M343187 八、新型說明： 【新型所屬之技術領域1 本創作有關於一種機殼调整結構，尤指一種用於路由 器之機殼調整結構，透過調整機殼改變容置空間之體積， 以容許各種不同尺寸之電路板置入容置空間内。 【先前技術】 按，如第1圖所示，習用之路由器機殼結構1Q主要 是由一第一上蓋體11及一第一下蓋體12所組成。第一上 蓋體11及第一下蓋體12之間包覆有一第一容置空間13，M343187 VIII. New Description: [New Technology Field 1) This creation relates to a casing adjustment structure, especially a casing adjustment structure for a router, which can change the volume of the accommodation space by adjusting the casing to allow for various differences. The size of the circuit board is placed in the accommodating space. [Prior Art] According to Fig. 1, the conventional router casing structure 1Q is mainly composed of a first upper cover body 11 and a first lower cover body 12. A first receiving space 13 is wrapped between the first upper cover 11 and the first lower cover 12,
教形成一第一背板開口 14。於是，便可將路由器之一第〆 電路板15置入第一容置空間13内，並透過一第一背板16 以遮蓋第-背板開π 14。第-背板16設有複數個第一接 點開孔161以供外部線路與第一電路板15連線。 ▲廠商在研發路由器時，通常會針對不同需求之客戶設 計有不同功能之路由器。對於兩種不同型號之路由器，蔣 異備有不同尺寸之第-電路板15及一第二電路板扛仓 ，為配合第-電路板15及第二電路板25以設計符= 由器機殼結構（10、20) ’必須備置有第—上蓋體u、—Μ 二上蓋體2卜第-下蓋體12 一第二下蓋體22、第 板16及-第二背板26。第一上蓋體u、第一 月 及第-背板16之組合方式如前所述，同理，第二上甚 21可與第二下蓋體22級合叫γ第二容置空間13= %成-第二背板開口 24，而第二背板26則符合第二背板 4 M343187 =口 24之面積並用以遮蓋之。第_容置空間u可將第一 =15容置於内’而第二容置空間23可將第二電路板 25容置於内。 电給极 同理，當具備有超細種之乡種尺寸的電路板時，便 兩相對備置有對應數量之各部分機殼結構。 【新型内容】 ，創作之主要目的，在於提供—種機殼調整結構，藉 二二一調整側蓋套設至主體之至少-開口處，並改i 空間的體積可改變，以容許各種不==之主體内之容置 =作之次要目的，在於提供—種機殼調 由將至少-調整側蓋套設至主體之至再猎 ，側蓋相對於主體之位置並卡合，使狀^内二^ 二：積:ΓΓ以容許各種不同尺寸之電路板置入容 工間内，達成降低製作機殼零件模具之工時的目的。 本創作之又-目的，在於提供—種機殼調整結構，藉 將至J/ -雜側蓋套設至主體之至少―開口處，並改變 調整侧蓋相躲域之位置並卡合，使得之主體内之容置 工間的體積可改變’以容許各種不同尺寸之電路板置入容 置空間内，達成簡化整個製作流程，改善機構設計人員之 工作負荷，並節省成本上的支出。 本創作之又一目的，在於提供一種機殼調整結構，其 M343187 主體可設有至少一主體固定件，且調整側蓋亦相對設有至 少一調整侧蓋固定件，以將電路板穩固設置於容置空間内 〇 為此，為達成上述目的，本創作提供一種機殼調整結 構，主要包括有：一主體，包括有一上蓋體及一下蓋體， 上蓋體與下蓋體彼此接合，以形成一容置空間，並於主體 之旁侧形成至少一開口，其中，上蓋體包括有複數個上蓋 體調整單元，各上蓋體調整單元設置於一上蓋體表面，而 下蓋體則包括有複數個下蓋體調整單元，各下蓋體調整單 元相對上蓋體調整單元以設置於一下蓋體表面；及至少一 調整侧蓋，包括有複數個侧蓋調整單元，各侧蓋調整單元 相對上蓋體調整單元及下蓋體調整單元以分別設置於調整 侧蓋之一第一表面及調整侧蓋之一第二表面，使得調整側 蓋套設至開口時，各侧蓋調整單元分別與上蓋體調整單元 及下蓋體調整單元卡合。 又，為達上述目的，本創作提供一種機殼調整結構， 主要包括有：一主體，包覆有一容置空間，並於主體之旁 侧形成至少一開口，且主體包括有至少一調整單元，調整 單元設置於一主體表面；及至少一調整側蓋，包括有至少 一側蓋調整單元，側蓋調整單元相對調整單元以設置於調 整側蓋之一侧蓋表面，使得調整側蓋套設至開口時，侧蓋 調整單元與調整單元卡合。 【實施方式】 M343187 首先，請同時參閱第2圖至第3圖，如圖所示，本創 作之機殼調整結構30主要包括有—主體31及複數個調整 侧蓋32(本實施例中以兩個為較佳）。主體31由-上蓋體 311及一下蓋體312彼此接人而少 置空間313，並於主體夂體31内形成有一容 實施射叫㈣祕）。_^=成減侧口314(本 ;上盍體mi包括有複數個上蓋 Γ 蓋體調整單元315設置於一上蓋體 表面316,而下蓋體312則包 317(第2圖之圖中顯示—、#、目職1u卜盍m早兀 元3Π相對上蓋體調整單各下蓋體調整單 318(如第3圖所示）。各，敕 Μβ又置於下盍體表面 整單元32卜各侧蓋，敕Γ侧盍32 &括有複數個侧蓋調 训及下蓋體調整單321相對於上蓋體調整單元 . . W，而分別設置於調整侧蓋32之 第3圖所示）及調整蓋32 一 面323(如第3圖所示）。 以之弟一表 故’如第4圖至第於一 套設至開Π⑽，如第當各調整侧蓋32分別 32相對於域31(如第m示）時，藉由改變調整侧蓋 ㈣單元⑽，Μ 3 2 之位置，錢過各側蓋 , ^ 0 m弟3圖所示）分別與上蓋體調整單元 士人θ所不）及下蓋體調整單元（317，如第2圖 所I〜使得容置空間（313，如第2圖所示）之體積可 改)k€:CJ不同尺寸之—電路板(33，如第2圖所 不)置“置空間(313，如第2圖所示)内。 餐用之路由器機喊結構do、20)針對每-型號之路由 M343187 器皆需備置有上蓋體（11、21)、下蓋體（12、22)及背板 (16、26)三個機殼零件，當具有兩種不同尺寸電路板（15 、25)之路由器時，習用之路由器機殼結構（10、20)就必 須備置有六個機殼零件，其餘依此類推。與習用之路由器 機殼結構（10、20)相比，本創作之機殼調整結構30僅需 備置有上蓋體311(如第5圖所示）、下蓋體312(如第5圖 所示）及兩個調整侧蓋32即可供各種不同尺寸之電路板 (33，如第2圖所示）置入容置空間（313，如第2圖所示） 内，除了可減少機殼零件之使用量之外，亦可因減少開模 之數量而降低製作機殼零件模具之工時，簡化整個製作流 程，改善機構設計人員之工作負荷。 同時，減少機殼零件之使用量亦代表減少生產物料的 使用，以節省成本上的支出。 通常，兩個調整侧蓋32之外觀及構造皆一致，差別 僅在使用方向的不同，故，僅就機殼零件製作過程而言， 本創作之機殼調整結構30在開模之模具數量上尚可減少 至三個開模之模具（上蓋體製作模具、下蓋體製作模具及 調整側蓋製作模具），而習用之路由器機殼結構（10、20) 則至少需要四個開模之模具（每一尺寸之電路板各需兩個 開模之模具），於是可節省成本上的支出。 請再次參閱第2圖至第3圖，上蓋體調整單元315、 下蓋體調整單元317及侧蓋調整單元321可由各種不同之 結構實施，而達成卡合之目的，例如：上蓋體調整單元 315、下蓋體調整單元317及侧蓋調整單元321可為一調 8 M343187 整式卡勾結構，上蓋體調整單元315、下蓋體調整單元 317及側蓋調整單元321皆包括有複數個卡勾體34(如第 3圖所示）以供卡合。