第一滑轨10及一第 式滑轨組合上，用以將該第二滑軌20 10進行定位。The two slide rails 20 are mounted on a first slide rail 10 and a first slide rail assembly for positioning the second slide rail 20 10 with respect to the first slide rail.
請參閱圖2及圖3,該滑轨定位裝置較佳實施 括—定位組件、-固定件50、-第-解鎖件62、_/第： :鎖件64、一固定於該第一滑軌1〇之阻擋件“、兩； 更7〇、複數較小之鉚釘80及複數較大之鉚釘82。在本 實施方式中m組件包括—定位件3〇及一連接件條 該第一滑轨10呈長形體，其一端開設四固定孔12。 該阻擋件U大致呈方形片狀，其兩對角分別設置一擒片 142。該阻擋件14上開設四通孔144。使用四柳釘^分 別穿過該等通孔144及固定孔12將該阻擋件14固定於 該第一滑執1〇之一端。 該第二滑執20呈長形體，其包括一底壁及自該底壁 兩側延伸形成之兩側壁。該底壁上朝向該第二滑軌2〇之 一側壁方向形成一 “L”形之凸片22，該底壁於該凸片 22之一端附近形成一凸塊23。該底壁上設置一垂直於該 第二滑執20長軸方向之橋形卡固部24，該底壁於該卡固 部24附近開設一方形之通孔25。該底壁上開設兩平行之 滑槽26 ’該底壁於兩滑槽26兩側各開設兩固定孔27、 28。在本實施方式中’該兩滑槽26為不垂直於該第二滑 軌20縱長方向之斜滑槽。 請一併參閱圖4,該定位件30大致呈片狀，其兩端 分別向同側彎折各形成一導滑部32，每一導滑部32開設 切 7855 兮該疋位件3〇之中心位置開設-固定孔34。 :疋仞杜3〇之一側兩端分別設置一第-定位部36及-第：傾斜面37,該定位件3〇之另一側兩端分別設置一第 一：部38及一第二傾斜面39, #中該第一定位部36 及第二定位部38呈對角分佈，豸第—傾斜面37及第二 傾斜面39呈對角分佈。 °月併參閱圖5，該連接件4〇包括一主體部42、自 該主體邛42兩端分別延伸形成之-第-彈性體45和- 第二彈性體44以及形成於該第-彈性體45 -端之一固 定部46。該主體部42之中心位置開設一固定孔422，該 主體部42之鄰近該第一彈性體45之兩角處各設置一斜 面)24、425。該第一彈性體45和第二彈性體44均呈中 間彎折之細柱狀。該固定部46之中部開設兩固定孔462， 該固定部46之兩側分別彎折形成一 “ L”形之卡固片 464 ° 請一併參閱圖6 ’該固定件50呈長形，其中部縱向 叹置一凸台51，該凸台51中部開設兩固定孔52，該凸 台51之一端開設一長形之槽53。該固定件50之兩側邊 緣各設置一凸楞54 ’該固定件50於該兩凸楞54之内側 各開設一容置槽56。 請繼續參閱圖2及圖3,該第一解鎖件62呈長形片 狀’其一端為推拉端，該推拉端形成一固定片621，該固 定片621上套設一推拉部622。該第一解鎖件62之另一 端為驅動端，該驅動端附近設置一第一驅動部623。該第 1337855 -解鎖件62之一侧凸設一凸片624。 *該第二解鎖件64呈長形片狀，其一端為.推拉端，裝 推拉。卩642 ’其另· 一端為驅動端，該驅動端附近設置 一第二驅動部644。該第二解鎖件M之―側依次凸設兩 相鄰之第-凸片646及一第二凸片⑽。 。月併參閱® 7與圖8，裝配時，將該第一解鎖件 62及第广解鎖件64置於該第二滑轨川之底壁上並分別 鄰近該第二滑軌20之兩側壁内側。該第-解鎖件62之 推拉部622部分收容於該第二滑執2〇之通孔^，其固定 ^21穿設於該第二滑軌20之卡固部24内，該第二解 M 64之第二凸片648卡於該第二滑軌20之凸片22之 下’該凸塊23用於與該篦-几人 興第一凸片648配合以限制該第二 解鎖件61之運動行程。使用一―穿過該第 =孔34及連接件40之主想部42之固定孔422將該 疋立:3〇柳接於該連接件40之主體部42。該定位件3〇 :兩：槽”分別卡持於該連接件4〇之第一彈性體45及 ^ 一彈性體44。將該定位件30與該連接件40之址人體 緊貼於該第二滑軌2〇之底壁，該固定件 %分別插入該第二滑軌2〇之兩滑槽％ '穿過該連接件40之固定部46之兩固定孔 -化軌20之兩固定孔27將該連接件 ： 執如。該連接件4〇之固定部46之兩卡 住該？ 一解鎖件62之驅動端内側及該第二解鎖件64’ 驅動端内側。將兩彈簧70分別裝設於該固定件邱之^Referring to FIG. 2 and FIG. 3, the slide rail positioning device preferably includes a positioning component, a fixing component 50, a first unlocking member 62, a _/: a locking member 64, and a fixing to the first sliding rail. 1 〇 blocking member ", two; more 7 〇, a plurality of smaller rivets 80 and a plurality of larger rivets 82. In the present embodiment, the m component includes a positioning member 3 〇 and a connecting piece strip the first sliding rail 10 is an elongated body, and has four fixing holes 12 at one end thereof. The blocking member U is substantially in the shape of a square piece, and a pair of ribs 142 are respectively disposed at two opposite corners. The blocking member 14 defines four through holes 144. The four rivets are used ^ The blocking member 14 is fixed to one end of the first sliding handle 1 through the through holes 144 and the fixing holes 12. The second sliding handle 20 is an elongated body including a bottom wall and two from the bottom wall Two side walls are formed on the side of the second side of the second sliding rail 2, and an "L"-shaped tab 22 is formed on the bottom wall. The bottom wall forms a bump 23 near one end of the protruding piece 22. The bottom wall is provided with a bridge-shaped fixing portion 24 perpendicular