200838452 九、發明說明： 【發明所屬之技術領域】 配關:巧!補=各種如抽羅等之移動趙從 置^置或第二位置變換至第二值置或第-位 【先前技術】 曰拉本 ;二置 ·15"?ίίί® 5之斜槽壁62以及設於前後端部之螺絲6緣二:伸， 错此二螺絲63, 63可滑動地嵌入引導挿二i之板體，並 被操作從其退入位置 移動體係以驅動銷55嵌入槽61 ΐ引;rr拉出方向滑動時，活動== 二引¥槽執51之直槽部份51a移動之後，到 邱二』 中Si:卡彎槽部份51b之前端為止，在此過r 動體（即驅動鎖55)即抗著彈簀部件65之拉力滑至前= 200838452 二=方=，_ Μ即從斜 51a内，於是移動體被彈显邻件、β ^件60推回直槽部份 回至其拉入(心 ί動件65，積能量向拉回方向滑動之構成之 量時也可解消例如’在移動體受到過強之拉回力 而再衝出之情形發生之虞之作用。 方向二二置向推入 之^伽 — ΐ乎ί部自動達成’因此於其從退人位置拉出時 有客县典^41=斜槽壁62之關係’卡合力相當弱， 情形發生之虞。活動部件60上所設 i善部件動銷55)之拉出操作時會受到 定之接觸n载!而取好施取較大之對驅動銷55扣止鎖 部件60 ’ ί也需兼顧不能損及驅動銷55隨著活動 對此irti鑑於上述習知機構之背景及問題，曾先後針 拉出兩種機構’而有構造複雜且成本增ί=。(拉口)及 【發明内容】 構將作途?藉t蓄種積拉之= ^動至取終位置而造成退人（關）不完全之狀 200838452 為達成上述1推拉變換操作性 自在本體之第一位置以補助將移動 述移動體同方向滑動包括：可與上 態之情形發生 體 持框滑動能力之上述本體之保持框，賦與該保 内且可由移動體等推=^^目連動地安裝於上述保持框 動作連動而從前端爪部，及可無触之滑動 端扣止本體(請求項保持框内部之狀態使另-姿勢，變換a兮二、Λ 情形纷指本體或本體及外殼)之第一 iLrii該别端爪部伸出保持框外之狀 第 第二位署鎖閃；而於操作上述移 j動體壓入之同時，被該 由第-姿勢變換衫_ =，4推£之按紐之推頂動作而 r卡入移保持 前 應部，因此，j：播夕叙从分二傻％則扣止於本體之對 關係地可單獨拉至第二位置 移動體為抽㈣拉盤時’指其從安裝本難拉^=拉= 7 200838452 置或推入本體内之推入位詈. 推入位置或拉出位置。 而第―位置則指其相反位置之 =述構成之本發明拉人顧，最好具有下列具體構成 來實現 按該鎖閂連同上述賦能部件係裝配 .⑵：==¾項，此拉入單元係藉 料⑨具有能將上述朗扣止於第-姿勢之扣合孔， 賦ϊΐίϊ:』保持在第二姿勢下與保持框-體受ί上述 • 之二itm而被拉入之狀態下’容許該鎖閃作有限度 (請求項3)。〇 ;上述連結部之誤動作改正用彈性變形部 ⑶;寺工尚i述保持框内用以將上述鎖閂經常推向保 . 安勢之方向之賦能部件(請求項4)。 .由上述麟框加以 - 罟田姑θ 勒置（喷求項5)。在此情形時，該制動裝 式阻尼器，且該賦能部件為螺旋彈菩， r ji 式阻尼11與該微彈簧宜略呈平行配置。…、 Λ ^導執’該糖舰有活鱗執，而上 • ，拉，早7G係裝設在上述固定導軌上，且上述連 在上述活動導執上（請求項6)。 σ “口又 〔發明之功效〕 動作員2之灸明，拉入機構因由··藉移動體等推壓而 」偏3 ’猎麵之動作而可將第—姿勢與第二姿勢互相 設餘及_之麟框，及將保持框^向ί多 作連結（即在保持框内互相連動），按钮與移動體H σ向配置’ _卩销向触彡破垂紅方㈣細變換第 200838452 -姿勢與第二姿勢之_，整個構 包 遂可得殆不發生誤動作之穩定操作性攻馮間冷且動作確實， 麟求項2之判，拉人機翻 - 理上方便性及對本體之安裝作業上 ，早兀，具有管 請求項3之發明，因外殼與卡合孔皆3 =性。又，依 變形部，朝與倾框即使不帶_動、胃，J改正用彈性 内拉入，只要移動體往其拉入方 =自被賦能部件向 問可藉由彈性變形部從第二姿勢―以滑$，由於鎖 移動體之連結部卡合連結，而改正f ^ =勢後，方與 因此可消除拉人機構之誤動作及障^ 狀態’ 提高商品償值。 早<嗌生，並改善品質及 之第Si1以二姿ί轉了 保持_ 丈防止鎖問變換姿勢時所引起之誤之=之:； =5#之發明’移動體雖可藉保持框及賦能部件之蓄積，3 引而滑動’但在其行程中，可葬由 、匕里 地拉入移細之_，可輸*置麵之低速圓滑 之外，也可防止拉;:時裝置高級感 置可使用、、舌宾彳U日毛生在此障开，下，制動裝 ^ j使用魏式阻尼$，並與峨部 而可將整體構成之寬度控制至最小。f疋^畑己置’ 置於7明’係將請求項2之拉入單元(組件)設 0〇1士^¥軌上’並將上述卡合部設置在活動導軌上，因此， 明之拉入機構不與移動體及本體牽連地直接組裝在 ¥軌上，而簡化其組裝作業。 【實施方式】 (實施本發明之最佳形態） ，參照附圖就本發明之具體實施例詳細說明如下： 第1圖表示本發明適用於抽屜為例之拉入機構(單元)例 200838452 示意圖，第2圖及第3圖分別表示拉入單元拉入前（即退入 及拉入後（退入後）之狀態，第4圖表示拉入單元之主要部份 之動作狀態，第5圖及第6圖表示保持框、按鈕盥鎖閂及& 能部件之關係之說明圖。 ' 以下就本發明之拉入機構依機構特徵、裝配及動作之 序詳細說明。 ' 〔機構特徵〕 本實施例之拉入機構主要係利用設在移動體(本例中 履體)8上之連結板9(見第2圖及第6圖）對裝配在例如收納 ，之本體7上之拉入組件1可扣止及脫扣地動作。本體7如 第1圖（a)所示，係設定為具有可供抽屜體8進出之收納空間 之如桌子及複印機專之機為本體。又，抽履體8係藉本體7 之收納空間兩侧之滑執10而可抽拉滑動地裝設在該收納空 内，且可在滑動至前方之拉出錄及滑入後方之推入位^之 間變換動作位置。按此滑軌1〇係構成三節式，即由固設 體侧之固定導幸九η ’可滑動自如地嵌入該固定導軌η 第厂活動導軌12，及可滑動自如地嵌設在第一活動導執12 且後端固定在抽屜體8之對應部之第二活鱗轨13所構成。 ㈣實施例所示者，其構成如為將抽屜體8 從拉出之位置用物作推人至中途，而自此推人途中至 ^置〉終點位置係藉賦能部件之能量自動拉人之情形時，拉入 設在固定導執11之後端部(如第1圖⑷之 ?巧所不雜〉’而上述連結板9應設置在如第2圖(心所 不之弟二活動導執13之後端部位。 勤拉^機^1如第1圖至第6圖所示，包括固設在固定導 互為’設置在肢2啊__之保持框3， 目交狀g可動作連結（即可連動）地組裝在保 ίϊ3内&紐4及鎖閃5 ’將鎖閃5經常拉向下方呈第-女勢之賦能部件15，將保持框3鱗拉向往外殼2之後方滑 200838452 及用以制動保持框3之滑動速 亦可在本體^固^^；气6°、又:本發明之拉入機構， 免設單獨之外殼2。 碱相當於外殼2之對應部而 阻尼ΐ 件15與職彈簀16叹活塞式 宾n R /用市流通品。活塞式阻尼器6只要是且右、: i塞桿a6bi^^^ia内緩緩進出移動之活塞桿6b，而 外殼2如第丨圖至第 = 巧 向)延伸之細長中空體i3上^ 20 後段部21向下開口之收納空間22b。又σ略中間部向 收納空間22b係由兩侧壁23, 23，前端辟24芬严辟 圍成。各側壁23設有相對之用以引導伴及底壁25. 槽23a，前端壁24之内面動?長導 =、19 ’底面則設有多個卡合用突鎖2内:之件 用以吸收並緩衝鋪框3之碰撞及速乂 衝部件18 m猶欽固定導執n上所設之定位 人Γί 土 25設有位於前方之可收容鎖閂5之下Hi a孔25a，及位於後段部21略前方由 矩开/卡 圍成之彈性變形部25c。卡合孔25/^予=細槽孔25b =’下端而將制5卡純本體側。彈性 能部㈣向内拉入之狀態下，隨該框3 一起由賦 j產生上下移動，亦即瞬間的由第二姿之=變 月_利卡合於第二活動導執13(轉一女勢而 之連結部9b。 ）上之連結板9所設 收納空間22b係由上壁26，兩侧壁27,27及後端壁28 200838452 所圍成。前端與收納空間22a相連通，且在前、後端内部設 有將各該端部空間沿寬度方向分割為二之小段分割片施、 29b’,及設於分割片29a與其一侧之側壁27間之卡止片29c。 又，壁28之下面設有多個可嵌合於設在固定導執丨丨上 未圖示之定位兼用卡止孔之卡合用突銷施。又，固定導軌U 部設有對應突銷24a及28a之卡止孔他外，還設有 ”外设^之卡合孔25a重合一致之卡合孔11b(見第4圖）。 又:固定導軌11亦設有容許上述彈性變形部25 形時閃過之未圖示之開口。 Γ弓®支 „ 3如第5圖所示’係形成具有兩侧壁3〇、31及上 J 32之概略形成π字形槽麵，其上壁犯之後部中間触 =延:之:間壁33，前部中間則設有矩形插通孔34。兩： ς 30、31》別設有能嵌合於外殼2之導槽23 35 39 36 ； „ 持框3之後雜於侧壁30與中間壁3 所 示’設有用以卡止螺旋彈簧16之-端部16b 所 =31與中議之間設有卡止活塞桿:止之： 之内面兩側向前壁4〇 49 W所構成’且以兩侧壁41、 42從保持框3之前方開口裝人其内 前壁40比二侧壁41、42略高而且右3刖後滑動。 紐4如_⑹所示，在J出當按 碰到保持框3之前緣部而被阻止進〇出扎會 4卜42設有一對凸輪溝43，此對^之^二又，兩侧壁 開前壁40愈糖域下枝狀自社方隨著離 縱寻开4成!