CN2560998Y - Computer case - Google Patents

Abstract

A computer case body comprises a base seat and a magnetic rack, a first slide way and a second slide way are depressed at an internal side of two side walls opposite to the base seat, a backstop part is formed on a front end of the first slide way and a guide slot is disposed on the front end of the second slide way; the magnetic rack is in slide connection with the base seat, a fixing wall is convexly arranged on the two side walls of the magnetic rack, a first slide mass is positioned on an end of the fixing wall and a second slide mass extends from the other end. The first slide mass is strip-shaped, an end of which an elastic part is formed. A pressing handle is formed on the front end of the elastic part and a buckle tenon extends from a top end of the elastic part. During the assembly, the second slide mass slides into the second slide way along the guide slot, for driving the magnetic rack to the base seat; meanwhile, the first slide mass follows into the first slide way and the magnetic rack is buckled in the base seat through the matching of the backstop part and the buckle tenon; the buckle tenon can be divorced from the backstop part by push against the pressing handle, so that the magnetic rack can be taken out.

Description

Computer casing

[technical field]

The utility model is about a kind of computer casing, refers in particular to a kind of simple in structure, easy accessibility, is convenient to the computer casing of data preservation storer.

[technical background]

The tradition computer casing locks magnet stand on computer base by screw or clamping structure.The computer casing that is disclosed for No. 89216297 as the Taiwan patented claim, it comprises a pedestal and a magnet stand, be formed with the plurality of fixed hole on this pedestal, this magnet stand is made up of two detachable magnet stand accommodation chamber and pedestals, offer some screws on this pedestal, the vertical bending in each accommodation chamber both sides one flanging forms the plurality of fixed hole on this flanging, some screws pass the fixed orifice on the accommodation chamber flanging, and this accommodation chamber is locked on this pedestal; Similarly, the magnet stand locking after some screws fixed orifice of passing pedestal will be assembled again is on pedestal.But, above-mentioned traditional computer casing once face removes and installs and during FAQs such as Maintenance and Repair, then need computer panel or magnet stand are disassembled, and unclamp screw on the Computer magnetic shelf one by one, very inconvenience of its operation, simultaneously, this magnet stand mounting or dismounting maintenance needs to carry out in computer casing inside, easily other electronic packages is caused damage.

[summary of the invention]

The purpose of this utility model is to provide a kind of simple in structure, easy accessibility, is convenient to the computer casing of data preservation storer.

The purpose of this utility model is achieved through the following technical solutions: the utility model computer casing, comprise a pedestal and a magnet stand, one first slideway and one second slideway cave in respectively in the inboard, two side that this pedestal is relative, the front end of this first slideway forms a stopper section, and the front end of second slideway is offered a guide groove; This magnet stand is slidingly installed with on this pedestal, the two side of magnet stand respectively is convexly equipped with a fixation wall, this fixation wall one end is installed one first slide mass, the other end then protrudes out one second slide mass, this first slide mass is a strip, one end forms an elastic, and the elastic front end forms one and pushes handle, and this elastic top protrudes out a coak.During assembling, this second slide mass imports this second slideway along guide groove earlier, promotes this magnet stand and slips into pedestal, and this first slide mass also enters this first slideway thereupon and by cooperating of stop portion and coak this magnet stand buckled and is held in the pedestal simultaneously; Push this and push handle, this coak breaks away from stop portion, just can extract this magnet stand out.

The advantage of the utility model computer casing is: the utility model computer casing has adopted one in front and one in back two groups of slide constructions, slip into a magnet stand in the computer casing reposefully, simultaneously, buckling structure between this magnet stand and computer casing is simple, be convenient to user assembling and dismounting magnet stand under the situation that does not influence inner other assembly of computer casing, during use, only need stir one and push handle, skidding off this magnet stand of rotation again can separate this magnet stand in computer casing, simple to operation.

[description of drawings]

In conjunction with example the utility model is further described with reference to the accompanying drawings.

Fig. 1 is the three-dimensional exploded view of the utility model computer casing.

Fig. 2 is the first slideway partial enlarged drawing of the utility model computer casing.

Fig. 3 is the first slide mass stereographic map of the utility model computer casing.

Fig. 4 is the assembly figure of the utility model computer casing.

Fig. 5 is the associated component three-dimensional combination figure of the utility model computer casing.

Fig. 6 is the fastening state enlarged drawing of the utility model computer casing.

[embodiment]

Please consult Fig. 1 to Fig. 3 simultaneously, the utility model computer casing mainly comprises a pedestal 10 and a magnet stand 40.

