JP2009036419A - Gas energy consumption reduction support system for cooking, and gas energy consumption reduction support system with alarm function - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a gas energy consumption reduction support system for cooking, capable of surely reducing gas energy for cooking in a kitchen with a simple structure, and contributing improvement of environment on a global scale in a unit home. <P>SOLUTION: This gas energy consumption reduction support system 1 for cooking has a first temperature sensor 6 to detect a temperature at a location about 150 cm away from the floor in the upper part of a gas cooker 3 for cooking eating and drinking materials put in a cooking utensil 5 such as a pan, a kettle, or the like by gas combustion, a second temperature sensor 7 disposed in the interior of the kitchen 2, and a temperature display means 8 to display the detected temperatures of the first and second temperature sensors 6, 7 as a gas energy reduction index by a consumption energy ratio which is based on a low heat cooking state corresponding to a gas combustion state ranging from low heat cooking to high heat cooling of the eating and drinking materials put in the cooking utensil 5 such as the pan, the kettle, or the like. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a gas energy consumption saving support system for cooking and a gas energy consumption saving support system for cooking with an alarm generating function.

  In today's environment, where improvement of the environment on a global scale is indispensable, it is more important than ever to raise the energy conservation awareness of each household member.

  When cooking food and drink with kitchen gas appliances in ordinary households, people who work normally are fully attentive to selecting ingredients and seasoning with seasonings, Few people are concerned about firepower being too strong.

  Especially when you start cooking and when you start cooking, you often find that you are relieved that the flame has stood up on the side of the pan because you want to proceed with cooking quickly.

  By the way, when you put ingredients and water in a pot or kettle and boil it with a gas appliance, you need to burn the gas until you boil it if you want hot water, and when you boil the ingredients until you can boil it, As for the outer surface of the kettle, it is useless to heat the outer surface corresponding to the hot water or boiled soup inside the kettle, and if the flame is turning above its height, it will be a waste of gas energy due to unnecessary heating. Become.

  In other words, if there is a flame in the bottom of the kettle or pan, the heated hot air has enough ability to heat the water and broth when it rises in contact with the side of the kettle and pan. Starting up on the outer peripheral side of the pot kettle directly leads to waste of gas energy.

  In addition, raising the flame on the outer peripheral side of the pan or kettle also heats the walls and ceiling around the gas appliance, causing a fire.

  In Patent Document 1, in order to prevent a fire accident when using a gas stove, a flame detection sensor is installed in the gas stove, and a human body detection sensor is installed in the vicinity thereof, and both sensors monitor the presence of the gas stove flame and the presence of an operator. However, a kitchen timer with an alarm device configured to issue an alarm in a certain case has been proposed.

In the case of this patent document 1, it aims at prevention of the occurrence of a fire accident and does not focus on reducing gas energy consumption.
JP 2001-134867 A

  The problem to be solved by the present invention is that it is possible to reliably reduce gas energy for cooking in the kitchen with a simple configuration and can contribute to global environmental improvement in household units There is no energy consumption saving support system.

  The gas energy consumption saving support system for boiled cooking of the present invention is arranged in the interior of the kitchen, the first temperature sensor arranged above the gas appliance that boils the food and drink placed in the cooking cooker by gas combustion. The main structure is to include the second temperature sensor and temperature display means for displaying the detected temperature of the first and second temperature sensors as a gas energy saving index.

  According to invention of Claim 1, the 1st temperature sensor arrange | positioned above the gas appliance which boils and cooks the food-and-beverage material which was arrange | positioned in the boiled cooking utensil by the kitchen, and the 2nd temperature arrange | positioned in the room | chamber interior of the kitchen By using each detected temperature with the sensor as a gas energy saving index, a gas energy consumption saving support system for cooking that can eliminate wasteful gas energy consumption and reliably reduce gas energy consumption Can be provided.

  According to invention of Claim 2, the arrangement | positioning of a 1st temperature sensor is made into the operator's eye level height position above a gas appliance, The detection temperature of a said 1st, 2nd temperature sensor is made into the said food-drinks material. Use as a gas energy saving index according to the gas combustion state ranging from low to high fire, reduce consumption of gas energy and reduce consumption of gas energy to reduce consumption of gas energy. A support system can be provided.

