201111658 六、發明說明： 【發明所屬之技術領域】 本發明關於-種可調式結構，尤指一種可進行微尺寸調整的可 調式結構及利肢可調式結構做成的可調式包裝裝置。 【先前技術】 請參閱第1圖’第1圖為習知可調式結構1的立體圖。如第i 圖所示，可調式結構1包含—第―調整件K)以及-第二調整件12。 第一調整件1G具有一按壓部_，且第二調整件12具有多個卡人 孔請。按壓部HX)可選擇性地卡合於多個卡合孔洞12〇的㈠ 以進行尺寸的調整。進行尺寸_整時，操作者只需按壓按 壓部100 ’使按壓部100脫離與卡合孔洞m的卡合即可。為了方 ^操作者猶，通常麵部⑽會具有—㈣缝面積，使得可調 式結構1無法進行微尺相調整。如果為了進行較小整， 而將按壓部酬縮小，則會造_作上的不便。 的調整 【發明内容】 調式結構及利用此可調式心尺寸調整的可 以解決上述 201111658 問題。 根據-實施例，本發明之可調式結構包含 第二調整件。第一調整件包含一第一糾 第-調整件以及- 主要槽孔，第-主要觀_具有魏對射具有一第— _端包含一對第—定位部。第一滑按歷部’第一按 滑槽中’當第，位於第一主要槽二可:動地設置在第-可選擇性地卡合於該些對第一主要定位口的定位部係 於此實施财，第二調整件可另 :有:!二主要槽孔，第二主要槽孔的兩端具有二：第= :第含一第 .. °Ρ帛一'月動口ρ具有一第二按屋部，第-減邱―被 =含一對第二定位部。第二滑動部可滑動地設置d二Γΐ 第二按壓部位 槽中’當 卡合於該對第二主衫位口\ 對第二定位部係可選擇性地 件另^實^例中，可調式結構可另包含—第四調整件，第四調整 ㈣二1槽，第三滑槽中具有一第三主要槽孔，第三主要 端具有複數對第三主要定位口。第三調整件可另包含-第 第三滑動部具有-第三按壓部，第三按壓部的兩端包含 -疋位部。第三滑動部可滑動地設置在第三滑槽中，當第三 201111658 定位部係可選擇性地卡合 按壓部位於第三主要槽孔中時，該對第三 於S亥些對第三主要定位口的其中之一對。 於此實施例中，第-調整件可另包含一第四滑槽 具有-第四主要槽孔，第四主要槽孔的㈣⑺射 口。第四調整件可另包含—第四滑動部，第啼細 f’第四按壓部的兩端包含-對第四定位部。第四滑:二： 地没置在細賴中，當第四按_位 第四定位部係可選擇性地卡合於該料四主要對 根據另-實施例，本發明之可調式包裝裝置包含二上述之可調 2結構以及複數個支撐件。每，可調式結構的第—調整件呈有複 數個第-卡合插槽，且第二調整件具有複數個第二卡合插槽 個繼娜：爾歐Pa1，I—峨 於對應的第一卡合插槽與第二卡合插槽中。 挪刀方】卞口 於此實施例中，複數個支撐件可包含複數個L形支料以及複 f 一字敎撐件’魏飢形切件與複數個-字形支樓件配 a ’以形成-面板放置區域以及—電路板放置區域。 根據另一實_，本發明之可戦結觀含-第-機件以及 -第二調整件。第-調整件包含—第—主體，—滑槽結合於第一主 體，谢具有-主恤’主要槽孔的兩端具有複數對主要定位 201111658 • 口 °第二調整件包含一第二主體，—滑動部結合於第二主體，滑動 部具有一按壓部，按壓部的兩端包含一對定位部，並具有一第一寬 度。滑動部可滑動地設置在滑射，當按愿部位於主要槽孔中時， 該對定位部係可選擇性地卡合於該些對主要定位口的其中之一對。 於此實施例卜兩相鄰的該些對主要定位口之間具有一第一間距， 其小於第一寬度。 0 ， • 根據另一實施例，本發明之可調式包裝裝置包含二上述之可調 式結構以及複數個支禮件。複數個支樓件可拆卸地設置在二^201111658 VI. Description of the Invention: [Technical Field] The present invention relates to an adjustable structure, and more particularly to an adjustable packaging device which is capable of micro-adjusting adjustable structure and adjustable limb structure. [Prior Art] Referring to Fig. 1 Fig. 1 is a perspective view of a conventional adjustable structure 1. As shown in the figure i, the adjustable structure 1 includes a -the first adjustment member K and a second adjustment member 12. The first adjusting member 1G has a pressing portion _, and the second adjusting member 12 has a plurality of card holes. The pressing portion HX) is selectively engageable with (1) of the plurality of engaging holes 12A for size adjustment. When the size is adjusted, the operator only needs to press the pressing portion 100' to release the pressing portion 100 from the engagement hole m. In order to operate the operator, usually the face (10) will have a - (four) seam area, making the adjustable structure 1 unable to adjust the micro-scale. If the pressing portion is reduced in order to perform a smaller adjustment, it will cause inconvenience. Adjustments [Invention] The modulation structure and the use of this adjustable core size adjustment can solve the above problem of 201111658. According to an embodiment, the adjustable structure of the present invention comprises a second adjustment member. The first adjustment member includes a first correction-adjustment member and a main slot, and the first-main view has a first-to-first position. The first slide pressing portion 'in the first pressing slot' is the first portion, and the first main slot 2 is movably disposed at the first portion to be selectively engaged with the positioning portions of the pair of first main positioning ports In this implementation, the second adjustment component can be further: there are: two main slots, the two main slots have two ends: the first: the first one contains a first.. °Ρ帛' month opening ρ has A second press room, the first - minus Qiu - is = a pair of second positioning parts. The second sliding portion is slidably disposed in the second pressing portion groove. When the second second wearing portion is selectively engaged, the second positioning portion is selectively attached to the second positioning portion. The modulating structure may further comprise a fourth adjusting member, a fourth adjusting (four) two slots, a third main slot in the third sliding slot, and a third main positioning opening in the third main end. The third adjusting member may further include - the third sliding portion has a - third pressing portion, and both ends of the third pressing portion include a - clamping portion. The third sliding portion is slidably disposed in the third sliding slot. When the third 201111658 positioning portion selectively engages the pressing portion in the third main slot, the pair is third to the third One of the main positioning ports. In this embodiment, the first adjusting member may further comprise a fourth sliding slot having a fourth main slot and a fourth (7) opening of the fourth main slot. The fourth adjusting member may further include a fourth sliding portion, and the second pressing portion of the fourth pressing portion includes a pair of fourth positioning portions. The fourth sliding: two: the ground is not placed in the fine, when the fourth pressing position fourth positioning portion can be selectively engaged with the material four main pairs according to another embodiment, the adjustable packaging device of the present invention The second adjustable structure and the plurality of supports are included. Each of the adjustable structures has a plurality of first engaging slots, and the second adjusting member has a plurality of second engaging slots. The following: Nai Pa1, I-峨 corresponds to the corresponding A snap-in slot is in the second snap-in slot. In this