Casing of machining device
A machining and equipment technology, applied in the field of machining equipment casings, can solve problems such as the complex structure of connecting panel connectors, and achieve the effects of easy maintenance, beautiful appearance and convenient installation.
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Embodiment 1
[0034] Such as figure 1 , figure 2 As shown, a machining equipment casing includes integrally formed profile body connectors 1 , 2 , 3 , and 4 that are arranged at four corners and have the same structure. Fuselage connector 4 comprises arc corner section 5 and is arranged on arc corner section 5 two ends, mutually perpendicular straight section 6, straight section 7, is provided with lateral slot 8 on straight section 6, and is arranged on straight section 7 A lateral slot 9 perpendicular to the lateral slot 8 is provided on the top, and a through hole 10 is provided on the arc corner section 5 to make the wall thickness of the fuselage connector uniform.
[0035]The machining equipment casing also includes a fixed front lower panel 11 that is inserted between the slots opposite the fuselage connector 1 and the fuselage connector 2, and is movably inserted between the slots opposite the fuselage connector 1 and the fuselage connector 2. 1. Detachable front upper panel 12; ...
Embodiment 2
[0039] Such as image 3 As shown, different from Embodiment 1, the rear upper panel 40 is inserted into the slots of the fuselage connector 41 and the fuselage connector 42 and is connected with the fuselage connector 41 and the fuselage connector 42 through fasteners (not shown). shown) fixed, the upper right panel 43 is inserted into the slots of the fuselage connector 42 and the fuselage connector 44 and fixed with the fuselage connector 42 and the fuselage connector 44 by fasteners (not shown), the front upper The panel 45 is movably inserted into the slots of the fuselage connector 44 and the fuselage connector 46 . The upper left panel 47 is movably inserted into the slots of the fuselage connector 46 and the fuselage connector 41 . The mounting plate 48 is formed at the seam with the front lower panel 49, the fuselage connector 46, the left lower panel 50, the fuselage connector 41, the rear lower panel 51, the fuselage connector 42, the right lower panel 52, and the f...
Embodiment 3
[0041] Such as Figure 4 to Figure 6 As shown, the difference from Embodiment 1 is that a lower panel 62 is fixed in two slots opposite to the fuselage connector 60 and the fuselage connector 61, and an upper panel 63 is detachably installed. The upper panel 63 is The integrally formed plastic plate is provided with an inclined baffle plate 64 that blocks the seam with the fuselage connector 60 on the upper panel 63 near the fuselage connector 60, and is provided with a block and The inclined baffle 65 of the seam of the fuselage connector 61 is provided with a lower baffle 66 near the bottom of the upper panel 63 to block the seam with the lower panel 62 . On the upper panels of the remaining three sides, an inclined baffle and a lower baffle are arranged.
[0042] Such as Figure 7 As shown, the four fuselage connectors have the same structure. The fuselage connector 61 is a profile, including a V-shaped portion 67 of a circular arc corner, a V-shaped portion 68 of a circ...
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