M304878 ，八、新型說明： 【新型所屬之技術領域】 本創作涉及一種電腦殼體，尤指一種具有面板拆取襄 置之電腦殼體。 【先前技術】 一般電腦殼體上經常會安裝有面板，用以裝飾電腦殼 體，同時又可防塵防輻射。 為方便面板之安裝，業界提供了一種面板卡合裝置， 其包括一面板及一基座。該面板内侧靠頂面處設有兩彈性 卡扣片，每一卡扣片開設一卡槽。該面板中部内側靠兩邊 處各設有一定位柱。該面板底面垂直向上凸設有一對凸 片，該兩凸片之一端各相向設有一樞轉柱。該基座包括一 刖板及一底板，該前板上部靠頂面處對應該面板之卡扣片 各设有一開槽，並且該前板頂面向内垂直彎折之折邊對應 該面板卡扣片之卡槽分別形成一卡鉤，該前板中部對應^ 面板之定位柱各開設有—定位孔，該前板下部對應該面板 下端之樞轉柱凸設有兩個大約呈L形之樞轉部。上述面板 卡合裝置雖方便面板之固定’然，於拆卸面板時，由於需 直接用手㈣該斜扣^使其上之切與該卡釣分離， 故’並不方便面板之拆卸。 又如一種面板卡扣装置，包括一面板 前板 動體。該面板上設有複數卡鉤，該前板地 卡槽及卡固槽，並於其下部形成兩弧形 扣體包括兩彈性邱$ Κ Λ ^ Ί 捧Μ及卡合部，該兩彈性部固定於面古 6 M304878 上，該卡合部可於該面板上滑冑，其上設有兩+固釣及兩 弧形凸起。該扳動體由一操作體及一作動體組成，該操作 體及該作動體分別位於前板之兩側，兩者固定連接於一 起。上述©板卡扣裝置藉由該面板之卡鉤卡人該前板= 槽及該卡合部上之卡u鉤卡於該前板之卡固槽中，便固定 該面板。拆卸時，扳動該操作體帶動該作動體擠壓該卡= 體而使其向下㈣’該卡扣體之卡固鉤將脫離該前板之卡 固槽，同時該卡扣體之弧形凸起與該前板之弧形凸起相抵 觸’從而使㈣板麟該前板。上述面板卡扣$置方便面 板之固定與拆卸，然，其結構極其複雜。 【新型内容】 面板拆取且結構 鑒於以上内容，有必要提供一種方便 簡單之電腦殼體。 一種電腦殼體包括一殼體、一面板及一解鎖件，該殼 體設有：前板，該前板上開設有至少一卡扣孔，該面 裝於該前板之外側表面，並設有至少一與該前板之卡扣孔 卡=配合之卡鉤’該前板開設有一通孔，該面板對應該通 孔&有一突肋，該突肋上設有一斜面，該解鎖件旋轉安穿 於該前板之内側表面上，其上設有一用以驅動該解鎖件轉 動之操作.卩、至少—使該面板之卡鉤與該前板之卡扣孔解 鎖之抵壓部及一穿過該前板之通孔並抵頂於該突肋之斜面 上之突起，該突起擠壓該突肋之斜面以推動該面板，並 該等卡鉤脫離該等卡扣孔。 相較於習知技術，本創作電腦殼體藉由該解鎖件之抵 M304878 - % 、壓部擠壓該面板之卡鉤而使其與該卡扣孔解鎖，同時該突 起擠壓該突肋之斜面而推動該面板，該面板之卡鉤脫離該 前板之卡扣孔，此時便可將該面板自該殼體上拆卸下來， 不僅方便面板拆卸，且由於本創作電腦殼體僅包括殼體、 面板及解鎖件，結構極其簡單。 【實施方式】 請參閱圖1，本創作較佳實施方式電腦殼體包括一殼 0體10、一面板20及一解鎖件30。 該殼體10包括一前板12,該前板12於左右兩端部以 及中部分別開設有兩沿縱向排列之長方形卡扣孔121、 122、123、124，並於中部開設兩沿橫向排列之圓形通孔 125。該等卡扣孔123、124間向内突設一空心突柱126， 該突柱126之兩侧分別開設一環繞該突柱126之弧形滑槽 127、128，每一滑槽127、128包括一寬部及一窄部。該卡 扣孔123、該突柱126及該兩滑槽127、128間開設一通孔 _ 129。該卡扣孔124之左側且靠近該滑槽128向内斜向延伸 一限位片130，該限位片130靠近該卡扣孔124之一端為 自由端。該前板12之上邊緣向内彎折形成一折邊14，該 折邊14之左端靠近該卡扣孔123開設一長方形開口 142。 該面板20之内側表面對應該前板12之卡扣孔121、 122、123、124及通孔125分別突設有兩卡扣片22、複數 卡鉤24、25、26及固定柱28。該兩卡扣片22分別由一向 内延伸且其自由端向右彎折之突片形成。該等卡鉤24、25 之自由端之右側分別突設有楔形卡扣部，該卡鉤26之自由 M304878 “ 瓤 、端之左侧設有楔形卡扣部。每一固定柱28上開設一開槽 282，以易於該固定柱28之自由端彈性變形。該面板20 之左端緣向内突設一突肋29，該突肋29之右端緣形成一 斜面292。 請參閱圖1及圖2,該解鎖件30可旋轉安裝於該前板 12之内側表面上，其中部開設一用以收容該前板12之突 柱126之樞轉孔31，上下兩端部對應該前板12之兩卡扣 0孔123、124分別向内彎折形成具傾斜面之抵壓部32、33， 對應該前板12之滑槽127、128分別向外設有大致呈L形 之滑動部34、35，對應該前板12之通孔129向外突設一 具有弧形外表面之突起36,並對應該前板12之折邊14之 開口 142向内垂直彎折形成一操作部38。 請參閱圖3，安裝該面板20之前，將該解鎖件30置 於該殼體10内，該解鎖件30之樞轉孔31對準該前板12 之突柱126，該兩滑動部34、35分別對準該兩滑槽127、 _ 128之寬部，該突起36對準該通孔129。按壓該解鎖件30 使該柩轉孔31套於該前板12之突柱126上，該兩滑動部 34、35分別卡入該兩滑槽127、128中，該突起36穿入該 通孔129並向外伸出該前板12，該解鎖件30擠壓該限位 元片130而稍微彈性變形。請參閱圖4，逆時針旋轉該解 鎖件30直至該解鎖件30與該限位片130脫離，該操作部 38卡入該前板12之折邊14之開口 142中，該兩滑動部34、 35分別卡於該兩滑槽127、128之窄部之邊緣上，從而將 該解鎖件30旋轉安裝於該前板12之内側表面上。該解鎖 M304878 '件30之抵壓部32、33位於該前板12之卡扣孔123、124 之間。該限位片130阻擂該解鎖件30而防止該滑動部34、 35分別滑到該前板12之滑槽127、128之寬部而使該解鎖 件30脫離該前板12。該解鎖件30之滑動部34、35分別 卡於該滑槽127、128之窄部之邊緣上，從而將該解鎖件 30限制於該前板12之内侧表面上。 請參閱圖5，組裝該面板20時，先將該面板20之右 I端部之卡扣片22卡入該前板12之對應卡扣孔121中，然 後按壓該面板20之左端部使該面板20向靠近該前板12 樞轉，直至該面板20之卡鉤24、25、26及固定柱28分別 卡入該前板12之卡扣孔122、123、124及通孔125。此時， 該面板20之卡鉤25、26分別卡於該卡扣孔123之右邊緣 及卡扣孔124之左邊緣，並抵靠於該解鎖件30之抵壓部 32、33上。此時，該突起36抵靠於該面板20之突肋29 之斜面292上，該解鎖件30之抵壓部32、33位於該面板 # 20之卡鉤25、26之間。 於拆卸該面板20時，藉由該前板12之折邊14之開口 142扳動該解鎖件30之操作部38，以使該解鎖件30逆時 針旋轉。該解鎖件30之抵壓部32、33分別擠壓該面板20 之卡鉤25、26，以使該兩卡鉤25、26之卡扣部分別與該 前板12之卡扣孔123之右邊緣及卡扣孔124之左邊緣脫 離，同時，該突起36擠壓該面板20之突肋29之斜面292, 從而向外推動該面板20，該面板20之左端部向外翹起並 脫離該前板12,可藉由向外扳動該面板20之左端部而分 M304878 別將該面板2G之卡鉤24、时柱28及卡扣片22拉出該 前板12之卡扣孔122、通孔125及卡扣孔ΐ2ι，此時，便 可將該面板20自該殼體10上拆卸下來。 綜上所述，本創作確已符合新型專利要求 :專射請。