KR20200089103A - Scale integrated cookware using smart device - Google Patents

Abstract

The present invention relates to a scale integrated cookware using a smart device. According to the present invention, by measuring a weight of food ingredients, a fixed quantity of ingredients may be prepared. According to recipe information, firepower may be automatically adjusted. In particular, efficient space utilization is possible by making a scale and a heating means integrally formed in one body.

Description

Scale integrated cookware using smart devices

The present invention relates to a cooking utensil, and more specifically, according to recipe information received from a smart device, or according to a command input by a user, measures the weight of a material through an electronic scale integrally manufactured with a heating means, and cooks. It is about the technology that can automatically adjust the firepower in response to the process.

To cook, the ingredients are first prepared, and the prepared ingredients are boiled or boiled according to a prescribed recipe. If you are a master of cooking, you can complete the cooking by adjusting the amount of each ingredient through experience and adjusting the intensity of fire at a suitable time.However, if you are not experienced in cooking, refer to the recipe information provided in the booklet or on the Internet. There are many cases.

However, even if you refer to the recipe, it is difficult for a person who cannot cook to adjust the quantity of ingredients or precisely control the intensity of fire.

To this end, as described in Korean Patent Registration No. 10-1457087 (October 27, 2014,'Food cooking system using smart devices', hereinafter referred to as'conventional technology'), a cooking server that manages recipe information, smart comparing the weight of ingredients. A technology has been suggested to support the cooking process through a food cooking system consisting of scales and cooking equipment that performs cooking.

However, in the prior art, the scale for measuring the weight of the material and the cooking appliance for heating the food are separately provided, so there is a problem of occupying a lot of space in the kitchen, and real-time cooking information (weight change, etc.) cannot be integrated. There is also a problem.

The present invention has been devised to solve the problems of the prior art as described above, by measuring the weight of the food material so that a predetermined amount of material can be prepared, and outputs a change in the weight of the food material according to the real-time cooking state itself or a smart device It is to be displayed through, and to automatically adjust the firepower according to the recipe information, the purpose of providing a cooking utensil that is efficient in space utilization and convenient to carry by allowing the scale and the heating means to be integrally formed in one body. have.

In addition, if the contents boil and overflow during the cooking process, it recognizes the flickering sound or vibration of the lid, checks for overflow, immediately lowers the thermal power to the lowest level, prompts the smart device to display a warning, and simultaneously increases the thermal power, etc. Another purpose is to provide cooking utensils equipped with safety devices to prevent fire, such as preventing overflow through an appropriate cooking program.

In addition, there is another object to provide a cooking utensil that can save the milking time by sharing the feeding journal created by the user so that the heating means is automatically operated when the feeding time arrives.

The cooking utensil according to the present invention for achieving the above object is a support plate on which the container is placed; Heating means for providing heat to the container placed on the support plate; A load cell for measuring the weight of the material contained in the container placed on the support plate; Short-range communication means for transmitting and receiving information with the smart device; A screen output unit for outputting cooking-related information on a screen; And a control unit that processes the weight of the material contained in the container measured by the load cell to be output through the screen output unit, and adjusts the heating power of the heating unit according to recipe information received from the smart device through the short-range communication unit. ;.

Here, the control unit outputs and guides the weight of the required material through the screen output unit according to the recipe information received from the smart device, and when the user raises the guided material on the base plate, the weight of the material measured through the load cell is measured. Measured so as to be output to the screen output unit, if the weight of the measured material is different from the weight guided according to the recipe information, when adjusting the heating power of the heating means instead of the weight of the material included in the recipe information It can be adjusted according to the weight of the measured material.

In addition, further comprising a sound pressure sensor for recognizing the sound, the control unit recognizes the sound of a specific pattern through the sound pressure sensor during the cooking process and confirms that overflow occurs, after lowering the thermal power of the heating means to the minimum You can raise it step by step.

In addition, the control unit may set a feeding mode according to a user command, and when set to the feeding mode, recognizes a sound of a specific pattern through the sound pressure sensor and starts operation of the heating means when a baby cries is confirmed. Can.

According to the cooking utensil according to the present invention, by measuring the weight of the ingredients placed on the base plate and outputting the screen, it is possible to measure the weight of the ingredients required for cooking, and the cooking beginner cooks by measuring and displaying the weight in real time in the cooking process It is possible to prepare a quantity of ingredients in the preparation process, and to assist in checking whether the ingredients are progressing well in the course of cooking.