保持框3之矩形插通曰孔34可上下出沒之 央部設有沿厚度方向貫穿塊nHf，1 ’侧面略中 文表孔52，頂端則形成傾斜 12 200838452 ’彈簣承接部51上突設有 又 面以構成前端（上端）爪部53 彈簧支持軸51a。 〔裝配〕 is 將按紐4如第5圖及第6圖所示，自保接作業時，係先 入其内部之後，將賦能部件之螺旋H3之前方開口插 之支持軸51a之狀態支持於承接部5广端套於鎖閃5 旋彈簧15之鎖閃5自保持框3之=按^將此已裝有螺 42之間插人保持框3之上面之插1^、 ^狀態下’使縱槽36、凸輪溝43 出。200838452 IX. Inventive description: [Technical field of invention] Customization: Qiao! Complement = various movements such as pulsing, etc., or the second position is changed to the second value or the first position [Prior Art]曰拉本; 二置·15"? ίίί® 5 sloping wall 62 and the screw 6 edge provided at the front and rear ends: extension, the wrong two screws 63, 63 slidably embedded in the guide plate And is operated to move the system from its retracted position to drive the pin 55 to be inserted into the slot 61. When the rr is pulled out in the direction of the pull, the activity == the second slot of the slot 51 is moved by the straight slot portion 51a, and then to Qiu Er Medium Si: the front end of the card curved groove portion 51b, where the r body (ie, the drive lock 55) is pulled against the tension of the elastic member 65 to the front = 200838452 2 = square =, _ Μ is the oblique 51a Then, the moving body is rebounded by the adjacent member, and the β-piece 60 is pushed back to the straight groove portion to be pulled back (the heart is moved 65, and the amount of energy accumulated in the pulling direction is also canceled, for example, ' In the case where the moving body is subjected to excessive pulling force and then rushed out again, the direction of the second and second directions is pushed into the ^ gamma - ί ί 自动 automatically reached ' Therefore, when it is pulled out from the retreating position, there is a relationship between the customer's county code 41 and the chute wall 62. The engaging force is relatively weak, and the situation occurs. The pull-out operation of the i-component moving pin 55 provided on the movable member 60 is performed. When the contact is made, the larger the pair of the driving pin 55, the locking member 60' ί must also be taken into consideration, and the driving pin 55 cannot be damaged as the activity is in view of the background of the above-mentioned conventional mechanism. The problem has been that the two institutions have been pulled out one by one, and the structure is complicated and the cost is increased. (Pukou) and [Summary of the Invention] The structure will work. By l storing the accumulation of the product = ^ moving to the final position and causing the retreat (off) incomplete shape 200838452 In order to achieve the above 1 push-pull transformation operational self-contained ontology The first position is to assist the sliding of the moving body in the same direction: the holding frame of the body capable of performing the frame sliding ability in the upper state, and the holding frame is assigned to the inside and can be pushed by the moving body or the like The ground frame is attached to the holding frame and interlocked from the front end claw portion and the non-contact sliding end portion (the request item holds the inside of the frame to make another posture, and the change is a 兮 Λ Λ 纷 纷 纷 纷 本体 本体 本体 本体The first iLrii of the outer casing protrudes from the outer end of the frame and the second position lock flashes; and when the moving body is pressed, the first posture change shirt _ =, 4 push the push button of the push button and the r card is moved to the front before the move. Therefore, j: the broadcast is divided into two, and the stupidity is deducted from the body to the second position. For pumping (four) when pulling the disk, it means that it is difficult to pull from the installation. ^=拉= 7 200838452 Pushed into place in the body of curse. Position or pushed out position. Whereas the first position refers to the opposite position of the invention, it is preferable to have the following specific configuration to realize assembly according to the latch together with the above-mentioned energizing component. (2): ==3⁄4 item, this pull-in The unit borrowing material 9 has a fastening hole capable of stopping the above-mentioned slanting in the first posture, and is held in the second posture and is held in the second posture and the holding frame body is pulled by the above-mentioned two 'Allow the lock to flash limited (request item 3). 