玖、發明說明： 【發明所屬^技術領域】 發明之背景 駄Γ 係有關赠子，尤其是料烤箱的可伸 展架總成。 J1甲 【先前技術3 通常在烤箱内有一個或數個架。該架用於置放姥 食物及其他置於烤箱中的其他物品 ° 置放烤器，並維持烤器遠離加熱元件等:：:朝， 架的烤箱允許置放烤器於烤箱内的二有數個 烤箱的烹烤空間。 ' Μ加整個 該架通常以沿著烤箱之壁形成的狹長突出部 然後，該架可在狹長突出部上自烤箱巾移人。、° 許架自烤箱中移開，以作清潔或其他目的。通常，^此允 份地自烤箱中移開，以較容易地接觸架上的物品。架可部 在狹長突出部上架的移動或通過其他摩捧 無法總是備置平順且不費力的動作。狹長突出部上的2 勾處或摩擦機構可能會干擾㈣動作。類似地 句 =品可能會掉在架的移動路徑上，因而增加移動架的困 此外，架可能無法自烤箱十延伸太遠，尤其是 物品置於架上時’由於架必須仍為爐的狹長突出：： 持，架的過歧伸可能會導致架及其上物品掉落至地 的災難性結果。此外，若架部份地定位在烤箱中，竿上 1224184 物品無法看到或處理。如此增加了因使用者接觸烤箱之側 壁或其他架而增加的燙傷機會。此外，架的側向穩定性， 尤其是當架自烤箱中延伸時，是十分重要的。 此外，在某些環境中，暫時性地在某些預定位置自烤 5 箱内或外鎖住架是十分有用的。譬如，當物品置於架上時 暫時性地鎖住一架於延伸位置可能十分有用。類似地，在 烹烤食物時，穩固地定位架於烤箱内亦可能十分有用。 【發明内容】 發明之摘要 10 本發明備置具有一可延伸架之烤箱。在一實施例中， 該架可自烤箱中完全延伸。在一實施例中，此藉由使用備 置在定位於烤箱之狹長突出部上的一架框架上的一完全延 伸滑件，以及連接至完全延伸滑件之一架而完成。在一實 施例中，本發明備置一可延伸滑件總成，其包括適於定位 15 在烤箱空間中的一烤箱架；兩個各自連接至烤箱架之相對 邊緣的完全延伸滑件，該滑件適於定位烤箱空間之大體上 相對之側壁，且滑件可將完全在烤箱空間内的烤箱架延伸 至烤箱空間外的一位置。 圖式之簡單說明 20 第1圖為備置本發明之一架總成的一烤箱之部份平面 圖； 第2圖為一烤箱壁及定位在烤箱壁的一狹長突出部上 之架框架的側視圖； 第3圖為用於架總成之一實施例的並排滑件的立體圖； 6 第4圖為第3圖之並排滑件的橫截面圖； 第5圖為可與第3圖之滑件並用的一滑件附件； 第5A圖顯示可用於第3圖的滑件之另_滑件附件； 第5B圖顯示備置-架的第从圖之滑件附件； 第5C圖顯示可與第3圖之滑件並用的另—滑件附件及 一相關架； 第5D圖顯示第5C圖之架及滑件附件，其中架定位在適 當位置； 第6圖顯示用於本發明的一架之實施例； 第7圖為用於本發明的實施例中之另一種滑件之立體 圖； 第8圖為第7圖之滑件的橫截面圖； 第9圖顯示第7圖之滑件機構中的一掣子； 第10圖顯示在第7圖之滑件機構外的一掣子； 第11圖顯示-烤箱及可用於本發明之某些實施例中的 使用一支持垂片的一架總成。 第11A圖為第11圖之架框架及滑件總成之頂視圖； 第11B圖為第11A圖之垂片及塑膠插入物之另一圖式； 弟11C圖顯不另一可延伸架框架； 第11D圖顯示第11C圖之一滾輪的另一圖； 第12圖顯示一架框架及其所備置用於本發明的某些實 施例中的第11圖之支持垂片； 第13圖顯示用於本發明的某些實施例中的一固鎖機 構； 1224184 第14圖顯示用於本發明的某些實施例中的另—固鎖機 弟15圖顯示用於本發明的某些實施例中的另—固鎖機 第16圖顯示用於本發明的某些實施例中的另—固鎖機 第17圖顯示用於本發明的某些實施例中的另—固鎖機 第is圖顯利於本發_某些實_巾的_鬆開桿· 第19圖顯示用於，譬如，第3圖之實施例中的—横鬆開 第20圖顯示在打開位置下第19圖的桿鬆開閂機構； 第21圖顯示用於烤箱中的另一滑件架系統之平面圖； 第22圖顯示用以架設一滑件至一烤箱空間中的另一平面 15 圖； 弟23圖顯示第22圖之架設桿的另一平面圖；说明 Description of the invention: [Technical field to which the invention belongs] Background of the invention 駄 Γ is related to gifts, especially the extendable rack assembly of the oven. J1A [Prior Art 3 There are usually one or several shelves in the oven. This rack is used to place ravioli food and other items placed in the oven ° Place the roaster and keep the roaster away from heating elements, etc .: ::: The oven of the rack allows the roaster to be placed in the oven. Oven cooking space. The entire rack is usually formed with a narrow and long protrusion formed along the wall of the oven. The rack can then be moved from the oven towel over the narrow and long protrusion. , ° Xu rack removed from the oven for cleaning or other purposes. Generally, this is removed from the oven to allow easier access to the items on the shelf. The frame can not be moved smoothly or effortlessly through the movement of the frame on the narrow protrusions or through other grips. The 2 hooks on the narrow protrusions or the friction mechanism may interfere with the movement. A similar sentence = the product may fall on the moving path of the rack, thereby increasing the difficulty of moving the rack. In addition, the rack may not extend too far from the oven, especially when the item is placed on the rack. Prominence :: Holding, excessive extension of the rack may lead to the catastrophic result of the rack and its items falling to the ground. In addition, if the rack is partially positioned in the oven, the 1224184 items on the pole cannot be seen or handled. This increases the chance of burns if the user touches the side wall of the oven or other shelves. In addition, the lateral stability of the rack is very important, especially when the rack extends from the oven. In addition, in some environments, it may be useful to temporarily lock the inside or outside of the box at some predetermined locations. For example, it may be useful to temporarily lock a shelf in the extended position when items are placed on the shelf. Similarly, it may be useful to position the rack firmly in the oven when cooking food. [Summary of the Invention] Summary of the Invention 10 The present invention provides an oven with an extendable shelf. In one embodiment, the shelf is fully extendable from the oven. In one embodiment, this is accomplished by using a fully extended slider provided on a frame positioned on the elongated protrusion of the oven, and a frame connected to the fully extended slider. In one embodiment, the present invention provides an extendable slide assembly including an oven rack adapted to be positioned 15 in the oven space; two fully extended slides each connected to opposite edges of the oven rack, the slides The pieces are suitable for positioning substantially opposite sidewalls of the oven space, and the slider can extend the oven rack completely inside the oven space to a position outside the oven space. Brief Description of Drawings 20 FIG. 1 is a partial plan view of an oven equipped with a rack assembly of the present invention; FIG. 2 is a side view of an oven wall and a rack frame positioned on a narrow protrusion of the oven wall Figure 3 is a perspective view of a side-by-side slider used in one embodiment of the rack assembly; 6 Figure 4 is a cross-sectional view of the side-by-side slider of Figure 3; Figure 5 is a slider that can be combined with Figure 3 Figure 5A shows another slide accessory that can be used for the slide in Figure 3; Figure 5B shows the slide accessory in the second figure of the stand-up rack; Figure 5C shows that it is compatible with Figure 3 Figure 5D shows the slide accessory and a related frame; Figure 5D shows the frame and slide accessory of Figure 5C, where the frame is positioned in place; Figure 6 shows the implementation of a frame used in the present invention Fig. 7 is a perspective view of another sliding member used in the embodiment of the present invention; Fig. 8 is a cross-sectional view of the sliding member of Fig. 7; Fig. 9 shows the sliding mechanism in Fig. 7 A pawl; FIG. 10 shows a pawl outside the slide mechanism of FIG. 7; FIG. 11 shows an oven and some embodiments which can be used in the present invention In the embodiment, an assembly supporting a tab is used. Figure 11A is a top view of the frame and slide assembly of Figure 11; Figure 11B is another diagram of the tab and plastic insert of Figure 11A; Figure 11C shows another extendable frame Figure 11D shows another view of the scroll wheel of Figure 11C; Figure 12 shows a frame and its supporting tabs for Figure 11 in some embodiments of the invention; Figure 13 shows A locking mechanism used in some embodiments of the present invention; 1224184 FIG. 14 shows another locking mechanism used in some embodiments of the present invention-Figure 15 shows some embodiments used in the present invention FIG. 16 shows another locking device used in some embodiments of the present invention. FIG. 17 shows another locking device used in some embodiments of the present invention. FIG. Significantly beneficial to the hair _ some real _ towels _ release lever. Figure 19 shows for example, in the embodiment of Figure 3-horizontal release Figure 20 shows the lever of Figure 19 in the open position Unlatch mechanism; Figure 21 shows a plan view of another slider rack system for use in an oven; Figure 22 shows a slider to mount an oven space Figure 15 of another plane; Figure 23 shows another plane view of the erection rod of Figure 22;