In addition, since the thermal power adjustment is automatically performed for a suitable time for each cooking process through the recipe information received from the smart device, it is possible to prevent a cooking beginner from failing to control the fire.

In particular, in the present invention, since the scale and the heating means are integrally formed in one body, space utilization is high and can be effectively used in a narrow kitchen, and is convenient to carry.

In addition, if the contents boil and overflow during the cooking process, it recognizes the crackling sound or vibration of the lid, checks for overflow, and immediately lowers the thermal power to the lowest level, and then raises it step-by-step. Can.

In addition, when the feeding journal is received from the smart device and stored, and when the feeding mode has been set or when the crying sound of the baby is recognized, the heating means is automatically operated, thereby saving the time for burning the milk powder.

1 is a view for explaining a cooking appliance according to an embodiment of the present invention.
Figure 2 is a view for explaining the configuration of the cooking appliance shown in Figure 1;
Figure 3 is a flow chart for explaining an example of the operating process of the cooking appliance shown in Figure 1;
Figure 4 is a flow chart for explaining another example of the operating process of the cooking appliance shown in Figure 1;
5 is a flowchart for explaining another example of the operation process of the cooking appliance shown in FIG. 1;

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. However, some components irrelevant to the subject matter of the present invention will be omitted or compressed, but the omitted components are not necessarily required in the present invention, and are used in combination by those skilled in the art to which the present invention pertains. Can.

1 is a view for explaining a scale-integrated cooking utensil using a smart device according to an embodiment of the present invention, Figure 2 (a) is for explaining the base plate, load cells and heating means in the cooking appliance shown in Figure 1 It is a conceptual diagram, and FIG. 2B is a block diagram for explaining the detailed configuration of the cooking appliance shown in FIG. 1.

1 and 2, the scale-integrated cooking utensil 10 (hereinafter referred to as a'cooking utensil') using a smart device according to an embodiment of the present invention includes a main body 11, a key input unit 12, and a sound pressure. Sensor 13, vibration sensor 14, support plate 15, load cell 16, heating means 17, screen output unit 18, audio output unit 19, short-range communication means 20, control unit ( 21) and memory 22.

Other components of the cooking appliance 10 are mounted on the main body 11, and a key input unit 12, a sound pressure sensor 13, a screen output unit 18, and an audio output unit 19 are installed on the front side.

The key input unit 12 is for receiving a user's command, and the user loads recipe information previously stored in the memory 22 through the key input unit 12, or checks material measurement step by step or checks cooking completion step by step. Press or you can enter a setting command such as feeding mode.

The sound pressure sensor 13 is for recognizing sound, and may recognize the sound of the lid of the cooking container 40 mounted on the base plate 15, or a cry of a baby. The sound information recognized by the sound pressure sensor 13 is transmitted to the control unit 21, and the control unit 21 analyzes the sound information to determine whether a specific pattern of sound has occurred, and then performs control. Depending on the implementation, the user may input a user command by voice on behalf of the key input unit 12. At this time, the user's voice command may be acquired by the sound pressure sensor 13.

The vibration sensor 14 is for recognizing vibration. For example, the vibration sensor 14 can recognize vibration generated when the lid of the cooking vessel 40 placed on the base plate 15 is swaying.

The reason why the sound pressure sensor 13 or the vibration sensor 14 detects the sound or vibration that occurs when the lid of the cooking container 40 is swaying is to recognize that an overflow occurs in the cooking process, and the sound or vibration Even if only one of them is detected, overflow can be checked. Therefore, any of the sound pressure sensor 13 or the vibration sensor 14 may be excluded if it is only for the corresponding function. However, if both the sound pressure sensor 13 and the vibration sensor 14 are used, it will be possible to check the overflow more accurately.

The base plate 15 is installed on the upper portion of the main body 11, and cooking is performed while the cooking vessel 40 is placed on the base plate 15.

The load cell 16 serves as an electronic balance by measuring the weight of a container placed on the support plate 15 or a material contained in the container. The weight information of the container or material measured by the load cell 16 is transferred to the control unit 21.