〇 ; The erroneous action of the above-mentioned connecting portion is corrected by the elastic deformation portion (3); the temple is also used to hold the above-mentioned latch to the energizing member in the direction of the security (request item 4). By the above-mentioned lining box - 罟田姑θ 勒 (spray item 5). In this case, the brake-type damper, and the energizing member is a spiral bulge, and the r ji-type damping 11 and the micro-spring are preferably arranged in parallel. ..., Λ ^Director' The sugar ship has a live scale, and the upper, pull, and early 7G series are mounted on the fixed rail, and the above is connected to the above activity guide (request item 6). σ "口口" [Effect of the invention] The moxibustion of the operator 2, the pulling mechanism can be moved by the movement of the moving body or the like, and the action of the 3' hunting face can be used to set the first posture and the second posture. And the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - Posture and second posture _, the entire structure 遂 can be achieved without erroneous operation, stable operation, feng and cold, and the action is correct, Lin Qiu 2 judgment, pull the machine to flip - rational convenience and on the ontology In the installation work, as early as possible, the invention of the pipe request item 3 was obtained because the outer casing and the engaging hole were 3 = sex. In addition, depending on the deformation part, even if there is no movement or stomach, the J correction is pulled in by the elastic body, as long as the moving body is pulled in. The self-energizing member can be moved from the elastic deformation portion. In the second posture, the slip is $, and since the connection portion of the lock moving body is engaged and locked, the f ^ = potential is corrected, and thus the malfunction and the obstacle state of the pulling mechanism can be eliminated. Early < twins, and improved quality and the first Si1 in two postures ί 保持 保持 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止And the accumulation of the energized parts, 3 leads to slide 'but in the course of its travel, it can be buried, 匕 地 拉 移 移 , , , , , , , , , , , , , , , , , , , 可 可 可 可 可 可 可 可 可 可 可 置 置 置 ; The advanced feel of the device can be used, and the tongue and nails are used to open the barrier. Under the brake device, the Wei type damping is used, and the width of the overall structure can be minimized with the crotch portion. f 疋 畑 畑 畑 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于 置于The incorporation mechanism is directly assembled on the fly rail without being tied to the moving body and the body, and the assembly work is simplified. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS (Best Mode for Carrying Out the Invention) A specific embodiment of the present invention will be described in detail below with reference to the accompanying drawings. FIG. 1 is a schematic view showing a drawing mechanism (unit) of the present invention applied to a drawer as an example. Figures 2 and 3 show the state before the pull-in unit is pulled in (i.e., after retracting and pulling in (after retreating), and Figure 4 shows the operating state of the main part of the pull-in unit, Figure 5 and Fig. 6 is an explanatory view showing the relationship between the holding frame, the button yoke latch, and the <RTIgt;><>> components. 