第24圖顯示使用滑件架設至一鐵絲框架的一烤箱架； 弟25圖顯示用以架設一滑件至一鐵絲架的一爽· 第26圖顯示第25圖之夾的另一圖式； 20 第27圖顯示用以架設一滑件至一鐵絲架的另一夾· 第28圖顯示用以連接一烤箱架至_滑件總成的另一系統； 第29圖顯示第28圖之系統的前視圖。 I：實施方式3 詳細說明 8 是烤箱的—後壁、一頂 及橫跨烤箱之前方的一 第i圖為顯示一烤箱的部份圖。如圖所示，該烤箱包括 底11以及一側壁13。未特別顯示於圖中但大家都知道的 頂以及相對於側壁的一^目對側壁，以 的一門。烤箱的這些元件未特別顯示於 以清楚顯示使用於烤箱中的一架總成15。架總成包 括支持於烤箱内的__架框架17，支持烤器的—架19以及連 接架及架料的可延伸滑件2卜在使㈣，_架維持定 位在烤箱中，而架可使用可延伸滑件自烤箱中延伸。Fig. 24 shows an oven rack that is erected to a wire frame using a slider; Fig. 25 shows a refresher that is used to erect a slider to a wire frame. Fig. 26 shows another diagram of the clip of Fig. 25; 20 Figure 27 shows another clip for mounting a slider to a wire rack. Figure 28 shows another system for connecting an oven rack to a slider assembly. Figure 29 shows the system of Figure 28. Front view. I: Detailed description of Embodiment 3 8 is the oven—the back wall, the top, and the one that spans the front of the oven. Figure i shows a partial view of an oven. As shown, the oven includes a bottom 11 and a side wall 13. It is not particularly shown in the figure but is well-known. The top and the side opposite to the side wall are opposite to the side wall. These components of the oven are not specifically shown in order to clearly show an assembly 15 used in the oven. The rack assembly includes a __ rack frame 17, which is supported in the oven, a rack 19 which supports the roaster, and an extendable slider 2 connecting the rack and the rack material. The rack is maintained in the oven, and the rack can Use an extendable slider to extend from the oven.
在第1圖中的烤箱中，架框架定位在烤箱側壁上的狹長 邛23上。該架框架形成一大體上矩形之管狀金屬，以 )才干25 後杯27及以其端連接前及後的側桿29。 側桿定位在形成於烤箱之侧壁上的狹長突出部上。在 第2圖之烤箱中，備置十二個狹長突出部，其中六個突出部 在顯示的側壁上，而六個突出部在未顯示的相對側壁上。 在兩侧壁上之對應突出部大體上等高，而各對應突出部備 置大體上爲平之表面，該表面可支持自烤箱之—側壁延伸 至另-側壁的-物品。如圖所示，該狹長突出部大體上跨 越烤相之長度，如第1及2圖所示的間隙31、33朝向烤箱之 前方及烤狀後方。各狹長突出狀下面純括朝向狹長 突出部之前方的i下突出物。該朝下的突出部用在某 些烤箱中，以停止架在烤箱中向前的移動。 如第1圖中所示，一坡度部37沿著架框架之側桿的後端 而形成。因此，當側桿定位在狹長突出部時，架框竿之後 桿相對於雜架之前料舉起。錄桿舉起的量足以使立 朝向引的#動被在烤箱側壁上的系列狹長突出部 狹長突丨部所阻擒。 另一 弟2圖較完整地顯示烤箱側壁之狹長突出部及架框架 '及/、他特徵。第2圖為顯示一烤箱側壁51，在= 側土 53上之狹長突出部，以及_架框㈣之側視圖。如 所干，_笼 闯 ㈣1-輯分_壁之各狹長突出 料大部份定位在狹長突出部上。側桿畅惻桿之^= 上，β曲。結果，架框架之_後桿59在—舉起位置。側桿彎 曲到足以使架«之後桿舉起較分開狹長突出部之距離為 大。因此’後桿可適當地定位在狹長突出部及烤箱之-後 壁之間的_中，使得後桿之向前動作被—狹長突出部所 阻擋。在例示實施例中，側桿大約與水平呈4〇。。 此外在烤|目側壁上之狹長突&部及架框架之後桿可 在架自烤箱中延伸並相對於架框架形成_槓桿臂時阻止桿 總成之不當有角度的移動。此外，若烤箱空間之設計改變， 可在不實質地改變架總成之其他構件下完成架框架設計之 改良。 回到第1圖’架框架之側桿包括一架設裝置39，其允許 側桿架設至抽屜滑件的-輕板41。在—實施例中，架設裝 置為通過側桿而置放的-孔，以允許螺釘、栓、鉚釘或其 他架設裝置通過架框架而連接，並進入滑件元件的一輻板 中。在其他貫施例中，可使用其他架設方法。如以下所細 述’ -突緣可溶接或以其他方式連接至架框架，使得突緣 在架框架以及架設至突緣的一滑件上延伸。 1224184 第3圖顯示用於本發明之某些實施 鬥T的一完全延伸 滑件的立體圖。如圖所示，第4圖的滑件為一 * 、 崎一鄰接滑件。該 鄰接滑件，有時亦稱為一平行滑件，且如 如圖所示，包括兩 個外元件1(Π、103，其大體上具有C字形橫截面，▲一 配置成使付c子形橫截面相互相對。在大 —/ # 歷上c字形橫截面 之間的是-大體上ί字形内元件1G5。在操作時，外元件自 内元件以相·向延伸，而外及内元件巧位在軸承槽中 的軸承相連接。 曰 ίο 15 ❿ 第4圖顯示第3圖之滑件的橫截面。如圖所示，内元件 大體上為I字形元件。該内元件可藉由，譬如，沿著其輕板 接合兩個大體上C字料件在—起而形成。然而，在第田4圖 :所示的實例中，内壁為以輾壓機形成的坤形元件。該工 字=元件包括-中_板旧，並備置在輕板之頂及底部: 的榼片109。該橫片包括沿著輻板之兩側的軸承凹槽lu。 軸承113定位在軸承凹槽中，並可轉動地連接内元件至外元 件。因此，外元件亦包括沿著外元件之輻板長度形成的軸 I凹1115，而轴承定位在外及内元件之軸承凹槽中。 20 回到第1圖，且取第一抽屜滑件為例，架框架之側邊緣 固疋至一第一外元件之輻板。因此，第一外元件固定至架 忙木，而架框架在烤箱内。内元件自第一元件延伸，且如 圖所不自第一外元件朝向烤箱之前方延伸。一第二外元件 一件k伸’而第二外元件大體上完全延伸至烤箱之 外。因此，在此實施例中，與滑件相關之、、完全延伸，，一 词係指滑件的一部份大體上完全延伸至一殼體外之能力。 11 1224184 在某些貫施例中，一架以架設附件（以下將說明）連接至 第二外70件。因此，架可大體上延伸至烤箱之外。此外， 架玎穩定地以滑件支持。 如第1圖所不，架包括可移開地架設至在抽屜滑件上的 5 /附件45之側桿43。第5圖顯示附件的一實施例。如第5圖 所示"亥附件為-長形L字形托架。該L字形托架包括兩個 在L外部上的外表面121，以及L内部上的兩個内表面123。 外表面之一適於配合一滑件的一輻板。在一實施例中，如 圖所示，L字形托架之一面包括適於容納連接托架至滑件輻 1〇 板的固定器之孔。 由於滑件之輻板在操作時大體上是垂直的，連接至滑 件的L字形托架之面可視為L字形托架的垂直構件。因此， L字形托架的另一面可視為L字形托架的一水平構件。該[ 字形托架的水平構件之外面包括用以維持架於適當位置的 15固持裝置。如第5圖所示，固持裝置包括在該面之一邊緣上 的一鉤125。以及在該面之相對邊緣上的一接合部127。因 此，架的-前桿可在鉤下滑動，而架的後桿靠著接合部而 定位，亦如第1圖所示。 另為穩定使用中的架，-水平構件之上邊緣亦包括一 2〇彎曲接合部129。該彎曲接合部適於接觸架之一彎曲表面， 以阻止架的側向移動。由於接合部為彎曲，接合部亦有助 於阻止托架之向後移動。 L字形托架之使用亦可包覆住滑件的部份。譬如，如第 1圖所示，L字形托架之頂大體上橫跨滑件之寬度。因此， 12 在滑件之伸縮時，相互移動之滑件的部份被阻止不會被衝 覃π件伸縮能力之灰塵或手指或其他東西意外地插入。此 外，當滑件完全地縮回時，滑件的操作裝置被保護不為烤 箱中正在蒸烤之食物所錢到。 5 第5Α圖顯示一架可移開地架設至其上的另一長形1字In the oven in Fig. 1, the rack frame is positioned on a narrow 邛 23 on the side wall of the oven. The frame forms a generally rectangular tube-shaped metal, with a rear cap 27 and front and rear side bars 29 connected at its ends. The side bar is positioned on an elongated protrusion formed on a side wall of the oven. In the oven of Fig. 2, twelve narrow projections are provided, of which six projections are on the side wall shown and six projections are on the opposite side wall, not shown. The corresponding protrusions on the two side walls are substantially equal in height, and each corresponding protrusion is provided with a substantially flat surface which can support an article extending from one side wall of the oven to the other side wall. As shown in the figure, the long and narrow protrusion substantially spans the length of the baking phase, and the gaps 31 and 33 shown in Figs. 1 and 2 face the front of the oven and the rear of the baking shape. Each of the narrow protrusions includes a lower protrusion that faces i in front of the narrow protrusion. This downward projection is used in some ovens to stop the rack from moving forward in the oven. As shown in Fig. 1, a slope portion 37 is formed along the rear end of the side bar of the frame. Therefore, when the side bar is positioned at the narrow and protruding portion, the rear rod of the frame rod is lifted relative to the front of the miscellaneous frame. The recording lever is raised enough to cause the vertical movement to be blocked by a series of long and narrow protrusions on the side wall of the oven. The other figure 2 shows the elongated protrusions on the side wall of the oven and the frame frame, and / or other features. Fig. 2 is a side view showing an oven side wall 51, an elongated protrusion on the side soil 53, and a frame frame. As mentioned above, most of the narrow and long protrusions of the _ cage rushing ㈣1-compilation points_ wall are positioned on the narrow and long protrusions. ^ = On the side shot, the β curve. As a result, the rear frame 59 of the frame is in the raised position. The side bars are bent enough to allow the frame to be lifted farther than the narrow and long protrusions. Therefore, the 'rear lever can be appropriately positioned in the space between the elongated protrusion and the -rear wall of the oven, so that the forward movement of the rear lever is blocked by the -elongated protrusion. In the illustrated embodiment, the side bars are approximately 40 ° from horizontal. . In addition, after the elongated protrusions on the side wall of the grille and the rack frame, the lever can prevent the lever assembly from improperly angled movement when the rack extends from the oven and forms a lever arm relative to the rack frame. In addition, if the design of the oven space is changed, the design of the rack frame can be improved without substantially changing other components of the rack assembly. Returning to Fig. 1, the side bar of the frame includes a mounting device 39 which allows the side bar to be mounted to the light panel 41 of the drawer slider. In an embodiment, the erection device is a hole that is placed through a side bar to allow screws, bolts, rivets or other erection devices to be connected through the erection frame and into a spoke plate of the slider element. In other embodiments, other erection methods may be used. As detailed below-the flange can be welded or otherwise connected to the frame so that the flange extends over the frame and a slider that is erected to the flange. 1224184 Figure 3 shows a perspective view of a fully extended slider for some embodiments of the present invention. As shown in the figure, the slider in FIG. 4 is a *, abutting slider. The abutting slider is sometimes referred to as a parallel slider, and as shown in the figure, includes two external elements 1 (Π, 103, which generally have a C-shaped cross-section, The cross-sections are opposite to each other. In the large- / # calendar between the c-shaped cross-sections is-generally 字 -shaped inner element 1G5. During operation, the outer element extends in a phase direction from the inner element, and the outer and inner elements The bearings that are located in the bearing slots are connected. Ίο 15 ❿ Figure 4 shows the cross section of the slider in Figure 3. As shown, the inner element is generally an I-shaped element. For example, it is formed by joining two generally C-shaped pieces along its light board. However, in the example shown in Figure 4: the inner wall is a kun-shaped element formed by a rolling machine. The word = element includes-in the middle of the plate, and is placed on the top and bottom of the light plate: the cymbals 109. The transverse plate includes bearing grooves lu along both sides of the spoke plate. The bearing 113 is positioned in the bearing groove And rotatably connect the inner element to the outer element. Therefore, the outer element also includes an axis formed along the length of the spoke of the outer element I recess 1115, and the bearings are positioned in the bearing grooves of the outer and inner elements. 