200907266 九、發明說明： 【發明所屬之技術領域】 本發明關於一種具有抽屜式收納容器的電冰箱。 【先前技術】 '200907266 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a refrigerator having a drawer type storage container. [Prior Art] '
一般而$，抽屜式收納容器例如有如下類型：像蔬菜 室、冷凍室這樣的整個面為抽屜門，且在其内側設置^收 納容器；在具有鉸鏈式（hinge)開閉門的電冰箱内設置著 收納容器。任-種類型的收納容器均由左右的導引軌道而 導引，且可滑動而成為被完全拉出的完全打·態與被收 納的完全關閉狀態。 、，滑動軌道由固定軌道及可動執道而構成，上述固定軌 迢固定支#在箱㈣面上，上述可動執道可相對於固定執 道滑動而成為完全拉出狀態與收納狀態。 可= 道支撐！收納容器’在將可動軌道完全拉出 守’以支稽魏納容n的狀態而使收 狀態（參照專利文獻1)。 ?ΤΓ^ 公報[專利文獻1]日本專利早期公開的特開2006-177656號 完全=;在=;==_全拉出時處於 道上，並且可動軌道處;負載集中在可動軌 懸臂支撐是例如圖Π所示，可動軌道川 於相對於蚊軌道1()1為自由 作用下使自由端側如虛線所示下二曲在負向載下I: 200907266 冗=隨著負載的增加而變大，從而自完全打開至完全關 行順暢地滑動移動。而且，外觀上亦不理想。 量亦有增^的=來要求㈣容器大型化，_的最大重 【發明内容】 可蔣明的目的在於提供—種藉由簡單的設計便 ΟIn general, the drawer type storage container is, for example, of the following types: the entire surface such as the vegetable compartment and the freezer compartment is a drawer door, and a storage container is provided inside thereof; and is provided in a refrigerator having a hinged opening and closing door. Storage container. Any of the types of storage containers are guided by the left and right guide rails, and are slidable to be fully pulled out and fully closed. The slide rail is composed of a fixed rail and a movable rail. The fixed rail 迢 fixed branch # is on the box (four) surface, and the movable rail is slidable relative to the fixed rail to be in a fully pulled-out state and a stored state. Can = road support! The storage container is in a state in which the movable rail is completely pulled out to maintain the state of Wei Narong n (see Patent Document 1). ΤΓ [ 专利 专利 专利 专利 [ [ [ 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 2006 As shown in the figure, the movable orbital is free to move relative to the mosquito track 1 () 1 so that the free end side is shown as a broken line in the negative direction. I: 200907266 Redundant = Larger as the load increases So that it slides smoothly from fully open to fully closed. Moreover, the appearance is not ideal. The amount is also increased by ^ to request (4) the container is large, _ the maximum weight [invention content] The purpose of Jiang Ming is to provide - a simple design
〜擔器完全拉出即完全打開時向下方的彎曲量抑制 付車父小的電冰箱。 f了達成上述目的，本發明的第一發明的特徵在於包 =左右—對滑動執道’由固定轨道及可動軌道而構成’ 、’〔固定執道固定支撐在箱㈣面上，上述可動執道可相 對於該固疋軌道滑動而成為完全拉出狀態及收納狀態；以 ，收納容！，裝卸自如地域在該滑動軌道上，且當將上 述收納容器完全拉出即完全打開時，上述固定軌道的執道 終端部與上述收納容器的後端部之間形成一㈣重疊量。 本發明的第二發明的特徵在於包括：左右一對滑動軌 道’由固定執道、可純道以及具有規定長度的導引滚子 (gmde roller)而構成，上述固定軌道固定支撐在箱内壁 面上，j述可純道可相對於觀定軌道滑動而成為完全 拉出狀悲及收納狀態’上述導引滾子配置在上述固定軌道 内以使上述可動執道順暢地滑動移動；以及收納容器，由 上，左右的滑動執道支撐，且當將上述收納容器完全拉出 =凡全打開時’在面對上述固定軌道的軌道終端部的上述 導引滾子與上述收納容器的後端部之間形成一定的重疊 200907266 量 [發明之效果] 料由字收納容器完全拉出即完全打開時， =由f被固疋支撐狀態下的固定執道的軌道終端部或者 :滾子終端部、與收納容器後端部形成-定的 定：ΐ來S該重疊量可使收納容器的負載的一部分由固 '二 文，故而，可減少作用於可動軌道的負载，減 =¾的負載部分，結果，能夠將可動 關閉時進行順暢動而且，能夠自完全打開至完全 【實施方式】 述左右的時有如下步驟：第-’較理想的是將上 的容配置在由垂直的左右的箱内壁面與左右 :二所形成的空間内，上述左右的容器斜壁面到 萨Z二二：的間隙朝向上述收納容器的底部逐漸變大， =安;_到有效利用，無須縮小收納容器的容積便可 直的=壁的是將上述左右的導引軌道安装在自垂 收納容器的收納容器 突出的突出部，且靠近上述 接看到c壁面而配置，藉此’使得不會自正面直 第丨執道，從而提高了美觀性。 