  According to the third aspect of the present invention, the first and second temperatures can be obtained by using a boiled cooking tool such as a pot or a kettle, and the arrangement of the first temperature sensor at a position of about 150 cm from the floor. Use the detected temperature of the sensor as a gas energy saving index based on the energy consumption ratio based on the low heat state according to the gas combustion state ranging from low heat to high heat of the food and drink placed in the cooking pot such as the pan, kettle, etc. In addition, it is possible to provide a cooking energy consumption saving support system for cooking that can eliminate wasteful consumption of gas energy and reliably reduce the amount of gas energy used.

  According to the invention described in claim 4, similarly to the invention described in claim 1, it is possible to reliably reduce the amount of gas energy used, and when the detected temperature of the first temperature sensor becomes equal to or higher than the set temperature. Because it is equipped with a warning indicator that emits a fire alarm and / or an alarm generation means consisting of a sound generator, a gas energy consumption saving support system for cooking with an alarm generation function that can accurately prevent the occurrence of a fire due to cooking of food and drink with gas appliances Can be provided.

  According to the invention described in claim 5, as in the invention described in claim 2, when it is possible to reliably reduce the amount of gas energy used, and when the detected temperature of the first temperature sensor becomes equal to or higher than the set temperature. Because it is equipped with a warning indicator that emits a fire alarm and / or an alarm generating means comprising a sound generator, a gas energy consumption saving support system for cooking with an alarm generating function that can accurately prevent the occurrence of a fire due to cooking of food and drink with gas appliances Can be provided.

  According to the invention described in claim 6, as in the invention described in claim 3, it is possible to reliably reduce the amount of gas energy used and when the detected temperature of the first temperature sensor becomes equal to or higher than the set temperature. Because it is equipped with a warning indicator that emits a fire alarm and / or an alarm generating means comprising a sound generator, a gas energy consumption saving support system for cooking with an alarm generating function that can accurately prevent the occurrence of a fire due to cooking of food and drink with gas appliances Can be provided.

  According to invention of Claim 7, while having the same effect as invention of Claim 6, it is with respect to boiled rice cooker according to the temperature difference of a said 1st temperature sensor and a 2nd temperature sensor by a control means. Because it is configured to control the gas flow rate control valve provided in the gas piping to supply gas, and adjust the gas flow rate, food and drinks put in cooking equipment such as pots and kettles based on the proper gas energy usage state The material can be cooked by gas combustion.

The present invention provides a gas energy consumption reduction support system for cooking that can reliably reduce gas energy for cooking in the kitchen with a simple configuration and can contribute to global environmental improvement at home level. A first temperature sensor that detects the temperature at a position of about 150 cm from the floor above the gas appliance that is placed in the kitchen and cooks food and beverages placed in a cooking pot such as a pan or kettle by gas combustion; a second temperature sensor disposed in the interior of the kitchen, the first, the temperature detected by the second temperature sensor, the pan, the gas combustion state ranging from high heat low heat of food material placed in a炊具boiled such kettles And a temperature display means for displaying as a gas energy saving index based on the energy consumption ratio based on the state of the corresponding low heat.

  Hereinafter, the gas energy consumption saving support system for cooking and the gas energy consumption saving support system for cooking with alarm generation function according to embodiments of the present invention will be described in detail with reference to the drawings.

Example 1
With reference to FIG. 1 thru | or FIG. 4, the gas energy consumption saving support system 1 for cooking based on Example 1 of this invention is demonstrated.

  Inventors of the present application, in the case of installing a cooker such as a pot, kettle, etc. on a gas appliance in the kitchen, when opening the gas stopper of the gas appliance when cooking the food, the rise of the cook, When gas consumption was measured using a large pot and a small pot, a large kettle and a small kettle, etc., it was found that there was a large difference of around 30 percent.

  And the gas burning state of the gas appliance (low heat, medium heat, high fire) with the room temperature of the kitchen and the temperature of the upper part of the gas appliance as high as the operator's eyes when the pan is placed on the gas appliance ), And found that gas energy consumption can be reduced by adjusting the temperature of the upper part of the gas appliance based on the low heat condition. The gas energy consumption saving support system 1 for cooking according to the first embodiment based on the following knowledge will be described in detail with reference to FIGS.