惟，以上所述者僅為本創作之較佳實施方^ 舉凡熟悉本創作技藝之人士，爰依本創作之精神所作 ，修飾或變化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 = 較佳實施方式電腦殼體之立體分解圖 圖2係圖1中之解鎖件之另一立體圖。 圖3係圖1之殼體與解鎖件之立體組裝圖。 圖4係圖1之殼體與解鎖件之另一立體組裝圖。 圖5係圖1之立體組裝圖。 【主要元件符號說明】 10 121 、 122 、 123 、 124 126 129 殼體 卡扣孔 突柱 通孔 折邊 面板 20 卡釣 24、25、26M304878, eight, new description: [New technical field] This creation relates to a computer case, especially a computer case with a panel removal mechanism. [Prior Art] A panel is often installed on a computer case to decorate a computer case while being dust-proof and radiation-proof. To facilitate the installation of the panel, the industry provides a panel engaging device that includes a panel and a base. Two elastic snap tabs are disposed on the inner side of the panel, and each of the latching clips defines a card slot. A positioning post is disposed on each of the two sides of the middle side of the panel. A pair of protrusions are vertically protruded from the bottom surface of the panel, and one of the ends of the two protrusions is oppositely disposed with a pivot post. The base comprises a sill plate and a bottom plate, wherein the front plate portion is provided with a slot corresponding to the locking plate of the panel at the top surface, and the top plate of the front plate faces the inner vertical bent hem corresponding to the panel buckle The card slots of the chip respectively form a hook, and the positioning pillars corresponding to the panel of the front panel are respectively provided with a positioning hole, and the lower part of the front panel is convexly provided with two approximately L-shaped pivots corresponding to the pivoting column of the lower end of the panel Turn part. Although the above-mentioned panel engaging device facilitates the fixing of the panel, when the panel is disassembled, it is not convenient to disassemble the panel because it needs to be directly separated by hand (4). Another example is a panel snap device that includes a panel front panel body. The panel is provided with a plurality of hooks, the front plate grounding groove and the fixing groove, and two arc-shaped buckle bodies formed at the lower portion thereof, including two elastic joints, a 邱 Λ Ί ^ Ί holding and engaging portions, the two elastic portions It is fixed on the surface of the ancient 6 M304878. The engaging part can slide on the panel and has two + solid fishing and two curved protrusions. The trigger body is composed of an operating body and an actuating body, and the operating body and the actuating body are respectively located on two sides of the front plate, and the two are fixedly connected together. The panel retaining device fixes the panel by the hook card holder of the panel, the front panel = slot and the card hook on the latching portion being hooked into the securing slot of the front panel. When disassembling, the operating body is driven to push the actuator to squeeze the card body to make it downward (four)' the fastening hook of the buckle body will be disengaged from the locking groove of the front plate, and the arc of the buckle body The shaped protrusions are in contact with the curved protrusions of the front plate so that the (four) board is aligned with the front plate. The above-mentioned panel buckles are used for fixing and