'The following is a detailed description of the pull-in mechanism of the present invention in terms of mechanism characteristics, assembly, and operation.' [Institutional Features] This implementation The pull-in mechanism is mainly a pull-in assembly 1 that is attached to the body 7 such as a storage body by a web 9 (see FIGS. 2 and 6) provided on a moving body (the main body in this example) 8. As shown in Fig. 1(a), the main body 7 is set as a main body such as a table and a copying machine having a storage space for the drawer body 8 to enter and exit. 8 series can be pulled and slid by the sliding 10 on both sides of the storage space of the body 7 It is disposed in the accommodating space, and can change the operation position between the slide-in to the front and the push-in position at the rear of the slide. The slide rail 1 is configured to form a three-section type, that is, the fixed body side The fixed guide 九 ′′ is slidably embedded in the fixed guide rail η factory movable rail 12 , and slidably embedded in the first movable guide 12 and the rear end is fixed in the corresponding portion of the drawer body 8 The squall rail 13 is configured. (4) The configuration shown in the embodiment is such that the drawer body 8 is pushed from the position where the drawer body 8 is pulled out to the middle, and since then, the position is pushed to the end position. When the energy of the component is automatically pulled, the pull-in is placed at the end of the fixed guide 11 (as shown in Fig. 1 (4), and the above-mentioned web 9 should be placed as shown in Fig. 2 The second part of the activity guide 13 is not the second part of the activity guide. The machine pulls the machine ^1 as shown in Fig. 1 to Fig. 6, including the fixed frame 3 which is fixed in the limb 2 __, The eyeball g can be connected in action (ie, can be linked) in the ϊίϊ3 & New 4 and lock flash 5 'will lock the flash 5 often pull down to the first - female power The energy component 15 can slide the frame 3 to the outer casing 2 and slide back 200838452 and the sliding speed for braking the holding frame 3 can also be fixed on the body; the gas is 6°, and the pull-in mechanism of the present invention is free. Separate outer casing 2. Alkali corresponds to the corresponding part of the outer casing 2 and the damper element 15 and the job magazine 16 sigh piston type n n / with the city circulation. The piston type damper 6 is only right and: i A6bi^^^ia slowly enters and exits the moving piston rod 6b, and the outer casing 2 extends from the elongated hollow body i3 as shown in Fig. 2 to Fig. 2 to the storage space 22b of the rear section 21 which is opened downward. The middle portion is slightly enclosed by the two side walls 23, 23 to the storage space 22b. Each of the side walls 23 is provided to be opposite to the bottom wall 25. The groove 23a, the inner surface of the front end wall 24 is movable, and the bottom surface of the 19' is provided with a plurality of engaging snaps 2: And the cushioning and quick-slipping part of the cushioning frame 3 is 18 m. The positioning position provided on the fixed guide n is provided with a Hi a hole 25a located at the front of the latch 5 and located at the rear section. 21 is an elastic deformation portion 25c which is slightly in front of the square opening/carding. Engagement hole 25 / ^ pre = fine slot hole 25b = 'lower end will be made 5 card pure body side. When the elastic energy portion (4) is pulled inward, the frame 3 is moved up and down by the j, that is, the second position is changed to the second activity guide 13 (turn one) The storage space 22b provided in the connection plate 9 of the female body is surrounded by the upper wall 26, the two side walls 27, 27 and the rear end wall 28 200838452. The front end communicates with the storage space 