to the long axis direction of the second sliding handle 20, and the bottom wall defines a square near the fastening portion 24. The bottom wall defines two parallel sliding grooves 26'. The bottom wall defines two fixing holes 27 and 28 on both sides of the two sliding grooves 26. In the embodiment, the two sliding grooves 26 are not perpendicular to the hole. The slanting groove of the second sliding rail 20 in the longitudinal direction. Referring to FIG. 4 together, the positioning member 30 is substantially in the form of a sheet, and the two ends of the locating member 30 are respectively bent toward the same side to form a guiding portion 32, each guiding slip. The portion 32 defines a centering position of the base member 3〇, and a fixing hole 34. A first positioning portion 36 and a first: inclined surface 37 are respectively disposed at one end of one side of the 疋仞3 ,, the positioning A first portion 38 and a second inclined surface 39 are respectively disposed at two ends of the other side of the member 3, wherein the first positioning portion 36 and the second positioning portion 38 are diagonally distributed, and the first to the inclined surface 37 And the second inclined surface 39 is diagonally distributed. As shown in FIG. 5, the connecting member 4 includes a main body portion 42 and a first-elastic body 45 and a second extending from the two ends of the main body 42 An elastic body 44 and a fixing portion 46 formed at the end of the first elastic body 45. The central portion of the main body portion 42 defines a fixing hole 422 adjacent to the first elastic body. Each of the first elastic body 45 and the second elastic body 44 is in the shape of a thin column which is bent in the middle. The fixing portion 46 defines two fixing holes 462 in the middle of the fixing portion 46. The two sides of the portion 46 are respectively bent to form an "L"-shaped fastening piece 464 °. Please refer to FIG. 6 'The fixing member 50 is elongated, and a middle portion of the portion is longitudinally slanted with a boss 51. The center of the boss 51 Two fixing holes 52 are defined, and one end of the boss 51 is formed with an elongated groove 53. The two sides of the fixing member 50 are respectively provided with a protrusion 54. The fixing member 50 defines a side of each of the two protrusions 54. The groove 56 is accommodated. Referring to FIG. 2 and FIG. 3, the first unlocking member 62 has a long shape, and one end thereof is a push-pull end. The push-pull end forms a fixing piece 621, and the fixing piece 621 is sleeved with a push-pull portion 622. The other end of the first unlocking member 62 is a driving end, and a first driving portion 623 is disposed near the driving end. A tab 624 is protruded from one side of the first member 337855 - the unlocking member 62. * The second unlocking member 64 has a long sheet shape, one end of which is a push-pull end, and is pushed and pulled. The other end of the drive 642 is a drive end, and a second drive portion 644 is disposed near the drive end. Two adjacent first and second tabs 646 and a second tab (10) are sequentially protruded from the side of the second unlocking member M. . Referring