disassembling the instant noodles, and the structure thereof is extremely complicated. [New content] Panel removal and structure In view of the above, it is necessary to provide a convenient and simple computer case. A computer case includes a casing, a panel and an unlocking member. The casing is provided with a front plate, and the front plate is provided with at least one snap hole, and the surface is mounted on the outer side surface of the front plate. There is at least one hook hole card with the front plate=cooperating hooks. The front plate defines a through hole, and the panel has a protruding rib corresponding to the through hole, and the protruding rib is provided with a slope, and the unlocking member rotates An inner surface of the front panel is disposed on the inner surface of the front panel for driving the unlocking member to rotate. At least, a pressing portion for unlocking the hook of the panel and the locking hole of the front panel The protrusion passes through the through hole of the front plate and abuts against the inclined surface of the protruding rib, and the protrusion presses the inclined surface of the protruding rib to push the panel, and the hooks are disengaged from the snap holes. Compared with the prior art, the computer case is unlocked by the pressing member against the M304878-%, the pressing portion presses the hook of the panel, and the protrusion squeezes the protruding rib. The panel is pushed to push the panel, and the hook of the panel is separated from the buckle hole of the front panel, and the panel can be detached from the housing at this time, which not only facilitates the panel disassembly, but also includes the The housing, panel and unlocking parts are extremely simple in construction. [Embodiment] Referring to FIG. 1, a computer housing according to a preferred embodiment of the present invention includes a housing 0, a panel 20, and an unlocking member 30. The housing 10 includes a front plate 12, and two front and rear rectangular locking holes 121, 122, 123, and 124 are respectively disposed at the left and right ends and the central portion, and two laterally arranged in the middle. Circular through hole 125. A hollow stud 126 is protruded inwardly between the latching holes 123 and 124. The two sides of the stud 126 respectively define a curved chute 127, 128 surrounding the stud 126, and each chute 127, 128 Includes a wide section and a narrow section. A through hole _ 129 is defined between the latching hole 123, the stud 126 and the two sliding slots 127 and 128. A limiting piece 130 extends obliquely inwardly of the latching hole 124 and adjacent to the sliding slot 128. The limiting piece 130 is free end at one end of the locking hole 124. The upper edge of the front panel 12 is bent inwardly to form a flange 14. The left end of the flange 14 defines a rectangular opening 142 adjacent to the latching hole 123. The inner surface of the panel 20 has two snap tabs 22, a plurality of hooks 24, 25, 26 and a fixing post 28 respectively corresponding to the latching holes 121, 122, 123, 124 and the through hole 125 of the front panel 12. The two snap tabs 22 are each formed by a tab that extends inwardly and whose free end