embodiment, a plurality of support members may include a plurality of L-shaped support materials and a complex f-shaped support member, a Wei-Hung-shaped cut piece and a plurality of-shaped-shaped branch members with a ' Form - panel placement area and - board placement area. According to another embodiment, the present invention can be combined with a --mechanical member and a second adjusting member. The first-adjustment member includes a -first body, the chute is coupled to the first body, and the main body of the main shirt has a plurality of pairs of main positions 201111658. The second adjustment member includes a second body. The sliding portion is coupled to the second body, and the sliding portion has a pressing portion, and both ends of the pressing portion include a pair of positioning portions and have a first width. The sliding portion is slidably disposed in the sliding, and when the pressing portion is located in the main slot, the pair of positioning portions are selectively engageable with one of the pair of main positioning ports. In this embodiment, the two adjacent pairs of main positioning ports have a first spacing, which is smaller than the first width. 0, • According to another embodiment, the adjustable packaging device of the present invention comprises two adjustable structures as described above and a plurality of gift members. Multiple branch buildings are detachably set in two ^
結構之間，用以形成一容置空間。 J 因此’ _本㈣之，式結構，由於主錢孔的兩端具有複 數對主要定位口，操作者即可藉由將按壓部兩端的該對定位部卡人 來進行微尺寸罐。不僅“ .簡早，且無需增加額外成本。 關於本發明之優點與精神可以藉由以下的發明詳述及 得到進一步的瞭解。 。 【實施方式】 士。月參閱第2圖至第4圖，第2圖為根據本發明—實施例之可調 式結構3的立體圖，第3圖為第2圖中的可調式結構3於另一視角 201111658 的立體圖，第4圖為第2圖中的可調式結構3的俯視圖。可調式社 構3包含-第-調整件3〇以及一第二調整件32。第一調整件^ 含-第-主體300以及-第-滑槽3〇2，第一滑槽3〇2結合: 主體300，或者第一滑槽302與第一主體3〇〇 一體成型，第—滑槽 3〇2中具有-第-主要槽孔誦，第一主要槽孔侧的兩端具有^ 數對第-主要定位口 3022。此外，第一_3〇2中可另具有一第一 次要槽孔3024 ’且第-次要槽孔3〇24具有一對第一次要定位口 3〇26。其中，第一次要槽孔細係位於第一主要槽孔删 主體300之間。第二調整件32包含一第二主體32〇以及一第―動 部322，第-滑動部322結合於第二主體32〇，或者第一滑動部: 與第二主體320 -體成型，第一滑動部322具有一第一按壓部 3220 ’第一麵部3220的兩端包含一對第-定位部3222。需剌 的是，雖然第2圖至第4圖僅繪示二對第一主要定位口遞，样 明亦可根據實際制需求，在第—主要槽孔麵的兩設二對二 ^的第-主衫位π 3G22。此外，亦可在第―滑槽地中增設多個 一主要槽孔3020或第-次要槽孔聰，明加不_調整尺寸。 如第4圖所示，第一按壓部322〇具有一第一寬度w，且兩相 鄰的第一主要定位口 3〇22之間具有一第一間距⑴，其中第一間距 G1小於第-寬度W卜舉例而言，第一寬度W1可設計為7毫米 jnm)’而第-間距G1可辦為2絲(職)’但不以此為限。此外， -實施例中，第一主要定位口逝中離第一次要定位口遍最 近者與第-次要粒口遍之間具有—第—間隔切，其中第一間 201111658 隔m大於第-寬度W1。在其它實施财，第—寬度wi的大小與 操作人員的手指寬細I，例如：介於5蝴㈣㈣毫米㈣ 之門X便於操作人員賊，第—間距G1的大小則與預期的微調 精度棚’例如：介於1絲(咖)與5絲(mm)之間，以利可調式 結構3進機尺寸調整，第―間隔D1的大州與職的粗調精度 相關，故第一間隔D1會大於第一間距。 ^參閱㈣’第5圖為第2圖中的第—調整件3q與第二調整 减社_。絲時，綠帛二雕件32 設置在第一調整㈣的第一滑_中，且第-滑動部322可在第 -了。，骨動。當第一按壓部322— =由第-疋位部助射選擇性地卡合於帛一主要定位口避的 ,、之對，如第5圖所示。而當第一按壓部3 :中時，第一定位部3222係卡合於第一次二 調整尺寸姻者可賴第—減部322g， 脫離與第-主物侧的== 滑_ 322 ’使第_定位部3222再次卡合於其㈣第一 疋立口 3022或第一次要定位口 3026即可。 二：操多：即:!由將第一按壓部3220兩端的第-定位部 寸調整，即預m 的其中之一對，來進行微尺 w 度。此外，操作者還可藉由將第—按廢邱 _第-定位部3222卡合於第一次要定位口 3026，來進行 201111658 較大尺寸的調整，即預細粗調精度。 於此實施例中，第一調整件30可另包含一第一網狀強化結構 304升y成在第一主體上或内側，或者第一網狀強化結構304與 第-主體3〇〇 _體成型，且第二調整件32可另包含一第二網狀強化 結構324形成在第二主體320上或内侧，或者第二網狀強化結構324 與第二主體32Q-體成型。第-離強化結構3G4以及第二網狀強 化結構324係由多個肋部组成，可強化第一調整件3〇以及第二調整 件32的結構剛性’避免第一調整件3〇以及第二調整件32因摔落而 才貝壞。第一網狀強化結構3〇4以及第二網狀強化結構324可經由防 摔測試而設計之。 如第2圖、第4圖與第5圖所示，第一定位部3222與對應的第 一主要定位口 3022、第-次要定位口纖係呈方形塊體。然而， 在其它實施例中’第-定仅部3222與對應的第一主要定位口 3〇22 亦可設計成其它形狀，參閱第6圖，第6_根據本發明另一實 施例之第一定位部3222的示意圖。如第6圖所示，第—定位部3222 係呈反向設置的三角形塊體，然而在其它實施例中’第—定位部 助亦可同向設置。需說_是，第—定位部迎的形狀可根據 實際應用而設計，且第-主要定位口 3〇22以及第一:欠要定位口獅 的形狀只要可以與第一定位部迎卡合即可，不以方 形塊體為限。 201111658 孔，請綱本_—糊導主要槽 。本發明亦可在第—主要槽孔咖中形成二= 上的第主要疋位口 3022,以增加更多的微調尺寸。 請參閱第8圖至第10圖，第8圖為根據本發明另 調式結構3的立體圖，第9圖為第8圖中的可 】 角的立體圖，第1()圖為第8圖中的可 Y :;另一視 的第一調整件30與第二調整件32外， Τ調式、Μ舞3可另包含一第三調整件34以及_第四調整们6。 於此實施例中，第二調整件32另包含—第二滑槽汹，第二滑 槽326亦結合於第二主體32〇，或者第二滑槽汹與第二主體別 -體成型’第二滑槽326中具有一第二主要槽孔侧，第二主要槽 孔3260的兩端具有一對或複數對第二主要定位口迦。此外，第 二滑槽326中可另具有一第二次要槽孔伽，第二次要槽孔遍 具有一對第二次要定位口遍。其中，第二次要槽孔遍係位於 第二主要槽孔3·與第二主體32〇之間。第三調整件％包含一第 三主體340以及-第二滑動部342，第二滑動部如具有一第二按 屋部卿，第二按壓部期_端包含—對第二定位部期。如 同前述’亦可在第二滑槽326中增設多個第4要槽孔或第二 次要槽孔3264 ’以增加不同的調整尺寸。再者，第二調整件％可 另包含-第二輔助滑槽328，鄰近於第二滑槽326配置並與第二 滑槽326同向延伸，第三調整件34可另包含一第二辅助滑動部 201111658 3其44中第鄰近細342 .觸：軸342同向延伸， 合於第二主體32。，或者第二輔— 340,或去笛成型，且第二輔助滑動部344 '结合於第三主體 ，或者第一輔助滑動部344與第三主體34〇 一體成型。 相鄰示，第二按壓部期具有—第二寬請，且兩 :D2 Da 與 =2,二間隔D2大於第二寬度％。另外，在複數對 的其它實施例中，兩相鄰的第二主要定位口 曰 有第一間距，第二間距小於第二盲许 會大於第二間距，Α且體^ —曰隔D2則 此不再資述。…、體以方式，可參考第4圖的相關說明，在 部調整件34的第二滑動部342與第二辅助滑動 328 Φ Γ第一調整件％的第二滑槽326與第二輔助滑槽 動物滑動部342可在第二滑槽326中滑動，第二辅助滑 動·可在第二辅助滑細令滑動。當第二按壓部烟位於第 3:要=細中時’第二定位部3422係卡合於第二主要定位口 田第一按壓部3420位於第二次要槽孔3264㈣，第二定 合於第二次要定位口 3266。若要調整尺寸，操作者 整第一按座部3420，以使第二定位部期麟與第二 3==或第二次要定^遍的卡合，之後再滑動第二滑動部 第一讀部3422再次卡合於其它的第二主要定位口迦 2〇1111658 或第二次要定位口 3266即可。 二輔助滑動部撕為選擇性設置，具有辅助切的彳 與第 作藉由將第二娜刚兩端的第二定位部二二匕二 另外3262或第二次要定位σ 3266，來進行尺寸的調整。 ^卜，在魏對的第二主要定位口迦的實施例中，摔作正 明H丁=調整或較大尺寸的調整，可參考第5圖的相關說 第四調整件36包含一第四主體36〇以及一第三 四主體36°，或者第三滑槽地與第四主二 體成型，第三滑槽362中具有一第三主要槽孔侧，第三 孔3620的兩端具有複數對第三主要定位口勘。此外 日 362中可另具有一第三次要槽孔删，且第三次要槽孔細 對第二次要定位口 3626。其中，第三次要槽孔施係位於第三主 要槽孔3620與第四主體之間。第三調整件％另包含 典 動部348，第三滑動部348結合於第三主體，或者第三滑動―部月 348與第三主體340 -體成型，第三滑動部348具有一第三按麗部 3480,第三題部鳩的兩端包含一對第三定位部购。需說明 的是，本發明亦可根據實際應用需求，在第三主要槽孔362〇的兩端 開設二對以上的第三主要定位口 3622。此外，亦可在第三滑槽泥 中增設多個第三主要槽孔362〇或第三次要槽孔遍，以增加不同 的調整尺寸。再者，第四調整件36可另包含一第三輔助滑槽祕， 弟二調整件34可另包含一第三輔助滑動部35()，其中第三_滑槽 13 201111658 364結合於第四主體36〇,或者第三輔助滑槽364與第四主體娜 - -體成型’且第三辅助滑動部350結合於第三主體34〇，或者第三-輔助滑動部350與第三主體340 —體成型。 如第H)圖所示，第三按屢部_具有一第三寬靜3，且兩 相鄰的第三主要定位口 3622之間具有一第三間距⑺，其中第三間 距G3小於第三寬度W3。此外，第三主要定位口逝中離第三次 要定位口 3626最近者與第三次要定位口观之間具有一第三間隔 D3’其中第三間隔D3大於第三寬度％。第三寬度w3、第三間距· G3以及第三間隔D3的具體設計方式，可參考第4圖的相關說明， 在此不再贅述。 組裝時，是將第三調整件34的第三滑動部祕與第三輔助滑動 部350分別設置在第四調整件36的第三滑槽362與第三輔助滑槽 364中’且第三滑動部348可在第三滑槽362中滑動，第三輔助滑 動部35〇可在第三輔助滑槽3料中滑動。