M248216 五、創作說明（1) ' " — 【新型所屬之技術領域；] 本創作係關於一種機架結構，特別是一種機架承 執結構，該機架可依據欲承载之標的機體尺寸配合可 之承載板而將機架調整至適合承置標的機體之空間， 便該標的機體之滑移安裝。 力 【先前技術】 當之調-般都必需以適 固定式之機架結構雖然且固疋”载之標的機體。 載力大…等優點，但在某以及；構簡單、重量承 不符合實際之需求，因此會改二，固疋式之機架結構並 代該固定式之機架。 " 可调整式之機架結構來取 然而，可調整式之機架結 更有各種不同之結構設計。 口為不同場合之需求， 一次尺寸的調整即可將標的機^某些，合中，只需經過 =，有可能在經過尺寸的調整 以固定，而在另一場合 架、或是隨時將標的機體予傻，仍需隨時調整該機 =它場合中，又有可能需求；2離或是上架組裝，而 要有足夠的重量承載能力。 寸凋整的功能，又必需 口應各種不同之應用需求， 構之設計’例如滑軌式^有各種不同的可調整式 等。例如最常被使用之；調節螺絲、位置卡扣、 ρ疋先依據標的機體之長寬：:周整式機架結構中，大 乂兩片具有複數個孔洞的興凋正至某一機架空間之 J奴體部份A m &置之後，再以螺 M248216 五、創作說明（2) =:T帽等構件予以螺目’最後再以固定元件將標的機體 銷笨i機架中。此類之先前技術中，亦有使用卡扣栓、插 件來達到調整尺寸之目的者。而在先前技術中之滑站ϊί構中，則大都是以兩片具有滑執或滑槽之板體來單 純獒供標的機體之滑移功能。 平 【新型内容】 本創作所欲解決之技術問題 然而’在現有已知的可調整 會因為欲達到某一功能，而犧牲 f尺寸調整之方便性與承載力之 傳統的可調整式機架結構往往無 一舉例而言，在工業場合、電 經$使用之機架式電腦裴置之承 f便於電腦裝置之上架安裝，故 杀結構以滑執式結構予以取代， 裝操作時，能達到所需之簡便、 電腦尺寸寬度太寬且重量太重 =軌結構可供使用。而在其它之 符合所需之重量承恭 ’、 構，但卻喪失；上’而將該 I次夭了上糸安裝簡便、 於習用技術中各種不同之 性、機構穩固性、重量承載性、 性、操作安全性方面皆有ΐ缺失 式機架結 其它應有 大小兩個 法兼顧。 月句機房或 载結構設 大都將最 以使該電 快速的目 ’就很難 先前技術 機架結構 快速的功 機架設計 以及標的 ，故實有 構設計中，往往 的功能。特別是 重要議題方面， 模組式 計中， 傳統的 腦裝置 的。然 有合適 中，有 設計成 能。 對於調 機體安 架構等 為了要 固定式 在上架 而’如 的承栽 可能為 複雜的 整簡便 裝簡易 種M248216 V. Creative Instructions (1) '" — [Technical Field to which the New Type belongs] This creation is about a rack structure, especially a rack bearing structure, which can be matched according to the size of the target body to be carried. The supporting frame can be used to adjust the rack to a space suitable for receiving the target body, so that the target body can be slid and installed. Force [Prior technology] When it is adjusted, it is generally necessary to use a suitable fixed frame structure, although the target body is fixed. It has the advantages of large load capacity, etc., but the structure is simple and the weight bearing is not in line with reality Therefore, it will change to two, the fixed rack structure and replace the fixed rack. &Quot; Adjustable rack structure to take, however, the adjustable rack structure has a variety of different structures Design. The mouth is required for different occasions. One adjustment of the size can make the target machine ^ certain, and only needs to pass through = after the adjustment, it may be fixed after the adjustment of the size, or on another occasion, or at any time. If the target body is dumb, it still needs to be adjusted at any time. In other occasions, it may be required; 2 away or assembled on the shelf, and it must have sufficient weight carrying capacity. The function of inch size must be different. For the application requirements, the design of the structure 'such as the slide rail type has a variety of adjustable types, such as the most commonly used; adjustment screws, position buckle, ρ 疋 first according to the length and width of the target body :: week-type machine Frame structure, large After the two pieces with a plurality of holes are rising to the J slave body part A m & of a certain rack space, then the screw M248216 is used. V. Creation Instructions (2) =: T caps and other components for the screw order. Finally, the target body is pinned in the i-frame with the fixing element. In the prior art of this type, there are also those who