CN213216486U

CN213216486U - Ceramic steam pot

Info

Publication number: CN213216486U
Application number: CN202021836058.7U
Authority: CN
Inventors: 林碧灿
Original assignee: Fujian Dehua De Porcelain Household Co ltd
Current assignee: Fujian Dehua De Porcelain Household Co ltd
Priority date: 2020-08-28
Filing date: 2020-08-28
Publication date: 2021-05-18
Anticipated expiration: 2030-08-28

Abstract

The utility model relates to a small household electrical appliances field, concretely relates to pottery steam cooker, including steam source subassembly and steamer subassembly. The utility model discloses an it closes the piece to install into the drainage at steam generator's the water inlet end of steam source subassembly and water outlet end, when the long-time during operation of steam pot, advance the drainage and close the piece and can carry out the moisturizing and trade water to steam generator inside automatically connected to the vaporizer and the pipeline of steam generator wash and the blowdown on the water pipe at every turn steaming completion back automatically. The utility model discloses a but on the integrated steam generator of the water inlet and outlet close piece of automatic control water inlet and outlet, can be at the moisturizing of steaming in-process to can make used turbid water conveniently change to the heating of recycling repeatedly, and can carry out convenient washing decontamination to steam generator and pipeline, can reduce the water of heating repeatedly and easily deteriorate and the dirt that produces influences the taste and the nutrition of food, can improve and evaporate system efficiency.

Description

Ceramic steam pot

Technical Field

The utility model relates to a small household electrical appliances field, concretely relates to pottery steam pot.

Background

The steam cooker, especially the ceramic steam cooker, is popular among people because it can keep the color, shape and freshness of food. But because the inside airtight and narrowness of steam generator of steam pot, the running water of pouring into is difficult for changing, often can the recycling heating use, the moisture after the catch water also can flow back to steam generator and recycle simultaneously, long-time recycling heating is used and is made the clear water become muddy water, and produce incrustation scale and filth and can't clear up in steam generator and pipeline, peculiar smell or harmful component often can appear to the vapor that vaporizes, influence the taste and the nutrition of food, incrustation scale gathering still influences steam pot efficiency. How to improve the steam pot, the hydroenergy that makes the heating of recycling use can conveniently be changed, and can conveniently wash the scrubbing to steam generator after the steam pot uses, reduces the easy deterioration of the water of heating repeatedly and the dirt that produces and influences taste and nutrition and the steaming efficiency of food, is the problem of treating the solution at present.

SUMMERY OF THE UTILITY MODEL

In order to overcome the defects in the prior art, the utility model discloses a ceramic steam pot, which comprises a steam source component and a steam pot component. The utility model discloses an it closes the piece to install into the drainage at steam generator's the water inlet end of steam source subassembly and water outlet end, when the long-time during operation of steam pot, advance the drainage and close the piece and can carry out the moisturizing and trade water to steam generator inside automatically connected to the vaporizer and the pipeline of steam generator wash and the blowdown on the water pipe at every turn steaming completion back automatically. The utility model discloses a but on the integrated steam generator of the water inlet and outlet close piece of automatic control water inlet and outlet, can be at the moisturizing of steaming in-process to can make used turbid water conveniently change to the heating of recycling repeatedly, and can carry out convenient washing decontamination to steam generator and pipeline, can reduce the water of heating repeatedly and easily deteriorate and the dirt that produces influences the taste and the nutrition of food, can improve and evaporate system efficiency.

In order to achieve the above object, the utility model adopts the following technical scheme:

the utility model provides a pottery steam pot, includes steamer subassembly, its characterized in that: the food steaming machine further comprises a steam source component, the steam source component comprises a water inlet and drainage component, a steam generator, a control unit, a furnace shell, a detection component and a steam collecting and conveying component, the water inlet and drainage component is connected in series with a water inlet end and a water outlet end of the steam generator capable of converting flowing water into steam, the water inlet and drainage component can supplement water, change water and flush and discharge the inside of the steam generator, the steamer component is arranged on the upper portion of the steam source component, the steam collecting and conveying component is arranged between a steam outlet of the steam generator of the steam source component and the steamer component, steam generated by the steam generator is conveyed into the steamer component for steam diffusion to steam steaming, the detection component is arranged in the steam generator, dynamically monitors the water temperature and the water level in the steam generator and feeds back the acquired information to the control unit, and the detection component feeds back the acquired information to the control unit, The steam generator and the electric executive elements in the water inlet and outlet assembly are electrically connected with the control unit, the control unit can automatically control the water inlet and outlet sequence, the water inlet and outlet time, the heating time of the steam generator and the steam strength grade of the water inlet and outlet assembly according to the information set by a user and collected by the detection assembly, and the water outlet assembly, the steam generator, the control unit, the detection assembly and the steam collecting and conveying assembly are fixedly connected in the furnace shell.