故，當各調整侧蓋32分別套設至開 口 314時，可透過卡勾體34(如第3圖所示）彼此卡合，讓 調整側蓋32可固定於開口 314處。 於本創作其中一實施例中，在上蓋體表面316之兩侧 分別設置有多個上蓋體調整單元315，例如：上蓋體表面 316之兩側可分別設置有兩個上蓋體調整單元315，故上 蓋體表面316將總共設置有四個上蓋體調整單元315，如 第2圖所示。上蓋體表面316之兩侧亦可僅分別設置有一 個上蓋體調整單元315，故上蓋體表面316將總共設置有 兩個上蓋體調整單元315，亦可達成卡固調整側蓋之目的 者’如第6圖所示。下蓋體調整單元317及侧蓋調整單元 321則相對於上蓋體調整單元315設置，於此則不加贅述 〇 本創作之機殼調整結構30尚包括有一背板35(如第2 圖所示），且主體31包括有一背板開口 319(如第2圖所示 )’背板35(如第2圖所示）設置於背板開口 319(如第2圖 所示）處以遮蓋背板開口 319(如第2圖所示），並於背板 35(如第2圖所示）開設有複數個接點開孔351 (如第2圖所 不）°藉此，以供外部線路與容置空間313内之電路板33( 如第2圖所示）連線。 者板35(如第2圖所示）尚可設有至少一天線352(如 第2圖所示），電路板33(如第2圖所示）與天線352(如第 M343187 2圖所不）電性連接，佶 L 安使侍设置於容置空間313内之路由 為的電路板33(如第？岡於一、_去 / 辦一 J圖所不）可透過天線352(如第2圖 厅不)進行無線網路之通訊協定。 ±請同時參閱第7圖至第8圖，如圖所示，本創作之機 设调整結構50亦可僅設有—個機舰52，以將不同尺 寸之電路板33容置於容置空間513内，可敎述如下：The teaching forms a first backing plate opening 14. Thus, one of the routers of the second circuit board 15 can be placed in the first accommodating space 13 and passed through a first back plate 16 to cover the first-back plate opening π 14 . The first backplane 16 is provided with a plurality of first contact openings 161 for connecting external lines to the first circuit board 15. ▲When manufacturers develop routers, they usually design routers with different functions for customers with different needs. For two different types of routers, Jiang has a different size of the first circuit board 15 and a second circuit board, in order to match the first circuit board 15 and the second circuit board 25 with the design = the chassis structure ( 10, 20) 'The first upper cover body u, - Μ two upper cover body 2 - the lower cover body 12, the second lower cover body 22, the second lower cover body 22, and the second back plate 26 must be provided. The combination of the first upper cover u, the first month and the first back plate 16 is as described above. Similarly, the second upper 21 can be combined with the second lower cover 22 to γ the second accommodating space 13= The second back plate 26 conforms to the area of the second back plate 4 M343187 = port 24 and is used to cover it. The first accommodating space u can accommodate the first = 15 and the second accommodating space 23 can accommodate the second circuit board 25. In the same way, when there is a circuit board with an ultra-fine seed size, a corresponding number of parts of the casing structure are provided. [New content], the main purpose of the creation is to provide a kind of casing adjustment structure, adjust the side cover to the at least the opening of the main body by the 22, and change the volume of the i space to change, so as to allow various = = The accommodation within the main body = the secondary purpose is to provide a kind of casing adjustment by at least - adjusting the side cover to the main body to re-hunting, the position of the side cover relative to the main body ^内二^2: Product: ΓΓIn order to allow various circuit boards of different sizes to be placed in the work space, the purpose of reducing the man-hours for making the mold parts of the casing is achieved. The purpose of the present invention is to provide a casing adjustment structure by arranging the J/-hetero-side cover to at least the opening of the main body, and changing the position of the side cover to hide and engage, so that The volume of the holding room in the main body can be changed to allow various circuit boards of