use buckles and inserts to adjust the size. In the slide station structure of the prior art, In most cases, two plates with sliding or sliding grooves are used to simply slide the function of the target body. [New Content] The technical problem to be solved by this creation is, however, 'the existing known adjustment will be because To achieve a certain function, the traditional adjustable rack structure sacrificing the convenience and carrying capacity of f size adjustment is often without an example. In industrial occasions, the rack computer used by electricity f It is convenient to install the computer device on the rack, so the kill structure is replaced by a slide-type structure. The installation can achieve the required simplicity, the computer size is too wide and the weight is too heavy = the rail structure is available. In other Meet the required weight Gong ', structure, but lost; Shang', but this time I put it on. It is easy to install, different in the conventional technology, the stability of the mechanism, the weight bearing capacity, performance, and operation safety are all missing. There are other two methods that should be taken into consideration in the type rack structure. Most of the equipment room or load structure design will make the electricity fast. It is difficult to design and standard the fast power frame of the previous technology rack structure. In the design of the structure, often the functions. Especially in the important issues, the modular meter, the traditional brain device. Of course, there are suitable, there are designed to be able. For the adjustment of the body's security structure, etc., to be fixed on the shelf. For example, the planting may be complicated and simple.
第6頁 M248216 五、創作說明（3) 軌結構。 即是提供一種方便調整承載 ’該機架可依據欲承載之標 板而將機架調整至適合承置 一種機構穩固且重量承載力 架結構在完成調整及安裝之 可調整之功能而降低，其仍 〇 一種標的機體安裝簡易之機 只需以簡易之滑移操作即可 可兼顧前述各種特性之承載滑 緣此，本創作之主要目的 空間尺寸之機架承載滑軌結構 的機體尺寸配合可滑移之承載 標的機體之空間。 本創作之另一目的是提供 佳之機架承載滑執結構，該機 後，其結構穩定性並不會因為 具有良好及足夠的重量承載力 本創作之另一目的是提供 架承載滑執結構，該標的機體 結合在該機架空間中。 種標的機體操作安全性高 f體在上架安裝於該機架中 能達到安全操作之要求。 本創作之另一目的是提供 之機架承載滑軌結構，該標的 或由該機架中拆卸分離時，皆 本創作解決問題之技術手段 本創作為解決習知技術之問題所採用之 對應之垂直支架間設置一可滑移結人之笛文彳了亍权係在 承載板，$第二承載板之自由端係；分：5板及第二 在對應之第一承載板中。該各個=移地容置 尺寸配合第二承載板滑移結合在該第α的機體的 個垂直支架調整至適合承置標的機體之空間反由：J 載板與第一承載板承載標的機體之重量。該標的兩 M248216Page 6 M248216 V. Creative Instructions (3) Track structure. It is to provide a convenient way to adjust the load. The frame can be adjusted to a suitable mechanism for stabilizing a mechanism and the weight-bearing capacity of the frame structure can be adjusted according to the target board to be carried. 〇 A standard machine with a simple installation can take into account the various characteristics of the above mentioned bearing slide simply with a simple sliding operation. Therefore, the main purpose of this creation is the size of the rack bearing slide structure. The space to move the target body. Another purpose of this creation is to provide a good rack bearing slide structure. After this machine, its structural stability will not be because of its good and sufficient weight bearing capacity. Another purpose of this creation is to provide a