20 Return to Figure 1, and take the first drawer slide as an example. The side edge of the frame is fixed to the spoke of a first outer element. Therefore, the first outer element is fixed to the busy wood, and the frame is in the oven. The inner element extends from the first element and does not extend from the first outer element toward the front of the oven as shown. A second outer element Piece k extends' and the second outer element extends substantially completely outside the oven. Therefore, in this embodiment, the term, fully extended, associated with the slider, means that a portion of the slider is substantially completely Ability to extend beyond a casing. 11 1224184 In some embodiments, a shelf is connected to a second outer 70 piece with a mounting attachment (described below). Therefore, the shelf can extend substantially beyond the oven. In addition, The frame 玎 is stably supported by the slider. As shown in Figure 1, the frame includes a side bar 43 removably mounted to the 5 / accessory 45 on the drawer slider. Figure 5 shows an embodiment of the accessory. The attachment shown in Figure 5 is-a long L-shaped bracket. The L-shaped bracket includes Two outer surfaces 121 on the outside of L, and two inner surfaces 123 on the inside of L. One of the outer surfaces is adapted to fit a spoke of a slider. In one embodiment, as shown, the L-shape One side of the bracket includes a hole adapted to receive a holder for connecting the bracket to the slider spoke 10 plate. Since the spoke plate of the slider is substantially vertical in operation, the face of the L-shaped bracket connected to the slider Can be regarded as a vertical member of the L-shaped bracket. Therefore, the other side of the L-shaped bracket can be regarded as a horizontal member of the L-shaped bracket. The outer surface of the horizontal member of the [-shaped bracket includes 15 to maintain the frame in place. A holding device. As shown in FIG. 5, the holding device includes a hook 125 on one edge of the surface, and an engaging portion 127 on the opposite edge of the surface. Therefore, the front rod of the frame can slide under the hook, and the rear rod of the frame is positioned against the joint, as shown in FIG. In order to stabilize the shelf in use, the upper edge of the horizontal member also includes a 20 bending joint 129. The curved joint is adapted to contact one of the curved surfaces of the frame to prevent lateral movement of the frame. Since the joint is curved, the joint also helps to prevent the carriage from moving backwards. The use of the L-shaped bracket can also cover the part of the slider. For example, as shown in Fig. 1, the top of the L-shaped bracket substantially spans the width of the slider. Therefore, when the slider is retracted, parts of the slider that move with each other are prevented from being accidentally inserted by dust or fingers or other things that are not retractable. In addition, when the slider is fully retracted, the operating mechanism of the slider is protected from the food being steamed in the oven. 5 Figure 5A shows another long figure 1 erected on top of it
形托架。第5Α圖之附件類似於第5圖之附件。與第5圖之附 件相同的是，L字形托架的一水平構件5〇1之外側包括用以 固持架於適當位置的固持裝置。如第5Α圖所示，固持裝置 匕括在忒面上的一邊緣上之一鉤5〇3，以及在該面的相通邊 10緣上的-接合部505。架的一前或後桿可在釣下滑動，而架 ，後或前桿靠著接合部而置放。為進—步穩定使用中的 木水平構件之上邊緣亦包括一側壁5〇7部。該側壁部適於 靠著架的側壁而置放。 1 ·第5Β圖顯不靠著一側壁511而置放的一架515以及一接Shaped bracket. The attachment of Figure 5A is similar to the attachment of Figure 5. Similar to the attachment in Fig. 5, a horizontal member 501 of the L-shaped bracket includes a holding device for holding the holder in place. As shown in FIG. 5A, the holding device is attached to one of the hooks 503 on one edge of the sacral surface, and the joint portion 505 on the edge of the intersecting edge of the surface. A front or rear rod of the frame can be slid under the fishing while a frame, rear or front rod is placed against the joint. For further stability, the upper edge of the wooden horizontal member in use also includes a side wall 507. The side wall portion is adapted to be placed against the side wall of the frame. 1 · Figure 5B shows a frame 515 and a connection frame that are not placed against a side wall 511
。部513。如第5Β圖所示，該接合部在架的内部，而架的一 側杯517藉由側壁維持定位。在某些實施例中 ，側壁足夠地 罪近接合部’使得-側壁可阻止架由於接觸側壁之一邊緣 的架之曲度而以雙向移動架。 2〇 第5C圖顯不與L字形托架附件併用的另一固持裝置。 20在第5C圖中，—垂片521自接合部延伸。該垂片包括一小柱 523。雜可譬如使用—鉚釘而形成。一滑動托架525連接 至垂片，忒滑動托架具有一長形孔527。該長形孔適於容納 ^主。如第5C圖中所示，托架定位成與架有—段距離，而架 可自附件上鬆開。第5D圖顯示在架上向前雜，以維持架 13 於適當位置的托架。很方便地，滑動托架大體上為L字形， 以備置維持架於適當位置的一止擋部531，以及移動滑動托 架的一把手。 現在參看第6圖，其顯示適於與本發明併用的一架。該 木包括一前桿151、一後桿153以及連接前及後邊緣的側桿 155。大約在側桿之中間點上的示一支持桿157，其連接兩 個側桿，架桿159置放成自前邊緣至後邊緣，而架桿構成的 空間適於置放物品於架上。該支持桿為架桿備置額外的支 持。如圖所示，該側桿包括一向内彎曲帶161。該向内彎曲 帶對於架備置額外的結構上之穩定性，並備置適於靠著架 設附件之彎曲接合部而置放的_表面。 第7圖顯示用於本發明之實施例中的另一種滑件的立 體圖。該另一種滑件為一組合的平行及伸縮滑件。如圖所 示，該組合滑件為一完全延伸滑件，其備置三個滑件元件。 :第一滑件元件171大體上為C字形，且備置一平面板及沿 者平面平板之長度的财凹槽。亦可稱為—巾間滑動元件 的—第二滑件元件173包括一第一C字形部以及—第二c字 形部丨77。該兩個C字形部相互背對，且以熔接或浮凸 式連接在一起。 ’ 就第二或中間滑件元件而言，與第—c字形部175之尺 I較第二C字形部177小。第一C字形部之尺寸適於安裝在 弟—滑件元件之C字形部内。在該部份之軸承凹槽 以及滑件元件以可賴式可轉動方式連騎件元件。 —第三滑件元件179以軸承連接至中間滑件元件之第 18^ 5 10 15 C字形部。第三 β第二c字形部内。:之尺寸適於蚊至中間滑件元 #件之_，，射的滑件衫平行或邮丨 如第8圖之棒㈣伸縮滑件的特徵。 一。該，該另—種滑件包括四個主要 4字=弟-滑動糾171，第二滑件元科 ,<滑件元件17弟二滑件元件177之第二C字形部以及 第’ 9’其分別可稱為第-、第二、第三及第 構件。如圖所示，為製造方便起見，第—及第三構件^ 寸類似H及第四構件尺寸類似。 便利地，在笨此眷 呆二貫％例中，本發明之總成包括用 持架^烤箱内自烤箱延伸部份的位置，以及完全延伸之位 置U Jt裝置之方便處在於可排除架的不當移動所造 成的問題。此外，此裝置可改良抽屜滑件之平衡，以避免 軸承浮動及不均勻的重量分佈。這些裝置有時稱為擎子襄 置/、中的掣子在一方向、或另一方向、或兩方向備置 摩擦界面，而該摩擦界面需要增加的力量才能允許滑件移 動。. 513. As shown in Fig. 5B, the joint is inside the rack, and one side cup 517 of the rack is maintained in position by the side wall. In some embodiments, the side wall is sufficient to approximate the joint ' such that the -side wall prevents the rack from moving the rack in both directions due to the curvature of the rack contacting one of the edges of the side wall. 2 Figure 5C shows another holding device that is not used in conjunction with the L-shaped bracket attachment. 20 In FIG. 5C, a tab 521 extends from the joint. The tab includes a post 523. Miscellaneous can be formed, for example, using rivets. A slide bracket 525 is connected to the tab, and the 忒 slide bracket has an elongated hole 527. The elongated hole is adapted to receive the main body. As shown in Figure 5C, the bracket is positioned at a distance from the rack, and the rack can be released from the attachment. Figure 5D shows the brackets on the rack to keep the rack 13 in place. Conveniently, the sliding bracket is generally L-shaped to prepare a stopper 531 for maintaining the bracket in place, and a handle for moving the sliding bracket. Reference is now made to Fig. 6, which shows a frame suitable for use with the present invention. The wood includes a front pole 151, a rear pole 153, and a side pole 155 connecting the front and rear edges. A support bar 157 is shown at about the middle point of the side bar, which connects the two side bars, the rack bar 159 is placed from the front edge to the back edge, and the space formed by the rack bar is suitable for placing items on the rack. This support bar provides extra support for the pole. As shown, the side bar includes an inwardly curved band 161. The inwardly curved band provides additional structural stability to the rack and provides a surface suitable for placement against the curved joints of the mounting attachment. Fig. 7 shows a perspective view of another slider used in the embodiment of the present invention. The other sliding member is a combined parallel and telescopic sliding member. As shown in