different sizes to be placed in the accommodating space, thereby simplifying the entire production process, improving the workload of the mechanism designer, and saving cost. Another object of the present invention is to provide a casing adjusting structure, wherein the M343187 main body can be provided with at least one main body fixing member, and the adjusting side cover is also oppositely disposed with at least one adjusting side cover fixing member to stably fix the circuit board to In order to achieve the above object, the present invention provides a casing adjustment structure, which mainly comprises: a main body comprising an upper cover body and a lower cover body, wherein the upper cover body and the lower cover body are joined to each other to form a Having a space for forming at least one opening on a side of the main body, wherein the upper cover body includes a plurality of upper cover body adjustment units, each upper cover body adjustment unit is disposed on an upper cover body surface, and the lower cover body includes a plurality of lower portions a cover adjustment unit, each lower cover adjustment unit is disposed on the surface of the lower cover body; and at least one adjustment side cover includes a plurality of side cover adjustment units, and each side cover adjustment unit is opposite to the upper cover adjustment unit And the lower cover adjusting unit is respectively disposed on the first surface of one of the adjustment side covers and the second surface of one of the adjustment side covers, so that the adjustment side cover is sleeved to When opening, each side cover adjusting unit is engaged with the upper cover adjusting unit and the lower cover adjusting unit, respectively. In addition, in order to achieve the above object, the present invention provides a casing adjustment structure, which mainly includes: a main body, which is covered with an accommodating space, and at least one opening is formed on a side of the main body, and the main body includes at least one adjusting unit. The adjusting unit is disposed on a surface of the main body; and the at least one adjusting side cover includes at least one side cover adjusting unit, and the side cover adjusting unit is opposite to the adjusting unit to be disposed on one side cover surface of the adjusting side cover, so that the adjusting side cover is sleeved to When opening, the side cover adjusting unit is engaged with the adjusting unit. [Embodiment] M343187 First, please refer to FIG. 2 to FIG. 3 at the same time. As shown in the figure, the casing adjustment structure 30 of the present invention mainly includes a main body 31 and a plurality of adjustment side covers 32 (in this embodiment Two are preferred). The main body 31 is provided with a space 313 by the upper cover body 311 and the lower cover body 312, and a cavity (4) is formed in the main body body 31. _^= into the side port 314 (this; the upper body mi includes a plurality of upper covers Γ the cover adjusting unit 315 is disposed on an upper cover surface 316, and the lower cover 312 is provided with a 317 (shown in the figure of FIG. 2) —, #,目职1u卜盍m早兀元3Π Relative upper cover adjustment sheet each lower cover adjustment sheet 318 (as shown in Figure 3). Each, 敕Μβ is placed on the lower body surface unit 32 Each of the side covers, the side sills 32 & includes a plurality of side cover training