22a, and a small segment splitting piece 29b' for dividing the end space into two in the width direction is provided inside the front and rear ends, and a side wall 27 provided on the divided piece 29a and the side thereof is provided. The card stop piece 29c. Further, a plurality of engagement projections that can be fitted to the positioning and use locking holes (not shown) provided on the fixed guide pins are provided on the lower surface of the wall 28. Further, the fixed rail U portion is provided with a locking hole corresponding to the protruding pins 24a and 28a, and is also provided with an engaging hole 11b in which the engaging hole 25a of the peripheral device 2 is coincident with each other (see Fig. 4). The guide rail 11 is also provided with an opening (not shown) that allows the elastic deformation portion 25 to flash in the shape of the elastic deformation portion 25. The yoke bow y 3 is formed as shown in Fig. 5 to have two side walls 3, 31 and upper J 32 The π-shaped groove surface is formed in a rough manner, and the upper wall is made to be in the middle of the rear portion: the partition wall 33 is provided with a rectangular insertion hole 34 in the middle of the front portion. Two: ς 30, 31′′ is provided with a guide groove 23 35 39 36 that can be fitted into the outer casing 2; „ after the frame 3 is mixed with the side wall 30 and the intermediate wall 3, which is provided to lock the coil spring 16 - The end portion 16b is provided with a locking piston rod between the 31 and the middle: the inner side of the inner surface is formed by the front wall 4〇49 W and the two side walls 41, 42 are from the front of the holding frame 3 The inner wall 40 of the opening is slightly higher than the two side walls 41, 42 and slides right after the third side. The button 4 is blocked as shown in _(6), and is prevented from coming in before the front edge of the holding frame 3 is touched. A pair of cam grooves 43 are provided, and the pair of cam grooves 43 are provided, and the two side walls are opened to the front wall 40, and the lower side of the sugar field is separated from the body by 40%; the rectangular insertion of the frame 3 is maintained. The central portion of the through hole 34 can be inserted through the block nHf in the thickness direction, the side of the 1' side is slightly curved, and the top end is inclined 12 200838452. The upper end) the claw portion 53 spring supports the shaft 51a. [Assembly] is the button 4 as shown in Fig. 5 and Fig. 6, when the self-protection work is carried out, after the inside is first inserted, the spiral H3 of the energizing member is applied. The state of the support shaft 51a inserted in the front opening is supported by the wide end of the receiving portion 5, and the lock flash 5 of the spring 5 is locked from the holding frame 3 = press ^ to insert the retaining box 42 between the installed screws 42 In the state of 1^, ^ in the upper side, the vertical groove 36 and the cam groove 43 are made out.
軸銷39自一邊之縱槽36、凸輪溝43、安裝孔& i/H 43、縱槽％全部插通，而將按紐4及 相連動地安裝於保持框3内構成—組件A(第6 5可互 一上述組件A操作時之動作如下：即，通常 示，鎖閃5因被向下作用之賦能部件15施壓之關係6，1(= 即在保持框3之縱槽36内-邊沿著她4之凸卜| 端為止。換言之，朗5藉舰部件2 之爪部53沈入保持框3之插通孔抑 二ΐ下^欺入外殼2之卡合孔既内，而保持鎖 =5之爪# 53退沒之第一姿勢(參照第5圖（&)。第^ 表示按鈕4從前方被推向後方（即保持框3)後之狀態，v / 按鈕4被如此向後按壓時，軸銷39即在保持框3之縱 内一邊沿著按鈕4之凸輪溝43向上滑動，一邊迫使鎖閂95向 上移動，至軸銷39上升至縱槽36及凸輪溝43之上端為止: 才ΐ言之，鎖閂5乃抗著賦能部件15之能量使上端之爪部53 突出保持框3之插通孔34外部之狀態，使下端脫離對外殼2 之卡合孔25a之卡合關係，而變成鎖閂5之爪部53突出^第 13 200838452 二姿勢(參照第5圖（c))e 她及職彈簧16 一 殼2之收納空間=*内中：塞：=件及r6 b及螺疑^ 16可_地連結在—起即可。 2上A係以保持框3兩侧之突條35嵌入外殼 態下可前後滑動自如地配置於收納 位 一邊办門"而、父^彈汽16係藉配置於收納空間22b之另 卡拉ΓίΓί 168卡止於卡止片部29c，及另一端他 A 3fC) ° } 單元1〇 匕~ b及螺方疋舞黃16定位後，即完成拉入 π “ 之===單，完成 更修改。 平兀1之女衣固疋之構造亦可適當加以變 採用SSiLTfi秘ί本實施例之三節式構造，如 亦屬可行。無論&構造， 軌上“-¾如導= 200838452 I度較導軌之寬度小且向後延伸之板狀安製部13a。 、連結板9如第4圖及第6 _示，係形成於下面具有 碰觸按鈕4之刚壁40之碰觸部9a，及貫穿頂面之供_ 5 之爪部53肷入及脫離之連結部(連結孔)此之板狀體。