The steam generator comprises a vaporization chamber, a coiled pipe and a heating body, wherein the vaporization chamber is a closed cavity body provided with a water inlet, a water outlet, a steam outlet and a pressure relief opening, the heating body is an electrically heated plate-shaped body, the coiled pipe is a bent hollow pipe and is embedded in the heating body, the water outlet end of the coiled pipe is communicated with a pipeline of a water inlet and drainage assembly through a water pump and a reversing valve, and the water inlet end of the coiled pipe is connected with the water outlet of the vaporization chamber.

The water inlet and outlet assembly comprises a water storage tank, a water supply port, a first valve, a second valve, a water inlet nozzle, a water discharge nozzle, a third valve, a water pump and a water pipe, wherein the water storage tank is an open cylindrical cavity formed by surrounding a bottom plate and a side wall, the upper port of the water storage tank is matched with the lower bottom of the steamer assembly, the lower bottom of the steamer assembly can be embedded in the upper port step edge of the water storage tank, the water supply port is fixedly connected to the bottom surface of the water storage tank, the first valve is arranged between the water supply port and the water inlet of the vaporization chamber and is connected with the water pipe, the second valve is arranged between the water inlet nozzle and the water inlet of the vaporization chamber and is connected with the water pipe, the third valve is a three-way reversing ball valve, two water outlet ends of the third valve are respectively connected with the water inlet and the water discharge nozzle of the vaporization chamber, the water inlet end of the water pump is connected with the water outlet end of the coiled pipe, and the, The water pump, the water discharging nozzle and each water inlet and outlet interface are communicated through a water pipe, and the water inlet nozzle and the water discharging nozzle are fixedly connected to the side wall of the furnace shell.

Furthermore, the first valve and the second valve are both electric ball valves, the third valve is an L-shaped electric three-way reversing ball valve, the water inlet nozzle and the water discharge nozzle are both water pipe quick connectors, and the water pump is an electric water pump.

The control unit comprises a control main board and a control panel, the control main board and the control panel are fixedly connected in the cavity of the furnace shell and on the outer side wall of the furnace shell respectively, and the control unit can automatically control the water inlet and drainage sequence, the water inlet and drainage time, the heating time of the steam generator and the steam intensity grade of the water inlet and drainage assembly according to the parameters set on the control panel by a user and the information collected by the detection assembly.

The detection assembly comprises a temperature sensor and a liquid level sensor, the temperature sensor and the liquid level sensor are fixedly connected in a vaporization chamber of the steam generator, and the temperature sensor and the liquid level sensor are respectively used for dynamically monitoring the water temperature and the water level in the vaporization chamber and feeding collected information back to the control unit.

The steam collecting and conveying piece comprises a pressure relief pipe, a steam conveying pipe, a safety valve and a steam-water separator, wherein the lower end of the steam conveying pipe is fixedly connected to a steam outlet of the vaporization chamber, the middle part of the steam conveying pipe penetrates through the bottom surface of the water storage tank and is fixedly connected with the water storage tank, the upper end of the steam conveying pipe is connected with the steam-water separator, the steam-water separator is in butt joint with a steam inlet of the steamer assembly, the steam-water separator can inject steam into the steamer assembly after separating water and steam in the steam conveying pipe, the safety valve is arranged on the upper part of the water storage tank, the safety valve is connected with the pressure relief port of the vaporization chamber through the pressure relief pipe, the middle part of the pressure relief pipe is fixedly connected to the water storage tank, and the safety valve is used for pressure relief when the steam-water separator.

The steamer component comprises a ceramic pot body, a steaming lattice and a pot cover, wherein the steaming lattice is arranged in the middle of the ceramic pot body, the pot cover is buckled at the upper opening part of the ceramic pot body, the bottom of the ceramic pot body is embedded in the upper opening step edge of the water storage tank, and a steam inlet at the bottom of the ceramic pot body is butted and sealed with a steam-water separator of the steam collecting and conveying part.

