JPH0248743Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to an oil splash prevention plate for a gas range.

[Conventional technology]

BACKGROUND ART In order to prevent oil from scattering around gas ranges when making fried foods, oil splash prevention plates called stove guards are widely used in general households.

Traditionally, such stove guards are
For example, a thin metal plate may be formed into an L shape and placed upright on the stove table so as to cover the sides from the rear of the gas range, or it may be placed upright on the outside of the top surface of the gas range using a magnet. something is known.

[The problem that the idea aims to solve]

However, in the former type of stove guard, since it is installed upright on the stove table at a position outside the peripheral side of the gas range, it is possible to prevent oil from scattering on the wall surface, but there is a gap between the gas range and the stove guard. It is unavoidable that it will drip down between the two and stain the stove table surface.

On the other hand, the latter stove guard is installed directly on the top of the gas range, so it has the advantage of preventing oil from scattering onto the gas stove. For this reason, the distance between the stove part and the stove guard surface of the gas range is small, and when a frying pan or deep fryer is placed on the stove part, the outer periphery of the frying pan or deep fryer will be placed on the inside of the upright stove guard. The latter type is not only difficult to cook, but also dangerous, and it is difficult to use the latter type in gas ranges commonly used in households.

In order to improve both of the above drawbacks, a type of stove guard has recently been proposed in which the lower part of the stove guard is attached to the side of the gas range using a magnet, but this type of stove guard is installed upright on the side of the gas range. As is well known, the suction force is relatively strong in the direction perpendicular to the suction surface, but weak in the direction parallel to the suction surface. Therefore, if a small external force is applied from above the stove guard, the position is likely to shift. It has the following drawbacks.

The purpose of this invention is to solve these problems, and it is designed to prevent oil from splashing on gas ranges, which does not move easily even when subjected to external forces from above, and which makes it possible to use a wide range of space in the stove. It provides a board.

[Means to solve the problem]

In order to achieve the above object, the oil splash prevention plate for a gas range of the present invention has a horizontal plane part 3 which is bent at right angles to the upper surface 17 side of the gas range 15 through the horizontal fold line 4 at the lower end of the guard face part 1 which stands upright. is formed, and the gas range 1 is folded back to the lower surface side of the horizontal surface portion 3 via the fold line 5 at the lower end of the horizontal surface portion 3.
A narrow locking piece 6 is formed on the peripheral edge of the narrow locking piece 6 whose vertical width is smaller than that of the horizontal surface 3, and a fold line 7 is formed at the lower end of the narrow locking piece 6. It is characterized in that an adsorption piece part 9 equipped with a permanent magnet 8 which is adsorbed to the side surface 16 of the gas range 15 is provided in series.

[Effect]

Horizontal surface portion 3 connected to the lower end of guard surface portion 1
is bent at right angles from the horizontal fold line 4, and the narrow locking piece part 6 is folded back to the lower surface of the tip of the horizontal surface part 3 via the fold line 5 to overlap, and the suction piece part 9 is bent along the fold line 7. Bend it at a right angle from
When the adsorption piece 9 is fixed on the peripheral edge of the gas range 15, the adsorption piece 9 hangs down along the side surface 6 of the gas range 15, and the permanent magnet 8 provided on the adsorption piece 9
By adsorbing the guard surface part 1 to the side surface 6 of the
is fixed in an upright position.

In this state, the horizontal surface portion 3 extends outward from the periphery of the gas range 15, and therefore, the guard surface portion 1 standing up from the horizontal surface portion 3 via the fold line 4 extends outward from the periphery of the gas range 15. As a result, the usable space of the stove part is widened, and even when a frying pan, deep fryer, etc. are placed on the stove part, the outer periphery of the pan does not come into contact with the guard surface part 1.

Further, when a downward external force acts on the guard surface part 1, the external force is received by the locking piece part 6 which is locked on the peripheral edge of the gas range 15 via the horizontal surface part 3, and the gas range 15 External force is prevented from being transmitted to the suction piece part 9 adsorbed to the side surface of.

〔Example〕

An embodiment of the present invention will be explained with reference to the drawings. In Figs. 1 to 4, reference numerals 1 and 1 denote guard surface parts that can be bent into a planar L-shape from a vertical fold line 2 provided at the center; these guard surface parts 1, 1. A horizontal plane part 3 having a constant vertical width is formed at the lower end of the horizontal fold line 4 to be bent in the extending direction of the upper surface 17 of the gas range 15. A narrow locking piece 6 that is formed to be narrower than the longitudinal width of the horizontal surface portion 3 and folded back and overlapped with the back side of the horizontal surface portion 3 via the fold line 5 is provided in succession, and the locking piece 6 is At the lower end, a suction piece part 9 which can be bent perpendicularly to the locking piece part 6 via a fold line 7 is provided.

Reference numeral 8 denotes permanent magnets fixed in recesses formed on both sides of the attraction piece 9, which attracts the magnet to the side surface 16 of the gas range 15.