當第三按墨部348〇位於第鲁 三主要槽孔3620中時，第三定位部地係卡合於第三主要定位口 3622的其—中之一對。❿當第三按壓部348〇位於第三次要槽孔遍 中時’第三定位部3482係卡合於第三次要定位口 。若要調整 尺寸’操作者可按壓第三缝部则，以使第三定位部迎脫離 與第U要定位口 3622或第三次要定位口遍的卡合，之後再滑 =第二滑動部348，使第三定位部3482再次卡合於其它的第三主要 疋位口 3622或第三次要定位口 3626即可。需說明的是，第三輔助 14 201111658 滑槽364與第三輔助滑動部3料選擇性設置，具有辅助支樓的作 用。藉此，操作者即可藉由將第三按壓部348〇兩端的第三定位部 3482卡合於第三主要定位σ迎或第三次要定位口鳩，來進行 尺寸的調整，即選雜鱗行微財難或歓財的調整。 於此實施例巾’第二調整件34可另包含—第三網狀強化結構 346形成在第二主體34〇上或内側，或者第三網狀強化結構％與 第三主體340 -體成型’且第四調整件36可另包含—第四網狀触 結構366形成在第四主體則上或内側，或者第四網狀強化結構娜 與第四主體體成型。第三網狀強化結構μ6以及第四網狀強 化結構366係由多個肋部組成，可強化第三調整件％以及第四調整 件36的結構賺’避免第三調整件34以及第四調整件％因摔落而 損壞。第三網狀強化結構346以及第四網狀強化結構挪可經由防 摔測試而設計之。 於此實施例中，第一調整件3〇另包含一第四滑槽3〇6，第四滑 槽306亦結合於第一主體3〇〇，或者第四滑槽306與第-主體3〇〇 —體成型’第四滑槽306中具有一第四主要槽孔謂，第四主要槽 孔306㈣兩端具有一對或複數對第四主要定位口 3062。此外，第 四滑槽306中可另具有—第四次要槽孔遍，第四次要槽孔3〇64 具有-對第四次要定位口 3〇66。其中，第四次要槽孔3〇64係位於 第四主要槽孔3G6G與第-主體之間。第四調整件％另包含一 第四滑動部368，第四滑動部368結合於第四主體36〇，或者第四滑 15 201111658 動部368與第四主體36〇 一體成型，第四滑動部368具有一第 壓^漏，第四按壓部3_的兩端包含—對第四定位部搬。如 R前述’亦可在第四滑槽3〇6中增設多個第四主要槽孔3細或第四 次要槽孔3064 ’以增加不同的調整尺寸。再者，第一調整㈣可 另包含-第四輔助滑槽烟，細調整件36可另包含—第四輔助滑 動部370，其中第四輔助滑槽細結合於第—主體·，或者第四輔 助/月槽308與第-主體綱一體成型，且第四輔助滑動部现结合 ^第四主體360,或者第四辅助滑動部37〇與第四主體刻一體成口 如第10圖所示’第四按壓部獅具有一第四寬度稱，且兩 相鄰的細主要定位口避與細次狀位口鄕6之間且有一第 :隔D4’其中第四間隔D4大於細寬度W4。另外，在複數對 的弟四主要定位日的其它實施财，兩相鄰的第四主要定位口 ^具有-第四間距，第四間距小於第四，第四間隔〇4則 妓於第_距，其越料方式，可參料4__說明，在 此不再贅述。 部四調整件36的第四滑動部368與第四輔助滑動 308巾^又讲第—調整件30的第四滑槽306與第四輔助滑槽 且四’月動。Ρ 368可在第四滑槽3〇6中滑動，第四輔助滑 =370可在第四輔助滑槽308中滑動。當第四按壓部邏位於第 四主要槽孔3_中時，細定位部迎係卡合於第四主要定位口 16 201111658 3062。而當心_部侧位於第时要槽孔綱中時，第四定 位部3682係卡合於第时要定位口 3066。若要調整尺寸，操作者 可賴第四按塵部368〇，以使第四定位部3682脫離與第四主要定 =口 3〇62 .財要定位口駡的卡合之後再滑動第四滑動部 =料四故箱2再次卡合於其它㈣四主妓位口搬 -四久要定位口 3〇66即可。需說明的是，第四輔助 鲁==動:37:為選擇性設置，具有輔助捕的作用。藉此: 0错將第四按壓部3680兩端的第四定位部3682卡合 :要^位σ 3G62或第四次要枝口雇來進行尺寸的調整。 ，在__第四次要定仙鄕㈣實·巾，㈣者則 性地進行微尺寸調整或較大尺寸的、、 明，在此不再贅述。 观叮參考第5圖的相關說 請參閱第U圖以及第12圖，第„圖為第8圖令 丨二=第12圖為第9圖中的可調式結構3的組裝立體圖。 =摘組裝方式，即可將第_調整件3Q、第二調整件： 以及第四調整件36組裝成如第„圖以及第_所示的— 之二 =3:以及第14圖’第13圖為根據本發明另-實施例 式I裝裝置5的立體圖，第14圖為第13圖中的可調 所示的Si!構了調式包裝裝置5包含二個如第11圖與第12圖 的T調式、，.。構3以及複數個支樓件％。於此實施例的下可調式 17 201111658 結構3中s第一調整件3〇具有二個第一卡合插槽31〇，第二調整件 32具有二個第二卡合插槽330,第三調整件34具有二個第三卡合插 槽352，且第四調整件36具有二個第四卡合插槽372。需說明的是， 每一個調整件上的卡合插槽的數量及位置可根據實際應用而設計 之。其中，由於視角的關係，上可調式結構3中看不到對應的第一 卡合插槽310、第二卡合插槽33〇、第三卡合插槽352與第四卡合插 槽372，故請參考下可調式結構3的第一卡合插槽310、第二卡合插 槽330、第三卡合插槽352與第四卡合插槽372 ^ 配合上述卡合插槽的數量，第14圖繪示八個支撐件5〇，分別 設置在二可調式結構3之間。每一個支餅％的二端分別卡合於對 應的卡合插槽中。如第14圖所示，每一個支撐件5〇的一端分別具 有數個卡勾通（卡勾的數量可根據實際應用而設計之）。此外，每 :個第-卡合插槽31〇、第二卡合插槽33〇、第三卡合插槽松以及 第四卡合插槽372分別具有對應卡勾個卡勾槽划。其中， 由於視角的關係’下可調式結構3中看不到卡勾槽細，故终來’ 上可調式結構3的卡勾槽380。 請參閱第15圖以及第16圖，第15圖為第14圖中 =可調,？3的立體圖，第16圖為第15圖的俯視:。: =8〇件5G之卡勾漏卡合於下H構3 _ 應的卡勾槽380，以形成一容置空間，如第15圖所示 削 只要稍微扳動卡勾500,即可將切件5G自可調式結構 201111658 來。於實際應用中，可調式包梦 例中的八贱料50可包含_ ^5；^來找减，在本實施 撲件5〇，L形支軸即可‘字=件5〇以及四個一字形支 子形支撐件50配合，以形成一電 路板放置區域A以及一面板放 电 截·。’如第16圖所示。待欲裳 载的物扣裝滿後，再將上可調式纟 Λνσ構3覆盍於支撐件50上，即可完 成如第13圖所示的可調式包梦萝 外如叮八， 狀匕裝裝置5。此外，每-個支撲件50的 卜側可刀別具有一凹槽502。摔作者可姐社 調式包裝裝置5。 呆作者了握持凹槽502，以便於搬運可 竹Lfr第17圖，第17 _13财的可調式_置5的尺 後的立體圖。舉例而言，目前市面上有各種尺寸的面板，若 人裝載較大尺寸的面板，即可將可調式包裝裝置5調整成如第U 圖所不的尺寸，右輯紐小尺寸的面板，即可將可調式包裝褒置 調^成如第17_示的尺寸。換言之，透過如上所述的結構設計， 毛明之可調式包錄置5可根_欲輯的面缺寸大小而調签 、大+僅4合各種面板尺寸的需求，不需針對單—尺寸開模， 而且在對不同大小尺寸的面板作包裝時，不會浪費多餘的空^，、可 達到最大裝櫃使醉。需說_是，本發明之可調式=裝置 5亦可根據實際應用而用來包裝其它物品，不以包裝面板為 相較於先前技術，根據本發明之可調式結構及可調式包炉穿 置，由於主要槽孔的兩端具有複數對主要定位口，操作者即;^由 將按壓部兩端的定位部卡合於主要定位口的其中 9 〜對’來進行微 201H1658 尺寸調整。此外，射藉由將按壓部兩端的定位部卡合於次要定位 口’來進行較大尺相。不雜作簡單，且無需增加額外成本。 以上所述僅為本㈣之難實關，腿 雌之解變化歸飾1闕本㈣之减顧。如圍 【圖式簡單說明】 第1圖為f知可調式結構的立體圖。 本發明一實施例之可調式結構的立體圖。 2圖中的可調式結構於另-視角的立體圖。 圖為第2财的可調式結構的俯視圖。 圖為第2圖中的第—調整件與第 第6圖為_本發㈣—， 讀、·錢的立體圖。 苐7圖為根據本發明另 ^—定位部的示意圖。 第8圖為根據本發明另—實施第—主要槽孔的示意圖。 第9圖為第8圖中的可#可調式結構的立體圖。 第10圖為第8圖令的2式4於另一視角的立體圖。 第11圖;^ 8 17調式結構的俯視圖。 .第二=:的可調式結構的組裝立體圖。 第13圖為根據本二組裝立趙圖。 苐14圖為第13圖中的1之可調式包裝裝置的立體圖。 第15圖為第二装置叫 切件組裝於下可調式結構的立體圖。 20 201111658 第16圖為第15圖的俯視圖。 第17圖為第13圖中的可調式包裝裝置的尺寸調整後的立體圖。 【主要元件符號說明】Between the structures, an accommodation space is formed. Therefore, since the two sides of the main money hole have a plurality of pairs of main positioning ports, the operator can perform the micro-sized can by chucking the pair of positioning portions at both ends of the pressing portion. It is not only "simplified" but also does not require additional cost. The advantages and spirit of the present invention can be further understood from the following detailed description of the invention. [Embodiment] Referring to Figures 2 to 4, 2 is a perspective view of an adjustable structure 3 according to the present invention, and FIG. 3 is a perspective view of the adjustable structure 3 of FIG. 2 at another angle of view 201111658, and FIG. 4 is an adjustable view of FIG. A top view of the structure 3. The adjustable mechanism 3 includes a --an adjustment member 3A and a second adjustment member 32. The first adjustment member includes a --body 300 and a --slot 3〇2, the first slide The groove 3〇2 is combined: the main body 300, or the first chute 302 is integrally formed with the first main body 3〇〇, and the first chute 3〇2 has a -first main slot hole 诵, the first main slot side The first ends have a first pair of primary positioning ports 3022. In addition, the first_3〇2 may have a first secondary slot 3024' and the first-secondary slots 3〇24 have a pair of first time The port 3〇26 is to be positioned. The first time slot is located between the first main slot cutout main body 300. The second adjusting member 32 includes a The second body 32 〇 and the first moving portion 322, the first sliding portion 322 is coupled to the second body 32 〇, or the first sliding portion: is formed integrally with the second body 320, and the first sliding portion 322 