CN210772303U

CN210772303U - Intelligent energy-saving anti-overflow multifunctional gas stove

Info

Publication number: CN210772303U
Application number: CN201920776891.8U
Authority: CN
Inventors: 牛保明
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-05-21
Filing date: 2019-05-21
Publication date: 2020-06-16
Anticipated expiration: 2029-05-21

Abstract

The utility model provides an energy-conserving anti-overflow multifunctional gas-cooker of intelligence belongs to the energy-conserving field of gas-cooker, and current gas-cooker flame size leans on manual control, adjusts little flame if untimely when eating the temperature and reaching 100 ℃ or boiling in the pan, will cause the gas extravagant, perhaps the soup in the pan is excessive. In order to solve the problem, the following scheme is adopted, the device comprises a temperature measuring support, a wired temperature measuring switch, a transmitter, a cut-off valve, a main combustion port and a small fire combustion port, wherein the cut-off valve is arranged in the middle of an air inlet channel of the main combustion port, a receiver, a small fire work indicator lamp, a timer and a work completion prompting sound device are arranged in a working condition display and are connected through a power line, and a water boiling informing switch and the water boiling prompting sound device are connected through the power line. The working condition display of the cooker can be far away from the cooker, and the owner can master and know the working condition of the cooker in any room of the house. The scheme achieves the purposes of saving energy and preventing food from overflowing, and realizes intellectualization and light loosening of the diet making process.

Description

Intelligent energy-saving anti-overflow multifunctional gas stove

Technical Field

The utility model belongs to a gas cooking utensils energy-conserving field specifically is energy-conserving anti-overflow multifunctional gas stove of intelligence.

Background

The utility model discloses an improved on the basis of the application number 2019200594455 that the applicant applied for, the temperature of directly surveying the pan lid with temperature measurement magnetic probe changes into and surveys the scheme of vapour through establishing the temperature measurement support on pan lid vapour orifice with wired temperature measurement switch.

Meanwhile, wireless temperature measurement is changed into wired temperature measurement on the basis of the application number 2019205807180 applied by the inventor, and part of devices are displaced to a cooker working condition display which can be carried about in any indoor room and are in wireless connection with a cooker. The working condition of the cooker can be mastered and known through the cooker working condition display, so that the catering manufacturing process is automatic and intelligent, and is easier and more convenient.

SUMMERY OF THE UTILITY MODEL

In order to achieve the purpose, the temperature measuring bracket is attached to the cooker cover, the temperature measuring bracket hole is aligned with the steam jet hole of the cooker cover, the wired temperature measuring switch is attached to the upper part of the temperature measuring bracket, and the temperature of gas jetted out from the steam jet hole is measured. When the cooker is used, the power switch of the cooker is turned on, the power switch of the working condition display of the cooker, the water-on informing switch and the timing switch are turned on, then the gas regulating switch is turned on, at the moment, the small-fire burner port and the main burner port of the cooking bench are simultaneously ignited, when the temperature of food in the cooker reaches 100 ℃, the wired temperature measuring switch contact is closed, the power supply of a shutoff valve arranged in the cooker is switched on through a temperature measuring switch lead, the air inlet channel of the main burner port is cut off, the flame of the main burner port is extinguished, and the small-fire burner port is left to continue burning to meet the temperature required in the cooker, so that food cannot overflow due to the burning of only small fire, and a.

The temperature measuring wire is connected with the power supply of the shutoff valve and the power supply of the emitter arranged in the stove body, and the emitter starts to send signals to the receiver in the portable stove working condition display. The working state display of the cooker is internally provided with a timing switch, a small fire working indicator light, a water boiling informing switch, a water boiling prompting tone device and a working finishing prompting tone device. The receiver in the working state display of the cooking utensil receives the signal sent by the emitter in the cooking utensil and switches on the power supply of the timing switch controller, and the timer starts working and when the preset time is reached, the working completion prompting tone device connected with the timer through the power supply conducting wire gives out the sound prompting.

When the emitter in the cooker emits signal to the working state display, the temperature in the cooker is at 100 deg.C or boiling state, and when the water boiling informing switch is turned on, the water boiling alarm connected with the power supply wire will sound to prompt that the water is boiled.

When water in the cooker is boiled, the cooker is in a small fire burning state, so that the small fire working indicator lamp emits light, and the purpose of intelligently and automatically making a meal without going to a kitchen and knowing the working state of the cooker is achieved, wherein the purpose is energy-saving, anti-overflow, easy and convenient.

Drawings

Fig. 1 is the schematic diagram of the structure principle of the present invention.

Fig. 2 is the schematic view of the working principle of the present invention.

Fig. 3 is a schematic view of the bracket of the temperature measurement switch of the utility model.

Fig. 4 is the working principle sketch of the working condition display of the cooking utensil of the utility model.

In the figure 1, a small fire burner port; 2. a main combustion port; 3. a temperature measuring bracket; 4. a wired temperature measuring switch; 5, measuring the temperature of a bracket hole; 6. steam jet holes of the pot cover; 7. a pot lid; 8. a pot; 9. a temperature measuring switch lead; 10. a shut-off valve; 11. a closing head; 12. a main combustion port air intake duct; 13. a transmitter; 14. a cooking bench; 15. a stove air inlet adjusting switch; 16. a power switch of the stove; 17. a cooker working condition display; 18. a receiver; 19. a timer; 20. a timing switch controller; 21. a small fire work indicator light; 22. a timing switch; 23. a water boiling informing switch; 24. a power switch; 25. a battery; 26. a warning tone device after the work is finished; 27. water boiling warning tone device.