  As shown in FIG. 1, the gas energy consumption saving support system 1 for cooking according to the first embodiment is disposed on a gas stand 4 in the kitchen 2 and is put in a cooking device 5 such as a pot or a kettle. A first temperature sensor (thermometer) 6 for detecting the temperature above the gas appliance 3 for cooking the material by gas combustion and from the floor of the kitchen 2 to the worker's eye level, for example, about 150 cm from the floor; The temperature detected by the second temperature sensor (thermometer) 7 disposed in the room of the kitchen 2, the first temperature sensor 6 and the second temperature sensor 7, and the temperature difference between the two are detected by adjusting the gas plug of the gas appliance 3. Temperature display means 8 for displaying as an energy saving index. The 1st temperature sensor 6 and the 2nd temperature sensor 7 are using what has a function of measurement temperature range 0 degreeC-150 degreeC.

  The temperature display means 8 includes a signal processing unit 9 that performs digital conversion processing of detection signals of the first temperature sensor 6 and the second temperature sensor 7 and temperature difference detection processing, and gas based on the processing result of the signal processing unit 9. Gas appliance upper temperature display section 11 for displaying the appliance upper temperature, room temperature display section 12 for displaying the room temperature, and temperature difference, in particular, the gas appliance upper temperature display section 11 is displayed as a gas energy saving index by adjusting the gas plug of the gas appliance 3. And a temperature display unit 10 including a temperature difference display unit 13.

  Next, the actual cooking experiment of the food and drink by the gas energy consumption saving support system 1 for cooking according to the first embodiment and the result of the experiment will be described with reference to FIGS.

  The purpose of this experiment is to assist the judgment to improve the gas consumption efficiency in the household gas appliance 3, and basic data on the influence of the magnitude of the thermal power during gas combustion on the gas consumption. Is what I went to get.

  Specifically, the gas appliance (a stove) 3 is a large-fired type shown in FIG. 3, and the boiled cooker 5 is a total of two kinds of pans and two kinds of kettles having different bottom diameters and capacities. Four kinds were used, each was charged with a predetermined amount of water, and heated with the gas appliance 3.

At that time, in each combination, while measuring the time and the amount of gas used when the temperature was raised from 10 ° C. to 70 ° C. in three types of thermal power, high fire, medium heat, and low heat, The situation was observed.

  Further, the temperature at a position of about 150 cm from the upper floor of the gas appliance 3 is measured by the first temperature sensor 6, and the room temperature of the kitchen 2 is measured by the second temperature sensor 7 disposed in the vicinity of the gas appliance 3. .

  Using a large-fired gas appliance (stove) 3, the pot (large), pot (small) and kettle (large), kettle (small) in four types of thermal power, high fire, medium fire, low heat A total of 12 modes when heated are shown in FIG. Moreover, the experimental result in this case is shown in FIG.

  Next, the experimental results shown in FIG. 4 will be discussed while paying attention to whether the flame condition goes out from the bottom of the pot or kettle.

  For the various types of pots and kettles, if the gas energy consumption ratio in the case of low heat is 100% as shown in FIG. 4, for example, as shown in FIG. The temperature change of the first temperature sensor 6 in the case of 2 is 25.8 ° C. to 27.8 ° C., whereas the temperature change of the second temperature sensor 7 is 50.7 ° C. It can be seen that there is a difference between about 70 ° C. and about 20 ° C. In this case, it can be seen that the energy consumption ratio is as large as about 30%. In this case, it is understood that in addition to raising the temperature of the water, there is a great influence by heating the outside air around the pot or kettle unnecessarily. It can be seen from the experimental results shown in FIG. 4 that the energy consumption ratio is 20 to 30% larger in cases other than kettle (large) and in the case of high fire.

  Next, taking the ratio of energy consumption and required energy for each of the pots and kettles and evaluating the energy efficiency, if the flame goes out from the bottom, a decrease in energy efficiency of about 5 to 10% is seen. In this case, it is understood that wasteful gas energy is consumed.

