JPS63108128A - Turnover protector for cook-pot for gas range - Google Patents

Abstract

PURPOSE:To prevent a cook-pot from turning over by mistake during cooking, by raising braces which are fixed to the spider of a gas range, and by holding the shell of a cook-pot or a frying pan so as to wrap it up from outer side. CONSTITUTION:Braces 7 are fixed on metallic fittings 6 made of material such as steel wire, which is provided so as to surround the spider 3 of a gas range in accordance with the shape of a spider 3. The brace 7 is formed in the center of each side of a fitting 6, monolithically with a coil spring 8, to hold the shell of a cook-pot. A stopper 10 is provided to the fitting 6 in order to hold the brace 7 in a specified position when the brace 7 is raised. A plurality of stopping positions are provided on the stopper 10 in order to need with the diameter size of a cook-pot. The stopper is made of material such as magnet, so that it can be easily fixed in a desired position. With this structure, the holding position of a brace can be adjusted in accordance with the diameter of a cooking ware such as a cook-pot to be set on a gas range. At the same time a cook-pot or a frying pan can be freely set on and be removed from the spider of a gas range during cooking, because each brace which consists of a plurality of braces functions uniformly without any play, holding the cook-pot at the side face, since the root of a brace is made of a spring material.

Description

Detailed Description of the Invention [Objective of the Invention] (Industrial Field of Application) The present invention provides a gas stove for city gas or propane gas, etc. for cooking pots, etc.
When cooking with a pot or frying pan hanging on it, supporting the pot or frying pan from the outside prevents it from tipping over due to mishandling, and protects the cook and those in the vicinity, including young children, from burn injuries. It is something that we try to do.

(Problems to be Solved by the Invention) The present invention provides for cooking when a pot, frying pan, etc. containing oil or boiling water is placed on the stand of a gas range. By raising the support attached to the microwave stand and supporting the belly of the pot or frying pan from the outside, it prevents the pot from shaking, shifting, falling over, etc. due to loading and unloading food or other vibrations. This is an attempt to solve the problems of Further, when not required, the support can be stored in the gas range frame or easily removed so as not to interfere with conventional cooking operations.

(Prior art) Gas ranges using city gas, propane gas, etc. have a pedestal for placing cooking utensils such as pots. The steel pedestal legs are radially mounted. Some of these pedestal legs have grooves cut into them to prevent the bottom of pots, etc. from slipping, but since both the bottom of pots, etc. and the pedestal legs are hard, It has almost no use. Furthermore, since the pedestal has more than three legs, more than Hiromoto's, it deviates from the principle of three-point support and makes it difficult to determine the fulcrum.

For this reason, many people often gather around tabletop gas ranges, which have become popular in recent years, and are therefore very dangerous.

There is also a cast steel tool called a hakama that is used to hang woks, etc. on gas ranges in restaurant kitchens, but since its main purpose is to increase thermal efficiency and it is a simple rigid molded product, the fulcrum is In addition, certain conditions are required for the diameter of the pot used and the circumference from the bottom to the belly side, and it cannot be applied to pots of various shapes.

The present invention enables stable multi-point support by effectively using spring elasticity at various locations, and also allows for flexible adaptation to the weight and different shapes of pots.

[Structure of the invention]

(Means for Solving the Problems) (1) In order to achieve the object, the present invention uses various materials such as steel wire, steel pipe steel springs, shape memory alloys, and heat-resistant plastics, and has a desired shape and mechanism. Configure.

(g) There are many ways to create the desired shape and mechanism to achieve the purpose, as explained in the examples.

(3) One of them is to attach a support to a mounting bracket made of steel wire or the like so as to surround the gas range frame depending on the shape of the frame.

(Re) Attach a support column integrally formed with a coil spring to the center of each side of the mounting bracket to support the ventral side of pots, etc.

(i) Attach a stopper to the mounting bracket to hold the support in a fixed position when the support is raised.

(4) This stopper has multiple positions. This is to accommodate different diameters of pots, etc. Further, the stopper is made of a magnet or the like, and can be easily fixed at a desired position, thereby realizing ease of use.

(7) The second option is to attach it to the legs of the gas range pedestal, which are radially attached toward the center of the crater.

Cl) A hole is formed in the rear part of the pedestal leg so as to be substantially orthogonal to the direction in which the pedestal leg extends, and a rotating shaft is inserted into this hole.

(?) Furthermore, a small hole is opened perpendicular to the axial direction of the rotating shaft, and a spring-shaped support is inserted into the small hole.