rack bearing slide structure. The target body is incorporated in the rack space. The standard body has high operation safety. The f-body can be installed in the rack to meet the requirements of safe operation. Another purpose of this creation is to provide a rack bearing slide structure. When the subject is removed or separated from the rack, it is the technical means of solving the problem in this creation. A slidable articulate flute is arranged between the vertical brackets, and the weight is tied to the bearing plate, the free end of the second bearing plate; points: 5 plates and the second in the corresponding first bearing plate. The size of each place is adjusted with the sliding of the second bearing plate and the vertical brackets combined with the α-th body are adjusted to the space suitable for the target body. The reason is: J carrier plate and the first carrier plate bear the target body. weight. The target two M248216
件，#由該滑動構件使該標的機體 可滑移於该第一承載板之滑槽。 照先前技術之 本創作之機架 本創作對 由於 移結合之第一承載板及 機架可依 輕易地將 構穩定性 及足夠的 只需以簡 裝或拆卸 出。相較 件來承載 術所能達 本創 果及目的 步之說明 據欲承 機架調 並不會 重量承 易之滑 過程中 於習用 標的機 到。 作所採 之原理 載之標 整至適 因為可 載力。 移操作 ’該標 技術中 體之技 用的具 ，將藉 功效 結構在 弟二承 容置在 的機體 合承置 調整之 再者， 即可結 的機體 ，以單 術，本 對應之垂直 載板，該第 對應之第一 尺寸配合可 標的機體之 功能而降低 在標的機體 合在該機架 可平順滑移 純的滑轨或 創作之上述 支架間 一承載 承載板 滑移之 空間， ’其仍 之上架 空間中 ，而不 滑槽或 功能皆 設置可滑 板之自由 中，故該 承載板而 並且其結 具有良好 安裝時， ，且在安 會中途脫 是單純板 非習用技 體結構设计、以及如何達到上述效 由以下之實施例及附呈圖式作進一 【實施方式】 參聞® 本創作機ί 一圖所示，其係顯示一標的機體可滑移組裝在 的機體蛊ί承載滑軌結構之立體圖’而第二圖係顯示該標 /、機架承載滑軌結構分離時之立體分解圖。本創作Pieces, # The sliding member allows the target body to slide to the chute of the first bearing plate. The frame created according to the previous technology. The original design of the first carrier plate and the frame combined with the relocation can easily and stably have sufficient structural stability, which can be simply assembled or disassembled. Comparing the pieces to carry the technical achievements and the purpose of the step-by-step instructions According to the intended adjustment of the frame, the weight will not slip during the process of the conventional target machine. The principle adopted is set to the appropriate standard because of the load capacity. "Movement operation" The technology of the body in this standard technology will be adjusted by the function structure in the body placed in the second brother, and then adjusted, and the body can be set up by single operation, which corresponds to the vertical load. Board, the first corresponding size corresponding to the function of the target body can reduce the space between the target body and the rack that can slide smoothly on the slide rail or the above-mentioned bracket to create a space for carrying the sliding board. Still in the upper shelf space, without sliding grooves or functions are provided in the freedom of skateboarding, so the load bearing plate and the knot have a good installation, and in the midway of the conference is simply a non-conventional technical structure design, And how to achieve the above-mentioned effect is further improved by the following examples and attached drawings. [Embodiment] Participants® This creative machine is shown in the picture below, which shows a standard body that can be slid and assembled. A perspective view of the rail structure 'and the second figure is an exploded perspective view of the standard / frame with the slide rail structure separated. This creation