The heating means 17 provides heat to the container placed on the base plate 15, and in this embodiment, an induction method for providing heat in an electromagnetic induction method is mounted. That is, in FIG. 2, the heating means 17 may be a coil forming an alternating magnetic field when an alternating current is supplied.

Of course, it is also possible to apply an electric range (highlight type) or a gas range type heating means 17 according to the implementation. When the electric range method is applied, the heating means 17 may be a coil that heats the base plate 15 by generating heat when power is supplied. In addition, when the gas range method is applied, the heating means 17 may be a crater for generating fire using gas as a raw material. Of course, in the case of the gas range method, the shape of the base plate 15 must also be changed in design so that the flame can be directly transferred to the cooking vessel 40.

The screen output unit 18 is provided to output the relevant information required in the cooking process, such as the setting menu or the weight information of the measured material.

The audio output unit 19 is provided to output, for example, a voice message or a warning message necessary for the cooking process.

The short-range communication means 20 is provided to connect a communication channel with a smart device 30 such as a smart phone, a tablet PC, a smart TV, a smart refrigerator, and a computer, and to transmit and receive necessary information. For example, the short-range communication means 20 may connect a communication channel through a method such as Bluetooth or Wi-Fi, and receive recipe information or a user command from the smart device 30.

The control unit 21 processes the weight information measured by the load cell 16 to be output through the screen output unit 18, or displays the recipe information received from the smart device 30 and stored in the memory 22 step by step. It is provided to process, to display a setting menu for selecting a user command to be displayed, or to adjust the heating power of the heating means 17 according to the set recipe information. In addition, the control unit 21 analyzes sound information measured by the sound pressure sensor 13 or the vibration sensor 14 to control the operation of the heating means 17 when a specific event occurs.

The memory 22 is provided to store information necessary for a cooking process or information set by a user. For example, when recipe information or setting information is received from the smart device 30 through a short-range wireless communication means, it may be stored in the memory 22, and setting information directly input through the key input unit 12 may be stored in the memory 22. Can be. The information stored in the memory 22 is read by the control unit 21 and output through the screen output unit 18 or used for controlling the heating means 17.

The cooking utensil 10 according to the embodiment of the present invention described above will be further embodied through an example of an operation process of the cooking utensil described in FIGS. 3 to 5 below.

3 is a flowchart illustrating an example of an operation process of the cooking appliance illustrated in FIG. 1. More specifically, FIG. 3 shows an example in which the cooking process is automatically performed according to recipe information set in the control unit 21 of the cooking appliance 10.

First, the user can search for recipe information through the smart device 30, and when the recipe information retrieved from the smart device 30 is received by the short-range communication means 20 of the cooking appliance 10, the control unit 21 is received. The stored recipe information may be stored in the memory 22 or set <S305> to start cooking. At this time, the smart device 30 is installed with a dedicated application that can be interlocked with the cooking utensil 10 according to an embodiment of the present invention, and retrieves recipe information through a dedicated application to receive recipe information from the cooking utensil 10 If so, the recipe information includes control information that allows the cooking utensil 10 to adjust the thermal power step by step. Of course, such a dedicated application and dedicated recipe information for setting the cooking utensil 10 may be provided by a supplier who supplies the cooking utensil 10 or a company associated with the cooking utensil 10.

When the recipe information stored in the memory 22 is loaded, or when the recipe information received through the short-range communication means 20 in real time is set in the control unit 21, the user raises the cooking container 40 on the support plate 15 and loads the cell. (16) (Scale) is initialized <S310>. If the heating means 17 of the cooking utensil 10 provides heat in an induction manner, the cooking vessel 40 must also use a dedicated container for the induction range. Also, the reason for initializing the load cell 16 is that the weight of the cooking vessel 40 should be excluded from the weight of the food material.

Subsequently, the controller 21 processes cooking-related information, that is, recipe information, in step <S315> through the screen output unit 18 in response to the recipe information. For example, when cooking ramen, a guide phrase'Please prepare 550ml (or 550g) of water' may be first output through the screen output unit 18. In addition, the control unit 21 may output the text output from the screen output unit 18 through the audio output unit 19 as a voice. Guidance phrases and voice comments are available when matching and stored in the recipe information.