and lower cover adjustment sheets 321 with respect to the upper cover adjustment unit . . . W, which are respectively disposed on the adjustment side cover 32 as shown in FIG. And adjust one side of the cover 32 323 (as shown in Figure 3). Take the younger one, as shown in Figure 4 to the first set to the opening (10), such as the first adjustment side cover 32 respectively 32 relative to the domain 31 (as shown in the mth), by changing the adjustment side cover (4) unit (10), Μ 3 2 position, money over each side cover, ^ 0 m brother 3 shown in the figure) and the upper cover adjustment unit θ No) and the lower cover adjustment unit (317, as shown in Figure 2, the volume of the accommodation space (313, as shown in Figure 2) can be changed) k: CJ different size - the circuit board (33, As shown in Figure 2 ) Set the space (313, as shown in Figure 2). The router for the meal shouts the structure do, 20) For each type of route M343187, the upper cover (11, 21) and the lower cover are required. The three chassis parts of the body (12, 22) and the back plate (16, 26), when the router has two different size circuit boards (15, 25), the conventional router chassis structure (10, 20) must Six housing parts are provided, and the rest are similar. Compared with the conventional router housing structure (10, 20), the housing adjustment structure 30 of the present invention only needs to be provided with the upper cover 311 (as shown in Fig. 5). ), the lower cover 312 (as shown in FIG. 5) and the two adjustment side covers 32 are available for various sizes of circuit boards (33, as shown in FIG. 2) to be placed in the accommodating space (313, such as In the figure 2, in addition to reducing the amount of use of the casing parts, it is also possible to reduce the number of man-hours for making the casing parts by reducing the number of mold opening, simplifying the entire production process, and improving the workload of the mechanism designer. At the same time, reducing the use of casing parts also means reducing the use of production materials to save costs. Generally, the appearance and structure of the two adjustment side covers 32 are the same, and the difference is only in the direction of use. Therefore, only in terms of the manufacturing process of the casing parts, the number of molds of the casing adjustment structure 30 of the present invention is open. It can be reduced to three molds for opening molds (upper cover making mold, lower cover making mold and adjusting side cover making mold), while the conventional router housing structure (10, 20) requires at least four mold opening The mold (two different molds for each size of the circuit board), thus saving cost. Please refer to Figures 2 to 3 again, the upper cover adjustment unit 315, the lower cover adjustment unit 317 and The side cover adjusting unit 321 can be implemented by various structures, and the purpose of the engaging, for example, the upper cover adjusting unit 315, the lower cover adjusting unit 317 and the side cover adjusting unit 321 can be a 8 M343187 integral hook structure. The upper cover adjusting unit 315, the lower cover adjusting unit 317 and the side cover adjusting unit 321 each include a plurality of hook bodies 34 (as shown in FIG. 3) for engaging. Therefore, when the adjustment side covers 32 are respectively sleeved to the opening 314, they can be engaged