  From the consideration of the experimental results shown in FIG. 4 above, in the gas energy consumption saving support system 1 for cooking according to the first embodiment, the room temperature of the kitchen 2 measured by the second temperature sensor 7 and the gas appliance 3 Gas appliances taking into account the difference between the temperature at the top of the gas appliance 3 measured by the first temperature sensor 6 at the height of the operator's line of sight when the kettle or pan is placed on the top (position of about 150 cm from the floor) If the food and drink are heated by the gas appliance 3 while adjusting the gas stopper 3, for example, a housewife at home does not need to perform complicated operations such as mental arithmetic, and the gas appliance 3 is wasted during combustion. It is possible to eliminate gas energy consumption and reliably reduce the amount of gas energy used.

  There are tens of millions of households all over Japan, and if the gas energy consumption saving support system 1 for boiled cooking according to the first embodiment becomes widespread, the effect of suppressing the generation of CO2 will be enormous, and when cooking food and drink It is possible to exert a remarkable effect that it can greatly contribute to the global environmental improvement in the household unit by reducing the gas energy consumption.

(Example 2)
With reference to FIG. 5, the gas energy consumption saving support system 21 for cooking with alarm generating function according to the second embodiment of the present invention will be described.

The boiled cooking gas energy consumption saving support system 21 according to the second embodiment has the same basic configuration as that of the first embodiment, but the temperature display / alarm generator is replaced with the temperature display means 8. 22 is used, and other configurations are the same as those in the first embodiment.
As shown in FIG. 5, the temperature display / alarm generator 22 in the gas energy consumption saving support system 21 for cooking with alarm generation function according to the second embodiment includes the first temperature sensor 6 and the second temperature sensor 7. The signal processing unit 23 that performs the digital conversion processing of the detection signal and the temperature difference detection processing differs from the set temperature for generating the fire alarm (for example, 70 ° C., 80 ° C., 90 ° C., etc. considering the kitchen environment) Temperature setting unit 24 for inputting temperature), temperature display means 25, alarm generation means 26, control unit 27 for controlling the operation of each of these elements, and supply of required power to each of the elements using, for example, a dry cell. Power supply unit 28 to perform.

  The temperature display means 25 includes a gas appliance upper temperature display unit 31 that displays an upper temperature of the gas appliance 3, a room temperature display unit 32 that displays a room temperature, and a temperature difference, in particular, a gas appliance upper temperature display unit 31 of the gas appliance 3. A temperature difference display unit 33 for displaying as a gas energy saving index by adjusting the gas plug is provided.

  The alarm generating means 26 includes a warning indicator lamp 34, for example, a red lamp that displays a fire alarm by blinking or the like, and a sound generator 35 that emits an alarm sound (buzzer sound, etc.).

  The control unit 27 performs display control on the gas appliance upper temperature display unit 31, the room temperature display unit 32, and the temperature difference display unit 33 based on the signal from the signal processing unit 23, and from the signal processing unit 23. Based on this signal and the temperature set by the temperature setting unit 24, the warning display control for the warning indicator lamp 34 and the alarm sound generation control for the sound generation unit 35 are performed.

  According to the boiled cooking gas energy consumption saving support system 21 with alarm generation function of the second embodiment, the gas energy reduction effect similar to that of the cooking gas energy consumption saving support system 1 of the first embodiment is exhibited. .

  In addition, since the temperature display / alarm generator 22 is provided with an alarm generating means 26, the air temperature at the top of the gas appliance 3 is measured by the first temperature sensor 6, and the bottom of the cooker 5 such as a pot or kettle. Because it detects an abnormal increase in ambient temperature due to external leakage of flame from the flame, and generates a warning display and sound of an alarm sound, it is noticeable that it can promptly alert the worker who is cooking and prevent the occurrence of fire It also demonstrates the effect.

(Example 3)
Next, with reference to FIG. 6, FIG. 7, the gas energy consumption saving support system 41 for cooking with alarm generation function which concerns on Example 3 of this invention is demonstrated.

  Boiled gas energy consumption saving support system 41 with alarm generating function according to the third embodiment is basically configured as shown in FIG. 1 and boiled gas energy with alarm generating function according to embodiment 2 shown in FIG. Since it is the same as the consumption saving support system 21, the same elements as those described above are denoted by the same reference numerals.

  As shown in FIG. 6, the gas energy consumption saving support system 41 for cooking with alarm generation function according to the third embodiment arranges the second temperature sensor 7 in the vicinity of the gas stand 4 of the kitchen 2. In addition, a temperature display / alarm generating device 22 including a control unit 42 for controlling the entire system, a temperature display unit 25 and an alarm generation unit 26 is arranged at an arbitrary position of the kitchen 2 (for example, an indoor wall of the kitchen 2). Yes.