the figure, the combined slider is a fully extended slider, which is provided with three slider elements. The first slider element 171 is substantially C-shaped, and is provided with a flat plate and a groove along the length of the flat plate. The second sliding member 173, which may also be referred to as the inter-sliding sliding member, includes a first C-shaped portion and a second c-shaped portion 77. The two C-shaped portions face away from each other and are connected together by welding or embossing. As far as the second or intermediate slider element is concerned, the ruler I of the -c-shaped portion 175 is smaller than the second C-shaped portion 177. The size of the first C-shaped portion is suitable for mounting in the C-shaped portion of the younger-slider element. The bearing groove and the sliding element in this part are connected to the riding element in a rotatable and rotatable manner. —The third slider element 179 is connected to the 18 ^ 5 10 15 C-shaped portion of the intermediate slider element with a bearing. The third β is inside the second c-shaped portion. : The size is suitable for the mosquito to the middle slide element # pieces of _, the shooting slide shirt is parallel or post 丨 as in Figure 8 of the characteristics of the stick ㈣ telescopic slide. One. The other type of slider includes four main 4 characters = brother-slider 171, the second slider element, < the second C-shaped portion of the slider element 17 and the second slider element 177 and the first '9 'It can be called the-, second, third and third members, respectively. As shown in the figure, for manufacturing convenience, the first and third members are similar in size and H and the fourth member are similar in size. Conveniently, in this stupid example, the assembly of the present invention includes the position of the extension portion of the oven from the oven using the holder, and the fully extended position. The convenience of the U Jt device is that the holder can be removed. Problems caused by improper movement. In addition, this device can improve the balance of drawer slides to avoid bearing floating and uneven weight distribution. These devices are sometimes referred to as pawls, which provide a friction interface in one direction, or the other, or both directions, and the friction interface requires increased force to allow the slider to move.
用於第7圖之滑件的一内鎖機構如第9圖所示。該所謂 的内鎖係指在烤箱内完全縮回的位置下的一掣子。如圖所 2〇示，一長條材料2〇1固定至一滑件元件之一輻板1〇3的一内 部。該長條材料包括固定至輻板的一扁平部份2〇5，以及以 一小的角度自輻板向外延伸的一舌狀部2〇7。該舌狀部之一 月il邊緣朝向滑件元件之輻板彎曲，以備置一圓形前表面 209。由於材料(在一實施例中為金屬）之堅固性，該舌狀部 15 1224184 可作為一葉片彈簧。在操作時，該舌狀部自滑件元件之輻 板延伸一段足以接觸自相遇滑件元件之輻板朝向彈環延伸 的一突出部之距離。當一突出部在舌狀部上時，抽屜滑件 之繼續移動即需要增加的力量。類似地，為打開滑件需要 5 使突出部通過舌狀部的前邊緣。便利地，舌狀部的圓形前 邊緣允許葉片彈簧在突出部不扣住舌狀部之前邊緣的狀況 下偏動。 在第7圖之滑件中，葉片彈簧連接至第一滑件元件，以 及第二滑件元件之較大橫截面片。該突出部置於第三滑件 10 元件以及第二滑件元件之較小橫截面部上。因此，橫截面 較小片，亦即，中間滑件元件之第一部份以及第三滑件元 件具有類似的設計，而較大橫截面片，即第一滑件元件及 中間滑件元件之較大截面具有類似的設計。此外，葉片彈 簧及突出部的此種配置使掣子在完全端位置及中間位置下 15 均能發揮其功能。 第10圖顯示第7圖的滑件之外鎖機構。該外鎖機構，與 内鎖機構類似的是均使用一葉片彈簧。然而，該外鎖機構 的葉片彈簣包括靠近葉片彈簧之舌狀部的前邊緣處的一孔 徑221。該孔徑的前邊緣包括一彎曲表面223，而後邊緣225 20 為一簡單的接合部。 一垂片227插在一相對滑件元件的輻板中，而該垂片適 於定位在葉片之孔徑中。當包括葉片彈簧的滑件延伸時， 垂片撞擊到葉片彈簧的前邊緣，強迫葉片彈簧向下，並備 置一摩擦界面。然後，該垂片移動至孔徑中，而葉片彈簧 16 1224184 的彈力允許垂片進一步移動至孔徑中。一旦進入孔徑中， 垂片及孔徑之後邊緣之間的接觸阻止滑件進一步的動作。 然而，若自滑件總成中移開一滑件元件，延伸至滑件元件 之外的舌狀部之前邊緣的凹槽可使滑件元件容易地移開。 5 因此’垂片及彈簀亦可作為固鎖裝置。 現在回到掣子裝置，滑件之縮回需要垂片在葉片彈簣 之坡道上滑動。該坡道亦備置一摩擦界面，因此穩定地支 持滑件在延伸位置。 便利地，葉片彈簧連接至較小滑件以及/或橫截面，而 10垂片在具有較大橫截面之滑件構件之前邊緣的垂片處。因 此，葉片彈簧及垂片備置一外鎖及一固鎖機構。 在第1圖的實施例中’在烤箱内的架框架之固持透過使 用彎曲側桿使得後桿接觸另一狹長突出部而完成。該後桿 及另一狹長突出部之端的接觸阻止架框架之向前移動。在 此-實施例中自烤箱中移開架框架的動作藉由傾斜總成使 碰桿不再接觸另-狹長突出部而完成。第n圖顯示另一 灵％利’其中不使用總成的傾斜，以自烤箱中移開架框架。 取而代之的疋-垂片自架框架延伸。該垂片適於接觸靠近 另一狹長突出部的底部之前方的一朝下突出部。垂片與狹 20長突出部之突出部的接觸阻擋架框架之向前移動。然而， ，亥垂片以一角度自架框架延伸，並備置彈菁的效果，而垂 片形成一葉片彈簧。以較大力量自烤箱中拉出總成導致垂 片幫曲並越過在狹長突出部上的突出部。以此方式，架即 可自烤箱中移出。 17 1224184 第11A圖為架框架及第11圖之滑件總成的頂視圖。因 此，架框架及滑件總成包括一架框架1121以及相連的滑件 1123。其亦包括自鐵絲框架延伸的垂片1125。該垂片作為 按靠著一烤箱殼體(未顯示）之側壁的一葉片彈簧。在第11A 5 圖之實施例中，垂片的一外邊緣1127包括一塑膠嵌入片 1129。該嵌入物繞著靠近烤箱壁殼體之垂片的前邊緣而架 設。該塑膠嵌入物，在某些實施例中為一高溫塑膠，備置 一襯墊效果，以不刮傷烤箱之殼體壁。 第11B圖為第11A圖中的垂片及塑膠嵌入物的另一圖 10 式。如第11B圖所示，該垂片包括一第一線性部1131，其適 於熔接至一架框架。具有一圓形前邊緣1135的一延伸部 1133備置一葉片彈簧效果。繞著圓形前邊緣的是一塑膠 夾。該夾包括一弧形表面，以整齊地靠著垂片的圓形前邊 緣。兩個抓握夾1141自弧形部延伸，且適於抓握垂片的前 15 邊緣。 第11C圖顯示使用沿著烤箱側壁之狹長突出部架設在 一烤箱中的另一可延伸架框架。第lie圖之總成包括一鐵絲 架框架1145及連接之滑件。用以置放食物等的一鐵絲架（未 顯示）架設至滑件。一滾輪1147架設至架框架的相對邊緣。 20 該滾輪可轉動，使得當架框架插入烤箱殼體中後，滾輪靠 著烤箱殼體之側壁轉動。滾輪之材料最好為一高溫塑膠， 如PEEK。若烤箱壁之側狹長突出部包括備置摩擦界面或掣 子以穩定定位滾輪於端止擔部中的端止擔壓平片，滾輪特 別的實用。如此可使滾輪穩定地定位在端止擔部中。如此 18 1224184 可允許連接至滑件的框架延伸，以自烤箱殼體延伸，而不 移動架框架。 第11D圖顯示滾輪il51的另一圖式。滾輪架設至連接於 架框架1155之一柱1153，而柱大體上自架框架延伸。該滾 5 輪水平地繞著柱而架設。 第12圖顯示自架延伸的一垂片。在第12圖的架中，該 架包括適於定位在一狹長突出部上的前及後部。側桿的一 中間部在一嵌入物旁。一桿連接至嵌入物，桿的一端自嵌 入物向外延伸並形成一葉片彈簧，葉片彈簧的前邊緣朝向 10架框架向後彎曲。在操作時，該彎曲部接觸烤箱之狹長突 出部突出的一突出部。插入烤箱中或自烤箱中拉出所施加 的力量造成通過狹長突出部的垂片及框架彎曲。 亦顯示於第12圖中的是架設一架框架至一滑件的另一 種方法。在第12圖之實施例中，一突緣固定至架框架之一 15部份。突緣自由架框架形成的一平面向上延伸。該突緣的 向上延伸部固定至一抽展滑件之一輻板。 第13圖顯示用於本發明之某些實施例中的—固鎖裝 置。第13圖之固鎖裝置包括自一第一滑件元件1303插入的 一垂片1301，該第一滑件元件13〇3可插入架設在另一滑件 20元件之輻板上的一葉片彈簧1307的一孔徑1305中。此固鎖 垂片的裝置類似於前述垂片。 第14圖顯示可用於本發明之某些實施例的另—葉片彈 菁。如圖所示，葉片彈簧包括自葉片彈簧架設於其上的一 抽屜滑件元件1403向外延伸之一第一彎曲部1401，大體上 19 平行於一抽屜滑件輻板的一第二部1405以及一圓形前邊緣 14〇7。如圖所示，一孔徑定位在葉片彈簧的平行部上。第 15圖顯示另一固鎖機構，其十分類似第13圖中所示的固鎖 機構，但其另包括葉片彈簧之一圓形前邊緣。 5 第16圖顯示可用於本發明之某些實施例中的一個三元 件伸縮滑件之一固鎖機構。該固鎖機構包括以其一端丨6〇3 固疋至一内元件抽屜滑件16〇5的一弧形可彎曲長條16〇1。 該内元件以軸承1607連接至一中間元件，並依次連接至一 外元件1611。該弧形長條包括繞著中間的凹口 1613，且凹 · 1() 口適於鉤住自中間元件延伸之鉤垂片（未顯示）。該可彎曲長 條包括形成朝向内元件之輻板延伸之一垂片1615的一彎曲 前端。一長形孔徑1617置於内元件之輻板内，而垂片被定 位成使得可彎曲長條朝向内元件之輻板的凹槽允許垂片通 過孔徑。可彎曲長條之凹槽允許可彎曲長條上的凹口被自 15中間元件延伸的垂片無干擾地通過。 第17圖顯示一個三元件伸縮抽屜滑件之一固鎖機構。 該固鎖機構包括@定至-三元件抽屜滑件之—内元件㈣ · 1703的一可偏斜臂17〇1。該可偏斜臂藉由一鉚釘17〇5=向 -端固定。-彈簧17〇7用來偏斜臂於第—位置，以釣住— 2〇垂片1709於中間元件上，維持滑件於適當位置。 適用於本發明中的伸縮滑件已詳細地討輪，伸縮滑件 為具有完全延伸滑件之實施例。熟習此技藝人士可瞭解到 完全延伸滑件之其他實施例亦可用於本發明中。 第18圖顯示可配合本發明之特徵而使用的另一種鬆開 20 1224184 杯。遠鬆開桿包括一凸輪18〇1，其自一固鎖桿向外延伸， 而凸輪及鬆開桿1805之接觸偏動鬆開桿。該凸輪包括在遠 端的一延伸垂片1803，以允許鬆開桿之移動。 第19圖顯示依據本發明之特徵的另一固鎖機構。該固 5鎖機構包括一臂丨901。該臂在一圓筒形柄1903的一端上。 "亥柄的另一端包括一槓。槓的移動造成柄的轉動，以及臂 的移動。該圓筒形柄靠著L字形托架附件1907之侧邊架設， 而積朝向L字形托架之前方，因此而朝向烤箱之前方，且臂 朝向後方。當桿在第一位置時，臂在L字形托架之下延伸， 1〇亚毗接L字形托架架設於其上的一抽屜滑件（未顯示）的後 端。以向前方向之移動，以及L字形托架及相關架之移動被 臂及抽屜滑件之後部的接觸所阻擋。 第20圖顯示第19圖之閂及總成，桿2〇〇1定位成使得臂 不在毗接抽屜滑件之後部。在此一位置下，抽屜滑件可延 15伸，而架自烤箱中延伸。一旦架已自烤箱中延伸出，如第 20圖所示，桿可再定位，使得臂再毗接抽屜滑件的一部份， 以鎖住架於一延伸位置。因此，第19圖的槓臂及系統適合 總成之一方便的固鎖機構。 弟21圖顯示包括依據本發明的一可延伸之另一烤箱的 2〇切開圖。該烤箱包括一烤箱空間，而在烤箱空間之側壁上 備置一狹長突出部21〇2。與其他實施例相同的是，滑件⑽ 連接至狹長突出部。該滑件支持以一螺釘2108、鉚釘或以 溶接方式連接至滑件的一烤箱架21〇6，而該架可使用滑件 自烤箱空間向外延伸。—後支持桿21_譬如料方式連 21 接至滑件的後方。 該後支持桿相對於為對稱的，且在第21圖中所示的滑 件中，該桿的細節省略，以易於瞭解，如第21圖所示該 桿包括朝向烤箱空間之後方延伸的_水平部2112。該水^ 5部適於定位在狹長突出部下，以阻擋後桿在桿延伸時向上 移動。桿2H4之-端向上彎曲。該桿之端適於包繞狹長突 出部之後方，以限制桿向前移動。桿端亦炫接至滑件元件 之輻板。因此，桿端阻擋滑件自烤箱空間之非所欲的延伸。 然而，藉由向上傾斜滑件之前邊緣，桿端可偏位，以避開 10 狹長突出部，並允許滑件自烤箱空間中移開。 滑件以一前桿2116支持在狹長突出部上。該前桿熔接 至外滑件元件輻板之一部份。該桿沿著輻板之長度熔接在 一水平位置下。該桿包括一面向下前邊緣，當桿定位在狹 長突出部上時’其適於接觸烤箱空間之狹長突出部的前 15 方。該桿大體上沿著滑件元件之長度延伸至路徑中。 在後桿及前桿以及烤箱空間之狹長突出部之間的接合 部清楚地顯示於第22圖中。第22圖為烤箱壁為透明的烤箱 空間之側視圖。如第22圖所示，一前桿2200定位在一狹長 突出部2202之頂上。前桿連接至滑件元件2204之輻板。該 20 前桿大體上沿著滑件元件之長度延伸，並為滑件備置垂直 的支撐。前桿之一前邊緣包繞著烤箱狹長突出部的前方， 進一步阻擋滑件之向後移動。 一後桿包括一水平部2206。該水平部定位在烤箱狹長 突出部下，且適於接觸烤箱狹長突出部2210之後方。一向 22 1224184 上彎曲部2208包繞著烤箱狹長突出部的後方。該向上彎曲 部阻擋滑件元件在滑件延伸時自烤箱中向外拉。然而，若 滑件之則方向上傾斜，該向上傾斜部可在狹長突出部下通 過，並允許滑件之移開。 5 適於接觸烤箱狹長突出部之連接該部份之相對側邊的 連接桿為整個結構體提供增加的側向支撐。當後桿長度大 、 體上為烤箱空間之寬度時，與狹長突出部會合的滑件後部 及桿之部份沿著狹長突出部而維持定位，且不自狹長突出 部内·幫曲。 1〇 第23圖顯示後桿的部份及滑件的其他細節。如第23圖 所示，後桿2300的一向上彎曲部架設至一滑件元件23〇2的 輻板。桿的一部份亦接觸一烤箱狹長突出部23〇4的一後邊 緣。 第24圖顯示連接至一鐵絲框架的另一種可延伸烤箱 5木。某些烤箱使用鐵絲框架於烤箱空間中，以支持架及其 他類似的附件。使用鐵絲框架有許多理由，包括維持烤箱 二間i面的平α，以允許空氣流通。如第24圖所示，鐵絲 鲁 框架2400支持一烤箱架24〇4的相對側邊。該鐵絲框架包括 以橫桿連接的相對平行垂直桿。該鐵絲框架適於架設至烤 箱空間的相對側壁，而烤箱架橫跨雨個鐵絲框架之間的距 · 離。 滑件2402連接烤箱架至鐵絲框架。如圖所示，滑件為 並排滑件。烤箱架可，譬如，具有各自熔接至滑件的滑件 元件之一的相對側邊。滑件以鐵絲框架之一橫桿所支持。 23 1224184 ^第24圖所示，—前鉤2概連接各滑件至靠近織絲框年之 =:Γ:而一後鉤2408連接各滑件至鐵絲框架:橫 干、〗。為相對於橫桿進一步固定滑桿， 部綱在槓桿下自滑件延伸。在—實施财，且 所示，狹長突㈣類似於麟框㈣— = ίο r鐵絲㈣r垂直桿的-―。因此=: 二件於橫桿上’以狹長突出部備置進一步的支 牙。切件及烤_延伸時，延伸崎件 架會造成滑件及架向前傾斜，狹長突出部可阻料 的後方及料構造齡场動，叫全地維軸於定位曰; 15 第25圖顯示第24圖之前鉤的圖式。如圖所示，鉤包括 -平面部份2500’該部份適於料或以其他方式固定至滑 件元件之難-頂部25G2自平面部份㈣，而㈣及平面 部份形成L字形脑_狀。鉤的前方25_自頂部向下延 伸的-垂片形成’而鉤的前方大部份平行於平面部份。在 某些實施例中’鉤的前方包括—向㈣曲前邊緣25〇6,其 自平面部份向外料，以使—橫桿較容易插入釣中。 20 第26圖顯示第25圖之釣的另1式。