Reference numerals 10 and 10 indicate a plurality of reinforcing ridges formed in the vertical direction on the guard surface parts 1 and 1.

When using the oil splatter prevention plate for a gas range configured in this way, first, the guard surface parts 1, 1 are bent into a planar L-shape from the vertical fold line 2, and the guard surface parts 1, 1 are provided at the lower ends of the guard surface parts 1, 1. The horizontal surface portion 3 is bent at a right angle from the horizontal fold line 4, and then the narrow locking piece portion 6 is folded back to the lower surface side of the distal end of the horizontal surface portion 3 via the fold line 5 and overlapped.

Thereafter, when this narrow locking piece 6 is brought into contact with and locked 12 on the periphery of the gas range 15, the horizontal surface 3 extends outward from the top surface 17 of the gas range 15, and this horizontal The guard surface portions 1, 1 stand upright from the extending end of the surface portion 3.

In this state, the narrow locking piece 6 has a crease line 7.
The adsorption piece part 9 which is continuously provided through the fold line 7 is bent at a right angle from the fold line 7 to hang down, and the permanent magnet 8 provided on the adsorption piece part 9 is attached to the side surface 16 of the gas range 15.
When adsorbed to the gas range 15, the guard surface part 1
It is fixed in an upright position at a position outwardly from the side of the

[Effect of idea]

As described above, the oil splatter prevention plate for a gas range of the present invention has a horizontal plane part 3 which is bent at right angles to the upper surface 17 side of the gas range 15 through the horizontal fold line 4 at the lower end of the guard surface part 1 which stands upright. A narrow locking piece portion formed at the lower end of the horizontal surface portion 3 to be folded back to the lower surface side of the horizontal surface portion 3 via the crease line 5 and to be locked onto the periphery of the gas range 15, the vertical width of which is smaller than the horizontal surface portion 3. 6, and furthermore, an adsorption piece part 9 equipped with a permanent magnet 8 which is attached to the side surface 16 of the gas range 15 through the fold line 7 is connected to the lower end of the narrow locking piece part 6. When in use, the horizontal plane part 3 connected to the lower end of the guard surface part 1 is bent at right angles from the horizontal fold line 4, and the narrow locking piece part 6 is bent along the fold line 5 on the lower surface side of the tip of the horizontal plane part 3. Then, the suction piece 9 is bent at right angles from the fold line 7 to hang down, and the lower surface of the narrow locking piece 6 is locked on the periphery of the gas range 15, and the suction piece When the permanent magnet 8 provided in the part 9 is attracted to the side surface 16 of the gas range 15,
The horizontal surface portion 3 is in a state of extending outward from the periphery of the storage 15, and the guard surface portion 1 standing up from the horizontal surface portion 3 via the fold line 4 is made to stand at a position outside the periphery of the gas range 15. Therefore, the usable space of the stove section is expanded, and even if a frying pan, deep fryer, etc. are placed on the stove section, cooking can be done without the outer periphery of the pan coming into contact with the guard surface section 1. Although the surface portion 1 is disposed outward from the periphery of the gas range 15,
The guard surface portion 1 and the horizontal surface portion 3 can prevent oil from scattering outside the gas range.

In addition, since the narrow locking piece 6 formed at the tip of the horizontal surface portion 3 is locked onto the periphery of the gas range 15, when a downward external force is applied to the guard surface portion 1, the horizontal surface portion This locking piece 6 through 3
can receive the external force, gas range 1
By preventing the external force from being transmitted to the suction piece part 9 adsorbed to the side surface of the gas range 15, the guard surface part 1 can be always mounted at a predetermined position of the gas range 15 in a stable posture.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, and FIG. 1 is a front view, FIGS. 2 and 3 are enlarged cross-sectional views taken along lines A-A and B-B in FIG. 1, respectively, and FIG.
The figure is a simplified sectional view of the main parts showing the folded state during use. 1...Guard surface part, 2...Vertical fold line, 3...
Horizontal surface part, 4...Horizontal fold line, 6...Narrow locking piece part, 8...Permanent magnet, 9...Adsorption piece part, 15...
Gas range, 16... its side, 17... its top.

Claims (1)

[Scope of utility model registration request] A horizontal crease line 4 is formed at the lower end of the guard surface section 1 that is to be stood upright.
A horizontal surface portion 3 is formed by bending at right angles to the upper surface 17 side of the gas range 15 through the fold line 5, and the horizontal surface portion 3 is folded back to the lower surface side of the horizontal surface portion 3 via the fold line 5 at the lower end of the horizontal surface portion 3 to be placed on the periphery of the gas range 15. A narrow locking piece 6 is formed to have a vertical width smaller than that of the horizontal surface portion 3, and the gas range 15 is connected to the lower end of the narrow locking piece 6 via a crease line 7. A scattering prevention plate for a gas range, characterized in that an adsorption piece part 9 equipped with a permanent magnet 8 adsorbed to a side surface 16 is arranged in series.