is bent to the right. A wedge-shaped snap portion is respectively protruded from a right side of the free ends of the hooks 24, 25, and the free hook M304878 of the hook 26 is provided with a wedge-shaped snap portion on the left side of the hooks. The slot 282 is formed to facilitate elastic deformation of the free end of the fixing post 28. The left end edge of the panel 20 protrudes inwardly with a protruding rib 29, and the right end edge of the protruding rib 29 forms a slope 292. Please refer to FIG. 1 and FIG. The unlocking member 30 is rotatably mounted on the inner side surface of the front panel 12, and a pivot hole 31 for receiving the protruding post 126 of the front panel 12 is defined in the middle portion, and the upper and lower ends correspond to the front panel 12 The buckle 0 holes 123 and 124 are respectively bent inward to form the pressing portions 32 and 33 having the inclined faces, and the sliding grooves 127 and 128 corresponding to the front plate 12 are respectively provided with the substantially L-shaped sliding portions 34 and 35 respectively. A protrusion 36 having a curved outer surface is protruded outwardly from the through hole 129 of the front plate 12, and an opening 142 of the flange 14 of the front plate 12 is vertically bent inward to form an operation portion 38. 3, before the panel 20 is installed, the unlocking member 30 is placed in the housing 10, and the pivot hole 31 of the unlocking member 30 is aligned with the front panel 12. The two sliding portions 34, 35 are respectively aligned with the wide portions of the two sliding grooves 127, _128, and the protrusions 36 are aligned with the through holes 129. The unlocking member 30 is pressed to place the squeezing hole 31 in the front portion. The two sliding portions 34, 35 are respectively inserted into the two sliding slots 127, 128, and the protrusions 36 penetrate the through hole 129 and protrude outwardly from the front plate 12, the unlocking member 30. The limiting piece 130 is pressed to be slightly elastically deformed. Referring to FIG. 4, the unlocking member 30 is rotated counterclockwise until the unlocking member 30 is disengaged from the limiting piece 130, and the operating portion 38 is snapped into the front plate 12. In the opening 142 of the edge 14, the two sliding portions 34, 35 are respectively engaged on the edges of the narrow portions of the two sliding grooves 127, 128, so that the unlocking member 30 is rotatably mounted on the inner side surface of the front plate 12. The pressing portions 32, 33 of the unlocking member M304878 are located between the locking holes 123, 124 of the front plate 12. The limiting piece 130 blocks the unlocking member 30 to prevent the sliding portions 34, 35 from sliding to the sliding portion 34, respectively. The wide portion of the sliding grooves 127, 128 of the front plate 12 causes the unlocking member 30 to be disengaged from the front plate 12. The sliding portions 34, 35 of the unlocking member 30 are respectively engaged at the narrow sides of the sliding grooves 127, 128. In the rim, the unlocking member 30 is restricted to the inner side surface of the front panel 12. Referring to FIG. 5, when the panel 20 is