As can be seen from the above description, the utility model provides a ceramic steam pot's advantage lies in: but on the integrated steam generator of the water inlet and outlet assembly that advances drainage of automatic control, can be at the moisturizing of steaming in-process to can make used muddy water conveniently change to the repeated circulation heating, and can conveniently wash the scrubbing to steam generator and pipeline, thereby reduce the easy deterioration of water that heats repeatedly and the taste and the nutrition that the dirt that produces influences food, and the scale deposit in reducible steam generator steam chamber and the pipeline, improve hot efficiency and steaming efficiency. The utility model relates to a rationally, simple structure, low cost, facilitate promotion.

Drawings

FIG. 1 is a general schematic view of a ceramic steam boiler according to the present invention

FIG. 2 is an exploded schematic view of a steam source assembly

FIG. 3 is a schematic view showing the connection between the water inlet/outlet assembly and the steam generator

Reference numerals:

1 a steam source assembly; 11 water inlet and outlet assembly parts; 111 a water storage tank; 112 water supply mouth; 113 a first valve; 114 a second valve; 115 water inlet nozzle; 116 a drain nozzle; 117 a third valve; 118 a water pump; 119 water pipe; 12 a steam generator; 121 a vaporization chamber; 122 a serpentine tube; 123 heating body; 13 a control unit; 14, a furnace shell; 15 detecting the combined part; 151 temperature sensor; 152 a liquid level sensor; 16 a vapor collection; 161 pressure relief pipe; 162 a steam delivery pipe; 163 safety valve; 164 steam-water separator; 2, a steamer component; 21 a ceramic pot body; 22, steaming the food; 23 pot cover.

Detailed Description

The present invention will be further described with reference to the following detailed description.

As shown in fig. 1 to fig. 3, a ceramic steam cooker of the present invention includes a steam source assembly 1 and a steamer assembly 2. The steam source assembly 1 comprises a water inlet and outlet assembly 11, a steam generator 12, a control unit 13, a furnace shell 14, a detection assembly 15 and a steam collecting and delivering assembly 16. The steam generator 12 comprises a vaporization chamber 121, a coiled pipe 122 and a heating body 123, wherein the vaporization chamber 121 is a closed cavity body provided with a water inlet, a water outlet, a steam outlet and a pressure relief opening, the heating body 123 is an electrically heated plate-shaped body, the coiled pipe 122 is a bent hollow pipe and is embedded in the heating body 123, the water outlet end of the coiled pipe 122 is communicated with a pipeline of the water inlet and outlet assembly 11 through a water pump and a reversing valve, and the water inlet end of the coiled pipe 122 is connected with the water outlet of the vaporization chamber 121. The water inlet and outlet assembly 11 comprises a water storage tank 111, a water supply port 112, a first valve 113, a second valve 114, a water inlet port 115, a water outlet port 116, a third valve 117, a water pump 118 and a water pipe 119, wherein the water storage tank 111 is an open cylindrical cavity body formed by surrounding a bottom plate and a side wall, the upper port of the water storage tank 111 is matched with the lower bottom of the steamer assembly 2, the lower bottom of the steamer assembly 2 can be embedded in the upper port step edge of the water storage tank 111, the water supply port 112 is welded on the bottom surface of the water storage tank 111, the first valve 113 is arranged between the water supply port 112 and the water inlet of the vaporization chamber 121 and is connected by the water pipe 119, the second valve 114 is arranged between the water inlet port 115 and the water inlet of the vaporization chamber 121 and is connected by the water pipe 119, the third valve 117 is a three-way reversing ball valve with two inlets and two outlets, and two outlets of the three-way reversing ball valve are respectively connected with the water inlet port and, one end of the water inlet of the vaporization chamber 121 and one end of the water discharge nozzle 116 are marked as port P1 and port P2 in fig. 3, respectively, the water inlet end of the third valve 117 is connected with the water outlet end of the water pump 118, the water inlet end of the third valve 117 is marked as port P3 in fig. 3, the water inlet end of the water pump 118 is connected with the water outlet end of the coil 122, the third valve 117, the water pump 118, the water discharge nozzle 116 and each water inlet and outlet port are communicated by a water pipe 119, and the water inlet nozzle 115 and the water discharge nozzle 116 are welded on the side wall of the furnace shell 14. The water inlet and outlet assembly 11 can be used for supplementing water, changing water and flushing and discharging sewage in the steam generator 12. The control unit 13 comprises a control mainboard and a control panel, the control mainboard and the control panel are respectively locked in the cavity of the furnace shell 14 and on the outer side wall of the furnace shell 14, and the control unit 13 can automatically control the water inlet and outlet sequence, the water inlet and outlet time, the heating time of the steam generator 12 and the steam intensity grade of the water inlet and outlet assembly 11 according to the parameters set on the control panel by a user and the information collected by the detection assembly 15. The detecting assembly 15 comprises a temperature sensor 151 and a liquid level sensor 152, the temperature sensor 151 and the liquid level sensor 152 are both fixed in the vaporizing chamber 121 of the steam generator 12, and the temperature sensor 151 and the liquid level sensor 152 are respectively used for dynamically monitoring the water temperature and the water level in the vaporizing chamber 121 and feeding back the acquired information to the control unit 13. The steam collecting and delivering assembly 16 comprises a pressure relief pipe 161, a steam delivery pipe 162, a safety valve 163 and a steam-water separator 164, wherein the lower end of the steam delivery pipe 162 is welded on a steam outlet of the vaporization chamber 121, the middle part of the steam delivery pipe 162 penetrates through the bottom surface of the water storage tank 111 and is welded with the water storage tank 111, the upper end of the steam delivery pipe 162 is connected with the steam-water separator 164, the steam-water separator 164 is butted with a steam inlet of the steamer assembly 2, the steam-water separator 164 separates water and steam of the steam in the steam delivery pipe 162 and then injects the steam into the steamer assembly 2, the safety valve 163 is arranged at the upper part of the water storage tank 111, the safety valve 163 is connected with the pressure relief port of the vaporization chamber 121 through the pressure relief pipe 161, the middle part of the pressure relief pipe 161 is welded on the water storage tank 111, and the safety valve 163 is used for pressure relief when the steam-water separator. The steamer component 2 comprises a ceramic pot body 21, a steaming lattice 22 and a pot cover 23, wherein the steaming lattice 22 is arranged in the middle of the ceramic pot body 21, the pot cover 23 is buckled at the upper opening part of the ceramic pot body 21, the bottom of the ceramic pot body 21 is embedded in the upper opening step edge of the water storage tank 111, and a steam inlet at the bottom of the ceramic pot body is butted and tightly sealed with a steam-water separator 164 of the steam collecting and conveying part 16. The steam generated by the steam generator 12 can be fed into the steamer assembly 2 for steaming food by steam diffusion through the steam collecting and feeding part 16.