的滑動的是將具有頂部的構件覆蓋於上述左右 整個滑動軌道^可動軌道的上方，藉此，當完全關閉時 破了貝部所覆蓋，從而在電冰箱内容器倒下時 200907266 阻止該容器内的液體等直接進入到滑動執道内。 第四’較理㈣是上賴㈣由支狀娜器的支擇 托架而形成，藉此，利用支推托架來形成頂部。 納容器 除 ’較理想的是在上述支撑托架上設置裝卸自如地 ft收納容器的底部的支撐架部，藉此，可容易地將收 安裝設置在滑動軌道上且可容易地從滑動軌道上卸 [實施例] 形態 以下’參照圖1至圖H)，來具體地說明本發明的實施 〇 <第1實施形態> 2 1實施形態是關於用作錢室或者冷杉的具有抽 展門的收納容器，參照圖1至圖3來進行說明。圖i 不，納容H的完全打難態的概要侧面圖，圖2是省 且表示圖1的概要立體圖。收納容器1上方敞開，~ The loader is completely pulled out, that is, the amount of bending downwards when fully opened is suppressed. f has achieved the above object, and the first invention of the present invention is characterized in that the package = left and right - for the sliding road, 'constructed by the fixed track and the movable track', 'the fixed road is fixedly supported on the box (four) surface, the above movable The track can be slid with respect to the fixed rail to be in a fully pulled-out state and a stored state; The detachable area is on the slide rail, and when the storage container is completely pulled out, that is, fully opened, a (four) overlap amount is formed between the end portion of the fixed rail and the rear end portion of the storage container. A second invention of the present invention is characterized in that the pair of left and right sliding rails are constituted by a fixed track, a pure pass, and a gmde roller having a predetermined length, and the fixed rail is fixedly supported on the inner wall of the case. In the above, the pure track can be slid relative to the track to be completely pulled out and stored. The guide roller is disposed in the fixed track to smoothly slide the movable track; and the storage container Supported by the upper, left and right sliding lanes, and when the storage container is completely pulled out = when fully opened, 'the guide roller at the rail end portion facing the fixed rail and the rear end portion of the storage container A certain amount of overlap of 200,907,266 is formed between the two sides. [Effect of the invention] When the material is completely pulled out by the word storage container, that is, when it is completely opened, the track terminal portion of the fixed road is fixed by f, or the roller end portion, The rear end portion of the storage container is formed in a predetermined manner: the amount of overlap can be such that a part of the load of the storage container is fixed, so that the load acting on the movable rail can be reduced. =3⁄4 of the load part, as a result, it is possible to smoothly move when the movable is closed, and can be fully opened to the full [Embodiment] when the left and right are as follows: the first - 'ideal is to arrange the upper capacity Vertical left and right inner wall surfaces and left and right sides: in the space formed by the two, the gap between the left and right container inclined walls to the bottom of the storage container is gradually increased toward the bottom of the storage container, = amp; _ to effective use, no need It is possible to reduce the volume of the storage container. The wall is such that the