Q) On the pedestal leg, which corresponds to the lower part of the rotating shaft, stoppers are installed at multiple locations to hold the support in a fixed position, to accommodate the size of the diameter of pots, etc.

(i/) A chip such as a magnet is attached to the outer end of the spring-like support so that it is fixed to the stopper when the support is pulled up.

(b) The rotating shaft can rotate with respect to the pedestal leg, and at the same time can slide at right angles to the direction of rotation.

That is, this is for selecting the stopper position.

(p) The third method is to form rings with different diameters out of steel wire, etc., combine them in +11 order to form an inverted conical shape, and place this on the gas range stand to make pots and frying pans. The purpose is to wrap and support the ventral side from the bottom of the body.

Q→ The fourth method involves placing a coil spring wound in an inverted conical shape on the gas range stand to achieve the desired purpose. In each case, the bottom part has an inverted conical shape, i.e.
Give a stationary function to the smallest diameter ring.

Furthermore, the stability of the stationary wire can be improved by roughening the inner surface of each wire ring, such as a pear-finished finish, or by making it magnetic to the extent that it does not interfere with the attachment and detachment of pots, etc.

(/1) Part 5 is to create a support stand that is almost similar to the gas range stand, place it on top of the gas range like a stacked box, and radiate from each corner and each side of this support stand toward the center. In this way, a wire spring or a flat spring with a weak N strength is attached, and pots, frying pans, etc. are placed on top of the spring and the spring is submerged in the spring, thereby achieving stable positioning.

(Function) The present invention has the function of preventing pots, frying pans, etc. from falling over by supporting them from the outside when cooking by hanging them on a gas range such as city gas or propane gas. It has the following. In addition, when it is judged that there is no danger to prevent overturning, it can be stored in the gas range stand or easily removed.

Furthermore, the support position can be adjusted according to the diameter of cooking utensils such as pots and pans hung on the gas range, and at the same time, by forming the support portion with a spring, each of the multiple support supports can be placed evenly without any play. Because it works and supports from the side, you can freely unhook pots and frying pans while cooking.

Further, depending on the method shown in the embodiment, the support can be manufactured and supplied as an independent cooking aid, so that it can be applied to all gas ranges that are currently in use.

(Example) Examples of the present invention will be described with reference to Figures 1-7 to 11-7.

Example - About IVC / is a cooking pot This is the main body of the gas range.

Reference numeral 3 denotes a stand for the gas range, which can be removed from the main body of the gas range by a - movement.

DA is the pedestal leg attached to the gas range pedestal,
Six pieces without holes are attached radially toward the center.

! is the crater area.

Reference numeral 6 denotes a mounting bracket for attaching the support column, which is formed so as to surround the pedestal leg portion DA.

This is a support that supports the belly side of the cooking pot, but when it is not needed, it can be folded down inside the stand.

j is a coil spring, which is formed integrally with the support column.

De is a stopper of the mounting bracket, and in the Kfi embodiment, it is attached to the moss in order to determine the use position of the support 7 at the moss.

Reference numeral 10 denotes a stopper for the support column, which is made of a magnet and corresponds to the stopper of the mounting bracket. The position of use can be selected by manually moving the position of the support.

About Example-H Yu, ZIA! ; is the same as in Example I.

This is a support, but in this embodiment, it is attached to the pedestal legs.

is the stopper of the mounting bracket, but in this example,
It is attached to the rear of the pedestal legs.

io is a stopper for the pillar and is made of a magnet.

// is the rotation axis l is the end of the strut.

Reference numeral 13 denotes a rotary shaft small hole through which the end portion of the column passes.

7' indicates the most open position of the column, and 7'' indicates the column 7.
indicates the stored position.

Example - Regarding ■ 23 Each 3 is the same as in Example I.

ll is a supporting metal fitting, which is placed under the pedestal leg portion DA.

/3 is a coil, and 16 is a coil connecting spring, which combines coils of different diameters into an inverted conical shape and serves as a spring.

Example - Regarding ■ iη! is the same as Example (2).

1 is an inverted conical coil spring, which performs almost the same function as the inverted conical coil spring in which wire rings of different diameters are combined in an inverted conical shape.

/1 is a support portion, and the first ring of the inverted conical coil spring is placed on this support portion.

Example - Regarding ■ /2. ．． 7 is the same as in each embodiment.

/De is a support tool that is placed on top of the gas range.