has a first pressing portion The portion of the first portion 3220 includes a pair of first positioning portions 3222. It is to be noted that although the second to fourth figures only show two pairs of the first main positioning ports, the sample may be based on In actual demand, the first main shirt position π 3G22 is set on the first main slot surface. In addition, a plurality of main slots 3020 or the first time may be added to the first chute ground. To be slotted, it is not necessary to adjust the size. As shown in Fig. 4, the first pressing portion 322 has a first width w, and there is a first between the two adjacent first main positioning ports 3〇22. a pitch (1), wherein the first pitch G1 is smaller than the first width W, for example, the first width W1 can be designed to be 7 mm jnm) and the first pitch G1 can be 2 wires (job) but not In addition, in the embodiment, the first main positioning port has a -first interval cut from the first to the first position and the first to the first position. The first 201111658 is larger than the first-width W1. In other implementations, the size of the width-wi is the width of the operator's finger, for example, the door X of 5 (four) (four) millimeters (four) is convenient for the operator. The first-pitch G1 is the same as the expected fine-tuning precision shed', for example: between 1 wire (coffee) and 5 wire (mm), in order to adjust the size of the adjustable structure 3 into the machine, the first interval - D1 It is related to the coarse adjustment accuracy of the job, so the first interval D1 will be larger than the first interval. ^Refer to (4) 'Fig. 5 is the first adjustment member 3q and the second adjustment reduction _ in the second figure. The second engraving member 32 is disposed in the first slip _ of the first adjustment (4), and the first sliding portion 322 can be at the first. , bone movement. When the first pressing portion 322_= is assisted by the first-clamping portion to selectively engage with the primary positioning port, the pair is as shown in FIG. When the first pressing portion 3 is in the middle, the first positioning portion 3222 is engaged with the first two-adjusted size-receiving first-subtracting portion 322g, and is separated from the first-substance side == slip _ 322 ' The first positioning portion 3222 may be engaged with the (four) first vertical opening 3022 or the first secondary positioning opening 3026. Two: fucking: that is: the micro-foot length is performed by adjusting the first positioning portion at both ends of the first pressing portion 3220, that is, one of the pre-m pairs. In addition, the operator can also perform the adjustment of the larger size of 201111658, that is, the pre-fine coarse adjustment accuracy, by engaging the first-discontinued _first-position portion 3222 with the first secondary positioning port 3026. In this embodiment, the first adjusting member 30 may further include a first mesh reinforcing structure 304 y to be on or inside the first body, or the first mesh reinforcing structure 304 and the first body 3 〇〇 body The second adjusting member 32 may further include a second mesh reinforcing structure 324 formed on the inner side or the inner side of the second body 320, or the second mesh reinforcing structure 324 and the second body 32Q. The first-and-away reinforcing structure 3G4 and the second mesh-shaped reinforcing structure 324 are composed of a plurality of ribs, which can strengthen the structural rigidity of the first adjusting member 3〇 and the second adjusting member 32 to avoid the first adjusting member 3〇 and the second The adjustment member 32 is broken due to the fall. The first mesh reinforcement structure 3〇4 and the second mesh reinforcement structure 324 can be designed via a drop prevention test. As shown in Fig. 2, Fig. 4, and Fig. 5, the first positioning portion 3222 and the corresponding first main positioning port 3022 and the second-order positioning port are formed in a square block. However, in other embodiments, the 'first-only portion 3222 and the corresponding first main positioning port 3〇22 may also be designed in other shapes. Referring to FIG. 6, the sixth_first according to another embodiment of the present invention. A schematic diagram of the positioning unit 3222. As shown in Fig. 6, the first positioning portion 3222 is a triangular block disposed in the reverse direction, however, in other embodiments, the "first positioning portion" may be disposed in the same direction. It should be said that the shape of the first positioning portion can be designed according to the actual application, and the first-main positioning port 3〇22 and the first: the shape of the lion that is to be positioned is as long as it can be engaged with the first positioning portion. Yes, not limited to square blocks. 