left and right guide rails are attached to the protruding portion of the storage container that protrudes from the vertical storage container, and are disposed close to the c wall surface. It will be straightforward and straightforward, thus improving the aesthetics. Sliding is to cover the upper and lower slide rails with the upper member, thereby breaking the shell when fully closed, so that the container is blocked when the refrigerator inner container falls down 200907266 The liquid etc. directly enters into the sliding way. The fourth 'reason' (fourth) is that the upper (4) is formed by the supporting bracket of the branching device, whereby the pushing bracket is used to form the top. Preferably, the nano container is provided with a support frame portion on the support bracket that is detachably attached to the bottom of the ft storage container, whereby the installation and mounting can be easily performed on the slide rail and can be easily removed from the slide rail. [Embodiment] In the following, the embodiment of the present invention will be specifically described with reference to Fig. 1 to Fig. H. <First embodiment> The embodiment of the present invention relates to a drawing door for use as a money room or a fir. The storage container will be described with reference to Figs. 1 to 3 . Fig. i is a schematic side view showing a completely difficult state of Narong H, and Fig. 2 is a schematic perspective view showing Fig. 1. The storage container 1 is open above,
U 且前方為抽屜門3。 傅风 抽屜門3安裝在左右一對滑動軌道5上。 而構Γ執道5㈣定執道7、可動軌道9及料滾子u 為上述可動軌道9可相對於該岐軌道7滑動而成 =:杈出狀態及收_態，上述料滾子u有助 軌道9順暢地滑動移動。 、動 ，定執道7藉由作為安裝機構釘（ 固定切在II⑽的左右的箱_面15上。）17而 200907266 可動軌道9由第1可動轨道9a與第2可動軌道外组 合而成，藉由該組合，可大大確保完全打開 門 行程（stroke)。 疋王玎開 此時，對於無需較大的完全打開時的完全打開 收納容器而言，亦可使用一個可動執道。 如上所述，第卜第2可動軌道9a、％，以使完全打 開時的完全打開行程增大㈣歧行 ^ 道，但第2可動執祕具有支擇托架執 如圖2所示，支撐托架19^肉辟品t文祕莱21 而说#a —加V 了/〇相内壁面15的導引槽23 ‘右的Ϊί軌^ 裝著上述抽履門3 ’該抽屜門3 ^Ϊ ^ 成：字狀的切框，藉此，收納容 益1的上方凸緣部支撐在該支撐框内。 導引滾子11由第1、第2莫剮、、奋工，， 第i導引滾子Ua用於第i可動導 Ub而構成， 用於第2可動軌道9b。 a 2導引滾子lib 接件所^第卜第2導引滾子Ha、llb中，在承 接件（retamer) 23的上下方以規 轉的滾珠㈣）25。第i導的間^又置者可自如旋 藉由固定軌道7的滾珠料部7 ^滾珠25的外側 化袞子lib的滾珠25的外側 才乐守 保持部9a-2而保持，而日，、奋* 可動軌道9a的滚珠 道9b的軌道保持部91>1而保持。_側藉由_ 2可動軌 因此，弟1、第2導引滾子lla、Ub在第卜第2可 200907266 動執道9a、9b移動時可沿其移動方向而自由移動，如圖j 所示，當完全拉出即完全打開時，第1、第2導引滾子ua、 lib抵接於分別設在固定軌道7及第丨可動軌道9&的軌道 終端部7-1、9-1上的止動件（stopper) s、s-l，從而分別 面對各軌道終端部7-1、9·1。 當收納容器1被完全拉出即完全打開時，設為以下關 係，即’確保與構成滑動執道5的固定執道7的執道終端 部7-1面對的第1導引滾子11a、與收納容器丨的後端部具 有一定的重疊量L。 而且，在無導引滾子的滑動軌道5上，較好的是，在 固定執道7的軌道終端部7-1與收納容器1的後端部確保 一定的重疊量L。 與可動軌道9承擔全部負載的先前的類型相比，重疊 里L可實現如下效果：負載的一部分被轉移到固定軌道7 ^，藉此可減少作用在可動軌道9上的負載’減少量為固 定執道7分擔的負載部分。 對於以上述方式而構成的收納容器1，藉由完全拉出 抽屜門3，可使收納容器1達到完全打開狀態。 當收納容器1完全打開時，固定執道7的軌道終端部 附近的第1導引滚子lla、與收納容器1的背面lb側 即後端部形成重疊量L，從而，可使作用在可動軌道9上 的邻刀負載由固定軌道7承受，從而減小作用在可動軌 ，9上的負载’減少量為固定軌道7分擔的負載部分，且 可將向下的彎曲抑制得較小，同時可提高美觀性。 12 200907266 動。另外，可順暢地進行自完全打開至完全關閉的滑動移 <第2實施形態> pockeO^ 'I ^〇〇r f ό ΓΓ 内設有多個架部％，在此 基礎上，如圖5所示設有給水箱37 6 . chamber) 39，且於更上方配置著收納容^卩。