to FIG. 7 and FIG. 8, when assembling, the first unlocking member 62 and the wide unlocking member 64 are placed on the bottom wall of the second sliding rail and adjacent to the inner sides of the two side walls of the second sliding rail 20, respectively. . The push-pull portion 622 of the first unlocking member 62 is partially received in the through hole 2 of the second sliding handle 2, and the fixing portion 21 is disposed in the fixing portion 24 of the second sliding rail 20, and the second solution M The second tab 648 of the card 64 is clamped under the tab 22 of the second slide rail 20. The bump 23 is used to cooperate with the first-segment first tab 648 to limit the second unlocking member 61. Exercise schedule. The main body portion 42 of the connecting member 40 is connected by a fixing hole 422 which passes through the first hole 34 and the main portion 42 of the connecting member 40. The positioning member 3〇: two: the groove is respectively held by the first elastic body 45 of the connecting member 4 and the elastic body 44. The positioning member 30 and the connecting member 40 are closely attached to the body The bottom wall of the second slide rail 2, the fixing member % is respectively inserted into the two sliding grooves of the second slide rail 2', and the two fixing holes of the fixing portion 46 of the connecting member 40 are fixed to the two fixing holes of the chemical rail 20 27: The connecting member: The two fixing portions 46 of the connecting member 4 are engaged with the inner side of the driving end of the unlocking member 62 and the inner side of the driving end of the second unlocking member 64'. Set in the fixture Qiu Zhi^
11 (S 上幻7855 容二槽56内，使用兩鉚釘82分別穿過該固定件Μ之兩 固疋孔52及該第二滑軌2〇之兩固定孔28將該固定件5〇 Γ〇 該第二滑執2卜該固定件5 〇之槽5 3將該連接件 固定件5::Γ體44之自由端卡固於該第二滑軌20。該 側之凸愣54分別壓住該第一解鎖件“内側 /第一解鎖件64内側，該第-解鎖件62之凸片624 抵接於一彈* 70之-端，該第二解鎖件64之兩第一凸 片646分別抵接於另一彈簧7〇之兩端。 動裝入時，相對於該第一滑執⑺推 片二2 該定位# 3〇運動到該阻擋们4之擋 37使該1杜該擒片142抵推該定位件3〇之第一傾斜面 二彈性Μ克服該連接件4G之第—彈性體45及第 動沐你# —之彈力沿該第二滑執2〇之兩滑槽26向下滑 件3〇ΓΐΓ、ΓΓ30越過該阻撞件14之撐片142’該定位 才件4〇之第一彈性體45及第二彈性體44 =作用力下回復到原位，則該 阻擋件14之兩擋只★叫 攸下付於这 第二:㈣被定位於該第」滑：：10所不。此時，該 該第:滑:參:::長:二拉動該第二解鎖件64沿 之第-驅Ρ “向右運動，該第二解鎖件64 二二==rr40之斜面425使該定位 30之第一定 兩…槽％向上滑動至該定位件 此時二件14… ~阻撐件14之相對位置關係如圖12 12 ^37855 所示，則使該第二滑軌2〇 而不能右移。 ㈣於该第―滑執1G可左移 月併參閱圖13 ’拉動該第一解鎖件6儿 軌之縱長方向向右_^ ° =二 動部623按壓該連接件 ：牛62之第-驅 兮笔-Mm 斜4使該定位件3〇沿 兩滑槽26向下滑動至該定位件3〇之第 ::位部36與該阻擋件14之擋片142脫離卡抵，此J "疋位件3G及該阻擋# 14之相對位置關係如圖^所 :能=該第二滑執2〇相對於該第一滑軌1〇可右移而 在上述解鎖過程中，當鬆開該第一解鎖件62之推办 部622或鬆開該第二解鎖件64之推拉部⑷時，兩彈较 7〇分別推抵該第-解鎖件62之凸片咖或者該第二解= 件64之第一凸片646使該第一解鎖# &或該第二解鎖 件64復位。該連接件4〇之第一彈性體45及第二彈性體 • 44作用於該定位件3〇使其在越過該阻檔件14之擋片142 後復位。 β 其中，該擋片142可直接形成於該第一滑軌1〇上。 綜上所述，本發明符合發明專利要件，爰依法提出 專利申請。惟，以上所述者僅為本發明之較佳實施方式， 舉凡熟悉本案技藝之人士，在爰依本發明精神所作之等 效修飾或變化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 圖1係本發明滑軌定位裝置較佳實施方式之立體圖。 13 圖2係本發明滑轨定位裝置較佳實施方式之立體分 解圖。 圖3係本發明滑轨定位裝置較佳實施方式之另一視 角之立體分解圖。 圖4係圖2及圖3中所示之定位件之放大圖。 圖5係圖2及圖3中所示之連接件之放大圖。 圖6係圖2及圖3中所示之固定件之放大圖。 圖7係圖3中所示部分元件之裝配關係示意圖。 圖8係圖7中所示元件之組合圖。 圖9係本發明滑軌定位裝置較佳實施方式之第一使 用狀態圖。 圖10係圖9中所示之定位件與阻擂件之位置關係 圖。 圖11係本發明滑軌定位裝置較佳實施方式之第二使 用狀態圖。 圖12係圖11中所示之定位件與阻擋件之位置關係 圖。 使用 圖13本發明滑軌定位裝置較佳實施方式之第三 狀態圖。 "" 之位置關係 圖14係圖13中所示之定位件與阻擋件 圖。 