201111658 Hole, please outline _- paste main channel. The present invention can also form a first major opening 3022 on the second main slot to add more fine-tuning dimensions. Please refer to FIG. 8 to FIG. 10 . FIG. 8 is a perspective view of another adjustable structure 3 according to the present invention, and FIG. 9 is a perspective view of an angle in FIG. 8 , and FIG. 1 is a view of FIG. Y:; another view of the first adjustment member 30 and the second adjustment member 32, the adjustment mode, the break dance 3 may further include a third adjustment member 34 and a fourth adjustment member 6. In this embodiment, the second adjusting member 32 further includes a second sliding slot, the second sliding slot 326 is also coupled to the second main body 32〇, or the second sliding slot and the second main body are formed. The second chute 326 has a second main slot side, and the second main slot 3260 has a pair or a plurality of pairs of second main positioning ports at both ends. In addition, the second chute 326 may have a second secondary slot gamma, and the second minor slot has a pair of second secondary locating passes. Wherein, the second slot is located between the second main slot 3 and the second body 32?. The third adjustment member % includes a third body 340 and a second sliding portion 342. The second sliding portion has a second pressing portion, and the second pressing portion includes a second positioning portion. A plurality of fourth or second secondary slots 3264' may be added to the second chute 326 as described above to increase the different resizing. Furthermore, the second adjusting member % can further include a second auxiliary sliding slot 328 disposed adjacent to the second sliding slot 326 and extending in the same direction as the second sliding slot 326. The third adjusting member 34 can further comprise a second auxiliary device. The sliding portion 201111658 3 has a first adjacent thin portion 342 of 44. The touch shaft 342 extends in the same direction and is coupled to the second body 32. Or the second auxiliary 340, or flute-forming, and the second auxiliary sliding portion 344' is coupled to the third body, or the first auxiliary sliding portion 344 is integrally formed with the third body 34'. Adjacently, the second pressing portion has a second width, and two: D2 Da and =2, and the second interval D2 is greater than the second width %. In addition, in other embodiments of the plurality of pairs, the two adjacent second main positioning ports have a first spacing, the second spacing is smaller than the second blinding, and the second spacing is greater than the second spacing, and the body is separated by D2. No longer stated. Referring to the related description of FIG. 4, the second sliding portion 342 and the second auxiliary sliding 328 Φ Γ the first adjusting member % of the second sliding groove 326 and the second auxiliary sliding portion of the portion adjusting member 34 The trough animal sliding portion 342 is slidable in the second chute 326, and the second auxiliary sliding is slidable in the second auxiliary sliding order. When the second pressing portion smoke is located at the third: to be fine = the second positioning portion 3422 is engaged with the second main positioning port, the first pressing portion 3420 is located in the second secondary slot 3264 (four), and the second is determined by the second The secondary position is to be positioned 3266. To adjust the size, the operator presses the first seat portion 3420 so that the second positioning portion is engaged with the second 3== or the second time, and then slides the second sliding portion first. The reading portion 3422 can be engaged with the other second main positioning ports 2, 1111,658 or the second secondary positioning port 3266. The second auxiliary sliding portion is selectively disposed, and the auxiliary cutting is performed by the second positioning portion of the second end of the second base, the second positioning portion 2262 or the second secondary positioning σ 3266. Adjustment. ^卜, in the embodiment of the second main positioning mouth of the Wei pair, the correction is adjusted or the adjustment of the larger size, referring to the correlation of the fifth figure, the fourth adjustment member 36 includes a fourth body. 36〇 and a third body 36°, or a third chute and a fourth main body, the third chute 362 has a third main slot side, and the third hole 3620 has a plurality of ends The third major positioning survey. In addition, in the day 362, there may be a third secondary slot deletion, and the third slot is thinner than the second secondary positioning port 3626. Wherein, the third slot is applied between the third main slot 3620 and the fourth body. The third adjusting member % further includes a pawn portion 348, the third sliding portion 348 is coupled to the third body, or the third sliding portion 348 is formed integrally with the third body 340, and the third sliding portion 348 has a third pressing portion. In the 3480, the third part of the third section contains a pair of third positioning parts. It should be noted that the present invention may also provide two or more third main positioning ports 3622 at both ends of the third main slot 362〇 according to actual application requirements. In addition, a plurality of third main slots 362 or a third minor slot may be added to the third chute to increase the different resizing. Furthermore, the fourth adjusting member 36 may further comprise a third auxiliary sliding slot, and the second adjusting member 34 may further comprise a third auxiliary sliding portion 35(), wherein the third sliding slot 13 201111658 364 is combined with the fourth The main body 36〇, or the third auxiliary chute 364 and the fourth main body are formed and the third auxiliary sliding portion 350 is coupled to the third main body 34〇, or the third-assisted sliding portion 350 and the third main body 340 are Body molding. As shown in the figure H), the third pressing