第8頁 M248216 五、創作說明（5) ' 之機架承載滑軌結構包括有二支對應之前側垂直支架丨1、 1 la以及二支對應之後側垂直架柱丨2、丨2a，四支垂直支架 11、11a、12、12a形成一安裝空間，以因應一標的機體4 所需之安裝空間。各垂直支架丨丨、丨丨a、丨2、丨2a皆設有數 個螺孔，每一個螺孔間係相隔一適當距離。例如第三圖所 不，其係顯示第一圖中A圈示部份之擴大視圖，其顯示該 垂直支架11設有數個螺孔111，每一個螺孔丨u間相隔一適 當距離。 位在同側之前後垂直支架丨丨、1 2間配置有一第一承載 板2以及一第二承載板3，其中該第二承載板3可滑移地結 合在該第一承載板2之内側面。該第二承載板3主要係包括 有一板狀本體31，並在該板狀本體31之前端具有一垂直方 向之固定板32 ’該固定板32具有數個貫孔321，可供一螺 固元件（未示）通過該固定板32之貫孔321而螺固於該垂直 支架11之對應螺孔111中，以將該第二承載板3之前端（固 定端）固定在該垂直支架11之預定高度處。 相同地，該第一承載板2之後端（固定端）亦具有一固 定板21，可藉由習知之螺固元件將該第一承載板2之後端 固定於該後侧垂直支架1 2之預定高度處。 該第一承載板2以及一第二承載板3之自由端係呈前後 對應，且第二承載板3可滑移地容置在該第一承載板2之内 側面。亦即，该第二承載板3之自由端係可相互對準滑移 谷置在對應之第一承載板2之自由端。因此，當在實際之 應用時，使用者可依據標的機體4實際所需之長寬尺寸調Page 8 M248216 V. Creative Instructions (5) The rack-mounted slide rail structure includes two vertical support brackets corresponding to the front side 丨 1, 1 la and two vertical support columns corresponding to the rear side 丨 2, 丨 2a, four The vertical brackets 11, 11a, 12, 12a form an installation space to meet the installation space required by a standard body 4. Each vertical bracket 丨 丨, 丨 丨 a, 丨 2, 丨 2a is provided with several screw holes, and each screw hole is spaced at an appropriate distance. For example, in the third figure, it shows an enlarged view of the circled part A in the first figure, which shows that the vertical bracket 11 is provided with a plurality of screw holes 111, and each screw hole 丨 u is separated by an appropriate distance. A first bearing plate 2 and a second bearing plate 3 are arranged between the front and rear vertical brackets on the same side. The second bearing plate 3 is slidably combined with the first bearing plate 2. side. The second supporting plate 3 mainly includes a plate-shaped body 31, and a fixing plate 32 in a vertical direction is provided at the front end of the plate-shaped body 31. The fixing plate 32 has a plurality of through holes 321 for a screwing component. (Not shown) is screwed into the corresponding screw hole 111 of the vertical bracket 11 through the through hole 321 of the fixing plate 32 to fix the front end (fixed end) of the second carrier plate 3 to the vertical bracket 11 At height. Similarly, the rear end (fixed end) of the first bearing plate 2 also has a fixing plate 21, and the rear end of the first bearing plate 2 can be fixed to the rear vertical bracket 12 by a conventional screwing element. At height. The free ends of the first load-bearing plate 2 and a second load-bearing plate 3 correspond to each other, and the second load-bearing plate 3 is slidably accommodated on the inner side of the first load-bearing plate 2. That is, the free ends of the second bearing plate 3 can be aligned with each other and the valleys are placed at the free ends of the corresponding first bearing plates 2. Therefore, when in actual application, the user can adjust the length and width dimensions according to the actual needs of the target body 4.