The utility model discloses a ceramic steam pot application method as follows:

clean tap water is filled in the water storage tank 111, the bottom of the steamer assembly 2 for placing food to be steamed is embedded in the upper opening edge of the water storage tank 111, and the steam inlet at the bottom of the steamer assembly is butted and tightly sealed with the steam-water separator 164 of the steam collecting and conveying assembly 16 of the steam source assembly 1.

Example one

If the water is not changed during the steaming process or the steaming is not performed with the purpose of flushing the vaporizing chamber 121 and the pipeline of the steam generator 12, after the power is turned on and the steaming time and the steam intensity level are set on the control panel of the control unit 13, the switch button of the control unit 13 can be directly started, the control unit 13 commands the first valve 113 to be opened, the second valve 114 to be closed and the third valve 117 to be reversed so as to conduct the port P3 and the port P1, and the clean water in the water storage tank 111 flows into the vaporizing chamber 121, the coil 122 and the connected pipeline of the steam generator 12. When the liquid level sensor 152 detects that the water level in the vaporizing chamber 121 reaches the set maximum water level, the control unit 13 instructs the first valve 113 to close, instructs the heating body 123 and the water pump 118 to operate, continuously heats the water in the coil 122 and continuously pumps the water into the vaporizing chamber 121 by the water pump 118 to vaporize, and sends the hot steam into the steamer assembly 2 through the steam pipe 162 and the steam-water separator 164 of the steam collecting and sending component 16 to steam the food.

When the liquid level sensor 152 detects that the water level in the vaporization chamber 121 is reduced to a set minimum level, the control unit 13 instructs the first valve 113 to open, and the clean water in the water storage tank 111 flows down to replenish the water to the steam generator 12; when the water level reaches the set maximum level, the control unit 13 instructs the first valve 113 to close. The steam generator 12 may remain on during the refill process.

If the steam-water separator 164 is inadvertently blocked, the safety valve 163 automatically opens to release the pressure after the pressure in the vaporization chamber 121 rises.

