JP2012107850A - Circumference guard device of cooking stove - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an implement for preventing the contamination of the circumference of a cooking stove which can prevent the scattering of an oil component to the surroundings in cooking, and is easy in cleanup.SOLUTION: In order to avoid the scattering of the oil component to the surroundings in cooking, a burner used for cooking is surrounded in a substantially U-shape in cooking by using four support columns 1 which are retractively constituted and a commercial incombustible material, or a fire retardant sheet 8.

Description

      The present invention relates to an appliance intended to prevent scattering of cooking oil and the like around cooking ranges.

In general households, especially when fried foods and tempura are cooked in a cooking range, oil splashing occurs and the surroundings of the range are soiled, and it takes time to clean up, so there is no means to prevent oil splashing due to oil splashing. Various proposals have been made. For example, an oil splatter prevention plate made of aluminum foil is used to prevent overturning by folding the lower part so that the crater can be placed on the range so as to surround the U-shape (Patent Document 1) In order to attach to the range, a magnet is attached to the range and the oil splash prevention plate and the oil splash prevention plate is fixed by magnetic force (Patent Document 2), and a means for hanging the oil splash prevention plate from the range hood is provided ( Patent Document 3) and the like existed.
Japanese Utility Model Sho 62-6607 Shokai 58-153917 JP2008-253699A

      In the prior art described above, oil splash can be prevented from around the range, but the oil splash prevention plate which is a molded product is dirty, too expensive to be disposable, and dirty with oil for reuse. The oil spill prevention plate must be cleaned and stored, and there were problems with cleaning and storage location. It is to be able to adjust the enclosing range around the range and the height of the enclosure to the required range and the required height.

      In order to solve the above-mentioned problems, a support column having means for enabling height adjustment, a support column provided with a base as a means for stably installing the support column on the range, and the support column in the range Locking means for locking to the range hood arranged above the column hood provided on the opposite side of the column or the column hood arranged above the range on the column whose length can be adjusted. Only a necessary range around the heat generating part used in the cooking range, that is, the crater, by attaching an inexpensive commercially available non-combustible material or flame retardant sheet material to a support column provided with a locking means for locking. The four struts and the incombustible material or flame retardant sheet material are enclosed in a substantially U-shape to prevent the oil from scattering and the sheet material can be discarded after use. Range guard equipment It is when.

      That is, the column is composed of a hollow tube and a small-diameter hollow tube that can be inserted into the hollow tube, and a metal mesh structure is provided at the end of the small-diameter hollow tube that is inserted into the hollow tube. One end of the flexible sheet material is fixed to the small-diameter hollow tube, and the other end is wound around the outer diameter surface of the small-diameter hollow tube. By allowing the small-diameter hollow tube to rotate left and right by fixing the small-diameter hollow tube to the hollow tube, or by opening the small-diameter hollow tube, the hollow tube can be inserted into the hollow tube. By adjusting the insertion amount of the small-diameter hollow tube and holding it at that position, the height of the column can be adjusted, and the column is stabilized on the side where it is installed on the range of the hollow tube It is the support | pillar which provided the base part so that it could stand upright.

      Furthermore, it is a support | pillar which provided the means for latching the said support | pillar of the anti-insertion side of this small diameter hollow tube to the range hood arrange | positioned above the range.

      Alternatively, it is composed of a hollow tube and a small-diameter hollow tube that can be inserted into the hollow tube, and the small-diameter hollow tube can be freely slidably moved in the axial direction in the hollow tube to adjust the length. Further, the support column is provided with locking means for locking the column to a range hood disposed above the range.

      In order to attach a non-combustible material or a flame retardant sheet material to prevent scattering of oil to the support column, by providing means for holding the non-combustible material or flame retardant sheet material on the support column, A range guard that prevents the scattering of oil during cooking by attaching a non-combustible material or a non-combustible material to the support post, the height of which is adjusted to the dimensions of the non-combustible or flame-retardant sheet material. It is to be an instrument.