至（Chllled 如圖10所示，收納容器29的上方及 用作後述的把手41的前表面29a、背面2%=的： 側面29C構成，收納容器前表面祝則成為可自 入手的垂直的上述把手4卜 〜目下而上放 切在箱内壁面 而=日Γ下2塊可自如旋轉的蓋板42㈣b :遮：，且’收納容器29的左右的兩個側面，在如圖5 壁:29^面觀察時，成為自上端向底部向下傾斜的容器斜 、容器斜壁面29d形成對收納容器29進行脫模時必 脫模梯度’當安裝在電冰箱内時，容器斜壁面2如與左右 ，垂直的相内壁面42之間形成自上而下方的間隙 大的空間43。 卿' 口口左右的的空間43内設有滑動執道45，使上述收納容 器29滑動移動而成為完全打開狀態與完全關閉狀態。 13 200907266 如圖6、圖1〇所示，滑動軌道45由固定軌道47、可 動軌道^及導引滾子51而構成，上述可動執道49可相對 於，固疋轨道4 7 π動而成為完全拉出狀態與收納狀態，上 述導引滾子51有助於上述可動執道49順暢地滑動移動。 固定轨道47藉由作為安裝機構的螺釘55而固定支撐 在自垂直的箱内壁面42向上述收納容器29突出的突出部 53上。 —藉此，左右的的滑動執道45成為接近配置在上述收納 容器29侧的狀態，因此，如圖5所示自正面觀察時，左右 的的滑動執道45隱藏在前表面的把手41的_，而 直接看到’所以提高了美觀性。 如圖6、圖8所示，導引滚子以，在承接件π的 上下以規疋關隔設置者可自如旋轉的滾珠％，滾珠％ 的外側藉由HI定軌道47的滾珠保持部47a而保持著 59的内侧藉由可動軌道49崎珠鱗部伙而保持著、。 因此，導引滾子Μ ’在可動執道49移動時可沿 動方向而自由機，且如® 9所示，在完全拉出即完全 開時’可動軌道49的軌道終端部糾抵接在固定 上所設置的止動件S3上’藉此，使導引滾子5 執道終端部49_1。 當將收納容器29完全拉出即完全打開時，設定為如 關係：在靠近構成滑動執道45 _定軌道47的終 可動軌道49的執道終端部49-1之間的導引滾子51所在的 部分、與收納容器29的後端部之間，確保一定的重疊量l。 200907266 而且’在無導引滚子51的滑動執道45上，較理 是，在固定軌道47❸軌道終端部與收納容器2 ς' 之間確保一定的重疊量L。 刃便蝠邛 β與由可動執道49承擔全部負載的先前的類型相比 豎量L可實現如下效果：—部分負载轉移到以 上’藉此，可減少作用在可動執道49上的負載 固定軌道47分擔的負載部分。 ^里兩U and the front is the drawer door 3. The Fufeng drawer door 3 is mounted on a pair of left and right sliding rails 5. And the structure of the road 5, the movable rail 9 and the material roller u are slidable relative to the stern rail 7 by the movable rail 9 =: the smashing state and the _ state, the material roller u has The assist track 9 slides smoothly. And the movable path 7 is formed by assembling the mechanism nails (fixed and cut on the left and right boxes _ face 15 of the II (10)) and the 200907266 movable track 9 is formed by combining the first movable rail 9a and the second movable rail. With this combination, it is possible to greatly ensure that the door stroke is completely opened.疋王玎 Open At this point, you can use a movable lane for a fully open storage container that does not require a large full opening. As described above, the second movable rail 9a, % is increased in the full opening stroke when fully opened (four), but the second movable binding has the supporting bracket as shown in FIG. Bracket 19^Meat ware t text secret lai 21 and say #a - plus V / 导引 phase inner wall surface 15 guide groove 23 'right Ϊ 轨 rail ^ loaded with the above-mentioned drawing door 3 'the drawer door 3 ^ Ϊ ^ into a tangential frame, whereby the upper flange portion of the accommodating capacity 1 is supported in the support frame. The guide roller 11 is composed of the first and second pulsators, and the ith guide roller Ua is used for the ith movable guide Ub, and is used for the second movable rail 9b. In the a 2 guide roller lib connector, the second guide roller Ha, llb is a ball (four) 25 which is rotated above and below the receiving member (retamer) 23. The ith guide can be freely held by the outer side of the ball 25 of the fixed rail 7 by the ball material portion 7 of the fixed rail 7, and the outer side of the ball 25 of the rib lib is held by the outer side of the ball 25, and the day is maintained. The track holding portion 91 > 1 of the ball track 9b of the movable track 9a is held. The _ side is