Thereafter, the user pours water into the cooking container 40 according to the phrase guided through the screen output unit 18 or the audio output unit 19. At this time, the load cell 16 measures the weight according to the amount of water contained in the cooking vessel 40, and the control unit 21 outputs the weight information measured by the load cell 16 through the screen output unit 18, The user can accurately pour 550 ml (550 g) of water while checking the weight displayed on the screen output unit 18.

On the other hand, there may be a variety of food ingredients required in the cooking process. When the screen output section 18 guides the ingredients to be prepared in order, the user puts each of the ingredients on the base plate 15, and then firstly quantifies the ingredients. You can prepare. Of course, if the containers supporting the materials are different from each other, the container containing the respective materials can be placed first, and then the weight initialization process can be performed first and the weight measurement can be performed.

In addition, when it is confirmed that a quantity of materials has been prepared in the process of checking the weight of each material, the control unit 21 controls to output a notice saying'quantity of materials is ready' through a screen or voice, and performs a subsequent process. . If the weight of the material is insufficient or too large, the control unit 21 may notify the content of the excess or insufficient, and the user can add as many materials as insufficient or remove some of the excess material. Of course, depending on the user's diet, there may be cases where a certain ingredient is put more or less intentionally than a recipe, so the user can input a confirmation button to cook using the specific ingredient as it is in an excessive or short state through the key input unit 12. In response to this, the control unit 21 may store the information of the material in an insufficient state in the memory 22 so that it can be referred to in a subsequent cooking process.

Of course, the control unit 21 reads out and outputs the material information of the excess or insufficient state stored in the memory 22 in the cooking process using the same recipe, and then guides the preparation of a specific material according to the user's diet when cooking the corresponding food. It might be.

After checking the weight of all the materials, the control unit 21 heats the cooking vessel 40 placed on the base plate 15 according to recipe information, and adjusts the heating power based on a predetermined time in each cooking step <S320>.

For example, in the case of ramen cooking, the control unit 21 outputs guide information of'boiling water' through a screen or voice and simultaneously starts the operation of the heating means 17 to heat the water contained in the cooking vessel 40. Since the amount of water is determined in the recipe information, control information on how many minutes the water should be boiled will also be stored in the recipe information. Therefore, the control unit 21 controls the heating means 17 to boil water for a specific time with a specific thermal power according to the recipe information.

If the user checks the weight of the water in the previous process, and the user inputs that the weight of the water will be randomly added or increased more than what is indicated in the recipe information, the controller 21 can adjust the time for boiling water or the thermal power according to the amount of water. . Of course, since the information about the excess or insufficient material deviating from the recipe is stored in the memory 22, even in the subsequent cooking process, the thermal power adjustment or time adjustment according to the excessive or insufficient material may be flexibly controlled by the control unit 21.

If the water is boiling through the first heating process, the control unit 21 may allow the user to put the noodles through the weight that is changed through the load cell 16. After checking whether or not, the subsequent process can be performed. In other words, counting starts from the time the noodles are added and is heated for a suitable time. Likewise, it is possible to guide the input of different materials in each step and to reduce or increase the heating power when the input cell is checked through the load cell 16 to complete cooking.

3, the cooking utensil 10 according to the present invention measures the weight of the material placed on the base plate 15 and outputs the screen, so that the weight of the ingredients necessary for cooking can be measured. By measuring and displaying the weight in real time in the cooking process, a cooking beginner can prepare a quantity of ingredients in the cooking preparation process, and in the cooking process, it is possible to check whether the quantity is progressing well by the quantity of ingredients.

In addition, since the thermal power adjustment is automatically performed for a suitable time for each cooking process through the recipe information received from the smart device 30, it is possible to prevent a cooking beginner from failing to control the fire.

In particular, in the cooking utensil 10 according to the present invention, since the scale and the heating means 17 are integrally formed in one body 11, space utilization is high and can be effectively used in a narrow kitchen.

4 is a flow chart for explaining another example of the operation process of the cooking appliance shown in FIG. 1. That is, for a specific situation that may occur in the automatic cooking process of the cooking utensil 10 described with reference to FIG. 3, it is possible to quickly detect a phenomenon in which contents are overflowing during the cooking process and to adjust the fire power.

That is, during the process of heating the food contained in the cooking vessel 40 according to the process of FIG. 3, the contents may boil and overflow. Therefore, the control unit 21 of the cooking utensil 10 checks in real time whether the content overflows through the sound pressure sensor 13 and/or the vibration sensor 14 in real time.