with each other through the hook body 34 (as shown in Fig. 3), so that the adjustment side cover 32 can be fixed to the opening 314. In one embodiment of the present invention, a plurality of upper cover adjusting units 315 are respectively disposed on two sides of the upper cover surface 316. For example, two upper cover adjusting units 315 can be respectively disposed on two sides of the upper cover surface 316. The upper cover surface 316 will be provided with a total of four upper cover adjustment units 315 as shown in FIG. The upper cover body surface 316 may be provided with only one upper cover adjusting unit 315 respectively. Therefore, the upper cover body surface 316 is provided with two upper cover adjusting units 315 in total, and the purpose of fixing the side cover can also be achieved. Figure 6 shows. The lower cover adjusting unit 317 and the side cover adjusting unit 321 are disposed relative to the upper cover adjusting unit 315. However, the housing adjusting structure 30 of the present invention does not include a backing plate 35 (as shown in FIG. 2). And the main body 31 includes a back plate opening 319 (as shown in FIG. 2). The back plate 35 (shown in FIG. 2) is disposed at the back plate opening 319 (shown in FIG. 2) to cover the back plate opening. 319 (as shown in Fig. 2), and a plurality of contact openings 351 (as shown in Fig. 2) are provided on the back plate 35 (as shown in Fig. 2), thereby providing external lines and capacitances. The circuit board 33 (shown in Fig. 2) in the space 313 is connected. The board 35 (as shown in FIG. 2) may be provided with at least one antenna 352 (as shown in FIG. 2), a circuit board 33 (as shown in FIG. 2) and an antenna 352 (as shown in FIG. The electrical connection, the circuit board 33 disposed in the accommodating space 313 (such as the first one, the _ go / do a J picture) can pass through the antenna 352 (such as the second The map does not) communicate protocols for wireless networks. ± Please also refer to Figure 7 to Figure 8. As shown in the figure, the machine setting adjustment structure 50 of the present invention may also be provided with only one engine 52 to accommodate the circuit boards 33 of different sizes in the accommodating space. In 513, it can be described as follows:
本只施例之機殼調整結構5〇主要包括有一主體51及 一調整侧蓋52，主體51由一上蓋體511及一下蓋體512 彼此接合而成，主體51内形成有一容置空間513，並於主 體51之旁侧形成至少一開口 514。上蓋體511包括有複數 個上蓋體調整單元515，各上蓋體調整單元515設置於一 上蓋體表面516，而下蓋體512則包括有複數個下蓋體調 整單元517(第7圖之圖中顯示一透視之狀態），各下蓋體 調整單元517相對上蓋體調整單元515以設置於一下蓋體 表面518(如第8圖所示）。調整側蓋52則包括有複數個侧 蓋調整單元521(如第8圖所示），各側蓋調整單元521(如 第8圖所示）相對於上蓋體調整單元515及下蓋體調整單 元517，而分別設置於調整侧蓋52之一第一表面522(如 第8圖所示）及調整側蓋52之一第二表面523(如第8圖所 示）0 故，當調整侧蓋52套設至開口 514時，藉由改變調 整側蓋52相對於主體51之位置，並透過侧蓋調整單元 521(如第8圖所示）分別與上蓋體調整單元515及下蓋體 調整單元517卡合，使得容置空間513之體積可改變，以 M343187 容許各種不同尺寸之電路板33(如第7圖所示）置入容詈办 間513内。 1 相較於前述之實施例’本實施例僅需一個調整側蓋52 ，因此可省下製作時間，於是簡化整個製作流程，改善機 構设计人貝之工作負荷’並卽省成本上的支出。 本實施例亦可設置有一背板開口 519(如第7圖所示） 、一背板55(如第7圖所示）、複數個接點開孔551 (如第 - 7圖所示）及至少一天線552(如第7圖所示），且上蓋體調 ’ 整單元515、下蓋體調整單元517及侧蓋調整單元521(如 第8圖所示）亦可為一調整式卡勾結構，其實施方式皆如 前所述，故於此則不加贅述。 口月參閱弟9圖’本實施例之機殼調整結構6 0與前述 各實施例之差異在於本實施例之主體61為一體成型之結 構，相較於前述之各實施例而言，本實施例之主體61乃 由單一開模之模具所製成，於是可節省成本上的支出。 本實施例之主體61包括有至少一主體固定件61〇，其 設置於谷置空間613内相對於開口 614之一侧，使得電路 板33由開口 614置入容置空間613内時，可透過主體固 定件610以固定電路板33之一端。而調整侧蓋62亦包括 有至少一調整側蓋固定件625，其相對於主體固定件61〇 以設置於調整侧蓋62之一蓋底内壁624,讓調整側蓋62 套設並卡合至主體61時，調整侧蓋固定件625亦同時固 定電路板33之另一端，使電路板33穩固設置於容置空間 613 内。 