movable by the _ 2, so that the first and second guide rollers 11a and 9b can move freely along the moving direction when the second and second knuckles 9a and 9b are moved, as shown in FIG. It is shown that when fully pulled out, that is, fully opened, the first and second guide rollers ua, lib abut on the track end portions 7-1, 9-1 which are respectively provided on the fixed rail 7 and the third movable rail 9& The upper stoppers s, sl are respectively faced with the respective rail end portions 7-1, 9·1. When the storage container 1 is completely pulled out, that is, fully opened, the following relationship is established, that is, 'ensure the first guide roller 11a facing the road end portion 7-1 of the fixed lane 7 constituting the slide lane 5 And a certain amount of overlap L with the rear end portion of the container 丨. Further, in the slide rail 5 without the guide roller, it is preferable to ensure a certain amount of overlap L at the trailing end portion 7-1 of the fixed lane 7 and the rear end portion of the storage container 1. Compared with the previous type in which the movable rail 9 bears the entire load, the overlap L can achieve the effect that a part of the load is transferred to the fixed rail 7^, whereby the load acting on the movable rail 9 can be reduced. The part of the load that is shared by the 7th. In the storage container 1 configured as described above, the storage container 1 can be brought into a fully opened state by completely pulling out the drawer door 3. When the storage container 1 is completely opened, the first guide roller 11a in the vicinity of the rail end portion of the fixed lane 7 forms an overlap amount L with the rear end portion of the rear side 1b of the storage container 1, so that the movement can be made movable. The adjacent blade load on the track 9 is received by the fixed rail 7, thereby reducing the load on the movable rail, 9 being reduced by the load portion shared by the fixed rail 7, and suppressing the downward bending to be small, while Can improve the aesthetics. 12 200907266 Move. Further, the sliding movement from the full opening to the complete closing can be smoothly performed. In the second embodiment, a plurality of rack portions are provided in the pockeO^ 'I ^〇〇rf ό ,, and on the basis of this, as shown in Fig. 5 A water supply tank 37 6 . chamber 39 is provided, and a storage capacity is disposed above. As shown in Fig. 10, the upper side of the storage container 29 and the front surface 29a serving as a handle 41 to be described later and the back surface 2% = side surface 29C are formed, and the front surface of the storage container is made vertical. The handle 4b is placed on the inner wall of the box and the lower cover 2 is free to rotate. The cover 42 (4) b: cover: and the left and right sides of the storage container 29 are as shown in Fig. 5: 29 When the surface is observed, the container is inclined downward from the upper end toward the bottom, and the inclined