portion _ has a third wide static 3, and the two adjacent third main positioning ports 3622 have a third spacing (7), wherein the third spacing G3 is smaller than the third Width W3. In addition, the third main positioning port has a third interval D3' between the third closest position to the positioning port 3626 and the third position to be positioned, wherein the third interval D3 is greater than the third width %. For a specific design manner of the third width w3, the third spacing G3, and the third spacing D3, refer to the related description of FIG. 4, and details are not described herein again. In the assembly, the third sliding portion of the third adjusting member 34 and the third auxiliary sliding portion 350 are respectively disposed in the third sliding slot 362 and the third auxiliary sliding slot 364 of the fourth adjusting member 36 and the third sliding The portion 348 is slidable in the third chute 362, and the third auxiliary sliding portion 35 is slidable in the third auxiliary chute 3. When the third ink-receiving portion 348 is located in the third main slot 3620, the third positioning portion is engaged with one of the pair of the third main positioning ports 3622. When the third pressing portion 348 is located in the third major slot, the third positioning portion 3482 is engaged with the third secondary positioning port. To adjust the size, the operator can press the third slit portion so that the third positioning portion is detached from the engagement with the U-th positioning port 3622 or the third-time positioning port, and then slides = the second sliding portion. 348, the third positioning portion 3482 can be engaged with the other third main positioning port 3622 or the third secondary positioning port 3626 again. It should be noted that the third auxiliary 14 201111658 chute 364 and the third auxiliary sliding portion 3 are selectively disposed to have the function of the auxiliary branch. Thereby, the operator can adjust the size by engaging the third positioning portion 3482 at the two ends of the third pressing portion 348 with the third main positioning σ or the third positioning opening, that is, selecting the miscellaneous Scales are difficult to make money or adjust for wealth. In this embodiment, the second adjustment member 34 may further include a third mesh reinforcement structure 346 formed on the inner side or the inner side of the second body 34, or a third mesh reinforcement structure % and a third body 340 - body molding ' And the fourth adjusting member 36 may further comprise a fourth mesh-shaped contact structure 366 formed on the inner side or the inner side of the fourth body, or a fourth mesh-shaped reinforcing structure Na and the fourth body body being formed. The third mesh reinforcing structure μ6 and the fourth mesh reinforcing structure 366 are composed of a plurality of ribs, which can strengthen the structure of the third adjusting member % and the fourth adjusting member 36 to avoid the third adjusting member 34 and the fourth adjustment. % of the parts were damaged due to falling. The third mesh reinforcement structure 346 and the fourth mesh reinforcement structure are designed to be tested by the fall prevention test. In this embodiment, the first adjusting member 3 further includes a fourth sliding slot 3〇6, and the fourth sliding slot 306 is also coupled to the first main body 3〇〇, or the fourth sliding slot 306 and the first main body 3〇 The fourth chute 306 has a fourth main slot, and the fourth main slot 306 (four) has a pair or a plurality of pairs of the fourth main positioning ports 3062 at both ends. In addition, the fourth chute 306 may have a fourth-most slot hole, and the fourth slot 3〇64 has a pair of fourth-order positioning ports 3〇66. The fourth slot 3〇64 is located between the fourth main slot 3G6G and the first body. The fourth adjusting member % further includes a fourth sliding portion 368, the fourth sliding portion 368 is coupled to the fourth body 36A, or the fourth sliding portion 15201111658 is formed integrally with the fourth body 36〇, the fourth sliding portion 368 has a first pressure, and both ends of the fourth pressing portion 3_ include - moving to the fourth positioning portion. For example, R may also add a plurality of fourth main slots 3 or fourth minor slots 3064' in the fourth chute 3〇6 to increase different resizing. Furthermore, the first adjustment (4) may further comprise a fourth auxiliary chute, and the fine adjustment member 36 may further comprise a fourth auxiliary sliding portion 370, wherein the fourth auxiliary chute is finely coupled to the first body, or the fourth The auxiliary/moon groove 308 is integrally formed with the first main body, and the fourth auxiliary sliding portion is now combined with the fourth main body 360, or the fourth auxiliary sliding portion 37 is integrally formed with the fourth main body as shown in FIG. The fourth pressing portion lion has a fourth width scale, and two adjacent thin main positioning ports are separated from the fine-order position port 6 and have a first partition D4', wherein the fourth interval D4 is larger than the thin width W4. In addition, in the other implementation of the plural pairs of the four main positioning days, the two adjacent fourth main positioning ports ^ have a fourth spacing, the fourth spacing is less than the fourth, and the fourth spacing 〇 4 is at the _th