M26_示， 鉤的前方以部包料伸解㈣如及敎前方之間的 空間中的-突出部2_。可由釣之前方的浮凸形成之突出 部可成為-摩擦界面或料，以維持橫桿於鉤内並備置 一扣接支持裝置。 第27圖為第24圖之後鉤的圖式。如圖所示該釣包括 -平面部份謂，其適於叫i以他料狀至滑件元 24 1224184 件的輕板。如第24圖所示的平面部份為一大體上長矩形的 平板。-頂部2702自平面部份的—部份延伸，而頂部份及 平面部份形成L字形托架之形狀。如第27圖所示，頂部類似 於平面部份的-前邊緣為長形。因此，由頂部及平面部份 5形成的L字形托架僅朝向平面部份之前方。一前邊緣27〇4 自頂部懸吊’而前邊緣大體上平行於頂部，且前邊緣大體 上平行於平面部份。該前邊緣、頂部以及平面部份形成一u 字形凹槽。該U字开》凹槽適於容納鐵絲框架的橫桿。 一狹長突出部2706自平面部份的後方延伸，該狹長突 1〇出部與頂部以同一方向延伸，而頂部看起來像自平面部份 之上前邊緣延伸，而狹長突出部自平面部份之下後方延 伸。狹長突出部的-前邊緣包括—切口27〇8。該切口適於 各納鐵絲框架之垂直桿。 第28圖顯示用以連接烤箱架至滑件元件的機構之圖 15式。如第28圖所示，一烤箱架2800連接至並排的滑件2802。 烤相架的前桿具有與其連接的一架設8形桿28〇6，該架設§ 子幵^桿包括溶接至烤箱架的底部之一架設部28〇4。一錯置 桿2808藉由一彎曲部而連接至架設部。該錯置部大體上平 仃於烤箱架的前邊緣。s字形桿架設至靠近兩個滑件的滑件 2〇疋件之前桿。類似地，S字形桿亦架設至烤箱架的一後桿。 该錯置部之尺寸適於安裝至連接至滑件元件的一容納 部2810中。如第28圖所示，該容納部大體上為在連接至滑 件凡件的輕板之一托架中的一U字形切口或容納部。該托架 大體上沿著滑件元件之長度延伸，且在托架後方備置一對 25 1224184 應的u字形切口或容納部。在托架後方的切口面向相對方 向，即與在托架前方的切口比較係朝向後。 第29圖為顯示第28圖之機構的另一圖式。如第29圖所 示，一 S字形桿適於藉由一容納托架2904連接至並排的滑件 5 2902。該容納托架大體上為U字形，而一架設突緣自U字形 延伸。該架設突緣適於熔接或以其他方式連接至滑件元件 之輻板。在該U字形的一側包括一凹口或容納部，適於容納 錯置桿。 因此，本發明備置一烤箱的架總成以及備置一架總成 10 的一烤箱。雖然本發明的某些實施例已揭露如上，其範圍 僅以申請專利範圍所界定。 【圖式簡單說明】 第1圖為備置本發明之一架總成的一烤箱之部份平面 圖； 15 第2圖為一烤箱壁及定位在烤箱壁的一狹長突出部上 之架框架的側視圖； 第3圖為用於架總成之一實施例的並排滑件的立體圖； 第4圖為第3圖之並排滑件的橫截面圖； 第5圖為可與第3圖之滑件並用的一滑件附件； 20 第5A圖顯示可用於第3圖的滑件之另一滑件附件； 第5B圖顯示備置一架的第5A圖之滑件附件； 第5C圖顯示可與第3圖之滑件並用的另一滑件附件及 一相關架； 第5D圖顯示第5C圖之架及滑件附件，其中架定位在適 26 1224184 當位置； 弟6圖顯示用於本發明的一架之實施例，· 第7圖為用於本發明的實施例中之另一種滑件之立體 _， 5 第8圖為第7圖之滑件的橫截面圖； 第9圖顯示第7圖之滑件機構中的一掣子； · 第10圖顯示在第7圖之滑件機構外的一掣子； 第11圖顯示一烤箱及可用於本發明之某些實施例中的 使用一支持垂片的一架總成。 修 10 第11A圖為第11圖之架框架及滑件總成之頂視圖； 第11B圖為第11A圖之垂片及塑膠插入物之另一圖式； 第11(1!圖顯不另一可延伸架框架； 第11D圖顯示第lie圖之一滾輪的另一圖； 第12圖顯示一架框架及其所備置用於本發明的某些實 15 施例中的第11圖之支持垂片； 第13圖顯示用於本發明的某些實施例中的一固鎖機 構； · 第14圖顯示用於本發明的某些實施例中的另一固鎖機 構； 20 第15圖顯示用於本發明的某些實施例中的另一固鎖機 · 構； . 第16圖顯示用於本發明的某些實施例中的另—固鎖機 構； 第17圖顯示用於本發明的某些實施例中的另一固鎖機 27 1224184 構； 第18圖顯示用於本發明的某些實施例中的一鬆開桿； 第19圖顯示用於，譬如，第3圖之實施例中的一槓鬆開 問機構， 5 第20圖顯示在打開位置下第19圖的桿鬆開閂機構； 第21圖顯示用於烤箱中的另一滑件架系統之平面圖； - 第22圖顯示用以架設一滑件至一烤箱空間中的另一平面 圖； 第23圖顯示苐22圖之架設桿的另一平面圖，· 鲁 > 第24圖顯示使用滑件架設至一鐵絲框架的一烤箱架，· 第25圖顯示用以架設一滑件至一鐵絲架的一夾； 第26圖顯示第25圖之夾的另一圖式； 第27圖顯示用以架設—滑件至-鐵絲架的另-夾； 第28圖顯示用以連接一烤箱架至-滑件總成的另一系統； 第29圖顯示第28圖之系統的前視圖。 【圖式之主要元件代表符號表】 11 底 27 後桿 13 側壁 29 側桿 15 架總成 31 間隙 17 架框架 33 間隙 19 架 35 突出部 21 滑件 37 坡度部 23 狹長突出部 39 架設裝置 25 前桿 41 輻板 28 1224184 43 側桿 45 附件 51 烤箱側壁 53 烤箱側壁 55 架框架 57 側桿 59 後桿 101 外元件 103 外元件 105 内元件 107中間輻板 109橫片 111 軸承凹槽 113 軸承 115 軸承凹槽 121 外表面 123 内表面 125 鉤 127接合部 129 彎曲接合部 151前桿 153後桿 155側桿 157支持桿 架桿 向内彎曲帶 第一滑件元件 第二滑件元件 第一C字形部 第二C字形部 第三滑件元件 長條材料 扁平部份 舌狀部 圓形前表面 孔徑 彎曲表面 後邊緣 垂片 水平構件 鉤 接合部 側壁 側壁 接合部 架 側桿 垂片 29 1224184 523 小柱 1405 第二部 525 滑動托架 1407 圓形前邊緣 527 長形孔 1601 弧形可彎曲長條 531 止擋部 1603 端 1121 架框架 1605 内元件抽屜滑件 1123 滑件 1607 軸承 1125 垂片 1611 外元件 1127 外邊緣 1613 凹口 1129 塑膠嵌入片 1615 垂片 1131 線性部 1617 長形孔徑 1133 延伸部 1701 可偏斜臂 1135 圓形前邊緣 1703 内元件輻板 1141 抓握夾 1705 鉚釘 1145 架框架 1707 彈簧 1147 滾輪 1709 垂片 1151 滾輪 1801 凸輪 1153 柱 1803 垂片 1155 架框架 1805 鬆開桿 1301 垂片 1901 臂 1303 滑件元件 1903 圓筒形柄 1305 孔徑 1907 L字形托架附件 1307 葉片彈簧 2001 桿 1401 彎曲部 2102 狹長突出部 1403 抽屜滑件元件 2104 滑件 1224184 2106 烤箱架 2108 螺釘 2110 後支持桿 2112 水平部 2114 桿 2116 前桿 2200 前桿 2202 狹長突出部 2204 滑件元件 2206 水平部 2208 彎曲部 2210 狹長突出部 2300 後桿 2302 滑件元件 2304 狹長突出部 2400 鐵絲框架 2402 滑件 2404 烤箱架 2406 前鉤 2408 後鉤 狹長突出部 切口部 平面部份 幸备板^一頂部 鉤的前方 向外彎曲前邊緣 突出部 平面部份 頂部 前邊緣 狹長突出部 切口 烤箱架 滑件 架設部 架設S形桿 架設部 容納部 滑件 容納托架 31An internal locking mechanism for the slider of Fig. 7 is shown in Fig. 9. This so-called internal lock is a detent in the fully retracted position in the oven. As shown in Fig. 20, a strip of material 201 is fixed to an inner portion of a spoke plate 103 of a slider element. The strip material includes a flat portion 205 fixed to the web, and a tongue portion 207 extending outwardly from the web at a small angle. One of the edges of the tongue portion is bent toward the web of the slider element to prepare a circular front surface 209. Due to the robustness of the material (metal in one embodiment), the tongue 15 1224184 can be used as a leaf spring. In operation, the tongue extends from the spoke plate of the slider element for a distance sufficient to contact a protrusion extending from the spoke plate of the encounter slider element toward the spring ring. When a protrusion is on the tongue, further movement of the drawer slide requires increased force. Similarly, in order to open the slider, 5 is required to pass the protrusion through the front edge of the tongue. Conveniently, the rounded front edge of the tongue allows the leaf spring to deflect without the projections catching the front edge of the tongue. In the slider of Fig. 7, the leaf spring is connected to the first slider element and the larger cross-sectional sheet of the second slider element. The projection is placed on the smaller cross-section of the third slider 10 element and the second slider element. Therefore, the smaller cross-section sheet, that is, the first portion of the intermediate slider element and the third slider element have similar designs, and the larger cross-section sheet, that is, the first slider element and the middle slider element have a similar design. Larger sections have similar designs. In addition, this configuration of the leaf springs and protrusions allows the detent to function in both the full end position and the middle position. Fig. 10 shows the slider outside lock mechanism of Fig. 7. The outer lock mechanism, similar to the inner lock mechanism, uses a leaf spring. However, the leaf spring of the outer lock mechanism includes a hole diameter 221 near the front edge of the tongue portion of the leaf spring. The front edge of the aperture includes a curved surface 223 and the rear edge 225 20 is a simple joint. A tab 227 is inserted into the web of the opposing slider element, and the tab is adapted to be positioned in the aperture of the blade. When the slider including the leaf spring is extended, the tab hits the front edge of the leaf spring, forcing the leaf spring downward, and a friction interface is provided. The tab then moves into the aperture, and the spring force of the leaf spring 16 1224184 allows the tab to move further into the aperture. Once in the aperture, the contact between the tab and the edge behind the aperture prevents the slider from further action. However, if a slider element is removed from the slider assembly, the groove extending to the front edge of the tongue portion outside the slider element allows the slider element to be easily removed. 5 Therefore, 'tabs and springs can also be used as locking devices. Now back to the detent device, the retraction of the slider requires the tab to slide on the ramp where the blade is impinging. The ramp is also equipped with a friction interface, thus stably supporting the slider in the extended position. Conveniently, the leaf spring is connected to a smaller slider and / or cross-section, while the 10 tabs are at the tabs of the front edge of the slider member having a larger cross-section. Therefore, the leaf spring and the tab are provided with an external lock and a locking mechanism. In the embodiment of Fig. 1, the holding of the rack frame in the oven is completed by using a curved side bar to make the rear bar contact another elongated protrusion. The contact of the rear lever and the end of the other elongated protrusion prevents the frame frame from moving forward. In this embodiment, the action of removing the rack frame from the oven is completed by tilting the assembly so that the plunger no longer contacts the other elongated protrusion. The nth figure shows another embodiment in which the tilt of the assembly is not used to remove the frame from the oven. Instead, the cymbal-tabs extend from the frame. The tab is adapted to contact a downwardly facing protrusion near the bottom of another elongated protrusion. The contact of the tabs with the protrusions of the narrow and long protrusions prevents the frame frame from moving forward. However, the helical plate extends from the frame at an angle, and is provided with the