Example two

If water needs to be changed during steaming or the vaporization chamber 121 and the pipeline of the steam generator 12 need to be flushed after steaming, clean tap water is filled in the water storage tank 111, and the water inlet nozzle 115 and the water discharge nozzle 116 are respectively connected to a tap water pipe network and a water discharge pipe network before the power supply is switched on. Then the power is switched on and the steaming time and the steam intensity grade are set on the control panel of the control unit 13, and the water changing interval time and the washing time after steaming are set. The switch button of the control unit 13 is turned on, and the control unit 13 firstly instructs the valves, the heating body 123 and the water pump 118 to operate according to the steps of the first embodiment, so as to steam the food.

When the steaming time reaches the set water changing interval time, the control unit 13 instructs the second valve 114 to open and the third valve 117 to change the direction to conduct the port P3 and the port P2, so that the water in the steam generator 12 is pumped by the water pump 118 and drained through the drain nozzle 116, and simultaneously, clean and fresh tap water enters the steam generator 12 through the water inlet nozzle 115 to completely replace the original repeatedly heated water with clean water. When the set end time is reached, the control unit 13 instructs the second valve 114 to close and instructs the third valve 117 to switch to conduct the port P3 and the port P1, and the water change is completed. The steam generator 12 may remain on during the water change.

When the steaming is completed, the steam generator 12 stops operating. The control unit 13 instructs the first valve 113 and the second valve 114 to open, and the third valve 117 to switch to connect the port P3 with the port P2, so that the dirty water in the steam generator 12, which is heated repeatedly, is pumped by the water pump 118 and drained through the drain nozzle 116, and clean and fresh tap water continuously enters the steam generator 12 through the water inlet nozzle 115. Thus, the vaporizing chamber 121 and the pipeline of the steam generator 12 can be flushed and purified by continuously injecting fresh tap water and continuously pumping out the flushed turbid water.

The utility model discloses a but on the integrated steam generator of the water inlet and outlet close piece of automatic control water inlet and outlet, can be at the moisturizing of steaming in-process to can make used turbid water conveniently change to the heating of recycling repeatedly, and can carry out convenient washing decontamination to steam generator and pipeline, can reduce the water of heating repeatedly and easily deteriorate and the dirt that produces influences the taste and the nutrition of food, can improve and evaporate system efficiency.

In the description of the present invention, terms such as "first," "second," and "third" have been used to define the position. The use of "first," "second," and "third" is merely for convenience in simplifying the description, and no particular meaning is implied unless specifically stated to the contrary.

The above-mentioned is only the specific embodiment of the utility model, nevertheless the utility model discloses a design concept is not limited to this, and the ordinary use of this concept is right the utility model discloses carry out immaterial change, all should belong to the action of infringement the protection scope of the utility model.

Claims

1. A ceramic steamer, includes steamer subassembly (2), its characterized in that: the food steaming device is characterized by further comprising a steam source component (1), the steam source component (1) comprises a water inlet and outlet assembly (11), a steam generator (12), a control unit (13), a furnace shell (14), a detection assembly (15) and a steam collecting and conveying assembly (16), the water inlet and outlet assembly (11) is connected with a water inlet end and a water outlet end of the steam generator (12) capable of converting flowing water into steam in series, the water inlet and outlet assembly (11) can supplement water, change water and flush and discharge the inside of the steam generator (12), the steamer assembly (2) is arranged on the upper portion of the steam source component (1), the steam collecting and conveying assembly (16) is arranged between a steam outlet of the steam generator (12) of the steam source component (1) and the steamer assembly (2), and steam generated by the steam generator (12) is conveyed into the steamer assembly (2) for steam diffusion to steam food steaming, the water inlet and drainage sequence of the water inlet and drainage assembly (11), the water inlet and drainage time and the heating time and the steam strength grade of the steam generator (12) can be automatically controlled by the control unit (13) according to the information acquired by the user setting and detecting assembly (15), and the drainage assembly (11), the steam generator (12), the control unit (13), the detecting assembly (15) and the steam collecting and conveying assembly (16) are fixedly connected in the furnace shell (14).

2. The ceramic steamer of claim 1, wherein: the steam generator (12) comprises a vaporization chamber (121), a coiled pipe (122) and a heating body (123), wherein the vaporization chamber (121) is a closed cavity body provided with a water inlet, a water outlet, a steam outlet and a pressure relief opening, the heating body (123) is an electrically heated plate-shaped body, the coiled pipe (122) is a curved hollow pipe and is embedded into the heating body (123), the water outlet end of the coiled pipe (122) is communicated with a pipeline of a water inlet and outlet assembly (11) through a water pump and a reversing valve, and the water inlet end of the coiled pipe (122) is connected with the water outlet of the vaporization chamber (121).