  Moreover, the gas energy consumption saving support system 41 for cooking with alarm generation function according to the third embodiment includes a gas flow path control valve 44 provided in a gas pipe 43 for supplying gas to the gas appliance 3. .

  Next, the control system of the cooking gas energy consumption saving support system 41 with alarm generation function according to the third embodiment will be described with reference to FIG.

  The control system includes a signal processing unit 23 that performs digital conversion processing of the detection signals of the first temperature sensor 6 and the second temperature sensor 7 and temperature difference detection processing, and a set temperature for generating a fire alarm (for example, Different temperatures such as 70 ° C., 80 ° C., 90 ° C. considering the environment of the kitchen) and set values of the upper temperature of the gas appliance (for example, 35 ° C., 40 ° C., 45 ° C., 50 ° C., 55 ° C. corresponding to low temperature cooking) Etc.), a control unit 27 that controls the operation of each element, a power supply unit 28 that supplies required power to each of the elements using, for example, a dry cell, and the gas flow path control valve 44. The control means 42 is constituted by a gas flow rate controller 46 for controlling the gas flow rate and adjusting the gas flow rate.

  According to the gas energy consumption saving support system 41 for cooking with alarm generation function of the third embodiment, gas energy reduction similar to the case of the gas energy consumption saving support system 1 for cooking with alarm generation function of the second embodiment. Effective and effective in preventing fire.

  Further, according to the gas energy consumption saving support system 41 for cooking with alarm generation function of the third embodiment, the detected temperature of the first temperature sensor 6 and the second temperature sensor 7 and the set temperature by the temperature setting unit 45 are set. Since the gas flow rate control valve 44 is controlled by the gas flow rate controller 46 to adjust the gas flow rate, the gas flow rate controller 46 is put into the cooker 5 such as a pan or kettle based on the proper gas energy usage state. The food and drink can be cooked by gas combustion.

  The present invention can greatly contribute to the improvement of the global environment in household units by reducing gas consumption, as well as when cooking using gas appliances in kitchens of restaurants, various restaurants and hotels, etc. Can be applied, and can be used as a system that can greatly contribute to the improvement of the global environment on a larger scale.

It is a schematic arrangement block diagram of the gas energy consumption saving support system for cooking according to Example 1 of the present invention. It is a block diagram of the 1st, 2nd temperature sensor and temperature display means of the gas energy consumption saving support system for cooking according to the first embodiment. Four types of pan (large), pan (small), kettle (large), and kettle (small) are heated with three types of thermal power, high fire, medium fire, and low heat, using the large thermal power type gas appliance according to the first embodiment. It is a figure which shows the aspect which experimented. It is a list which shows the result of the heating experiment of FIG. It is a block diagram which shows the 1st, 2nd temperature sensor and temperature display and alarm generation apparatus of the gas energy consumption saving support system for cooking with an alarm generation function which concerns on Example 2 of this invention. It is a schematic arrangement block diagram of the gas energy consumption saving support system for cooking according to Example 3 of the present invention. It is a block diagram which shows the structure of the gas energy consumption saving support system for cooking based on Example 3 of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Boiled gas energy consumption saving support system 2 Kitchen 3 Gas appliance 4 Gas stand 5 Boiled cooker 6 1st temperature sensor 7 2nd temperature sensor 8 Temperature display means 9 Signal processing part 10 Temperature display part 11 Gas appliance upper part temperature display part DESCRIPTION OF SYMBOLS 12 Room temperature display part 13 Temperature difference display part 21 Gas energy consumption saving support system for cooking with alarm generation function 22 Temperature display / alarm generation device 23 Signal processing part 24 Temperature setting part 25 Temperature display means 26 Alarm generation means 27 Control part 28 Power supply unit 31 Gas appliance upper temperature display unit 32 Room temperature display unit 33 Temperature difference display unit 34 Warning indicator lamp 35 Sound generating unit 41 Gas energy consumption saving support system for cooking with alarm generation function 42 Control means 43 Gas piping 44 Gas flow path control Valve 45 Temperature setting section 46 Gas flow controller

Claims (7)