effect of elasticity, and the lobed plate forms a leaf spring. Pulling the assembly out of the oven with greater force causes the tabs to flex and pass over the protrusions on the elongated protrusions. In this way, the rack can be removed from the oven. 17 1224184 Figure 11A is a top view of the frame and the slider assembly of Figure 11. Therefore, the frame frame and the sliding member assembly include a frame 1121 and an associated sliding member 1123. It also includes tabs 1125 extending from the wire frame. The tab acts as a leaf spring against a side wall of an oven casing (not shown). In the embodiment shown in FIGS. 11A 5, an outer edge 1127 of the tab includes a plastic insert 1129. The insert is placed around the front edge of the tab near the oven wall housing. The plastic insert, in some embodiments, is a high-temperature plastic and is provided with a cushioning effect so as not to scratch the wall of the casing of the oven. Figure 11B is another figure 10 of the tab and plastic insert in figure 11A. As shown in FIG. 11B, the tab includes a first linear portion 1131 which is suitable for welding to a frame. An extension 1133 having a circular front edge 1135 is provided with a leaf spring effect. Around the rounded front edge is a plastic clip. The clip includes an arcuate surface to neatly rest against the rounded front edge of the tab. Two grip clips 1141 extend from the arc and are adapted to grip the front 15 edges of the tab. Figure 11C shows another extensible rack frame mounted in an oven using elongated protrusions along the side wall of the oven. The assembly shown in Figure lie includes a wire frame 1145 and connected sliders. A wire rack (not shown) for holding food, etc. is mounted to the slider. A roller 1147 is erected to the opposite edge of the erection frame. 20 The roller can be rotated so that when the rack frame is inserted into the oven housing, the roller rotates against the side wall of the oven housing. The material of the roller is preferably a high temperature plastic, such as PEEK. The roller is particularly practical if the narrow and protruding part on the side of the oven wall includes a friction interface or a detent to stably position the roller in the end stop supporting flat piece. This allows the roller to be stably positioned in the end stop. This 18 1224184 allows the frame attached to the slide to extend from the oven housing without moving the rack frame. FIG. 11D shows another diagram of the roller il51. The rollers are erected to a post 1153 connected to the frame 1155, and the post extends substantially from the frame. The rollers are erected horizontally around the column. Figure 12 shows a hanging piece extending from the frame. In the frame of Fig. 12, the frame includes front and rear portions adapted to be positioned on a narrow protrusion. A middle part of the side bar is next to the insert. A rod is connected to the insert. One end of the rod extends outward from the insert and forms a leaf spring. The front edge of the leaf spring is bent backward toward the 10 frames. In operation, the bent portion contacts a protruding portion protruding from the elongated protruding portion of the oven. The applied force when inserted into or pulled out of the oven causes the tabs and frame passing through the narrow protrusions to bend. Also shown in Fig. 12 is another method of erecting a frame to a slider. In the embodiment of Fig. 12, a flange is fixed to a part 15 of the frame. A plane formed by the flange free frame frame extends upward. The upwardly extending portion of the flange is fixed to a web of a draw slider. Fig. 13 shows a locking device used in some embodiments of the present invention. The locking device of FIG. 13 includes a tab 1301 inserted from a first slider element 1303, and the first slider element 1303 can be inserted into a leaf spring mounted on a spoke plate of another slider 20 element. 1307 has an aperture 1305. The device for locking the tabs is similar to the aforementioned tabs. Fig. 14 shows another blade vane that can be used in some embodiments of the present invention. As shown, the leaf spring includes a first curved portion 1401 extending outwardly from a drawer slider element 1403 mounted on the leaf spring, generally 19 parallel to a second portion 1405 of a drawer slider web. And a rounded front edge 1407. As shown, an aperture is positioned on a parallel portion of the leaf spring. Figure 15 shows another locking mechanism, which is very similar to the locking mechanism shown in Figure 13, but it also includes a rounded front edge of a leaf spring. 5 Figure 16 shows a locking mechanism for one of the three-element telescopic sliders that can be used in some embodiments of the present invention. The locking mechanism includes an arc-shaped bendable strip 1601 fixed at one end of the locking mechanism to an inner element drawer slide 1605. The inner element is connected to an intermediate element with a bearing 1607, and is sequentially connected to an outer element 1611. The curved strip includes a notch 1613 around the middle, and the notch 1 () is adapted to hook a hook tab (not shown) extending from the middle element. The bendable strip includes a curved front end forming a tab 1615 extending toward the spokes of the inner element. An elongated aperture 1617 is placed in the spokes of the inner element, and the tabs are positioned so that the bendable strips face the grooves of the spokes of the inner element to allow the tabs to pass through the apertures. The grooves of the bendable strip allow the notches on the bendable strip to pass undisturbed by tabs extending from the 15 intermediate element. Figure 17 shows a locking mechanism for one of the three-element telescopic drawer sliders. The locking mechanism includes @ 定 至-of the three-element drawer slide-inner element ㈣ · 1703 a tiltable arm 1701. The tiltable arm is fixed by a rivet 1705 = to the -end. -The spring 1707 is used to deflect the arm in the first position to catch the -20 drop 1709 on the middle element, keeping the slider in place. The telescopic slider suitable for the present invention has been discussed in detail. The telescopic slider is an embodiment having a fully extended slider. Those skilled in the art will recognize that other embodiments of fully extended sliders can also be used in the present invention. Figure 18 shows another release 20 1224184 cup that can be used with the features of the present invention. The remote release lever includes a cam 1801 extending outward from a fixed lock lever, and the contact of the cam and the release lever 1805 deflects the release lever. The cam includes an extension tab 1803 at the distal end to allow movement of the release lever. Fig. 19 shows another locking mechanism according to a feature of the present invention. The fixed-lock mechanism includes an arm 901. The arm is on one end of a cylindrical shank 1903. " The other end of the Hai handle includes a bar. Movement of the lever causes rotation of the handle and movement of the arm. The cylindrical handle is erected against the side of the L-shaped bracket attachment 1907, and the product is directed in front of the L-shaped bracket, so it is directed in front of the oven, and the arm is directed rearward. When the lever is in the first position, the arm extends below the L-shaped bracket, and the sub-frame abuts the rear end of a drawer slider (not shown) mounted on the L-shaped bracket. Movement in the forward direction, as well as the movement of the L-shaped bracket and related racks, are blocked by the contact of the arm and the rear of the drawer slide. Figure 20 shows the latch and assembly of Figure 19, with the lever 2001 positioned so that the arm is not behind the abutting drawer slide. In this position, the drawer slide can extend 15 degrees and the shelf extends from the oven. Once the