distance , the more than the way, can refer to the 4__ description, no longer repeat them here. The fourth sliding portion 368 and the fourth auxiliary sliding portion 308 of the fourth adjusting member 36 are further referred to as the fourth sliding groove 306 and the fourth auxiliary sliding groove of the first adjusting member 30. The Ρ 368 is slidable in the fourth chute 3〇6, and the fourth auxiliary slip=370 is slidable in the fourth auxiliary chute 308. When the fourth pressing portion is located in the fourth main slot 3_, the fine positioning portion is engaged with the fourth main positioning port 16 201111658 3062. When the _ portion side is located in the first slot, the fourth positioning portion 3682 is engaged with the first positioning port 3066. To adjust the size, the operator can rely on the fourth dust-receiving portion 368 〇 to disengage the fourth positioning portion 3682 from the fourth main fixed-port 3 〇 62. After the engagement of the financial positioning port, the fourth sliding is performed. Department = material four boxes 2 once again engaged in the other (four) four main position mouth move - four long time to locate the port 3 〇 66. It should be noted that the fourth auxiliary Lu == movement: 37: is an optional setting, and has the function of assisting the capture. Therefore, the fourth positioning portion 3682 at both ends of the fourth pressing portion 3680 is engaged with the error: 0 is required to be adjusted by the position σ 3G62 or the fourth secondary branch. In the fourth time, the fourth time is to set the fairy (four) real towel, and the fourth is to perform the micro-size adjustment or the larger size, and the details are not repeated here. Refer to Figure 5 and Figure 12 for the reference of Figure 5, the figure is the 8th figure of the 8th figure = the 12th figure is the assembled perspective view of the adjustable structure 3 of the 9th figure. In a manner, the first adjustment member 3Q, the second adjustment member, and the fourth adjustment member 36 can be assembled as shown in the first and third figures, and the second and third figures are as shown in FIG. A perspective view of a mounting device 5 of another embodiment of the present invention, and FIG. 14 is a view of the adjustable Si! structured packaging device 5 of FIG. 13 including two T-modes as shown in FIGS. 11 and 12. ,,. Structure 3 and the number of multiple building parts. In the lower adjustable type 17 201111658 structure 3 of this embodiment, the first adjusting member 3 has two first engaging slots 31 , and the second adjusting member 32 has two second engaging slots 330 , and a third The adjusting member 34 has two third engaging slots 352, and the fourth adjusting member 36 has two fourth engaging slots 372. It should be noted that the number and position of the engaging slots on each of the adjusting members can be designed according to practical applications. The corresponding first engagement slot 310, the second engagement slot 33, the third engagement slot 352, and the fourth engagement slot 372 are not visible in the upper adjustable structure 3 due to the viewing angle. Therefore, please refer to the first engagement slot 310, the second engagement slot 330, the third engagement slot 352 and the fourth engagement slot 372 of the lower adjustable structure 3 to cooperate with the number of the above-mentioned engagement slots. FIG. 14 illustrates eight support members 5〇 disposed between the two adjustable structures 3, respectively. The two ends of each of the sticks are respectively engaged in the corresponding snap slots. As shown in Fig. 14, one end of each support member 5 has a plurality of hooks (the number of hooks can be designed according to practical applications). In addition, each of the first engagement slot 31〇, the second engagement slot 33〇, the third engagement slot loose, and the fourth engagement slot 372 respectively have a corresponding hook hook slot. Among them, due to the relationship of the viewing angles, the hook groove 380 is not visible in the lower adjustable structure 3, so the hook groove 380 of the upper adjustable structure 3 is finally obtained. Please refer to Figure 15 and Figure 16, Figure 15 is Figure 14 = Adjustable, ? 3 is a perspective view, and Fig. 16 is a top view of Fig. 15: : = 8 5 5 5G card hook leaking into the lower H structure 3 _ the card slot 380 to form a accommodating space, as shown in Figure 15, as long as the card 500 is slightly pulled, you will The cut piece 5G comes from the adjustable structure 201111658. In practical applications, the eight-piece material 50 in the adjustable bag dream example may include _ ^5; ^ to find and subtract, in this embodiment, the L-shaped support shaft can be 'word=piece 5〇 and four The inline shaped support members 50 cooperate to form a board placement area A and a panel discharge section. 