Detailed Description

Referring to the attached drawings 2-4, the temperature measuring bracket 3 is firstly attached to the upper side of the cooker cover 7, the temperature measuring bracket hole 5 is aligned with the steam jet hole 6 of the cooker cover, and the wired temperature measuring switch 4 is attached to the upper part of the temperature measuring bracket 3 to detect the temperature of the gas jetted out from the steam jet hole 6 of the cooker cover. When the cooker is used, the power switch 16 of the cooker, the power switch 24 of the working condition display of the cooker, the timing switch 22 and the water opening informing switch 23 are turned on, then the air inlet adjusting switch 15 of the cooker is turned on, at the moment, the small fire burner port 1 and the main burner port 2 of the cooker 14 are simultaneously ignited, the contact in the wired temperature measuring switch 4 is closed when the food temperature in the cooker 8 reaches 100 ℃, the power supply of the shutoff valve 10 arranged in the cooker 14 is switched on through the temperature measuring switch conducting wire 9, the main burner port air supply channel 12 is cut off by the closing head 11, the flame of the main burner port 2 extinguishes the small fire burner port to continuously burn to meet the required temperature in the cooker 8, therefore, only the small fire burner port 1 burns, so that the soup in the cooker 3 cannot overflow, and a large amount of fuel is.

Referring to the attached drawings 1 and 4, the scheme is that a kitchen range working condition display 17 is additionally arranged, and consists of a receiver 18, a timer 19, a timing switch controller 20, a small fire working indicator light 21, a timing switch 22, a water-boiling informing switch 23, a power switch 24, a battery 25, a working completion prompting tone 26 and a water-boiling prompting tone 27, and a transmitter 13 in a cooking bench 14, wherein the wireless connection kitchen range working condition display 17 can be carried to any living room by a master to support and grasp the working condition of the kitchen range.

Referring to the attached drawings 1 and 4, when the wired temperature measuring switch 4 is connected with the power supply of the stop valve 10, the power supply is also connected with the transmitter 13 arranged in the stove body, the transmitter 13 starts to send signals to the receiver 18 in the stove working condition display 17, and the receiver 18 simultaneously sends power to the small fire working indicator light 21, the timing switch controller 22 and the water switch informing switch 23 after receiving the signals.

Referring to fig. 4, when the water supply on-off notification switch 23 is powered on, and thus the temperature of food in the range 8 is at 100 ℃ or in a boiling state, the water supply on-off notification tone 27 connected to the power supply wire of the water supply on-off notification switch 23 is pressed to start sounding to notify the owner that water is supplied.

Referring to fig. 2 and 4, when the small fire operation indicator lamp 21 is powered on, the main burner port 2 of the cooking bench 14 is in the extinguished state and only the small fire burner port 1 is in operation, so that the owner can be accurately informed of the operation.

Referring to fig. 4, when the timing switch controller 20 is powered on, the timing switch controller 20 cancels the control of the timer 19, and the timer 19 starts to operate automatically from this moment, and when the operation is finished according to the preset time, the power of the operation completion prompt tone 26 is automatically turned on, and the operation completion prompt tone 26 sounds to inform the owner that the dining is done well. Thus, the aims of saving energy, preventing overflow, being convenient and relaxing are fulfilled in the highly automatic and intelligent catering manufacturing process.

Claims

1. An intelligent energy-saving anti-overflow multifunctional gas stove is characterized by comprising a cooking bench (14), a temperature measuring support (3), a wired temperature measuring switch (4), a temperature measuring support hole (5), a pot cover (7), a transmitter (13), a stop valve (10), a cooking appliance air inlet adjusting switch (15), a temperature measuring switch lead (9), a cooking appliance power switch (16), a main burner air inlet channel (12) and a main burner (2), wherein a receiver (18), a timer (19), a small fire working indicator lamp (21), a timing switch (22), a water opening informing switch (23), a water opening alarm (26), a water opening alarm (27) and a cooking appliance working condition display (17) are arranged in any room of a house far away from the cooking bench (14).

2. The intelligent energy-saving anti-overflow multifunctional gas stove as claimed in claim 1, wherein the wired temperature measurement switch (4) is connected with the transmitter (13) through a temperature measurement switch lead (9), the transmitter (13) is connected with a cut-off valve (10) arranged in the middle section of the main combustion port air inlet channel (12) through a current lead, and the main combustion port air inlet channel (12) is communicated with the main combustion port (2).

3. The intelligent energy-saving spill-proof multifunctional gas stove as claimed in claim 1, wherein the temperature measuring bracket (3) is attached to the upper side of the cooker lid (7), and the temperature measuring bracket hole (5) is aligned with the steam jet hole (6) of the cooker lid and the wired temperature measuring switch (4) is attached to the temperature measuring bracket (3).

4. The intelligent energy-saving anti-overflow multifunctional gas stove as claimed in claim 1, wherein the receiver (18) of the working condition display (17) wirelessly receives temperature measurement information sent by the transmitter (13) arranged in the cooking bench (14), the timing switch controller (20) and the receiver (18) are connected by a current lead, the working completion prompt tone (26) and the timer (19) are connected by a current lead, the water opening notification switch (23) and the receiver (18) are connected by a current lead, and the water opening prompt tone (27) and the water opening notification switch (23) are connected by a current lead.