A first temperature sensor disposed above a gas appliance that is disposed in the kitchen and simmered by gas combustion;
A second temperature sensor arranged in the kitchen;
Temperature display means for displaying the detected temperature of the first and second temperature sensors as a gas energy saving index;
A gas energy consumption saving support system for cooking. A first temperature sensor that detects the temperature at the worker's eye level above the gas appliance that is placed in the kitchen and cooked by gas combustion;
A second temperature sensor arranged in the kitchen;
A temperature display means for displaying the detected temperature of the first and second temperature sensors as a gas energy saving index according to a gas combustion state ranging from a low fire to a high fire range of the food and drink;
A gas energy consumption saving support system for cooking. A first temperature sensor that detects the temperature at a position of about 150 cm from the floor above the gas appliance that is placed in the kitchen and cooks the food and drink placed in a cooking pot such as a pan or kettle by gas combustion;
A second temperature sensor arranged in the kitchen;
Energy consumption ratio based on the state of low heat according to the gas combustion state over the range from low heat to high heat of food and drink contained in the cooking pot such as the pan, kettle, etc., with the detected temperature of the first and second temperature sensors Temperature display means for displaying as a gas energy saving index by,
A gas energy consumption saving support system for cooking. A first temperature sensor disposed in the kitchen and disposed at the top of a gas appliance that boils the food and drink contained in the cooker by gas combustion;
A second temperature sensor arranged in the kitchen;
Temperature display means for displaying the detected temperatures of the first and second temperature sensors as a gas energy saving index; and alarm generating means for issuing a fire alarm when the detected temperature of the first temperature sensor becomes a set temperature or higher. A temperature display / alarm generator with
A gas energy consumption saving support system for cooking with an alarm generation function characterized by including A first temperature sensor that detects the temperature at the worker's eye level above the gas appliance that is disposed in the kitchen and cooks the food and drink in the cooker by gas combustion;
A second temperature sensor arranged in the kitchen;
A temperature display means for displaying the detected temperature of the first and second temperature sensors as a gas energy saving index corresponding to a gas combustion state ranging from a low fire to a high fire of the food and drink; and a detected temperature of the first temperature sensor. A temperature display / alarm generating device having a warning indicator lamp that emits a fire alarm and / or an alarm generating means comprising a sound generator when the temperature exceeds a set temperature;
A gas energy consumption saving support system for cooking with an alarm generation function characterized by including A first temperature sensor for detecting a temperature at a position of about 150 cm from the upper floor of a gas appliance that is disposed in a kitchen and cooks food and drink placed in a boiled cooking tool such as a pan or kettle by gas combustion;
A second temperature sensor arranged in the kitchen;
Energy consumption ratio based on the state of low heat according to the gas combustion state over the range from low heat to high heat of food and drink contained in the cooking pot such as the pan, kettle, etc., with the detected temperature of the first and second temperature sensors A temperature display means for displaying as a gas energy saving index, and a warning indicator lamp for issuing a fire alarm when the detected temperature of the first temperature sensor is equal to or higher than a set temperature and / or an alarm generating means comprising a sound generation unit Display / alarm generator,
A gas energy consumption saving support system for cooking with an alarm generation function characterized by including A first temperature sensor for detecting a temperature at a position of about 150 cm from the upper floor of a gas appliance that is disposed in a kitchen and cooks food and drink placed in a boiled cooking tool such as a pan or kettle by gas combustion;
A second temperature sensor arranged in the kitchen;
Energy consumption ratio based on the state of low heat according to the gas combustion state over the range from low heat to high heat of food and drink contained in the cooking pot such as the pan, kettle, etc., with the detected temperature of the first and second temperature sensors A temperature display means for displaying as a gas energy saving index, and a warning indicator lamp for issuing a fire alarm when the detected temperature of the first temperature sensor is equal to or higher than a set temperature and / or an alarm generating means comprising a sound generation unit Display / alarm generator,
A gas flow path control valve provided in a gas pipe for supplying gas to the cooked food,
The gas flow rate control valve is controlled in accordance with the temperature of the first temperature sensor and the second temperature sensor and the set temperature for cooking, and the gas flow rate is adjusted, and the operation control of the temperature display / alarm generator is performed. Control means;
A gas energy consumption saving support system for cooking with an alarm generation function characterized by including

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