      According to the product of the present invention, in order to prevent scattering of oil during cooking, a commercially available non-combustible material to be used on a support column or length that has been adjusted by adjusting the height or a column that is locked to a range hood. By sticking a sheet material made of wood or flame retardant, you can set the position of the support so as to surround only the area where you want to prevent oil scattering, and after use, the sheet material made of non-flammable or flame retardant Since it is inexpensive, it can be disposed of, and by reducing the burden of cleaning around the range after cooking, it can contribute to the reduction of labor during cooking for housewives and the like, and it can be expected that the storage can be made compact.

      A hollow sheet provided with a base so that it can be erected stably, and a flexible sheet material made of a metal mesh structure with a moderate width at one end of the hollow pipe having a smaller diameter than the hollow pipe. One end is fixed to the hollow tube, and the other end is wound around the outer diameter surface of the small-diameter hollow tube, and the end of the small-diameter hollow tube is placed on the side opposite to the base of the hollow tube, The flexible sheet material made of the metal mesh structure wound around the outer diameter surface of the small-diameter hollow tube is set to be insertable into the hollow tube while leaving a slight clearance. It is a support column composed of a small-diameter hollow tube.

      In the support column set as described above, the small-diameter hollow tube is rotated around the hollow tube in a direction in which the flexible sheet material of the metal mesh structure is wound. Since the flexible sheet material is strongly wound around the small-diameter hollow tube, there is a slight gap between the inner diameter of the hollow tube and the outer diameter of the flexible sheet material of the metal mesh structure, The small-diameter hollow tube can be freely moved in the axial direction in the hollow tube.

      On the other hand, when the small-diameter hollow tube is rotated in the opposite direction, that is, in the direction in which the flexible sheet material of the metal mesh structure can be unwound from the small-diameter hollow tube, the flexibility of the metal mesh structure Since the sheet material can be unwound from the small-diameter hollow tube, the outer diameter of the metal mesh structure flexible sheet material is expanded, and the inner diameter of the hollow tube and the metal mesh structure flexible sheet material The outer diameter comes into contact with each other, and a force to hold each other is generated by friction generated mutually by turning the small-diameter hollow tube strongly, and thereby, a column composed of the hollow tube and the small-diameter hollow tube. The total length can be adjusted, the height can be held at that position, the height of the support can be set arbitrarily, so the height of the support can be adjusted arbitrarily, and further to the range hood The height can be adjusted.

      Alternatively, a hollow tube and a support column in which a hollow tube having a smaller diameter than the hollow tube is inserted so that the hollow tube can freely slide and move in the hollow tube, The anti-slip side is provided with anti-slip, and the small-diameter hollow tube is provided with locking means for locking the column to the range hood disposed above the range on the anti-insertion side of the small-diameter hollow tube. Is set so that the column can be locked to the range hood.

      By sticking a commercially available inexpensive non-combustible material or flame retardant sheet material with the four struts of the present invention described above as holding points, the desired range of the range during cooking is substantially U-shaped. Therefore, it is possible to minimize the scattering of oil and the like during cooking not only around the range but also on the range.

      Embodiment 1 of the present invention corresponds to claim 1 and, as shown in FIG. 2, an aluminum hollow tube 2 and an aluminum thick disc 3 at one end of the hollow tube 2 A rubber sheet material 4 is attached to the surface of the disk 3 that is not on the hollow tube 2 side for the purpose of preventing slipping, while one end of the small-diameter hollow tube 5 made of aluminum is 2 cm in length. A fine mesh-like sheet material 6 made of stainless steel with a width of about one end is welded on one end side, and the other end side is wound around the aluminum small-diameter hollow tube 5 for about one and a half or two turns. In such a state that the sheet material 6 is wound around the small-diameter hollow tube 5 without looseness, the end of the hollow tube 2 is dimensioned so that it can be inserted into the hollow tube 2 with an appropriate clearance. By selecting the inner diameter dimension and the outer diameter dimension of the small-diameter hollow tube 5, the small-diameter hollow tube 5 Movably post 1 in the axial direction of the hollow tube 2 through the 2 is configured.