1 :之，碰觸部9a係由高於其後端之安裝用板部之前端板；之 :面階部碱，賴部9b卿成貫穿前端板部之矩形孔 ，結板9係以後端之安裝用板部藉適當之固定手段固定在 —活動導執13之板狀安裴部13&上（參照第2圖（&))。 〔動作〕 採用上述拉入機構之滑執10，例如，如第i圖⑷所示， =抽屜體8藉由第-活動導轨12及第二活動導軌13對固 軌11之滑動操作從拉出位置推人，圖上表示推入途中之 ^態:在此狀，，拉人單元i呈如第i圖⑹之狀態，而此 拉入單7C^與第二活動導執13之關係如第2圖及第4圖⑷ 大態所示。即，連結板9之碰觸部9a係藉由第二活動導執 13之滑動而接近按鈕4之前壁4〇上部，且拉入單元丨中 ，閃5則因賦能部件15之向下壓力，而使上端之爪部的下 沈退縮於保持框3之插通孔34内之狀態及使鎖則之下端嵌 入外设2之卡合孔25a及固定導執^之嵌合孔llb内之狀態 ^口止於处固定導* 11 ±，不與第二活動導軌13發生連結關 =(此狀態即為鎖閃之第—姿勢）。又，第4圖中為易於看圖， 第一活動導軌12省略不表示。 第t圖⑹ί示抽屜體8連同第二活動導軌13被向推入 ^向（即詞所示方向）推人少許後之動作雜巾途之狀態。 中途狀態下，按!丑4被連結板9之碰觸部9a碰接推壓而 從第4圖（a)之狀態向前滑動，此時， 5乃藉此按姐4之 滑f經由巍於縱槽36及凸輪溝43 Θ之軸銷39之連動而抗著 件15之向下拉力往上昇起，遂解除鎖閃下端對固定導 之卡合孔lib之卡止關係之同時，上端爪部53亦開始 15 200838452 進入連結板9之連結部（孔)9b内。 第4j®(c)表示抽屜體8帶同第二活動導執13被向推入 $向（即箭頭所示方向）推入少許後之拉入動作將開始之狀 態。在此拉入動作將要開始之狀態下，按鈕4被連結^ 9之 碰觸部9a碰接推壓而從第4圖（b)之狀態進一步向^滑動少 許，此呀，鎖閂5乃藉此按钮4之滑動經由嵌於縱槽祁及凸 輪溝43内之軸銷39之連動而抗著賦能部件15之向下拉力往 除綱下端對上述外殼2之卡合孔2糾參 …、第2圖（c))之卡止關係之同時，上端爪部犯亦完全 =9之連結部(孔)％内至所定設計值距離而扣止於第二、舌 勢^連結部9為止（此狀態即為朗之第二姿勢，亦 在上述第二姿勢下’推入至此狀態 3 ^13 9 ，中’保持框3係藉兩側壁之$條=口 =對 _，㈣，朗 5 == 人時，受到框3由螺旋彈菁16之蓄積能量拉 抽屜體4 侧啊緩慢滑動。 ，出之操作使抽屜體 J拉::重抽3拉出方 框3隨著抽履體8之拉咖時，保持 與;合於第 ^活動導軌13 ^連 入開始位置而鎖動’而到達第4圖（c)之拉 即被賦能部件15之向 旦私口孔llb上之位置時，鎖閂5 圖(b)變換為第4 ° :里—以’於是’鎖問5即從第4 端爪部53由於_，以=保= 16 200838452 通孔34内之同時’鎖問5之下端進入外殼2卡 ，導執π之卡合孔llb内卡止。 由於連結板9之連結部9b與鎖問5之卡合連么士除不 &螺郷簧16及活塞推尼器6無連帶 5至者保持框3 一起藉由螺旋彈簧16之拉力空载滑 13 # 5 板9 9前=互相形成相反向之推拔面，_ ；rf：^ ί ί ί ί ’而由第二姿勢順間變成第』勢" 著彈;^况之復原力而再抗 知宿缸10 』r租刀上歼而變成弟二姿勢，於县筮-、、车 ΐ：；： !(^" 例如，移動體為門扉或窗猶:延並無特別之限制， 位置或全間位置，閉 17 200838452 【圖式簡單說明】 5 α) 第2 FI矣-知λ %拉早70組件之概略立體圖。 示音早元贿軌及朗之第―姿勢之關係之 n⑷i俯，，⑹為側視圖，(c)為底視圖。 示音圖，上早讀概及朗之第二姿勢之關係之 1 Γί®:⑹為側視圖，（〇為底視圖。 操作過程之要I示意c圖?"翻從第—姿勢變換為第二姿勢之 圖 之分^®5猶不本發明之保持框、按紐、朗等之構件_ 第7圖（a)及(b)表示習知技術之拉入機構之說明用參考 _ 18 200838452 【主要元件符號說明】 1 拉入組件(拉入單元） 11a 卡止孔 12 第一活動導執 13a 賦能部件(螺旋彈簧) 16 螺旋彈簧 18,19 缓衝部件 20 前段部 22a，22b收納空間 23a 導槽 24a，28a 突銷 25a 卡合孔 25c 彈性變形部 28 後端壁 29c 卡止片 30, 31 側壁 33 中間壁 35 突條 37, 38 卡止部 4 按姐 41,42 侧壁 5 鎖閂 51 彈簧承接部 52 安裝孔The shaft pin 39 is inserted from one of the longitudinal grooves 36, the cam groove 43, the mounting hole & i/H 43 and the longitudinal groove %, and the button 4 is connected to the holding frame 3 to form the component A ( The operation of the above-mentioned component A in the sixth step can be as follows: that is, it is generally shown that the lock flash 5 is pressed by the downwardly acting energizing member 15 by 6,1 (= in the longitudinal groove of the holding frame 3) 36 inside-side along her 4's embossed | end. In other words, the claws 53 of the lang 5 borrowing part 2 sink into the insertion hole of the holding frame 3, and the lower part of the casing 2 is slid into the engaging hole of the outer casing 2 , and keep the lock = 5 claw # 53 the first posture of the retreat (refer to Figure 5 (&). The second ^ indicates that the button 4 is pushed backward from the front (ie, after holding the frame 3), v / button When the button 4 is pressed backwards, the shaft pin 39 slides upward along the cam groove 43 of the button 4 in the longitudinal direction of the holding frame 3, forcing the latch 95 to move upward, until the shaft pin 39 rises to the longitudinal groove 36 and the cam groove. At the upper end of 43: In other words, the latch 5 resists the energy of the energizing member 15 so that the upper claw portion 53 protrudes out of the insertion hole 34 of the frame 3, and the lower end is disengaged from the card of the outer casing 2. The engagement relationship of the hole 25a becomes the claw portion 53 of the latch 5 and protrudes. 