shelf has been extended from the oven, as shown in Figure 20, the rod can be repositioned so that the arm abuts a portion of the drawer slide to lock the shelf in an extended position. Therefore, the lever arm and system of Figure 19 are suitable for a convenient locking mechanism of the assembly. Fig. 21 shows a 20 cut-out view including another extendable oven according to the present invention. The oven includes an oven space, and an elongated protrusion 2102 is provided on a side wall of the oven space. As in the other embodiments, the slider ⑽ is connected to the elongated protrusion. The slide supports an oven rack 2106 connected to the slide by a screw 2108, a rivet, or by a welding method, and the rack can use the slide to extend outward from the oven space. —Rear support bar 21_ For example, the connecting rod 21 is connected to the rear of the slider. The rear support rod is symmetrical with respect to it, and in the slider shown in FIG. 21, the details of the rod are omitted for easy understanding. As shown in FIG. 21, the rod includes _ which extends toward the rear of the oven space. Horizontal section 2112. The water 5 is adapted to be positioned under the elongated protrusion to prevent the rear rod from moving upward when the rod is extended. The -end of the rod 2H4 is bent upward. The end of the rod is adapted to wrap behind the narrow projection to restrict the rod from moving forward. The rod end is also connected to the spoke of the slider element. Therefore, the rod end blocks the unwanted extension of the slider from the oven space. However, by tilting the front edge of the slider up, the end of the rod can be offset to avoid the 10 narrow protrusions and allow the slider to move away from the oven space. The slider is supported on the elongated protrusion by a front rod 2116. The front rod is welded to a part of the spoke plate of the outer slider element. The rod is welded in a horizontal position along the length of the web. The pole includes a downwardly facing front edge which is adapted to contact the front 15 of the elongated protrusion of the oven space when it is positioned on the elongated protrusion. The rod extends into the path substantially along the length of the slider element. The joints between the rear and front bars and the elongated protrusions of the oven space are clearly shown in Figure 22. Figure 22 is a side view of the oven space where the oven wall is transparent. As shown in Fig. 22, a front bar 2200 is positioned on top of a narrow and protruding portion 2202. The front rod is connected to the spokes of the slider element 2204. The 20 front rod extends substantially along the length of the slider element and provides vertical support for the slider. A front edge of one of the front rods surrounds the front of the narrow protrusion of the oven, further blocking the slider from moving backwards. A rear lever includes a horizontal portion 2206. The horizontal portion is positioned under the oven narrow protrusion and is adapted to contact behind the oven narrow protrusion 2210. 22 2224184 The upper curved portion 2208 surrounds the rear of the narrow protrusion of the oven. The upward bend prevents the slider element from being pulled outwardly from the oven when the slider is extended. However, if the slider is inclined in the direction, the upwardly inclined portion can pass under the elongated protrusion and allow the slider to be removed. 5 The connecting rods that are suitable for contacting the narrow protrusions of the oven to connect the opposite sides of the part provide increased lateral support for the entire structure. When the length of the rear lever is large and the width of the oven space is on the body, the rear part of the slider and the part of the rod that meet the narrow and long protrusions maintain the positioning along the narrow and long protrusions, and do not self-help from the narrow or long protrusions. 10 Figure 23 shows the rear rod section and other details of the slider. As shown in Fig. 23, an upwardly bent portion of the rear lever 2300 is erected to a web of a slider element 230. A part of the rod also touches a rear edge of an oven narrow projection 2304. Figure 24 shows another extendable oven 5 wood connected to a wire frame. Some ovens use a wire frame in the oven space to support racks and other similar accessories. There are many reasons for using a wire frame, including maintaining a flat alpha on the i-side of the oven to allow air to circulate. As shown in Figure 24, the wire frame 2400 supports the opposite sides of an oven rack 2404. The wire frame includes relatively parallel vertical bars connected by cross bars. The wire frame is adapted to be erected to the opposite side wall of the oven space, while the oven frame spans the distance between the rain wire frames. The slider 2402 connects the oven rack to the wire frame. As shown, the sliders are side-by-side. The oven rack may, for example, have opposite sides of one of the slider elements each fused to the slider. The slider is supported by a cross bar of a wire frame. 23 1224184 ^ As shown in Figure 24,-the front hook 2 almost connects the sliders to the wire frame year =: Γ :, and a rear hook 2408 connects the sliders to the wire frame: horizontal trunk. To further secure the slider relative to the crossbar, the skeleton extends from the slider under the lever. In —Implementing money, and as shown, the narrow and long protrusions are similar to the lin frame ί — = ίο r 铁丝 ㈣r--vertical rod. Therefore =: Two pieces on the crossbar 'with further elongated projections. When cutting and baking _ extension, extending the saki piece rack will cause the slide and the rack to tilt forward. The narrow and long protrusions can hinder the rear of the material and the structure of the material. It is called the positioning axis of the whole earth. 15 Figure 25 Shows the pattern before the hook in Figure 24. As shown in the figure, the hook includes-a planar portion 2500 'which is suitable for the difficulty of fixing or otherwise fixed to the slider element-the top 25G2 is a flat portion ㈣, and the ㈣ and the flat portion form an L-shaped brain shape. The front of the hook 25_hangs from the top down to form a tab, and the front of the hook is mostly parallel to the plane. In some embodiments, the front of the 'hook includes a forward-curved front edge 2506 which is outward from the flat portion to make it easier to insert the crossbar into the fishing. 20 Figure 26 shows another version of fishing shown in Figure 25. M26_ shows that the front part of the hook is stretched with a piece of material to unravel the protruding part 2_ in the space between the front part and the front part. The protruding portion which can be formed by the embossing in front of the fishing can be used as a friction interface or material to maintain the crossbar in the hook and a snap-in support device is provided. Figure 27 is a diagram of the hook after Figure 24. As shown in the figure, the fishing includes a flat part, which is suitable for calling light plates from other materials to the sliding element 24 1224184 pieces. The flat portion shown in Fig. 24 is a substantially long rectangular flat plate. -The top 2702 extends from the-part of the flat part, and the top part and the flat part form the shape of an L-shaped bracket. As shown in Figure 27, the top is similar to the flat part-the front edge is elongated. Therefore, the L-shaped bracket formed by the top portion and the flat portion 5 faces only in front of the flat portion. A front edge 2704 is suspended from the top and the front edge is substantially parallel to the top, and the front edge is substantially parallel to the flat portion. The front edge, the top, and the flat portion form a U-shaped groove. The U-shaped groove is suitable for receiving the crossbar of the wire frame. An