11 M343187 在本實施例中，主體61之一主體表面616上僅設置 有一調整單元615，例如··調整單元615設置於一主體第 一表面611或是一主體第二表面612，而侧蓋調整單元 621則相對於調整單元615以設置於一調整側蓋表面622 ’亦可達成卡固調整侧蓋62之目的者，於此則不力σ資述 〇 本實施例亦可設置有一背板開口（未顯示）、一背板（ 未顯示）、複數個接點開孔（未顯示）及至少一天線（未顯示 )，且調整單元615及側蓋調整單元621亦可為一調整式 卡勾結構，其實施方式皆如前所述，故於此則不加贅述。 前述各實施例之實施方式皆可相互組合並具以實施， 而不受限於各自結構的領域中，其各別之實施方式皆已於 前所述，故於此則不加贅述。 最後，請同時參閱第10圖至第1丨圖，如圖所示，本 實施例之機殼調整結構70與前述各實施例之差異在於前 述之卡勾體（34)被替換為複數個卡孔76及複數個鉚釘π 的組合，卡孔76可供鉚釘77穿設。故，當各調整側蓋π 分別套設至開口 714時，可透過鉚釘77與卡孔76彼此卡 合，讓調整侧蓋72可固定於開口 714處。除此一差異之 外，其餘結構及實施方式皆如前所述，故於此則不加贅述 〇 以上所述者，僅為本創作之一較佳實施例而已， 用來喊本_實叙範圍，即凡依本_㈣專利 所述之形狀、構造、特徵及精神所為之均等變化與修飾， 12 M343187 均應包括於本創作之申請專利範圍内。 【圖式簡單說明】 f1圖·為習用路由器機殼結構之立體分解圖。 =2圖··為本創作機殼調整結構—實施例之立體分解圖。 =3圖：為本創作機殼調整結構一實施例之剖視圖。 第4圖至第5圖：分別為本創作機殼調整結構一實施例之 φ 立體組合圖。 第6圖：為本創作機殼調整結構又一實施例之立體分解圖 0 第7圖：為本創作機殼調整結構又一實施例之立體分解圖 〇 第8圖：為本創作機殼調整結構又一實施例之剖視圖。 第9圖：為本創作機殼調整結構又一實施例之剖視圖。 第10圖：為本創作機殼調整結構又一實施例之立體分解 φ 圖。 第11圖：為本創作機殼調整結構又一實施例之剖視圖。 【主要元件符號說明】 10 路由器機殼結構 11 第一上蓋體 12 第一下蓋體 13 第一容置空間 14 第一背板開口 15 第一電路板 16 弟一背板 161 第一接點開孔 20 路由器機殼結構 21 第二上蓋體 13 M343187The housing adjustment structure 5 of the present embodiment mainly includes a main body 51 and an adjustment side cover 52. The main body 51 is formed by an upper cover body 511 and a lower cover body 512. The main body 51 defines an accommodation space 513 therein. At least one opening 514 is formed on the side of the main body 51. The upper cover 511 includes a plurality of upper cover adjusting units 515, each upper cover adjusting unit 515 is disposed on an upper cover surface 516, and the lower cover 512 includes a plurality of lower cover adjusting units 517 (in FIG. 7 In a state of see-through, each lower cover adjusting unit 517 is disposed on the lower cover surface 518 (as shown in FIG. 8) with respect to the upper cover adjusting unit 515. The adjustment side cover 52 includes a plurality of side cover adjusting units 521 (as shown in FIG. 8 ), and each side cover adjusting unit 521 (shown in FIG. 8 ) is opposite to the upper cover adjusting unit 515 and the lower cover adjusting unit. 517, respectively, is disposed on one of the first surface 522 of the adjustment side cover 52 (as shown in FIG. 8) and the second surface 523 of one of the adjustment side covers 52 (as shown in FIG. 8), so when adjusting the side cover When the 52 sets are set to the opening 514, the position of the adjusting side cover 52 relative to the main body 51 is changed, and the side cover adjusting unit 521 (as shown in FIG. 8) is respectively connected to the upper cover adjusting unit 515 and the lower cover adjusting unit. The 517 is engaged, so that the volume of the accommodating space 513 can be changed, and the circuit board 33 (shown in FIG. 7) of various sizes is allowed to be placed in the 513 by the M343187. 1 Compared to the foregoing embodiment, this embodiment requires only one adjustment side cover 52, so that the production time can be saved, thus simplifying the entire production process, improving the workload of the machine design and reducing the cost. In this embodiment, a backplane opening 519 (shown in FIG. 7), a backplane 55 (shown in FIG. 7), a plurality of contact openings 551 (shown in FIG. 7), and At least one antenna 552 (as shown in FIG. 7), and the upper cover adjustment unit 515, the lower cover adjustment unit 517 and the side cover adjustment unit 521 (as shown in FIG. 8) may also be an adjustment hook The structure is implemented as described