JPS596169Y2 - cooking oil fence - Google Patents

Description

[Detailed description of the invention] This invention relates to a cooking oil fence used when cooking with oil.

As is well known, when cooking with oil, the oil scatters and stains cooking surfaces, gas ranges, etc.

For this reason, a screen made of aluminum foil or other material is propped up around the gas range to prevent the oil from scattering, but this type of screen is extremely unstable just by being propped up, and the height cannot be adjusted. For example, when adjusting the height of a fence depending on the size of the pot, it was troublesome to have to install an appropriate stand under the screen or bend the lower edge of the fence.

This idea was devised to eliminate the above-mentioned drawbacks, and its purpose is to maintain the standing position of the fence stably regardless of the microwave oven model, and also to be able to adjust the height of the fence. Our goal is to provide oil fences.

An embodiment of this invention will be described in detail below based on the drawings.

FIG. 1 shows the overall structure of a cooking oil fence, and reference numeral 1 indicates a screen.

This screen 1 is made by bending and forming a single aluminum plate into an L-shape as a whole, and its lower edge is bent inward to form an oil sump groove 2.

A plurality of legs 3, 3.3 are attached to the lower edge of this screen 1 (in this embodiment, at both ends and corners).

Both longitudinal edges of each leg 3, 3.3 are bent and C
A channel-shaped tongue piece is provided at the lower end with a shape left uncut and bent at a right angle to form a stable support part 4.

Further, a long hole 5 extending in the longitudinal direction is provided at the center of the upper end of each of the legs 3, 3.3, and a projection 6 is extruded directly below the long hole 5.

On the other hand, the screen 1 to which each of these legs 3, 3.3 is attached
A screw hole 7 is formed from above in the abutting portion, and an elongated hole 8 corresponding to the elongated hole 5 provided in each of the legs 3, 3.3 is formed directly below the screw hole 7.

Thus, each protrusion 6 of each leg 3, 3.3 configured as described above is fitted into a long hole 8 corresponding to the contact position of the screen 1 (second
(see figure), and the tip of a screw 9 inserted through the screw hole 7 faces the elongated hole 5, and the nut 1 screwed onto this screw 9
0, each leg 3, 3.3 is firmly attached to the back surface of the screen 1.

To adjust the height of the screen 1, loosen the nut 10 and screw 9.
This is done by sliding it inside the elongated hole 5.

During this adjustment, the protrusion 6 slides within the elongated hole 8 on the side of the screen 1 and guides the leg 3 so that it does not bend.

In addition, holes 1 are provided in the stable support portions 4 of each of the legs 3, 3, 3.
1 is provided, and one of these is selected and an L-shaped protrusion 13 is inserted at the tip of the fixing plate 12 (see FIG. , is provided to rotate at right angles and is removably locked.

Therefore, since the fixed plate 12 is locked in this manner, the direction can be arbitrarily changed around the projecting piece 13, for example, as shown by the imaginary line in FIG. 1.

In the above-mentioned embodiment, the shape of the leg 3 is described as being C-channel shaped, but for example, as shown in FIG.
It may also be used; in this case, the rigidity is increased and the support is stable, which is an advantage.

FIG. 3 shows a state in which the screen 1 is set around the range 20.

The operation of this invention will be explained below using the above structure.

First, the overall shape of the screen 1 can be shaped using a press or the like, so the processing is very simple.
Also, the attachment (assembly) of the legs 3, 3.3 to the screen 1 is as simple as fitting the protrusion 6 into the long hole 8 provided in the screen 1, positioning it, and then inserting the screw 9 and attaching it with the nut 10. Because of this, it can be assembled extremely quickly.

Also, when setting around the range 20, legs 3,
3. Since the legs of the range 20 are placed and fixed on the end of the fixed plate 12 attached to any one of 3 (see Fig. 3), it is possible to prevent the screen 1 from falling over and prevent it from shifting during use. It can be prevented.

Further, since the height can be adjusted by loosening the nut 10 and sliding the screen 1 up or down, there is no possibility that the range 20 will become unusable even if the model is slightly different.

Furthermore, since the fixed plate 12 is rotatable perpendicular to the length direction of the leg 3, even if the position of the leg to be placed on the range 20 is slightly different due to differences in the model of the range 20, it should be aligned directly below the leg position. This allows for stable support of screen 1.

Generally, screws are used to attach two members rotatably and removably, but when screws are used, the thickness of the nut provided on the lower surface of the fixing plate 12 may vary. The legs of the range placed on this fixing plate 12 and the other legs become uneven and become unstable.

However, in this invention, since the L-shaped protrusion 13 provided on the fixed plate 12 is inserted into the hole 11 of the stable support part 4, a convex portion is formed on the ground surface of the fixed plate 12. There was no problem, and it remained stable even when I put the legs of Range 20 on it.

Of course, if it is possible to set the screen 1 in a stable state without using the fixed plate 12, you can rotate the fixed plate 12 to move it from the position of the legs of the range 20, or move the fixed plate 12. Just remove it from the stable support part 4 and use it. ly).

In this case, since the projecting piece 13 is simply locked into the hole 11 of the stable support part 4, the fixing plate 12 can be removed with a simple operation.

Since this invention has the above-mentioned structure and function, it is easy to manufacture and can be set up very easily for use.

In addition, when setting the oven, it can be set stably without any problem even if the model of the oven is slightly different, and since the height can be adjusted, the height can be adjusted to the position where oil scattering is most severe, which is effective.

Furthermore, an L-shaped protrusion was provided on the fixed plate, and this protrusion was inserted into the hole in the stable support part and attached rotatably, so even if the microwave model is different, the position of the microwave legs can be adjusted. The fixed plate can be rotated and its legs can be placed on it, allowing the screen to be stably fixed.

Also, since the protruding piece of the fixed plate was locked into the hole of the stable support part,
If there is no risk of the screen falling over, this fixed piece can be removed with a simple operation, which is an excellent feature.

[Brief explanation of drawings]

Figure 1 is an overall perspective view of the cooking oil fence according to this invention, Figure 2 is a vertical sectional view taken along the line I-II shown in Figure 1, and Figure 3 is a cooking oil fence arranged around the range. FIG. 4 is a cross-sectional view showing another example of the leg. 1... Screen, 2... Oil sump groove, 3...
... Legs, 4 ... Stable support parts, 11 ...
...hole, 12...fixing plate, 13...protrusion, 20...range.

Claims (1)

[Scope of utility model registration request] A plurality of legs 3 projecting downward from the screen 1 are attached to a plate-shaped screen 1 that guides one or more sides of the microwave oven 20 so as to be vertically telescopic. 11 is formed integrally with the leg 3 at right angles, and the stable support part 4 includes a fixing plate 12 having an L-shaped protrusion 13 at its tip. 13 is locked in the hole 11 of the stable support part 4, and is rotatably and detachably attached to the leg 3 so that it can be rotated substantially at right angles to the length direction of the leg 3.