      In the strut 1 configured as described above, the small-diameter hollow tube 5 is moved through the hollow tube 2 to a required position in the axial direction of the hollow tube 2, and then the mesh-shaped sheet material 6 is used. When the small-diameter hollow tube 5 is rotated in a direction that can be unwound from the small-diameter hollow tube 5, the mesh-shaped sheet material 6 is unwound and the outer diameter of the mesh-shaped sheet material 6 swells, and the hollow tube 2 Since it is in contact with the inner diameter of the tube, it is possible to fix the small-diameter hollow tube 5 to an arbitrary position of the hollow tube 2 by generating a force to hold each other by the frictional force generated by mutual rotation. The height of the column 1 can be arbitrarily adjusted and the height can be maintained.

      By sticking a commercially available sheet material 8 made of an incombustible material or a flame retardant material to the supporting column installed as described above, using the holder 7a or 7b as means for attaching the sheet material. is there.

      As described above, as shown in FIG. 1, the four struts 1 are arranged on the range 10 so as to surround the heat generating portion used for cooking, that is, the crater, in a substantially U-shape. Alternatively, by attaching the flame retardant sheet material 8 to the four struts 1 adjusted in height using the holders 7a or 7b, a range guard device 9 is formed, and oil content during cooking, etc. Can be prevented from splashing around the range.

      Example 2 of the present invention corresponds to claim 2 and, as shown in FIG. 4, in addition to Example 1, is further disposed above the range at the free end of the small-diameter hollow tube 5 of the column 1. The range hood 19 is provided with locking means 13 for locking the column, and the column 12 can be locked to the range hood 19 disposed above the range.

      As described above, as shown in FIG. 3, the four struts 1 can be locked to the range hood 16 disposed above the range by the locking means 13. Measures to prevent the fall of the support column that may occur are strengthened, and the support column is disposed on the range 10 so as to surround the heat generating portion, that is, the crater used for cooking in a substantially U-shape, and is a commercially available inexpensive non-combustible material. Alternatively, the flame retardant sheet material 8 is attached to the four struts 12 using the holders 7a or 7b to form a range guard device 17, and oil or the like during cooking is safely scattered around the range. Can be prevented.

      The third embodiment of the present invention corresponds to claim 3 and, as shown in FIG. 6, an aluminum hollow tube 15 and an aluminum hollow tube 14 having a smaller diameter than the hollow tube 15 are formed therein. A support column 16 (similar structure to a telescopic antenna) inserted so as to be freely slidable in the empty tube 15 and disposed above the range on the opposite side of the small-diameter hollow tube 14 It is configured that the support 16 can be locked to the range hood 19 by providing a locking means 13 for locking the support 16 in the range hood 19, and the hollow tube 15 has a small diameter hollow tube. An anti-slip 20 is provided on the opposite side of 14.

      As described above, the support column 16 is fixed to the range hood 19 disposed above the range by the locking means 13, and the heat generating portion used for cooking, that is, the crater is disposed so as to surround the substantially U-shape. A commercially available inexpensive non-combustible material or flame retardant sheet material 8 is attached to the support column with a holder 7a or 7b to form a guard device 18 around the range, and oil or the like during cooking scatters around the range. Can be prevented.

      Example 4 of the present invention corresponds to claim 4 as shown in FIG. 7 as means for sticking the non-combustible material or flame retardant sheet material 8 to the columns of claims 1, 2, and 3. A sheet material holder in which a substantially C-shaped spring material 22 having openings in the direction perpendicular to the longitudinal direction of the bowl-shaped member 21 and the same direction as the curvature of the bowl is connected to both ends of the bowl-shaped member. 7a or a sheet material holder 7b made of a hook-shaped elastic material 23 having a substantially C-shaped cross section.