This pedestal 10 has a diapire 12, one antetheca 14, one rear wall 16 and two side 18,22, the height of this antetheca 14 is lower than two side 18,22 and with this two side 18, the lateral margin of 22 1 ends surrounds a breach, be used for accommodating this magnet stand 40, the two side 18 that pedestal 10 is relative, 22 are the bending of ㄇ shape in the top near antetheca 14 1 sides forms two folding faces 23 and 24, this folding face 23 near an end of antetheca 14 from inside each vertical bending one flanging 25 of two directions up and down, this relative flanging 25 is formed first slideway 26 of depression respectively, simultaneously, these first slideway, 26 top flangings 25 protrude out a stopper section 28 at the end near header board 14; This folding face 23 has a long and narrow notch 29 at the end away from antetheca 14, and this long and narrow notch 29 is formed this second slideway 30 with another folding face 24, and this long and narrow notch 29 is offered a guide groove 32 each further extension of an end near first slideway 26.

This magnet stand 40 slips into this pedestal 10 from the breach that antetheca 14 forms along first and second slideway 26,30, this magnet stand 40 forms an accommodating body by the upper wall 46 and the diapire 48 of two side 42,44 and connection two side 42,44, it is box-like that integral body is, and further be separated to form two accommodation chambers (not indicating) by a dividing plate 49, it is used for accommodating different data memories, it is outwards outstanding that 42,44 outsides, two side of this magnet stand 40 are the ㄇ shape respectively, the fixation wall 52 of an integrally formed evagination, these fixation wall 52 front ends offer a fixed orifice 54.

Two first slide masses 60 pass fixed orifice 54 by screw 61 and cooperate on the fixation wall 52 that is separately fixed at this magnet stand 40 with nut (figure does not show), these first slide mass, 60 integral body are strip, one end is offered a pickup groove 64, the other end is offered an elongate slot (not indicating) by inclination and is formed an elastic 66, the middle part is offered one and is supplied screw 61 to wear the fixed orifice 62 of usefulness, elastic 56 front ends then form one and push handle 68, these elastic 66 tops further protrude out a coak 72, for increasing the weight that handle 68 is pushed in operations area and minimizing, this pushes the polyhedral structure that handle 68 is made as a hollow.

These fixation wall 52 rear ends protrude out one second slide mass 80, this second slide mass 80 on this fixation wall 52 directly stamping-out form, be the face of cylinder of a hollow.Second slide mass 80 of this magnet stand cooperates with this first slide mass 50 forms sliding component.

Please consult Fig. 4 and Fig. 5 simultaneously, during assembling, first step is that second slide mass 80 on these magnet stand 40 fixation wall 52 is aimed at the guide groove 32 that inserts pedestal 10 two sides 18,22 second slideways 30, and rotary magnetic rack 40 again, and this second slide mass 80 is slipped into this second slideway 30; Second step is inwardly to promote these magnet stand 40, the second slide masses 80 to slide in this second slideway 30, drives this first slide mass 60 and enters this first slideway 26; Third step is to continue to promote this magnet stand 40 to make first slide mass 60 that slides in first slideway 26 continue inwardly to slide, finally make the coak 72 of this first slide mass 60 snap in the stopper section 28 of these first slideway, 26 front ends, thereby this magnet stand 40 is retained on the pedestal 10.

During dismounting, only need push this and push handle 64, make the coak 72 of this first slide mass 60 break away from the stop portion 28 of storage tank, discharge the fastening of magnet stand 40 and pedestal 10, can extract this magnet stand 40 out.

Claims (7)

1. computer casing, comprise a pedestal and a magnet stand, it is characterized in that: the two side that this pedestal is relative forms one first slideway and second slideway respectively, the front end of this first slideway further forms a stopper section, the front end of this second slideway is offered a guide groove, this magnet stand slidably is installed on this pedestal, the two side of magnet stand respectively is convexly equipped with a fixation wall, this fixation wall is installed one first slide mass, this first slide mass forms a coak, protrude out one second slide mass again at this first slide mass homonymy, after wherein second slide mass of this magnet stand can be aimed at the guide groove that inserts second slideway, rotation also inwardly promotes this magnet stand, this second slide mass is slipped into this second slideway, drive this first slide mass simultaneously and enter this first slideway, make the coak of this first slide mass snap in the stopper section of this first slideway front end, thereby this magnet stand is retained on the pedestal.

2. computer casing as claimed in claim 1 is characterized in that: the two lateral walls of this pedestal inwardly is the bending of ㄇ shape respectively, forms some folding faces.

3. computer casing as claimed in claim 2 is characterized in that: bending forms this first slideway and this second slideway on this folding face.

4. computer casing as claimed in claim 3 is characterized in that: this is on first slide mass of strip offers a fixed orifice.

5. computer casing as claimed in claim 4 is characterized in that: this first slide mass, one end is offered a tipper to form an elastic.

6. computer casing as claimed in claim 5 is characterized in that: this elastic front end forms one and pushes handle.

7. computer casing as claimed in claim 1 is characterized in that: this coak convexedly stretches in the top of elastic.

Images