When the food boils and overflows, the cover of the cooking vessel 40 vibrates while making a whirring sound while shaking. Therefore, in the memory 22, sound pattern and vibration pattern information corresponding to a rustling sound are stored in advance, and when the sound pressure sensor 13 or the vibration sensor 14 detects sound and vibration, the control unit 21 is measured. After checking whether the sound and vibration are sounds and vibrations of a specific pattern stored in the memory 22 in advance, it is determined whether or not the overflow occurs. Of course, the control unit 21 may determine that the sound and vibration of a certain size or more are recognized as overflow, rather than a pattern comparison method of sound and vibration.

If the control unit 21 confirms that the food is full of boiling, <S410>, the control unit 21 controls the heating means 17 to lower the thermal power to the minimum to stop the overflow phenomenon once, and then step by step to finish cooking. To increase the firepower <S415>.

Of course, when food is boiled, it is also possible for the user to recognize this and adjust the firepower of the cooking utensil 10. However, when the user leaves the seat, a considerable amount of food may already overflow during the approaching time to the cooking utensil 10, so that the cooking utensil 10 immediately recognizes the overflow and automatically adjusts fire power through the process of FIG. If performed, problems such as cooking failure due to food overflow or contamination of the base plate 15 can be minimized.

5 is a flowchart for explaining another example of the operation process of the cooking appliance illustrated in FIG. 1. That is, the cooking appliance 10 according to the embodiment of the present invention has a function of transmitting and receiving information to and from the smart device 30 through the short-range communication means 20, a function of automatically controlling the heating means 17, and a sound pressure sensor 13 ), and then analyzes the sound of a specific pattern. These features can be useful for parents who are breastfed.

That is, in the case of a newborn baby, lactation should be performed in a short cycle regardless of day or night. If you are breastfeeding, the process of preparing for breastfeeding is not long, but when you are breastfeeding, the process of preparing for breastfeeding is quite long because you have to boil water and add the milk. In particular, as she is sleeping, she cannot prepare until the child bursts into hunger during the night unless she can check the time to breastfeed in advance. The cooking utensil 10 according to the embodiment of the present invention may support to minimize such a problem.

That is, the user (parent) can create a feeding journal through the smart device 30. A nursing diary is a kind of record sheet that describes the time and amount of breastfeeding for newborns, through which it is possible to predict the time and amount of feeding in the future or to check the developmental status. Recently, the feeding journal is also recorded through a dedicated application installed on the smart device 30.

Accordingly, when a feeding diary function is provided in a dedicated application that can be interlocked with the cooking utensil 10 according to an embodiment of the present invention, and the user creates a feeding diary on the dedicated application, the short-range communication means 20 of the cooking utensil 10 is By performing short-range communication with the smart device 30, the feeding journal information created by the smart device 30 can be periodically received and stored in the memory 22, or shared in real time to be set in the control unit 21 <S505>. have.

Subsequently, after the user puts the cooking container 40 prepared for the purpose of removing powdered milk on the base plate 15 and puts water in it, when the feeding mode is set through the key input unit 12 <S510>, the control unit 21 then Start operation in feeding mode. The operation in the feeding mode means that after the control unit 21 determines for itself the time when feeding is required later, the heating means 17 is started to quickly heat the milk powder contained in the cooking container 40.

The control unit 21 may have a variety of criteria for determining the time of feeding, as determined in advance, but in this embodiment, it is determined based on the crying and feeding log of the baby.

That is, after being set to the feeding mode, the controller 21 analyzes sound information recognized through the sound pressure sensor 13 and recognizes a sound of a specific pattern (a pattern corresponding to a baby crying sound) previously stored in the memory 22. It is judged whether it is <S515>.

Newborn babies may cry when they are hungry, but cry for other reasons. Therefore, the heating means 17 should not be operated to immediately feed the baby because the crying of the baby has been recognized. That is, when the crying sound of the baby is recognized through the sound pressure sensor 13, the control unit 21 checks the feeding diary stored in the memory 22 or shared in real time with the user's smart device 30, and the feeding time arrives. It is determined <S520>. That is, it is determined whether 3 hours have passed since the previous feeding time. It differs depending on the newborn and the number of months, but the feeding cycle is 3 to 4 hours. Of course, the feeding cycle may be set in advance by the user, or the control unit 21 may analyze the feeding journal stored in the memory 22, calculate an average feeding cycle of the baby, and set the reference cycle.