      In Examples 1, 2, and 3, the aluminum hollow tube, the aluminum small-diameter hollow tube, and the aluminum thick disc were used as the base, but the material was flame retardant or non-combustible material. If it is satisfactory in strength, it may not be an aluminum material, and the shape of the base is not limited to a circle, and the small-diameter hollow tube may be a rod instead.

      Further, a method for fixing a fine mesh-like sheet material made of stainless steel attached to one end of the small-diameter hollow tube 5, a width dimension, a winding amount, a material, a roughness of the mesh-like sheet material, and a mesh-like sheet material The clearance between the outer diameter of the tube and the inner diameter of the hollow tube is not limited to the above content, and may be set to an optimum value according to the material to be used.

      Also, in the above description, the rubber sheet material 4 is used as an anti-slip for the support column, but it is not limited to this as long as it has an anti-slip effect. Separately, a magnet is built in the base portion to utilize the magnetic force. It is also a plan to do.

      Further, as a means for holding a commercially available sheet material 8 made of an incombustible material or a flame retardant material, the sheet material 8 made of an incombustible material or a flame retardant material is not limited to the holder 7a or 7b as described above. A known method or an existing clip may be adopted as long as it is a means capable of holding the holder, and the holder 7a or 7b itself is not limited to the illustrated shape, and any material can be used as long as it is elastic. There is no question.

      It should be noted that a caution statement indicating the effect on the rotation direction of the small-diameter hollow tube 5 for adjusting the height of the column, that is, a caution statement such as loosening and fixing together with an arrow, should be clearly indicated on the small-diameter hollow tube. .

      Furthermore, in order to be able to lock the end face on the range side of the sheet material 8 made of a noncombustible material or a flame retardant material when used as the range guard device 9, 17, 18, a noncombustible material is provided by providing a hook 11. Alternatively, it is possible to stably attach the flame retardant sheet material 8 to the column, but the locking means is not limited to this, and may be a clip type or a pin.

      Further, in the second and third embodiments, in order to prepare for the case where the arrangement position of the range hood 19 is high, the locking means provided at the upper end of the support column reaches the range hood 19 so that the range hood 19 reaches 2 in the previous embodiment. Although the description has been given of the step-type hollow tube and the small-diameter hollow tube, the number of stages of the hollow tube and the small-diameter hollow tube may be increased to be a multi-stage type.

      In the second and third embodiments, the locking means 13 provided at the upper end of the support column may be adopted from a known means regardless of the pinching fastener shown in the figure or the like, or the magnetic attraction force is utilized. There is also a way to do it.

      Moreover, in Example 2, depending on the structure of the range hood 19 generally installed above the cooking range, the range 10 and the range hood 19 are not used without using the locking means 13 provided on the support column. It goes without saying that the function of preventing the fall of the support column 12 can be obtained by adjusting the height of the support column so that it is stretched by the support column 12.

      In the above, the sheet material 8 made of a commercially available non-combustible material or flame retardant material is attached to the four support columns disposed so as to surround the heat generating portion, that is, the crater used for cooking, in a substantially U shape. Although it was attached by 7b, it is not always necessary to enclose it in a substantially U-shape, and it is arranged in a substantially L-shape with three struts or an I-shape with two struts, and only the necessary range is oily etc. Needless to say, it is possible to make it a target for prevention of scattering.