above, and thus will not be described herein. The difference between the casing adjustment structure 60 of the present embodiment and the foregoing embodiments is that the main body 61 of the present embodiment is an integrally formed structure, and the present embodiment is compared with the foregoing embodiments. The main body 61 of the example is made of a single mold opening mold, thereby saving cost. The main body 61 of the present embodiment includes at least one main body fixing member 61, which is disposed in one side of the valley space 613 with respect to one side of the opening 614, so that the circuit board 33 is permeable to the inside of the accommodating space 613 by the opening 614. The body fixing member 610 fixes one end of the circuit board 33. The adjustment side cover 62 also includes at least one adjustment side cover fixing member 625, which is disposed on the cover bottom inner wall 624 of the adjustment side cover 62 with respect to the main body fixing member 61, and the adjustment side cover 62 is sleeved and engaged to In the main body 61, the adjustment side cover fixing member 625 also fixes the other end of the circuit board 33, so that the circuit board 33 is stably disposed in the accommodating space 613. 11 M343187 In this embodiment, only one adjustment unit 615 is disposed on one main body surface 616 of the main body 61. For example, the adjustment unit 615 is disposed on a main body first surface 611 or a main body second surface 612, and the side cover is adjusted. The unit 621 is also disposed on the adjustment side cover surface 622 ′ with respect to the adjustment unit 615 . The purpose of the adjustment side cover 62 can also be achieved. However, the embodiment may also be provided with a back plate opening ( Not shown), a backplane (not shown), a plurality of contact openings (not shown), and at least one antenna (not shown), and the adjustment unit 615 and the side cover adjustment unit 621 can also be an adjustment hook structure. The implementation manners are all as described above, so the details are not described herein. The embodiments of the foregoing embodiments can be combined with each other and implemented without being limited to the field of the respective structures, and the respective embodiments have been described above, and thus will not be further described herein. Finally, please refer to FIG. 10 to FIG. 1 at the same time. As shown in the figure, the difference between the casing adjusting structure 70 of the present embodiment and the foregoing embodiments is that the aforementioned hook body (34) is replaced with a plurality of cards. A combination of the hole 76 and a plurality of rivets π, the hole 76 can be pierced by the rivet 77. Therefore, when the adjustment side covers π are respectively sleeved to the opening 714, the rivet 77 and the card hole 76 can be engaged with each other, so that the adjustment side cover 72 can be fixed to the opening 714. Except for this difference, the rest of the structure and the implementation manners are as described above, so the above description is not mentioned here, but only one preferred embodiment of the present invention is used for shouting _ The scope, that is, the equivalent change and modification of the shape, structure, characteristics and spirit described in this _(4) patent, 12 M343187 shall be included in the scope of the