13th 200838452 Two postures (refer to Fig. 5(c)) e Her work spring 16 A housing 2 storage space = * Inner: plug :=================================================================================================== The door " and the parent ^ 弹 16 is attached to the storage space 22b by another karaΓ Γ Γ 168 to the locking piece 29c, and the other end is A 3fC) ° } unit 1 〇匕 b and 螺 疋After the positioning of the dance yellow 16 is completed, the π " === single is completed, and the modification is completed. The structure of the female 疋 疋 兀 亦可 亦可 亦可 亦可 亦可 亦可 亦可 亦可 S S S S S S S S S S S S S S S S S S S S S S S S S It is also possible. Regardless of the & construction, the track "-3⁄4如导=200838452 I degree is smaller than the width of the guide rail and extends rearwardly to the plate-like portion 13a. The connecting plate 9 is shown in Figures 4 and 6_, The contact portion 9a having the rigid wall 40 of the touch button 4 and the connecting portion (joining hole) for inserting and detaching the claw portion 53 of the top surface of the top surface are formed on the lower surface. Body: 1: The contact portion 9a is a front end plate of the mounting plate portion higher than the rear end thereof; the surface portion is alkali, the Lai portion 9b is formed into a rectangular hole penetrating the front end plate portion, and the knot plate 9 is The mounting plate portion of the rear end is fixed to the plate-shaped ampule portion 13& of the activity guide 13 by appropriate fixing means (refer to Fig. 2). [Action] Sliding by the above-mentioned pull-in mechanism 10, for example, as shown in FIG. 4(4), the drawer body 8 is pushed from the pull-out position by the sliding operation of the first movable rail 12 and the second movable rail 13 on the fixed rail 11, and the figure shows the way of pushing in. In this state, the pull unit i is in the state of the i-th diagram (6), and the relationship between the pull-in unit 7C^ and the second activity guide 13 is as shown in Fig. 2 and Fig. 4 (4). Show. That is, the contact portion 9a of the connecting plate 9 is brought close to the upper portion of the front wall 4 of the button 4 by the sliding of the second movable guide 13, and is pulled into the unit ,, and the flash 5 is pressed downward by the energizing member 15. And the lowering of the claw of the upper end is retracted into the insertion hole 34 of the holding frame 3, and the lower end of the lock is embedded in the engaging hole 25a of the peripheral 2 and the fitting hole 11b of the fixed guide The state ^ port is fixed at the position of *11 ±, and is not connected with the second movable rail 13 (this state is the first position of the lock flash). Further, in Fig. 4, for ease of viewing, the first movable rail 12 is omitted and not shown. The t-th diagram (6) shows the state in which the drawer body 8 and the second movable guide rail 13 are pushed in a direction (i.e., in the direction indicated by the word). In the middle of the state, the ugly 4 is pressed by the contact portion 9a of the connecting plate 9 and is slid forward from the state of Fig. 4(a). At this time, 5 is the slippery f of the sister 4 When the longitudinal groove 36 and the cam groove 39 of the cam groove 43 are interlocked, the pulling force of the anti-fitting member 15 is raised upward, and the locking claw is released from the lower end of the locking guide hole lib. The portion 53 also starts 15 200838452 and enters the joint portion (hole) 9b of the web 9. The 4j®(c) indicates that the drawer body 8 belt and the second activity guide 13 are pushed into the $ direction (i.e., in the direction indicated by the arrow) and the pull-in action is started. In the state where the pull-in operation is about to start, the button 4 is pressed by the contact portion 9a of the connection button 9 and further slides from the state of FIG. 4(b) to a little, and the latch 5 is borrowed. The sliding of the button 4 is prevented by the downward pulling force of the energizing member 15 against the engaging hole 2 of the outer casing 2 via the interlocking of the shaft pin 39 embedded in the longitudinal groove 凸轮 and the cam groove 43... At the same time as the locking relationship of Fig. 2(c)), the upper end claws are also completely connected to the