JP3049840U - Gas stand sheet - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To provide an underlay sheet laid on a gas stand or the like, which prevents scattering of oil and the like during cooking and leakage of boiled juice and the like, and also provides a structure that can be folded compactly. SOLUTION: At least one layer of aluminum foil is bonded to both sides of a combustible cardboard via an adhesive layer, and the outer edge of two short sides is provided in a horizontally long gas stand sheet provided with a coating layer on one surface. A polygonal line is provided more approximately 14 to 18 cm inside, and folding is possible by providing a plurality of polygonal lines between the polygonal lines, and at the same time, a polygonal line is provided approximately 14 to 18 cm inside the outer edge of one long side. In the middle part of the remaining one side, a convex portion is provided on the outer side within approximately 2 cm from this, the boundary line is a polygonal line, and the above polygonal lines cross the outermost four points in the outer corner direction,
Use a leak prevention piece such as boiled juice.

Description

[Detailed description of the invention]

[0001]

[Field to which the invention belongs]

 The present invention belongs to an underlay sheet that is laid on the surface of a gas stand on which a gas stove in a kitchen is placed to prevent oil stains and spills.

[0002]

[Prior art]

 Conventionally, as a method for preventing oil stains and spills on a kitchen gas stand, for example, in Japanese Utility Model Publication No. Sho 63-10285, aluminum foil is applied to both sides of a core plate made of flammable cardboard with an adhesive. There is provided an underlay sheet that is attached and formed by forming a synthetic resin coat layer as a corrosion protection layer on the surfaces of the aluminum foils on both sides thereof, and further forming folding lines in the width direction at a plurality of locations in the longitudinal direction.

[0003] Japanese Utility Model Publication No. 04-45878 discloses a sheet-like vinyl chloride layer, an aluminum foil layer bonded to at least one side of the vinyl chloride layer, and an anticorrosion coat for coating the surface of the aluminum foil layer. A rug is provided.

[0004] Alternatively, in Japanese Utility Model Publication No. 05-41007, a semi-molten polyethylene adhesive is applied to the surface of a cardboard core material, an aluminum foil having an anticorrosion layer is attached to this surface, and an anticorrosion layer is provided on the back surface. Thus, an underlay sheet is provided in which a composite sheet is formed, a vertical fold rule is provided in a horizontal width direction, and a plurality of peripheral fold rules are provided on an outer peripheral edge.

[0005] However, these gas table sheets solve the problem of preventing the surface of the gas table from being stained. However, the bending width of the sheet periphery is narrow, and the gas table sheet is attached to a side surface of a sink adjacent to the gas table or a wall surface of the kitchen, particularly, a wall at the back of the gas table. The structure of the gas stand sheet was designed to simultaneously prevent the scattering of oil, etc., and the prevention of boiled juice from leaking from the periphery of the gas stand, and to provide a comprehensive solution to the problem of compactly folding such sheets. Problem was unresolved.

[0006]

[Problems to be solved by the invention]

 The problem to be solved by the present invention is to provide a structure that can comprehensively solve the above-mentioned problems in the gas stand seat.

[0007]

[Means for Solving the Problems]

 As a specific means for solving the above problems, at least one layer of aluminum foil is bonded to both sides of a flammable cardboard via a bonding layer, and a horizontally long sheet is provided with a coating layer on one surface. In the gas-shaped gas table sheet, a fold line is provided approximately 14 to 18 cm inside the outer edge of the two short sides, and a plurality of fold lines are provided between the fold lines to enable folding, and at the same time, the outer edge of one long side is approximately A bent line is provided on the inside of 14-18cm, and a protruding portion is provided in the middle part of one of the remaining long sides within approximately 2cm from the outside, and the boundary line is a broken line, and each of the above broken lines is the outermost. In this case, a leakage prevention piece such as boiled juice is provided in a corner direction outside the four points where the two cross.

[0010]

[Embodiment of the invention]

 Next, the embodiments of the invention will be described with reference to the drawings by way of examples. However, the examples are merely for explanation, and do not mean the limitation or limitation of the inventive idea.

FIG. 1 is a plan view showing a gas base sheet according to the present invention, and FIG. 3 is a perspective view showing a use stage of the gas base sheet.