elongated protrusion 2706 extends from the rear of the planar portion. The elongated portion 10 extends in the same direction as the top, and the top looks like it extends from the front edge above the planar portion, and the elongated projection extends from the planar portion. Extend from below. The anterior edge of the elongated protrusion includes a notch 2708. The cutout is adapted to the vertical rods of each nanowire frame. Fig. 28 shows the mechanism of Fig. 15 for connecting the oven rack to the slider element. As shown in FIG. 28, an oven rack 2800 is connected to the side-by-side sliders 2802. The front pole of the baking photo frame has an erection 8-shaped pole 2806 connected to the front pole. The erection pole includes an erection portion 2804 that is fused to the bottom of the oven rack. An offset rod 2808 is connected to the erection portion by a bent portion. The offset portion is substantially flat against the front edge of the oven rack. The s-shaped rod is erected to the front rod of the slider 20 near the two sliders. Similarly, the S-shaped pole is also mounted to a rear pole of the oven rack. The offset portion is sized to fit into a receiving portion 2810 connected to the slider element. As shown in Fig. 28, the receiving portion is generally a U-shaped cutout or receiving portion in a bracket connected to one of the light plates of the slider. The bracket extends substantially along the length of the slider element, and a pair of 25 1224184 u-shaped cutouts or receptacles are provided behind the bracket. The cutout behind the bracket faces the opposite direction, i.e. the back is compared with the cutout in front of the bracket. Fig. 29 is another diagram showing the mechanism of Fig. 28. As shown in Fig. 29, an S-shaped lever is adapted to be connected to the side-by-side slider 5 2902 by a receiving bracket 2904. The receiving bracket is generally U-shaped, and an erection flange extends from the U-shape. The mounting flange is adapted to be welded or otherwise connected to the web of the slider element. A notch or receiving portion is included on one side of the U-shape, and is adapted to receive the offset lever. Therefore, the present invention prepares an oven rack assembly and an oven assembly 10. Although certain embodiments of the present invention have been disclosed above, their scope is only defined by the scope of patent applications. [Brief description of the drawings] Figure 1 is a partial plan view of an oven equipped with a rack assembly of the present invention; Figure 15 is a side view of an oven wall and a rack frame positioned on a narrow and protruding portion of the oven wall. View; Figure 3 is a perspective view of a side-by-side slider for an embodiment of a rack assembly; Figure 4 is a cross-sectional view of the side-by-side slider of Figure 3; Figure 5 is a slider that can be used with Figure 3 A slide attachment used together; 20 Fig. 5A shows another slide attachment that can be used for the slide of Fig. 3; Fig. 5B shows a slide attachment of Fig. 5A with a rack; Fig. 5C shows Figure 3D shows another slide accessory and a related frame; Figure 5D shows the frame and slide accessory of Figure 5C, where the frame is positioned at the appropriate position 26 1224184; Figure 6 shows the use of the present invention. An embodiment of a frame, FIG. 7 is a three-dimensional view of another slider used in the embodiment of the present invention, FIG. 8 is a cross-sectional view of the slider of FIG. 7; FIG. Fig. 10 shows a detent in the slide mechanism; Fig. 10 shows a detent outside the slide mechanism in Fig. 7; Fig. 11 shows an oven and can Used in certain embodiments of the present invention is a support tabs of a cartridge. Rev. 10 Figure 11A is a top view of the frame and slide assembly of Figure 11; Figure 11B is another diagram of the tab and plastic insert of Figure 11A; Figure 11 (1! An extensible frame; FIG. 11D shows another view of the rollers of FIG. 1E; FIG. 12 shows a frame and its support for use in FIG. 11 of some 15 embodiments of the invention Figure 13 shows a locking mechanism used in some embodiments of the present invention; Figure 14 shows another locking mechanism used in some embodiments of the present invention; Figure 15 shows Fig. 16 shows another locking mechanism used in some embodiments of the present invention; Fig. 16 shows another locking mechanism used in some embodiments of the present invention; Fig. 17 shows a locking mechanism used in the present invention Another locking mechanism 27 1224184 structure in some embodiments; FIG. 18 shows a release lever used in some embodiments of the present invention; FIG. 19 shows an embodiment for, for example, FIG. 3 One lever release mechanism in Fig. 5, Fig. 20 shows the lever release latch mechanism of Fig. 19 in the open position; Fig. 21 shows another mechanism for use in the oven. Plan view of the slide rack system;-Fig. 22 shows another plan view for erecting a slide piece into an oven space; Fig. 23 shows another plan view of the erection rod of Fig. 22, · Lu > Fig. 24 Shows an oven rack using a slider to a wire frame, Figure 25 shows a clip used to mount a slider to a wire frame; Figure 26 shows another drawing of the clip of Figure 25; Figure 27 Figure 28 shows another clip for erection-slider-to-wire rack; Figure 28 shows another system for connecting an oven rack to-slider assembly; Figure 29 shows a front view of the system of Figure 28 [Representative symbols for the main components of the figure] 11 bottom 27 rear rod 13 side wall 29 side rod 15 frame assembly 31 gap 17 frame frame 33 gap 19 frame 35 protruding portion 21 slider 37 slope portion 23 long and narrow projection 39 mounting device 25 Front rod 41 Spoke 28 1224184 43 Side bar 45 Attachment 51 Oven side wall 53 Oven side wall 55 Frame 57 Side bar 59 Rear bar 101 Outer element 103 Outer element 105 Inner element 107 Intermediate web 109 Transverse 111 Bearing groove 113 Bearing 115 bearing groove 121 outer surface 12 3 Inner surface 125 Hook 127 Joint 129 Bending joint 151 Front rod 153 Rear rod 155 Side rod 157 Support rod frame rod bent inward with first slider element second slider element first C-shaped portion second C-shaped portion Third slider element Strip material Flat portion Tongue portion Round front surface Aperture curved surface Rear edge tab Horizontal member Hook joint Side wall Side joint Frame side lever tab 29 1224184 523 Small post 1405 Second part 525 Slide Bracket 1407 Round front edge 527 Long hole 1601 Arc bendable strip 531 Stopper 1603 End 1121 Frame 1605 Internal element drawer slide 1123 Slider 1607 Bearing 1125 Tab 1611 Outer element 1127 Outer edge 1613 Notch 1129 Plastic insert 1615 Tab 1131 Linear section 1617 Long aperture 1133 Extension 1701 Tiltable arm 1135 Round front edge 1703 Inner element spoke 1141 Grip clip 1705 Rivet 1145 Frame 1707 Spring 1147 Roller 1709 Tab 1151 Roller 1801 Cam 1153 Post 1803 Tab 1155 Frame 1805 Release lever 1301 Tab 1901 Arm 1303 Slider element 1903 Cylindrical handle 13 05 Aperture 1907 L-shaped bracket attachment 1307 Leaf spring 2001 Rod 1401 Bend 2102 Slim projection 1403 Drawer slider element 2104 Slide 1224184 2106 Oven rack 2108 Screw 2110 Rear support rod 2112 Horizontal portion 2114 Rod 2116 Front rod 2200 Front rod 2202 Narrow projection 2204 Slider element 2206 Horizontal portion 2208 Curved portion 2210 Narrow projection 2300 Rear rod 2302 Slider element 2304 Narrow projection 2400 Wire frame 2402 Slider 2404 Oven rack 2406 Front hook 2408 Rear hook elongated projection cutout flat portion Fortunately, the front hook of the top hook is curved outward, the front edge is protruding, the flat part is the top front edge, the narrow protrusion is notched, the oven rack, the slider mounting portion is erected, the S-shaped rod mounting portion, the receiving portion, and the slider receiving bracket 31