wall surface 29d of the container forms a mold release gradient when the container container 29 is released from the mold. When the container is installed in the refrigerator, the inclined wall surface 2 of the container is left and right. A space 43 having a large gap from the top to the bottom is formed between the vertical inner wall surfaces 42. A space 45 is formed in the space 43 on the left and right sides of the mouth, and the storage container 29 is slidably moved to be fully opened. 13 200907266 As shown in FIG. 6 and FIG. 1A, the slide rail 45 is composed of a fixed rail 47, a movable rail, and a guide roller 51, and the movable rail 49 is opposite to the solid rail 4 7 π moves to become completely pulled out and In the neutral state, the guide roller 51 facilitates the smooth sliding movement of the movable rail 49. The fixed rail 47 is fixedly supported by the screw 55 of the mounting mechanism to protrude from the vertical inner wall surface 42 toward the storage container 29. In this case, the left and right slides 45 are placed close to the storage container 29 side. Therefore, when viewed from the front as shown in FIG. 5, the left and right slides 45 are hidden. The front surface of the handle 41 is _, and directly sees 'so the aesthetics are improved. As shown in Fig. 6 and Fig. 8, the guide roller can be rotated freely on the upper and lower sides of the receiving member π. The ball % is held by the ball holding portion 47a of the HI fixed track 47, and the inner side of the ball is held by the movable rail 49. Therefore, the guide roller Μ is movable. When the way of moving 49 is moved, the machine can be freely moved in the direction of the movement, and as shown in FIG. 9, when the main pull-out is fully opened, the track end portion of the movable rail 49 is abutted against the fixed stopper S3 provided. 'By this, the guide roller 5 is used to terminate the terminal portion 49 _1. When the storage container 29 is completely pulled out, that is, fully opened, it is set as a relationship: a guide roll between the end portions 49-1 of the final movable rail 49 that constitutes the slide rail 45_determination rail 47. Between the portion where the sub-51 is located and the rear end portion of the storage container 29, a certain amount of overlap l is ensured. 200907266 and 'on the sliding path 45 without the guide roller 51, it is reasonable to fix the track at the track 47 A certain amount of overlap L is ensured between the terminal portion and the storage container 2''. The edge amount L can be achieved as compared with the previous type in which the movable track 49 assumes the full load: - partial load transfer to As described above, the load portion shared by the load fixing rail 47 acting on the movable rail 49 can be reduced. ^里两