M248216 五、創作說明（6) 一 、1 2、1 2 a間之距離之後，並配 以1載#之對準滑移操作而形成承 、承_载該標的機體之重量。第四圖 第一承載板3、與標的機體4間結 整好四支垂直支架11 合該第一承載板2與第 載及滑移之承架結構 顯示了該第一承載板2 合關係之剖示圖。 而標的機體4之結構設計方 右兩側壁分別設有複數個水平方h $係在該標的機體4之左 -個滑動構件5乃包括有置之滑動構件5，每 52，該固定螺柱51可固定在該 ^及一螺柱擴大端 參閱第五圖所…係顯體4之側壁。 壁配置有固定螺柱51、滑動環53本=。票的機體4之侧 圖’而第六圖係顯示該滑動構件5 口，盍54之立體分解 53、螺合端蓋54分離時之立體^解之圖固，螺、柱51_、滑動環 螺柱51之一端凸伸出標的機體4 如圖所:’該固定 具有一中央孔531、以及一形成在兮取去 衣 承置凸環532。一螺合端蓋54;;;=二=:面之 凸環541，並在該套置凸環541中形成 套置 該滑動構件5時，係首先以滑動環53螺孔5=。在組立 螺固於該螺柱51。如此即可使滑 J\ 41之螺孔542 的機體4之側壁面，並且使得該滑動穩固地結合在標 合端蓋54之套置凸糊之外環= 第七圖係顯示第-圖中左側之垂直支架ua、i2a以及 M248216 五、創作說明（7) 兩者垂直支架間第一承載板2a、第二承載板3a配置關係之 立體分解圖，第八圖係顯示第七圖中B圈示部份之擴大視 圖，而第九圖係顯示第七圖中c圈示部份之擴大視圖。該 垂直支架11 a上同樣設有數個螺孔丨丨丨a，而在該第二承載 板3a之板狀本體31&前端具有一垂直方向之固定板“a，該 固定板32a具有數個貫孔321a，可供一螺固元件（未示）通 過《亥固定板32a之貝孔321a而螺固於該垂直支架〗la之對應 螺孔11 la中。在该第二承載板3a之板狀本體“a開設有一 滑槽33a，其滑槽33a之方向係沿著該板狀本體3ia之長軸 方面而延伸。當標的機體4滑移容置於左右兩個第二承載 板3、3a时，標的機體4兩側壁之滑動構件5恰可以其滑動 環53之承置凸環532分別承置在該左右兩個第二承&板3、 槽33、33a之底緣。故使得該標的機體4可以該第二 承載板3、3a之滑槽33、33a作為滑移導引結構而滑移。 ㈣Ϊ 1該第一承載板2a與第二承載板3a間之自由端之容 ίΐί'ϊ係方面（參閱第九圖所示），在該第-承載板2a之 板狀=體22^頂緣23a及底緣24a係形成u形斷面之導引結 j &八可在第一承載板3 a之板狀本體3 1 a對準滑移容置於 ^ β λ t載板23時，使第二承載板3a之板狀本體31a之頂 、表及底、，彖可滑移於該第一承載板2a之内側壁。 冰％ ^ Ϊ ’在該第—承載板2a之板狀本體22a形成有一向 = 之槽體板面25a，其位置恰對應於該第二承載板 3=狀本體31a之滑槽咖方向及位置。該槽體板面❿ 铽向外凸出之空間區段恰可供標的機體4側壁之滑動構件5 M248216 五、創作說明（8) -- 在容置及滑移於第二承載板3a之滑槽33a時，提供該滑動 構件5之容置及滑移空間。 此外’在該第二承載板3a之内側壁鄰近於該滑槽33a 之頂緣及底緣位置處，分別設有數個列置之辅助輪34&， 可使該標的機體4之滑動構件5在容置及滑移於第二承載板 3a之滑槽33a時’ II由該輔助輪仏而使該滑動構件$得以 藉上述之本創作實施例可知，本創作之機_ |韶、# ?=:以使得本創作應用在不同之應用場 二:故嫌所提供之機架承載滑軌結構確能2: 固性、高承載力及調節簡便之俱η :作月b兼備結構私 機體時，只需以簡易之滑 二^ 一上条安裝該標的 該機架空間中，且在安梦f 、p可將該標的機體結合在 順滑移，而不會中途脱^〆卸過耘中，該標的機體可平 較佳之實用性，故本創：極=習用技術’本創作確具 惟以上之實雜：! 具產業上之利用價值。 二技術者當可依據本：例說 而作其它種種之改良及變化。麸4 ^邗之上述貫施例說明 所作的種種改良及變化，者二、而這些依據本創作實施例 定之專利範圍内。 田 於本創作之新型精神及界 圖式簡單說明 【圖式簡單說明】 第一圖係顯示一標的# 軌結構之立體圖； 月皰裝在本創作機架承 第一圖係顯示該標的機體斑機加 體^解圖； /、木承载滑軌結構分離時之立 第二圖係顯示第-圖中A圈示部々、 第四圖顯示本創作第_ 々之擴大視圓； 間結合關係'之爿$目；戰板、第二承載板、與標的機體 ，五，係顯示在標的機體之 核、螺合端蓋之立體分解圖；配置有口疋螺柱、滑動 係顯示該滑動構件之固 为離時之立體分解圖· 累柱π動％、螺合端蓋 第第中左側之垂直支架以及第-承載板、 第八圖係顯m":之立體分解圖； @ 4 二第七圖中B圈示部份之擴大視圖； 回糸顯示第七圖中C圈示部份之擴大視圖。 圖式各元件符號之說明： 11、11 a 垂直支架M248216 V. Creation Instructions (6) 1. After the distance between 1, 2, 1 and 2 a, and with the 1 slip # alignment slip operation, the weight of the bearing body is formed. In the fourth figure, the first load bearing plate 3 and the target body 4 are connected to form four vertical supports. The first load bearing plate 2 and the load bearing and sliding frame structure show the combination of the first load bearing plate 2 Sectional view. The structure design of the target body 4 is provided with a plurality of horizontal squares on the right and two side walls, respectively. The sliding members 5 are located on the left side of the target body 4 and each includes a sliding member 5. Each 52, the fixed stud 51 It can be fixed on the ^ and an enlarged end of the stud. See the fifth figure ... the side wall of the display body 4. The wall is provided with a fixed stud 51 and a sliding ring 53. The side view of the ticket body 4 'and the sixth figure shows the sliding member 5 ports, the three-dimensional disassembly 53 of the 盍 54, and the three-dimensional solution when the screwed end cap 54 is separated, the screw, the column 51_, and the sliding ring screw One end of the pillar 51 protrudes from the labeled body 4 as shown in the figure: 'The fixing has a central hole 531, and a protruding-receiving ring 532 formed to