second and the tongues of the connecting portion 9 within the joint portion (hole) % of the nine. This state is the second posture of Lang, and is also pushed to the state 3 ^13 9 in the second posture described above, and the middle frame 3 holds the two sides of the $ strip = mouth = pair _, (four), lang 5 = = When the person is, the frame 3 is slowly slid by the accumulation energy of the spiral spheroids 16 on the side of the drawer body 4. The operation is to pull the drawer body J:: re-drawing 3 pulls out the box 3 along with the plucking body 8 When the coffee is pulled, it is held in conjunction with the second movable rail 13 ^ and is locked to the starting position and is locked to reach the position on the private hole llb of the energized member 15 when the pulling of the fourth drawing (c) is reached. , Figure 5 (b) is changed to the 4th: the inner - to the 'then' lock 5 is from the 4th end of the claw 53 due to _, to = = 16 200838452 through the hole 34 while the lock 5 The lower end enters the outer casing 2 card, and the guiding π is engaged with the locking hole llb. Since the connecting portion 9b of the connecting plate 9 is connected with the card of the lock 5, the sneakers are not & the screw spring 16 and the piston pusher 6 No straps 5 to the retaining frame 3 together with the tension of the coil spring 16 unloading the slide 13 # 5 plate 9 9 front = mutually oppositely pushing the face, _ ;rf:^ ί ί ί ' and by the second The posture becomes the ninth potential "bullet; the resilience of the condition and the anti-knowing cylinder 10 』r rented a knife and became a younger brother, in the county 筮-,, rut:;: !(^ " For example, the moving body is a threshold or a window: there is no special restriction on the position, position or the whole position, closed 17 200838452 [Simplified illustration] 5 α) 2nd FI矣- know λ % pull early 70 components A brief three-dimensional diagram. The relationship between the morning sacred bribery and the Lang's first-posture relationship is (4) i, (6) is the side view, and (c) is the bottom view. The sound map, the relationship between the early reading and the second posture of Lang 1 Γί®: (6) Side view, (〇 is the bottom view. I want to show the c diagram of the operation process? " Turning from the first posture to the second posture diagram ^®5 is not the retention frame, button, lang, etc. of the invention Components _ Figure 7 (a) and (b) show the description of the pull-in mechanism of the prior art. _ 18 200838452 [Description of main components] 1 Pull-in assembly (pull-in unit) 11a Snap hole 12 First Activity guide 13a energizing member (coil spring) 16 coil spring 18, 19 cushioning member 20 front portion 22a, 22b housing space 23a guide groove 24a, 28a projection pin 25a engagement hole 25c elastic deformation portion 28 rear end wall 29c card Tab 30, 31 Side wall 33 Intermediate wall 35 Bulge 37, 38 Locking portion 4 Pressing 41, 42 Side wall 5 Latch 51 Spring receiving portion 52 Mounting hole
6 活塞式阻尼器（制動裝置）6a 6b 活塞桿 7 8 抽屜體(移動體） 9a 碰觸部 A 組件 10 滑執 11b卡合孔 13 第二活動導軌 15 賦能部件（螺旋彈簧) 16a，16b 端部 2 外殼 21 後段部 23, 27侧壁 24 前端壁 25 底壁 25b槽孔 26 上壁部 29a，29b分割片 3 保持框 32 上壁 34 插通孔 36 縱槽 39 軸銷 40 前壁 43 凸輪溝 50 塊狀體 51a彈簧支持轴 53 前端（上端）爪部 活塞筒 本體 連結板 9b連結部（連結孔） 196 Piston damper (brake) 6a 6b Piston rod 7 8 Drawer body (moving body) 9a Touching part A Assembly 10 Slipper 11b Engagement hole 13 Second movable rail 15 Energizing part (coil spring) 16a, 16b End 2 Housing 21 Rear section 23, 27 Side wall 24 Front end wall 25 Bottom wall 25b Slot 26 Upper wall portion 29a, 29b Split piece 3 Holding frame 32 Upper wall 34 Inserting through hole 36 Longitudinal groove 39 Axle pin 40 Front wall 43 Cam groove 50 block body 51a spring support shaft 53 front end (upper end) claw portion piston barrel main body connecting plate 9b connecting portion (joining hole) 19