assembled, the locking piece 22 of the right I end of the panel 20 is first inserted into the front surface. In the corresponding snap hole 121 of the board 12, the left end of the panel 20 is then pressed to pivot the panel 20 toward the front panel 12 until the hooks 24, 25, 26 and the fixing post 28 of the panel 20 are respectively engaged. The latching holes 122, 123, and 124 of the front plate 12 and the through holes 125. At this time, the hooks 25 and 26 of the panel 20 are respectively engaged with the right edge of the latching hole 123 and the left edge of the latching hole 124, and abut against the pressing portions 32 and 33 of the unlocking member 30. At this time, the projection 36 abuts against the inclined surface 292 of the protruding rib 29 of the panel 20, and the pressing portions 32, 33 of the unlocking member 30 are located between the hooks 25, 26 of the panel #20. When the panel 20 is removed, the operating portion 38 of the unlocking member 30 is pulled by the opening 142 of the flange 14 of the front panel 12 to rotate the unlocking member 30 counterclockwise. The pressing portions 32, 33 of the unlocking member 30 respectively press the hooks 25, 26 of the panel 20 so that the locking portions of the two hooks 25, 26 are respectively rightward of the locking holes 123 of the front panel 12. The edge and the left edge of the snap hole 124 are disengaged, and at the same time, the protrusion 36 presses the slope 292 of the protruding rib 29 of the panel 20 to push the panel 20 outward, and the left end of the panel 20 is lifted outwardly and away from the panel 20 The front panel 12 can be pulled outwardly from the left end of the panel 20, and the hooks 24, the spring posts 28 and the snap tabs 22 of the panel 2G can be pulled out of the latching holes 122 of the front panel 12, The through hole 125 and the snap hole ΐ2ι, at this time, the panel 20 can be detached from the housing 10. In summary, this creation has indeed met the requirements of the new patent: special shot please. However, the above is only the preferred embodiment of this creation. Anyone who is familiar with the creative techniques, which is made in accordance with the spirit of the creation, modification or change, should be covered by the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 2 is another perspective view of the unlocking member of FIG. 1. FIG. 3 is an assembled, isometric view of the housing and the unlocking member of FIG. 1. 4 is another perspective assembled view of the housing and the unlocking member of FIG. 1. Figure 5 is a perspective assembled view of Figure 1. [Explanation of main component symbols] 10 121 , 122 , 123 , 124 126 129 Housing Snap hole Pillar Through hole Folding panel 20 Card fishing 24, 25, 26
開槽 2U 斜面 292 樞轉孔 31 前板 12 通孔 125 滑槽 127 、 128 限位片 130 開口 142 卡扣片 22 固定柱 28 突肋 29 解鎖件 30 抵壓部 32、33 11 M304878 r 36 滑動部 34、35 突起 操作部 38Slotted 2U bevel 292 Pivot hole 31 Front plate 12 Through hole 125 Chute 127, 128 Restriction piece 130 Opening 142 Knuckle piece 22 Mounting post 28 Stud rib 29 Release piece 30 Pressing part 32, 33 11 M304878 r 36 Sliding Portion 34, 35 protrusion operating portion 38
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