remove the clothes. A screwed end cap 54 ;;; = two =: a convex ring 541 on the surface, and a sleeve ring 5 is formed in the sleeve convex ring 541. The sliding ring 53 is first screwed with the screw hole 5 =. The studs are screwed to the studs 51 during assembly. In this way, the side wall surface of the body 4 of the screw hole 542 of the sliding J \ 41 can be made, and the sliding can be firmly combined with the outer ring of the sleeve of the standard end cover 54. The seventh diagram is shown in the first diagram. Vertical brackets ua, i2a, and M248216 on the left V. Creation instructions (7) An exploded perspective view of the arrangement relationship between the first bearing plate 2a and the second bearing plate 3a between the two vertical brackets. The eighth figure shows the circle B in the seventh figure The enlarged view of the portion is shown in the ninth figure, and the enlarged view of the circled portion in c in the seventh figure is shown in the ninth figure. The vertical bracket 11 a is also provided with several screw holes 丨 丨 丨 a, and the front end of the plate-shaped body 31 & of the second carrier plate 3a has a vertical fixing plate "a", and the fixing plate 32a has several continuous holes. The hole 321a can be used for screwing a screw element (not shown) into the corresponding screw hole 11a of the vertical bracket 1a through the hole 321a of the fixing plate 32a. In the plate shape of the second bearing plate 3a The body "a" is provided with a sliding groove 33a, and the direction of the sliding groove 33a extends along the long axis of the plate-shaped body 3ia. When the target body 4 is slidably accommodated in the left and right two second bearing plates 3, 3a, the sliding members 5 on the two side walls of the target body 4 can be accommodated in the left and right two of the sliding rings 53 respectively Bottom edge of the second bearing & plate 3, grooves 33, 33a. Therefore, the target body 4 can be slid with the sliding grooves 33 and 33a of the second bearing plate 3 and 3a as a sliding guide structure. ㈣Ϊ 1 The capacity of the free end between the first load bearing plate 2a and the second load bearing plate 3a (see the ninth figure), in the plate shape of the first load bearing plate 2a = body 22 ^ top edge 23a and bottom edge 24a are guide knots forming a u-shaped cross section. When the plate-shaped body 3 1 a of the first carrier plate 3 a is aligned with the sliding capacity and placed on the carrier plate 23, The top, surface, and bottom of the plate-shaped body 31a of the second bearing plate 3a can be slid on the inner side wall of the first bearing plate 2a. Ice% ^ Ϊ 'The plate-shaped body 22a of the first bearing plate 2a is formed with a groove plate surface 25a, whose position corresponds to the direction and position of the chute of the second bearing plate 3 = like body 31a. . The space section of the slot plate surface ❿ 铽 just outside can be used for the sliding member 5 on the side wall of the target body 5 M248216 5. Creation instructions (8)-the slide of the second bearing plate 3a in the housing and sliding When the groove 33a is provided, a space for accommodating and sliding the sliding member 5 is provided. In addition, 'the inner side wall of the second bearing plate 3a is adjacent to the top edge and the bottom edge of the slide groove 33a, and a