In the drawings, a gas stand sheet 1 is made by coating at least one layer of aluminum foil on both sides of a flammable cardboard with an adhesive layer interposed therebetween, and coating one surface with a nitrified cotton varnish or the like. With a configuration in which layers are provided, the corners are rounded and the long sides are formed in a horizontally long shape with a length of 80 to 100 cm and a short side of 65 to 75 cm.

Lines L1 and L5 are provided approximately 14 to 18 cm inside the outer edge of the short side of the gas table sheet 1, and a plurality of lines L2, L3 and L4 are further provided between the lines. At this time, the intervals between both short sides and the polygonal lines L1 and L5 are substantially equal. The total number of the plurality of polygonal lines may be at least three, and the number is not limited. However, for the sake of convenience in the drawings, an example in which five polygonal lines are provided will be described.

As shown in FIG. 4, the broken line on the sheet is stamped and formed into a solid line, a broken line, a dotted line, and the like on an arbitrary surface on the front and back simultaneously with the die cutting of the sheet.

A broken line W1 provided approximately 14 to 18 cm inside the outer edge of one long side and broken lines L1 and L5 provided approximately 14 to 18 cm inside the outer edge of the short side intersect with each other at a point c1 outside. A polygonal line d1 is provided in a small dimension in the angular direction, and a line extending from the end point of the small-sized polygonal line d1 to the two polygonal lines of both wings and a point reaching the polygonal lines L1 and L5, the nearest sheet The line extending to the long side of the outer edge is cut.

On the other hand, as a second embodiment shown in FIG. 2, a broken line W1 provided approximately 14 to 18 cm inside the outer edge of one long side, and a broken line W provided approximately 14 to 18 cm inside the outer edge of the short side. A polygonal line d1 is provided extending from the point c1 where the polygonal lines L1 and L5 intersect to the outer corners.

In the middle part of the remaining one of the long sides, a convex portion is formed outwardly within about 2 cm from this, and a polygonal line W2 is provided at the boundary thereof, and both ends of the convex portion are provided at both ends. A polygonal line d2 is provided in a corner direction outside each of the points c2 where the polygonal line W2 intersects with the polygonal lines L1 and L5.

Further, the polygonal lines W1 and W2 provided as described above and the polygonal lines d1 and d2 provided at the corners outside the points c1 and c2 where the polygonal lines L1 and L5 intersect respectively from the end points of the polygonal lines d1 and d2. Cutting guide lines Y1 and Y2 are provided between the points which reach and reach W2 so as to be parallel to the short side.

Further, the intervals i1 to i6 of the long sides provided with the plurality of polygonal lines sequentially increase the interval of the portion adjacent thereto from the start end i1, and the interval i5 immediately before the interval of the end portion i6. It is shorter or formed to the same size.

The total interval between the polygonal lines L1 to L5 is approximately 60 cm, and the interval between the polygonal lines W1 and W2 is approximately 55 cm. This dimension is the most general product dimension of the well-known gas stand upper surface 8. Is equivalent to

When all the portions located outside the rectangle are valley-folded at a right angle, as shown in FIG. 3, a gas table sheet having a box shape with an open top is formed. At this time, a portion located below each corner of the valley-folded portion is provided with a small-dimension broken line from each of the intersection points c1 and c2, so that it is mountain-folded in conjunction with the bending motion of the outer edge portion. Thereby, pieces 3 and 3 'for preventing leakage such as boiling spilled juice are formed.

The dimensions of the outer edge intervals I1, i1 and i6 are desirably approximately 14 to 18 cm in consideration of the difference in height between the gas stand and the adjacent known sink. In addition, the interval i3 is appropriate to be approximately 1 to 2 cm in order to secure a space for opening the grill in front of the gas stove to be installed.

[0023]

[Effect of the invention]

 The gas stand sheet constructed according to the present invention is laid in a flat state because the sheet has stiffness because at least one layer of aluminum foil is attached to both sides of flammable cardboard via an adhesive layer. It has excellent heat resistance because it is made of aluminum foil.

Further, since the coating layer is provided on the surface, the aluminum foil on the surface is hardly damaged, and light stains and the like can be easily removed by wiping.

Further, the outer edge portion of the sheet can be easily bent along a folding line, and the bent pieces F2, F3, and F1 for preventing scattering of oil and the like formed on the side walls 5, 6 and the back wall around the gas table. 7 can prevent oil scattering or the like generated during cooking.