【主要組件符號說明】 第一滑軌 阻擋件 通孔 10 14 144 固定孔 擋片 第二滑執 12 142 20 133785511 (S) in the syllabary 7855, the two rivets 82 are respectively passed through the two fixing holes 52 of the fixing member and the two fixing holes 28 of the second sliding rail 2 to fix the fixing member 5 The second sliding portion 2 of the fixing member 5 is fixed to the second sliding rail 20 by the free end of the connecting member fixing member 5: the side of the bracket 54. The inner side of the first unlocking member "the inner side of the first unlocking member 64, the tab 624 of the first unlocking member 62 abuts against the end of a bullet * 70, and the two first tabs 646 of the second unlocking member 64 respectively Abutting against the ends of the other spring 7〇. When loading, relative to the first sliding (7), pushing the piece 2, the positioning #3〇, moving to the blocking member 4, 37, making the 1 142, the first inclined surface of the positioning member 3 is elastically overcome, and the elastic force of the first elastic body 45 and the first movable body of the connecting member 4G is reversed along the two sliding grooves 26 of the second sliding handle 2 When the sliding member 3〇ΓΐΓ, the ΓΓ30 passes over the struts 142' of the blocking member 14 and the first elastic body 45 and the second elastic body 44 of the positioning member 4 return to the original position under the force, the blocking member 14 The two blocks are only ★ This second: (4) is positioned at the first "slip::10". At this time, the first: slip: reference::: long: two pulls the second unlocking member 64 along the first drive - "right" Movement, the second unlocking member 64===rr40 slope 425 causes the first two slots of the positioning 30 to slide upward to the positioning member, and the relative positional relationship between the two members 14... Figure 12 12 ^ 37855 shows that the second slide rail 2 is not moved to the right. (4) The first slide handle 1G can be moved to the left and refer to FIG. 13 'pulling the longitudinal direction of the first unlocking member 6 The long direction to the right _^ ° = the second moving portion 623 presses the connecting member: the cow 62's first-drive pen-Mm oblique 4 causes the positioning member 3 to slide down the two sliding slots 26 to the positioning member 3 The:: the position portion 36 and the blocking piece 142 of the blocking member 14 are disengaged, and the relative positional relationship between the J "the clamping member 3G and the blocking #14 is as follows: can = the second sliding 2〇 Relative to the first slide rail 1 〇 can be moved to the right, in the above unlocking process, when the push portion 622 of the first unlocking member 62 is released or the push-pull portion (4) of the second unlocking member 64 is released, the two bullets Pushing the first unlocking member 62 separately from 7〇 The first or the first unlocking piece 646 of the second solution member 64 resets the first unlocking member or the second unlocking member 64. The first elastic body 45 and the second elastic body of the connecting member 4 44 acts on the positioning member 3 to be reset after passing over the blocking piece 142 of the blocking member 14. β wherein the blocking piece 142 can be directly formed