plurality of auxiliary wheels 34 & are arranged respectively, which can make the sliding member 5 of the target body 4 in When accommodating and sliding in the sliding groove 33a of the second bearing plate 3a, the auxiliary member is used to make the sliding member $. According to the above-mentioned embodiment of the present invention, it can be known that the mechanism of this creation_ | 绍 、 #? = : In order to make this creative application in different application fields 2: It is suspected that the rack bearing slide rail structure provided is indeed capable of 2: solidity, high bearing capacity and easy adjustment η: When it is used as a private body with both structures, You only need to install the target in the rack space with a simple slide, and you can combine the target body in a smooth slide in Anmeng f, p, and it will not fall off in the middle. The target body can be flat and better in practicability. Therefore, the original creation: extreme = customary technology. This creation does have the above subtleties:! It has industrial use value. The two technicians should make other improvements and changes based on this example. The above-mentioned embodiment examples of bran 4 ^ 邗 illustrate various improvements and changes made, and the second, and these are within the scope of patents based on this creative embodiment. A brief explanation of the new spirit and boundary diagrams created by Tian Yuben [Simplified diagrams] The first diagram is a three-dimensional view showing a standard # rail structure; the first diagram of the moon blister installed in this creative rack shows the target body spot Mechanical drawing ^ Solution; /, the stand when the structure of the wooden bearing slide is separated. The second picture shows the circle A in the figure-Figure 4, and the fourth figure shows the enlarged view circle of the _ 々 in this creation; '之 爿 $ 目; war plate, second bearing plate, and the target body, five, is a three-dimensional exploded view showing the core of the target body, screwing end caps; equipped with mouth studs, sliding system showing the sliding member The solid is the exploded perspective view of the time of departure. The cumulative column π movement%, the vertical bracket on the left side of the screw cap end and the first-bearing plate, and the eighth figure are exploded perspective views of the m ":; The enlarged view of the circled part in the seventh figure; the echo shows the enlarged view of the circled part in the seventh figure. Explanation of symbols of each component of the drawing: 11, 11 a vertical bracket
螺孔 垂直支架 第一承載板 固定板 板狀本體Screw hole Vertical bracket First load plate Fixing plate Plate-shaped body
第13頁 M248216 圖式簡單說明 23、23a 頂緣 24、24a 底緣 25、25a 槽體板面 3、3 a 第二承載板 31、31a 板狀本體 32、32a 固定板 321 、 321a 貫孔 3 3、3 3 a 滑槽 34a 輔助輪 4 標的機體 5 滑動構件 51 固定螺柱 52 螺柱擴大端 53 滑動環 531 中央孑L 532 承置凸環 54 螺合端蓋 541 套置凸環 542 螺孔Page 13 M248216 Brief description of the drawings 23, 23a Top edge 24, 24a Bottom edge 25, 25a Slot body surface 3, 3 a Second load plate 31, 31a Plate-shaped body 32, 32a Fixing plate 321, 321a Through hole 3 3, 3 3 a Chute 34a Auxiliary wheel 4 Standard body 5 Sliding member 51 Fixed stud 52 Stud enlarged end 53 Slip ring 531 Central 孑 L 532 Receiving convex ring 54 Screwed end cover 541 Nesting convex ring 542 Screw hole
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