'As shown in Figure 16. After the object buckle is ready to be loaded, the upper adjustable 纟Λνσ3 is placed on the support member 50, and the adjustable package as shown in Fig. 13 can be completed. Install the device 5. In addition, each of the blister members 50 has a recess 502. The author can be a sister-in-law package. The author holds the groove 502 to facilitate the handling of the bamboo Lfr, Fig. 17, the adjustment of the 17th _13. For example, there are currently various sizes of panels on the market. If a person loads a larger-sized panel, the adjustable packaging device 5 can be adjusted to a size as shown in the U-th image, and the right-sized small-sized panel is The adjustable package can be adjusted to the size shown in Figure 17_. In other words, through the structural design as described above, Mao Ming's adjustable package can be set to 5 sizes, and the size of the panel is large and only 4 sets of various panel sizes. Mould, and when packaging panels of different sizes, it will not waste extra space, and it can reach the maximum cabinet. It should be noted that the adjustable type device 5 of the present invention can also be used for packaging other articles according to practical applications, and the packaging panel is not compared with the prior art, and the adjustable structure and the adjustable package are placed in accordance with the present invention. Since the two ends of the main slot have a plurality of pairs of main positioning ports, the operator adjusts the size of the micro 201H1658 by engaging the positioning portions at both ends of the pressing portion with the 9 to the pair of the main positioning ports. Further, the shot is made larger by the engagement of the positioning portions at both ends of the pressing portion with the secondary positioning port'. Not complicated, and no additional cost is required. The above is only the difficulty of this (4), and the change of the leg and the female is attributed to the reduction of 1 (4). For example, the following is a perspective view of the adjustable structure. A perspective view of an adjustable structure in accordance with an embodiment of the present invention. 2 is a perspective view of the adjustable structure in another view. The picture shows a top view of the adjustable structure of the second fiscal. The figure is the first adjustment member in Fig. 2 and the sixth drawing is a perspective view of the reading (4), reading, and money. Figure 7 is a schematic view of a positioning portion according to the present invention. Fig. 8 is a schematic view showing the implementation of the first main slot according to the present invention. Figure 9 is a perspective view of the # adjustable structure in Figure 8. Figure 10 is a perspective view of Equation 2 of Figure 8 in another perspective. Figure 11; ^ 8 17 top view of the modulation structure. . Second =: an assembled perspective view of the adjustable structure. Figure 13 is a diagram of the assembly of the Zhao according to the second. Figure 14 is a perspective view of the adjustable packaging device of Figure 1 of Figure 13. Figure 15 is a perspective view of the second device called the cut piece assembled to the lower adjustable structure. 20 201111658 Figure 16 is a top view of Figure 15. Fig. 17 is a perspective view showing the size adjustment of the adjustable packaging device in Fig. 13. [Main component symbol description]
1 ' 3 可調式結構 5 可調式包裝裝置 10、30 第一調整件 12 ' 32 第二調整件 34 第三調整件 36 第四調整件 50 支撐件 100 按壓部 120 卡合孔洞 300 第一主體 302 第一滑槽 304 第一網狀強化結構 306 第四滑槽 308 第四輔助滑槽 310 第一卡合插槽 320 第二主體 322 第一滑動部 324 第二網狀強化結構 326 第二滑槽 328 第二輔助滑槽 330 第二卡合插槽 340 第三主體 342 第二滑動部 344 第二輔助滑動部 346 第三網狀強化結構 348 第三滑動部 350 第三輔助滑動部 352 第三卡合插槽 360 第四主體 362 第三滑槽 364 第三辅助滑槽 366 第四網狀強化結構 368 第四滑動部 370 第四輔助滑動部 372 第四卡合插槽 380 卡勾槽 21 201111658 500 卡勾 3020 第一主要槽孔 3024 第一次要槽扎 3060 第四主要槽孔 3064 第四次要槽孔 3220 第一按壓部 3260 第二主要槽孔 3264 第二次要槽孔 3420 第二按壓部 3480 第三按壓部 3620 第三主要槽孔 3624 第三次要槽孔 3680 第四按壓部 A 電路板放置區域 W1 第一寬度 W3 第三寬度 G1 第一間距 D2 第二間隔 D3 第三間隔 凹槽 第一主要定位口 第一次要定位口 第四主要定位口 第四次要定位口 第一定位部 第二主要定位口 第二次要定位口 φ 第二定位部 第三定位部 第三主要定位口 第三次要定位口 第四定位部 面板放置區域 第二寬度 _ 第四寬度 第一間隔 第三間距 第四間隔 221 ' 3 adjustable structure 5 adjustable packaging device 10, 30 first adjusting member 12 ' 32 second adjusting member 34 third adjusting member 36 fourth adjusting member 50 supporting member 100 pressing portion 120 engaging hole 300 first body 302 First chute 304 first mesh reinforcing structure 306 fourth chute 308 fourth auxiliary chute 310 first engaging slot 320 second body 322 first sliding portion 324 second mesh reinforcing structure 326 second chute 328 second auxiliary chute 330 second engaging slot 340 third main body 342 second sliding portion 344 second auxiliary sliding portion 346 third mesh reinforcing structure 348 third sliding portion 350 third auxiliary sliding portion 352 third card Slot 360 fourth body 362 third chute 364 third auxiliary chute 366 fourth mesh reinforcing structure 368 fourth sliding portion 370 fourth auxiliary sliding portion 372 fourth engaging slot 380 hook groove 21 201111658 500 The hook 3020 the first main slot 3024 the first slot 3060 the fourth slot 3064 the fourth slot 3220 the first pressing portion 3260 the second main slot 3264 the second slot 3420 the second pressing Department 348 0 third pressing portion 3620 third main slot 3624 third desired slot 3680 fourth pressing portion A circuit board placement area W1 first width W3 third width G1 first spacing D2 second spacing D3 third spacing groove The first main positioning port is the first positioning port, the fourth main positioning port, the fourth positioning port, the first positioning portion, the second main positioning port, the second positioning port, the second positioning portion, the third positioning portion, the third main positioning. Port third position positioning port fourth positioning portion panel placement area second width _ fourth width first interval third interval fourth interval 22