JPS58100499A - Mounting structure for convection induction plate in electronic device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a mounting structure for a convection guide plate in an electronic device.

For the general frame or integral part,
When fixing a single child unit whose center is on the opposite side to the frame or integrally, a method is used in which the fixing screws are increased and the unit is firmly fixed with the front bolt of the frame, etc., but this method - The space required for normal is large. It is conceivable to prepare a threaded part at the end of the wax rod and screw it in (1), but it is difficult to attach and remove the electronic unit (4) using only the front operation. Therefore, in these methods, the convection guide plate that induces heat generation in the electronic unit has a role of supporting the electronic units directly above it.
: If you try to hold it, you will have to give it more space than necessary or make it structurally difficult, and therefore you will have to take care to convey the fixing force of the mrinva in the direction of execution.

Honkaku@O purpose is to eliminate the drawbacks of the conventional technology,
- To provide a simple mounting structure for a pair of 11tiI conductor plates that also serves as a 1m length for supporting a child unit and maintains an accurate angle of inclination.

The present invention provides convection-conducting [vt
If dAm + processing S is provided to hold without screws, -
The present invention will now be explained in detail with reference to the embodiments shown in the following pages. - to do.

Recommendation Figure 1 is a perspective view of a d body to which the present invention is applied, and its structure will be briefly explained below. First, on the right pillar 100 and the left pillar 120, the mUilJK is a title block unit (hereinafter referred to as a shelf). screw hole 102 for attaching the
Shelf mounting parts 101 and 121 that extend over 122;
Above that are mounting holes 11 and 123 for attaching the ceiling plate 14111, below that are mounting holes 104 and 124 for attaching the bottom plate 150, and in the center are the mounting holes for the right and left pillars themselves. strength! There is a bent part 105°125 that protrudes into a rectangular shape to increase Rvt, and a bug ff14[16
A mounting fiil G6°126 with screw holes (not shown) for mounting the oVt is provided, and the queen ceiling plate 140. The bottom plate 150 and the back plate 160 are fixed to the left column 120 and the right column 100 having four structures as described above with screws 90.

In addition, there are hook mounting holes 107, 1G41, 127 for loading and unloading at the top of the upper e bends 105 and 125 and at the bottom of the lower part.
and 128 are thrown, and the mounting part 1o6゜1
26 and the bending portions 105 and 125, the threshold space between the cargo handling space 105 and the bent portions 105 and 125 is based on the assumption that the back plate 160 is laid down on the floor #i during cargo handling.
9, 121 is constructed.

In the present invention, the shelf 17Q and the anti-fidl conductor plate are added to the stone pillar 100 and the left pillar of the frame having such a structure t-.
*Some parts are shown depending on the view.

42AIiiiK fffi (, 8a84 board tsoo in the evening, IR1!I *m* fixed corridor 181t, horizontal 1
The inclined tooth 182 seen in the corner t4 opposite to o4C, and the protrusion 18 at an appropriate position of the direction of the inclined tooth 182.
6
I11rIaiIIIkl constant part 181 is the left column 120
The second setting is the diameter screw hole 122 and the screw 190, and the screw hole 185tV. In addition, as shown in detail in Fig. 45, the left column 120 is provided with an aperture 131 that engages the fK groove 130 at a position corresponding to the protrusion 185 described above. A similar process of masonry work is being carried out at various locations.

To fix the convection guide plate 180 to the right column 100 and the left column 120, push it in from the front #J until the protrusion 185 is inserted into the slit 150, and at that point tighten the front rrJ fixing bolt 181 with the screw 190. It's stormy.

Also, by mounting the shelf 170 on the frame, or by sliding it on the horizontal 411184 of the pair I/l# conductor plate 180,
If necessary, this can be done by tightening the left and right pillars with screws on the front side.

That's all - Shikilil! According to the invention as disclosed.

The phantom g-guidance plate can be supported without using screws in the high frame frame, and the heavy objects can be supported there. In other words, the support #Vt for holding the shelf directly above
It will be used for both purposes. Furthermore, it is possible to maintain an accurate inclination angle for RI/Lg144jto properties with a simple structure, making it extremely practical.

[Brief explanation of the drawings] Figure 1 G: A perspective view showing the outline of the frame made by 12B Kakumei.
Figures 2 and 5 are enlarged perspective views of the main parts of Figure 1. 100: Right pillar 12Q: Left pillar 1Ω1, 121 Nijiel 74L with Zheng 102, 12
2: Screw hole tio Nislit 151:ll1i5
Su170: Seac Lua (llic child 3-!t)
18Q: Convection guide plate 181: Front painter fixed Jeong 182:
Slope 18s: Protrusion 184: Horizontal 4g
185: Screw hole 1st concave

Claims (1)

[Scope of Claims] In order to capture and advance convection t' directly inside the electronic vehicle, the convection guide plate t--which is provided with an inclined surface having an angle of 'C' with respect to the horizontal plane - is attached to the column. In the installation method 6, the frame is provided with a screw fastener for screwing a part of the convection guide plate, and a machined part for inserting and holding the other part of the convection guide plate. The opposite #4 board is the above 1.-Nakobe and Nejigoku 4
A mounting structure for a convection-conducting plate in a one-piece device, which is configured to be attached to the end post by a part and a part. z It notes that the machine D machine is to be fitted with the slit-shaped guide 4 formed by the 4 force Ω machine. Room #44
IcD ordering structure. 5. The upper side of the D period convection guide plate equipped with 11aiI oblique I] I was formed almost horizontally from the inclined surface to the part fixed by the screw corrugation of the cocoon-originating wax column. of%
Mounting structure of convection guide plate in Kii's electronic equipment.