Support springs 20 are attached to each corner or each side of the support 19 and are oriented radially toward the center.

-〇' indicates the position when pots, frying pans, etc. are placed.

1 is the support spring base, and the support angle and support strength can be adjusted.

[Brief explanation of the drawing]

Figure 1-7 is an overall sketch, Figure 1-2 is a top view, and Figure 1-. FIG. 7 is a diagram showing the principle of operation of the strut. The top three figures mainly relate to Example IK. Figure 31-7 is a top view, Figure 31-7 is a side view of the operating principle section of the column,
The figure is a top view of the same. The top three figures mainly relate to Example H. Figures 1-7 are top views, and Figures 1--7 are diagrams of the wire ring configuration. The top three figures mainly relate to Example (2). Figure (2) is a side view of Example (2), and Figure (2) is a sketch of Example (2). 1986 Inventor Nobuo Aoyagi Makoto Sano - Procedural amendment (method) '' June 7th, 1983 Display of the case Showa 1/2019 patent application No. 2ti f! Left-hand item 2 Name of the invention η” Srange IFl Brass 1 Sardine Medium 494
Relation to the case of the person making the amendment A brief explanation of the drawings for the patent applicant and the subject of the amendment. Figure 1 is an overall sketch. Figure 2 is a top view, and Figure 3 is a diagram of the principle of operation of the support. Above, Mie mainly relates to Example 1. Figure 7 is a top view, Figure 3 is a side view of the operating principle of the support, and Figure 6 is a
It is a top view of the same. The above, Mie mainly relates to the embodiment. FIG. 7 is a top view, and the KXg diagram is a diagram showing the construction of the coil. The top three figures mainly relate to Example 3. FIG. 9 is a side view of Example q, and FIG. 10 is a sketch of Example 3.

Claims (5)

[Claims] (1) In a kitchen or tabletop cooking gas range, the pedestal legs themselves are installed radially from the center of the crater to hold pots, frying pans, etc., or the legs are shaped according to the shape of the pedestal. It is characterized by having a support formed from a plate spring, wire spring, coil spring, etc., or something that performs a similar function attached to the mounting bracket to support the ventral side of the pot, frying pan, etc. from the outside. Protective equipment for overturning pots, etc. for gas ranges. (2) In a kitchen or tabletop cooking gas range, the legs of the pedestal are formed radially from the center of the crater to hold pots, frying pans, etc. A rotating shaft is attached to the mounting bracket so that it rotates approximately perpendicular to the direction of the side thereof, and the rotating shaft is fixed at a fixed location on the mounting bracket and the rotating shaft. Attach a stopper to the rotating shaft, and also support the ventral side of pots, frying pans, etc. from the outside.
A device for preventing pans, etc. for gas ranges from overturning, characterized by having a support made of a plate spring, wire spring, etc. attached. (3) In order to secure pots, frying pans, etc. in a kitchen or tabletop cooking gas range, there are mounting holes at the rear of the pedestal legs installed radially to the center of the crater, approximately perpendicular to the pedestal legs. A rotary shaft is installed in the mounting hole, a stopper is attached to the rear part of the pedestal leg and the rotary shaft to fix the rotary shaft in a fixed place, and a pot, etc. is installed on the rotary shaft.
A device for preventing pans, etc., for gas ranges from overturning, characterized in that a support formed from a plate spring, wire spring, etc. is attached to support the ventral side of the frying pan, etc. from the outside. (4) In a kitchen or tabletop cooking gas range, the legs of the pedestal are installed radially to the center of the crater and the gas range is located below the legs of the pedestal in order to place pots, frying pans, etc. Place the mounting bracket so that it is located midway with the saucer, and attach a coil spring to the mounting bracket in the shape of an inverted cone, or attach a combination of several rings formed into a circular ring made of steel wire, etc., in the shape of an inverted cone. A tool for preventing pots, frying pans, etc. from falling over, characterized by being configured to support the ventral side of the pots, frying pans, etc. from the outside. (5) In order to place pots, frying pans, etc. in a gas range for kitchen or tabletop cooking, place above the legs of the pedestal installed radially from the center of the crater so that it matches the outer shape of the gas range. Lay the molded supports on top of one another, starting from each corner or each side of the supports toward the center of the crater, and
To support the abdominal part of pots, frying pans, etc. from the outside,
A device for preventing pans, etc. for gas ranges from overturning, characterized by having a support made of a plate spring, wire spring, etc. attached.