Also, a point c1 at which a broken line W1 provided approximately 14 to 18 cm inside the outer edge of one long side and broken lines L1 and L5 provided approximately 14 to 18 cm inside the outer edge of the short side intersects, respectively. A polygonal line d1 is provided with a small dimension in the outer corner direction, and a line extending from the end point of these small-dimension polygonal lines d1 to the two polygonal lines of both wings is continuously closest to a point reaching polygonal lines L1 and L5. Since the line extending to the long side of the outer edge of the sheet is cut, the leakage prevention piece 3 such as boiled juice is formed. Can be prevented from leaking from the back corner.

In addition, in the middle of one remaining side of the long side, a protruding portion is formed outwardly within about 2 cm from the protruding portion, and a polygonal line W2 is provided at the boundary thereof. Since the polygonal line d2 is provided in the corner direction outside each of the points c2 where the polygonal line W2 intersects with the polygonal lines L1 and L5, the outer edge portion in the front direction can be easily bent, and the splattered oil and the like are scattered. The prevention piece F4 and the leakage prevention piece 3 'such as boiled juice can prevent the boiled juice, cooking debris, and the like flowing out to the gas base sheet bottom surface 2 from leaking from the front corner of the sheet.

Further, since the gas table sheet according to the present invention is made of flammable cardboard as a core material, it has a stiffness. When laying the sheet, only the longitudinal edges are bent and the gas table sheet is placed in front of the gas table. If the gas stove is pulled out to the front, the front part is slightly lifted, the sheet is inserted under the stove, and the stove is returned to its original position together with the sheet, so that one person can lay the sheet.

Alternatively, the gas stand sheet according to the present invention can be easily cut with scissors or the like because of the above-described laminated structure, and even when the gas supply port is provided considerably below the inner wall of the gas stand, By avoiding this, a notch can be provided and laid without difficulty.

Further, when a wall surface or the like is not adjacent to one side of the gas stand, cutting along the cutting guide line Y1 or Y2 provided on the sheet can prevent the leakage of boiled-up juice and the like. Can be laid out without loss of appearance.

In addition, the interval between a plurality of polygonal lines provided inside the short side is such that the interval between adjacent portions is sequentially expanded from the start end, and the interval between the end portions is shorter than the immediately preceding interval. Or have the same dimensions, so that they can be folded in a roll-in sequence from the start end, without bulk when packaging.

[Brief description of the drawings]

FIG. 1 is a plan view showing a first embodiment of a gas stand sheet constructed according to the present invention.

FIG. 2 is a plan view showing a second embodiment of the gas stand sheet constructed according to the present invention.

FIG. 3 is a perspective view showing a use stage of the gas base sheet constructed according to the present invention.

FIG. 4 is a cross-sectional view of the gas stand sheet constructed according to the present invention.

FIG. 5 is a perspective view showing an environment around a gas table.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Gas stand sheet 2 Gas stand sheet bottom surface 3,3 'Boiled spills etc. leak prevention piece 4 Gas stove 5 Sink base side 6 Kitchen wall surface 7 Gas stand inner wall surface 8 Gas stand upper surface L1, L2, L3, L4, L5 Folding line Y1, Y2 Cutting guide line W1, W2 broken line d1, d2 small-sized broken line i1, i2, i3, i4, i5, i6 broken line interval I1, I2, I3 broken line interval c1, c2 broken line intersection F1, F2, F3, F4 Piece f1, f2 Oil, etc. scattering prevention piece overlapping part

Claims (1)

[Utility model registration claims] At least one layer of aluminum foil is attached to both sides of a combustible cardboard via an adhesive layer, and in a horizontally long gas stand sheet provided with a coating layer on one side, two short sides are provided. A fold line is provided approximately 14 to 18 cm inside the outer edge, and a plurality of fold lines are provided between the fold lines to enable folding. At the same time, a fold line is provided approximately 14 to 18 cm inside the outer edge of one long side. In the middle part of the remaining one side, a convex portion is provided on the outer side within approximately 2 cm from this, the boundary line is a polygonal line, and the above polygonal lines are in the outer corners from four points where the polygonal lines intersect at the outermost,
A gas table sheet provided with a leakage prevention piece such as boiled-spilled juice.