patent application of this creation. [Simple description of the diagram] The f1 diagram is an exploded view of the structure of the conventional router chassis. = 2 Fig. · The original housing adjustment structure - an exploded perspective view of the embodiment. Fig. 3 is a cross-sectional view showing an embodiment of the present invention. Fig. 4 to Fig. 5 are respectively a φ three-dimensional combination diagram of an embodiment of the creation structure of the creation casing. Fig. 6 is a perspective exploded view of another embodiment of the original casing adjustment structure. Fig. 7 is a perspective exploded view of another embodiment of the original casing adjustment structure. Fig. 8: Adjustment of the creation casing A cross-sectional view of yet another embodiment of the structure. Figure 9 is a cross-sectional view showing still another embodiment of the original casing adjustment structure. Fig. 10 is a perspective exploded view of still another embodiment of the creation structure of the creation casing. Figure 11 is a cross-sectional view showing still another embodiment of the present invention. [Main component symbol description] 10 Router casing structure 11 First upper cover 12 First lower cover 13 First accommodation space 14 First back plate opening 15 First circuit board 16 First back plate 161 First contact opening Hole 20 router casing structure 21 second upper cover 13 M343187
22 第二下蓋體 23 第二容置空間 24 第二背板開口 25 第二電路板 26 第二背板 261 第二接點開孔 30 機殼調整結構 31 主體 311 上蓋體 312 下蓋體 313 容置空間 314 開口 315 上蓋體調整單元 316 上蓋體表面 317 下蓋體調整單元 318 下蓋體表面 319 背板開口 32 調整侧蓋 321 側蓋調整單元 322 第一表面 323 第二表面 33 電路板 34 卡勾體 35 背板 351 接點開孔 352 天線 50 機殼調整結構 51 主體 511 上蓋體 512 下蓋體 513 容置空間 514 開口 515 上蓋體調整單元 516 上蓋體表面 517 下蓋體調整單元 518 下蓋體表面 519 背板開口 52 調整侧蓋 521 側蓋調整單元 522 第一表面 523 第二表面 55 背板 551 接點開孔 552 天線 60 機殼調整結構 61 主體 610 主體固定件 611 主體第一表面 M343187 612 主體第二表面 613 容置空間 614 開口 615 調整單元 616 主體表面 62 調整側蓋 621 侧蓋調整單元 622 調整侧蓋表面 624 蓋底内壁 625 調整側蓋固定件 70 機殼調整結構 714 開口 72 調整側蓋 76 卡孔 77 鉚釘 1522 second lower cover 23 second accommodating space 24 second back plate opening 25 second circuit board 26 second back plate 261 second contact opening 30 casing adjustment structure 31 main body 311 upper cover 312 lower cover 313 Accommodating space 314 opening 315 upper cover adjusting unit 316 upper cover surface 317 lower cover adjusting unit 318 lower cover surface 319 back plate opening 32 adjustment side cover 321 side cover adjusting unit 322 first surface 323 second surface 33 circuit board 34 Card body 35 Back plate 351 Contact opening 352 Antenna 50 Case adjustment structure 51 Main body 511 Upper cover 512 Lower cover 513 accommodating space 514 Opening 515 Upper cover adjustment unit 516 Upper cover surface 517 Lower cover adjustment unit 518 Cover surface 519 Back plate opening 52 Adjustment side cover 521 Side cover adjustment unit 522 First surface 523 Second surface 55 Back plate 551 Contact opening 552 Antenna 60 Case adjustment structure 61 Main body 610 Main body fixing member 611 Main body first surface M343187 612 Main body second surface 613 accommodating space 614 Opening 615 Adjustment unit 616 Main body surface 62 Adjustment side cover 621 Side cover adjustment unit 622 Adjusting the side cover surface 624 Covering the inner wall 625 Adjusting the side cover fixings 70 Housing adjustment structure 714 Opening 72 Adjusting the side cover 76 Holes 77 Rivets 15