3. The ceramic steamer of claim 2, wherein: the water inlet and outlet assembly (11) comprises a water storage tank (111), a water feeding port (112), a first valve (113), a second valve (114), a water inlet nozzle (115), a water discharging nozzle (116), a third valve (117), a water pump (118) and a water pipe (119), wherein the water storage tank (111) is an open cylindrical cavity body formed by surrounding a bottom plate and side walls, the upper opening of the water storage tank (111) is matched with the lower bottom of the steamer assembly (2), the lower bottom of the steamer assembly (2) can be embedded in the upper opening step edge of the water storage tank (111), the water feeding port (112) is fixedly connected to the bottom surface of the water storage tank (111), the first valve (113) is arranged between the water feeding port (112) and a water inlet of the vaporization chamber (121) and is connected through the water pipe (119), the second valve (114) is arranged between the water inlet nozzle (115) and the water inlet of the vaporization chamber (121) and is connected through the water pipe (119), the third valve (117) is a three-way reversing ball valve, two water outlet ends of the third valve are respectively connected with a water inlet and a water discharging nozzle (116) of the vaporizing chamber (121), a water inlet end of the third valve is connected with a water outlet end of the water pump (118), a water inlet end of the water pump (118) is connected with a water outlet end of the coiled pipe (122), the third valve (117), the water pump (118), the water discharging nozzle (116) and each water inlet and outlet interface are communicated through a water pipe (119), and the water inlet nozzle (115) and the water discharging nozzle (116) are fixedly connected to the side wall of the furnace shell (14).

4. A ceramic steamer as claimed in claim 3, characterized in that: the first valve (113) and the second valve (114) are both electric ball valves, the third valve (117) is an L-shaped electric three-way reversing ball valve, the water inlet nozzle (115) and the water discharge nozzle (116) are both water pipe quick connectors, and the water pump (118) is an electric water pump.

5. A ceramic steamer as claimed in claim 3, characterized in that: the control unit (13) comprises a control mainboard and a control panel, the control mainboard and the control panel are respectively and fixedly connected with the cavity of the furnace shell (14) and the outer side wall of the furnace shell (14), and the control unit (13) can automatically control the water inlet and outlet sequence and the water inlet and outlet time of the water inlet and outlet assembly (11) and the heating time and the steam intensity grade of the steam generator (12) according to the parameters set on the control panel by a user and the information collected by the detection assembly (15).

6. The ceramic steamer of claim 5, wherein: the detection assembly (15) comprises a temperature sensor (151) and a liquid level sensor (152), wherein the temperature sensor (151) and the liquid level sensor (152) are fixedly connected in a vaporization chamber (121) of the steam generator (12), and the temperature sensor (151) and the liquid level sensor (152) are respectively used for dynamically monitoring the water temperature and the water level in the vaporization chamber (121) and feeding collected information back to the control unit (13).

7. The ceramic steamer of claim 6, wherein: the steam collecting and delivering assembly (16) comprises a pressure relief pipe (161), a steam conveying pipe (162), a safety valve (163) and a steam-water separator (164), the lower end of the steam conveying pipe (162) is fixedly connected to a steam outlet of the vaporizing chamber (121), the middle part of the steam conveying pipe (162) penetrates through the bottom surface of the water storage tank (111) and is fixedly connected with the water storage tank (111), the upper end of the steam conveying pipe (162) is connected with the steam-water separator (164), the steam-water separator (164) is in butt joint with a steam inlet of the steamer component (2), the steam-water separator (164) can inject steam into the steamer component (2) after separating moisture and the steam of the steam in the steam conveying pipe (162), the safety valve (163) is arranged on the upper part of the water storage tank (111), the safety valve (163) is connected with the pressure relief port of the vaporizing chamber (121) through the pressure relief pipe (161), and the middle part of the pressure relief pipe (161) is fixedly connected to the water storage tank (111), the safety valve (163) is used for pressure relief when the steam-water separator (164) is blocked.

8. The ceramic steamer of claim 7, wherein: the steamer subassembly (2) include the ceramsites body (21), evaporate check (22) and pot cover (23), evaporate check (22) and arrange ceramsites body (21) middle part in, pot cover (23) lock in the last oral area of the ceramsites body (21), the ceramsites body (21) bottom in the last oral cavity rank of aqua storage tank (111), the steam inlet of its bottom docks and the driving fit with catch water (164) of steam collection piece (16).