可動執道49上 另一万面，如圖6、圖7、圖8所示 具有支撐收納容器29的支撐托架61 ^ 支樓托架61 *如下各部而構成：垂直的安裝 以與上述可動轨道49大致相同的長度而形成，且^ ^ 述可動軌道49上；頂部65，自安裝部63白勺上端覆罢、 動軌道49的上方，且彎曲成圓弧狀；以及水平的^ 67，自安裝部63的下端向收納容器29侧折曲。 支撐架部67支撐著上述收納容器29的底部，且且 與設在收納容器29底部的前後左右一對突起部68 y I 的扣合孔69。 扣5 因此，可藉由將收納容器29的突起部68扣合在入 孔69中來進行女裝5免置。而且，若將收納容器μ 抬起，則可使突起部68自扣合孔69松脫，從而卸除。万 根據上述第2實施形態，不僅可獲得上述第1 ^扩 態的作用、效果’而且可在間隙朝向收納容器29 = 漸擴大的閒置空間43内配置滑動軌道45，且無須縮、 納容器29的容積便可配置滑動軌道45。 ‘’〃、、'、小收 15 200907266 而且’如圖5所示，接近收納容器29的容器斜壁面 29d而配置的滑動執道45 ’位於前表面的把手41的内侧， 自正面觀察時該滑動執道45被遮住而看不到’故而提高了 美觀性。 而且，例如，如圖7所示，即便當箱内的容器71倒下 而使容器71内的液體流下時，因支撐托架61的頂部65 的阻擋，使液體不會直接接觸滑動執道45，故而’可長時 間地保持順暢的滑動狀態。 【圖式簡單說明】 圖1表示第1實施形態，是將具有抽屜門的收納容器 自本發明的電冰箱本體完全拉出即完全打開時的概要侧面 圖。 圖2是以假想線來表示抽屜門的圖1的概要立體圖。 圖3是表示第1導引滾子的概要剖面圖。 圖4表示第2實施形態，是表示本發明的電冰箱内的 概要切割侧面圖。 圖5是表示電冰箱内的概要正視圖。 圖6是滑動執道的分解立體圖。 μ，7是表示在箱内壁面的突出部上安裝著導引軌道的 狀悲時的一側的概要立體圖。 圖8是沿圖7的Α-Α線的剖面圖。 、、圖9是表示將可動執道完全拉出狀態下的一個導引軌 道的概要侧面圖。 圖10是表示將收納容器完全拉出即完全打開時的導 16 200907266 引滾子的概要立體圖。 圖11是將可動執道自固定執道完全拉出時的動作說 明圖。 【主要元件符號說明】 <第1實施形態> I :收納容器 la :前表面 lb :後表面 f-' 1 lc :側面 3 :抽屜門 5:滑動軌道 7 :固定執道 7-1、9-1 :執道終端部 7a :滾珠保持部 9 :可動執道 9a :第1可動軌道 1/ 9a-l、9a_2 :滾珠保持部 9b :第2可動執道 9b-l :軌道保持部 II :導引滾子 11a :第1導引滚子 lib :第2導引滾子 13 :箱内 15 :箱内壁面 17 200907266 17 :螺釘 19 :支撐托架 21 :安裝托架 23 :導引槽 25 :滾珠 L :重疊量 S、S-1 :止動件 W:負載 € <第2實施形態> 27 :電冰箱 29 :收納容器 29a :前表面 29b :背面 29c :侧面 29d :容器斜壁面 31 :開閉門 1.) 33 :門袋 35 :架部 37 :給水箱 39 :冷卻室 41 :把手 42 :箱内壁面 42a、42b :蓋板 43 :空間 200907266 45 :滑動執道 47a、49a :滾珠保持部 49 :可動執道 49-1 :執道終端部 51 :導引滚子 53 :突出部 55 :螺釘 、 57 :承接件 < 59 :滾珠 61 :支撐托架 63 :安裝部 65 :頂部 67 :支撐架部 68 :突起部 69 :扣合孔 71 :容器 ◎ 101 :固定執道 103 :可動軌道 L :重疊量 S3 :止動件 W :負載 19The other side of the movable path 49 has a support bracket 61 supporting the storage container 29 as shown in Figs. 6, 7, and 8. The support bracket 61 is configured as follows: vertical mounting to move with the above The rails 49 are formed by substantially the same length, and the movable rails 49 are described above; the top portion 65 is covered from the upper end of the mounting portion 63, above the moving rail 49, and curved in an arc shape; and horizontally 67, The lower end of the attachment portion 63 is bent toward the storage container 29 side. The support frame portion 67 supports the bottom portion of the storage container 29 and the engagement hole 69 of the pair of front and rear projections 68 y I provided on the bottom of the storage container 29. Buckle 5 Therefore, the dressing 5 can be removed by engaging the projection 68 of the container 29 in the insertion hole 69. Further, when the storage container μ is lifted up, the protruding portion 68 can be detached from the fastening hole 69 and can be removed. According to the second embodiment described above, not only the action and effect of the first ^-expansion state but also the sliding track 45 can be disposed in the recessed space 43 in which the gap is gradually enlarged toward the storage container 29, and the container 29 is not required to be shrunk. The sliding track 45 can be configured for the volume. ''〃,,', 小收15 200907266 Further, as shown in Fig. 5, the slide rail 45' disposed close to the container inclined wall surface 29d of the storage container 29 is located inside the handle 41 of the front surface, as viewed from the front side The slide way 45 is hidden and cannot be seen, so the appearance is improved. Further, for example, as shown in FIG. 7, even when the container 71 in the tank is dropped to cause the liquid in the container 71 to flow down, the liquid does not directly contact the slide rail 45 due to the blocking of the top portion 65 of the support bracket 61. Therefore, it can maintain a smooth sliding state for a long time. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic side view showing a first embodiment in which a storage container having a drawer door is completely opened from the refrigerator main body of the present invention. Fig. 2 is a schematic perspective view of Fig. 1 showing a drawer door in an imaginary line. 3 is a schematic cross-sectional view showing a first guide roller. Fig. 4 is a schematic side view showing the inside of a refrigerator according to a second embodiment of the present invention. Fig. 5 is a schematic front view showing the inside of a refrigerator. Fig. 6 is an exploded perspective view of the slide rail. μ, 7 is a schematic perspective view showing one side of the case where the guide rail is attached to the protruding portion of the inner wall surface of the tank. Figure 8 is a cross-sectional view taken along line Α-Α of Figure 7. Fig. 9 is a schematic side view showing a guide rail in a state in which the movable lane is completely pulled out. Fig. 10 is a schematic perspective view showing the guide roller of the 200907266 when the storage container is completely pulled out, that is, fully opened. Fig. 11 is an operation explanatory diagram when the movable lane is completely pulled out from the fixed lane. [Description of main component symbols] <First embodiment> I: Storage container la: Front surface lb: Rear surface f-' 1 lc: Side 3: Drawer door 5: Slide rail 7: Fixed 7-1, 9-1: Road end portion 7a: Ball holding portion 9: movable path 9a: first movable rail 1/9a-1, 9a_2: ball holding portion 9b: second movable path 9b-1: track holding portion II : Guide roller 11a : 1st guide roller lib : 2nd guide roller 13 : Inside box 15 : Inside wall 17 of the case 200907266 17 : Screw 19 : Support bracket 21 : Mounting bracket 23 : Guide groove 25: Ball L: overlap amount S, S-1: stopper W: load € <2nd embodiment> 27: refrigerator 29: storage container 29a: front surface 29b: back surface 29c: side surface 29d: container tilt Wall 31: opening and closing door 1.) 33: door pocket 35: frame portion 37: water supply tank 39: cooling chamber 41: handle 42: box inner wall surface 42a, 42b: cover plate 43: space 200907266 45: sliding way 47a, 49a : Ball holding portion 49 : movable path 49-1 : road end portion 51 : guide roller 53 : protruding portion 55 : screw, 57 : receiving member < 59 : ball 61 : support bracket 63 : mounting portion 65 : Top 67: Support 68: projecting portion 69: engaging hole 71: container ◎ 101: fixed executors 103: movable rail L: the amount of overlap S3: stopper W: Load 19