on the first sliding rail 1〇. The invention meets the requirements of the invention patent, and the patent application is filed according to the law. However, the above description is only a preferred embodiment of the present invention, and those skilled in the art will be equivalently modified or changed in accordance with the spirit of the present invention. It should be covered by the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a preferred embodiment of a slide rail positioning device of the present invention. Figure 2 is a perspective exploded view of a preferred embodiment of the slide rail positioning device of the present invention. Figure 3 is an exploded perspective view of another perspective view of a preferred embodiment of the slide rail positioning device of the present invention. Figure 4 is an enlarged view of the positioning member shown in Figures 2 and 3. Figure 5 is an enlarged view of the connector shown in Figures 2 and 3. Figure 6 is an enlarged view of the fixing member shown in Figures 2 and 3. Figure 7 is a schematic view showing the assembly relationship of some of the components shown in Figure 3. Figure 8 is a combination of the components shown in Figure 7. Fig. 9 is a view showing a first use state of a preferred embodiment of the slide rail positioning device of the present invention. Figure 10 is a view showing the positional relationship between the positioning member and the blocking member shown in Figure 9. Figure 11 is a view showing a second use state of a preferred embodiment of the slide rail positioning device of the present invention. Figure 12 is a view showing the positional relationship between the positioning member and the blocking member shown in Figure 11; A third state diagram of a preferred embodiment of the slide rail positioning device of the present invention is shown in FIG. "" Positional relationship Figure 14 is a diagram of the positioning member and the blocking member shown in Figure 13. [Main component symbol description] First slide rail Blocking hole Through hole 10 14 144 Fixing hole Blocking piece Second sliding handle 12 142 20 1337855
凸片 22 凸塊 23 卡固部 24 通孔 .25 滑槽 26 固定孔 27 ' 28 定位件 30 導滑部 32 卡槽 33 固定子匕 34 第一定位部 36 第一傾斜面 37 第二定位部 38 第二傾斜面 39 連接件 40 主體部 42 固定子L 422 ' 462 斜面 424 、 425 第一彈性體 45 第二彈性體 44 固定部 46 卡固片 464 固定件 50 凸台 51 固定子L 52 槽 53 凸楞 54 容置槽 56 第一解鎖件 62 固定片 621 推拉部 622 ' 642 第一驅動部 623 凸片 624 第二解鎖件 64 第二驅動部 644 第一凸片 646 第二凸片 648 彈簧 70 鉚釘 80 ' 82 15Tab 22 Bump 23 Fixing portion 24 Through hole. 25 Chute 26 Fixing hole 27 ' 28 Positioning member 30 Guide portion 32 Card slot 33 Fixing pin 34 First positioning portion 36 First inclined surface 37 Second positioning portion 38 second inclined surface 39 connecting member 40 main body portion 42 fixing member L 422 '462 inclined surface 424, 425 first elastic body 45 second elastic body 44 fixing portion 46 fastening piece 464 fixing member 50 boss 51 fixing piece L 52 groove 53 楞 54 accommodating groove 56 first unlocking member 62 fixing piece 621 push-pull portion 622 ' 642 first driving portion 623 tab 624 second unlocking member 64 second driving portion 644 first tab 646 second tab 648 spring 70 rivets 80 ' 82 15