If the controller 21 recognizes the crying of the baby and determines that the feeding time has arrived, <S525>, the controller 21 operates the heating means 17 <S530> to formulate the milk contained in the cooking container 40 Heat the water quickly. Therefore, it is possible to greatly reduce the time for the user to prepare the milk powder by checking whether the feeding time has arrived and saving the time to come to the kitchen to boil the water.

Of course, the control unit 21 is set to the feeding mode to determine whether the crying of the baby and the arrival of the feeding time, even if the heating means 17 is operated, the heating is stopped after a certain time.

In addition, since during the daytime, it is often breastfeeding at a periodic time regardless of the crying of the baby, when the feeding mode is set to the feeding mode, the time to breastfeed even if the baby's crying is not recognized during the daytime When it arrives, heating can be started, and at night, it can be controlled to start heating only when both the cry of the baby and the arrival of the feeding time are confirmed.

As described in detail above, the cooking utensil 10 according to the present invention measures the weight of the ingredients placed on the base plate 15 and outputs the screen, so that the ingredients necessary for cooking can be weighed and in real time even in the cooking process. By measuring and displaying the weight, a cooking beginner can prepare a quantity of ingredients in the cooking preparation process, and in the process of cooking, it is possible to check whether the quantity is progressing well by the quantity of ingredients.

In addition, since the thermal power adjustment is automatically performed for a suitable time for each cooking process through the recipe information received from the smart device 30, it is possible to prevent a cooking beginner from failing to control the fire.

In particular, in the cooking utensil 10 according to the present invention, since the scale and the heating means 17 are integrally formed in one body 11, space utilization is high and can be effectively used in a narrow kitchen.

In addition, if the contents boil and overflow during the cooking process, it recognizes the crackling sound or vibration of the lid, checks for overflow, and immediately lowers the fire power to the lowest level and then raises it step by step to finish cooking in a state where the overflow phenomenon is quickly blocked. Can.

In addition, when the feeding journal is received from the smart device 30 and stored, and when the feeding mode has been set or when the crying sound of a baby is recognized, the heating means 17 is automatically operated, so that the milking time is burned. Can save.

The above-described preferred embodiments of the present invention are disclosed for the purpose of illustration, and those skilled in the art having ordinary knowledge of the present invention, various modifications, changes, and additions will be possible within the spirit and scope of the present invention. And additions should be considered to fall within the scope of the claims of the present invention.

10: cookware
11: main body
12: key input unit
13: sound pressure sensor
14: vibration sensor
15: base plate
16: Load cell
17: heating means
18: screen output
19: audio output
20: short-range communication means
21: control unit
22: memory
30: smart device
40: cooking vessel

Claims (4)

A supporting plate on which the container is placed;
Heating means for providing heat to the container placed on the support plate;
A load cell for measuring the weight of the material contained in the container placed on the support plate;
Short-range communication means for transmitting and receiving information with the smart device;
A screen output unit for outputting cooking related information on a screen; And
A control unit for processing the weight of the material contained in the container measured by the load cell to be output through the screen output unit, and adjusting the thermal power of the heating unit according to recipe information received from the smart device through the short-range communication unit; Cooking utensils comprising a.
According to claim 1,
The control unit outputs and guides the weight of the required material through the screen output unit according to the recipe information received from the smart device, and when the user raises the guided material on the base plate, measures the weight of the material measured through the load cell To be output to the screen output unit, if the weight of the measured material is different from the weight guided according to the recipe information, when measuring the heating power of the heating means instead of the weight of the material included in the recipe information measured A cooking utensil characterized by adjusting in response to the weight of the material.
According to claim 1,
Sound pressure sensor for recognizing the sound; further comprising,
The control unit recognizes the sound of a specific pattern through the sound pressure sensor during the cooking process, and when it is confirmed that an overflow occurs, lowers the heating power of the heating means to a minimum and then raises the cooking utensils step by step.
According to claim 3,
The control unit may set a feeding mode according to a user command, and when set to the feeding mode, recognizes a specific pattern of sound through the sound pressure sensor and starts operation of the heating means when a baby cries is confirmed. Cookware made with.

Images