The perspective view which showed the use condition of the range guard device using the support | pillar of Example 1 Structure and cross-sectional view of the column of Example 1 The perspective view which showed the use condition of the range around guard apparatus using the support | pillar of Example 2. Sectional drawing of the support | pillar in Example 2 The perspective view which showed the use condition of the range guard device using the support | pillar of Example 3 Sectional drawing of the support | pillar of Example 3 The perspective view of the holders 7a and 7b which are the non-flammable or flame retardant sheet material sticking means

1.12.16. Strut 2. 2. Hollow tube of Examples 1 and 2. Thick disk 4. 4. Rubber sheet material 5. Small diameter hollow tube of Examples 1 and 2. Stainless steel fine mesh sheet 7a. 7b. Holder 8. 9.17.18. Sheet material made of incombustible material or flame retardant material Range guard device 10. Cooking range11. Hook 13. Strut locking means 14. 15. Small-diameter hollow tube of Example 3 18. Hollow tube of Example 3 Range hood 20. Non-slip of Example 3 21. Bowl-shaped member 22. Substantially C-shaped spring material 23. A hook-shaped elastic material having a substantially C-shaped cross section

Claims (5)

    The heating range of the cooking range, i.e., the crater, is supported by four supporting columns, and the heating range of the cooking range, i.e., the crater, is substantially U-shaped. In a column that constitutes a range guard device intended to prevent oil from spreading to the surroundings by cooking a nonflammable or flame retardant sheet material so as to surround it, A hollow sheet and a small-diameter hollow pipe that can be inserted into the hollow pipe, and a metal mesh-structured flexible sheet material at the end of the small-diameter hollow pipe that is inserted into the hollow pipe. As a structure in which one end is fixed to the small-diameter hollow tube and the other end is wound around the outer-diameter surface of the small-diameter hollow tube, the metal mesh structure flexible sheet material is wound with no gaps. The end of the small diameter hollow tube can be inserted into the hollow tube with a predetermined clearance. Struts range around the guard device according to claim.     As a means for stably standing the column on the range, a base is provided on the side of the hollow tube opposite to the small-diameter hollow tube, and a slip stopper is provided on the side of the base that contacts the range surface. After the standing column and the column are erected, the upper end of the column, that is, the end of the small-diameter hollow tube on the side opposite to the hollow tube is installed in the upper part of the cooking range. 2. A support for a range-surrounding guard device according to claim 1, wherein a means for locking to the end is provided at an end of the small-diameter hollow tube.     Surrounding the heating part of the cooking range in a substantially U-shape with the four struts installed so as to surround the heating part of the cooking range, that is, the crater, in a substantially U shape. In the column that constitutes the range guard device, which is intended to prevent scattering of oil and the like during cooking by sticking a non-combustible material or a flame retardant sheet material, A small-diameter hollow tube that can be inserted into the hollow tube, and a non-slip is provided on the opposite side of the hollow tube to the small-diameter hollow tube, and the hollow tube of the small-diameter hollow tube A range guard device characterized in that means for locking the end portion on the side opposite to the insertion side to a range hood installed above the cooking range is provided at the end portion of the small-diameter hollow tube. Prop.     4. A non-combustible material or a flame retardant material is disposed on the four support rods of the range guard device described in claim 1, 2 or 3 arranged so as to surround the heating portion of the cooking range, that is, the crater in a substantially U-shape. A sheet material holder or a cross section in which a substantially C-shaped spring material having openings at right angles to the longitudinal direction of the bowl-shaped member is bonded to both ends of the bowl-shaped member as means for sticking the manufactured sheet material A range-surrounding guard device comprising a combination of a substantially C-shaped bowl-shaped sheet material holder and a support of the range-surrounding guard device according to claim 1, 2 or 3.     Surrounding the heating part of the cooking range, that is, the crater, in a substantially U-shape, with the four struts installed in the cooking range so as to surround the heating part, that is, the crater, of the range in a substantially U-shape. The range guard device according to claim 4, wherein the sheet material made of non-combustible material or flame retardant material is used to prevent the oil from being scattered to the periphery during cooking. A method of preventing oil and other components from being scattered around cooking by sticking a non-combustible material or a flame retardant sheet material so as to surround the heating portion of the range, that is, the crater in a substantially U-shape.

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